openclaw
Version:
Multi-channel AI gateway with extensible messaging integrations
15,487 lines • 435 kB
JavaScript
import { u as toErrorObject } from "./error-coercion-CvJK4lmH.mjs";
import { c as isNodeVersionAtLeast, u as parseNodeReleaseVersion } from "./node-version-DdJ6cN09.mjs";
import { a as installStatementInvalidation, i as executeWithCachedStatement, o as kyselyByDatabase, s as queryErrorHandlerByDatabase } from "./kysely-sync-cache-state-eUau8Jaa.mjs";
import { a as retainSqliteReader, n as captureSqliteReaderOwner } from "./sqlite-reader-lifecycle-CYQdd96B.mjs";
import { toUSVString } from "node:util";
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/util/object-utils.js
function isUndefined(obj) {
return typeof obj === "undefined" || obj === void 0;
}
function isString(obj) {
return typeof obj === "string";
}
function isNumber(obj) {
return typeof obj === "number";
}
function isBoolean(obj) {
return typeof obj === "boolean";
}
function isNull(obj) {
return obj === null;
}
function isDate(obj) {
return obj instanceof Date;
}
function isBigInt(obj) {
return typeof obj === "bigint";
}
function isFunction(obj) {
return typeof obj === "function";
}
function isObject(obj) {
return typeof obj === "object" && obj !== null;
}
function freeze(obj) {
return Object.freeze(obj);
}
function asArray(arg) {
if (isReadonlyArray(arg)) return arg;
else return [arg];
}
function isReadonlyArray(arg) {
return Array.isArray(arg);
}
function noop(obj) {
return obj;
}
function getMessage(error) {
return error instanceof Error ? error.message : String(error);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/alter-table-node.js
/**
* @internal
*/
const AlterTableNode = freeze({
is(node) {
return node.kind === "AlterTableNode";
},
create(table) {
return freeze({
kind: "AlterTableNode",
table
});
},
cloneWithTableProps(node, props) {
return freeze({
...node,
...props
});
},
cloneWithColumnAlteration(node, columnAlteration) {
return freeze({
...node,
columnAlterations: node.columnAlterations ? [...node.columnAlterations, columnAlteration] : [columnAlteration]
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/identifier-node.js
/**
* @internal
*/
const IdentifierNode = freeze({
is(node) {
return node.kind === "IdentifierNode";
},
create(name) {
return freeze({
kind: "IdentifierNode",
name
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/create-index-node.js
/**
* @internal
*/
const CreateIndexNode = freeze({
is(node) {
return node.kind === "CreateIndexNode";
},
create(name) {
return freeze({
kind: "CreateIndexNode",
name: IdentifierNode.create(name)
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
},
cloneWithColumns(node, columns) {
return freeze({
...node,
columns: [...node.columns || [], ...columns]
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/create-schema-node.js
/**
* @internal
*/
const CreateSchemaNode = freeze({
is(node) {
return node.kind === "CreateSchemaNode";
},
create(schema, params) {
return freeze({
kind: "CreateSchemaNode",
schema: IdentifierNode.create(schema),
...params
});
},
cloneWith(createSchema, params) {
return freeze({
...createSchema,
...params
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/create-table-node.js
const ON_COMMIT_ACTIONS = [
"preserve rows",
"delete rows",
"drop"
];
/**
* @internal
*/
const CreateTableNode = freeze({
is(node) {
return node.kind === "CreateTableNode";
},
create(table) {
return freeze({
kind: "CreateTableNode",
table,
columns: freeze([])
});
},
cloneWithColumn(node, column) {
return freeze({
...node,
columns: freeze([...node.columns, column])
});
},
cloneWithConstraint(node, constraint) {
return freeze({
...node,
constraints: node.constraints ? freeze([...node.constraints, constraint]) : freeze([constraint])
});
},
cloneWithIndex(node, index) {
return freeze({
...node,
indexes: node.indexes ? freeze([...node.indexes, index]) : freeze([index])
});
},
cloneWithFrontModifier(node, modifier) {
return freeze({
...node,
frontModifiers: node.frontModifiers ? freeze([...node.frontModifiers, modifier]) : freeze([modifier])
});
},
cloneWithEndModifier(node, modifier) {
return freeze({
...node,
endModifiers: node.endModifiers ? freeze([...node.endModifiers, modifier]) : freeze([modifier])
});
},
cloneWith(node, params) {
return freeze({
...node,
...params
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/schemable-identifier-node.js
/**
* @internal
*/
const SchemableIdentifierNode = freeze({
is(node) {
return node.kind === "SchemableIdentifierNode";
},
create(identifier) {
return freeze({
kind: "SchemableIdentifierNode",
identifier: IdentifierNode.create(identifier)
});
},
createWithSchema(schema, identifier) {
return freeze({
kind: "SchemableIdentifierNode",
schema: IdentifierNode.create(schema),
identifier: IdentifierNode.create(identifier)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/drop-index-node.js
/**
* @internal
*/
const DropIndexNode = freeze({
is(node) {
return node.kind === "DropIndexNode";
},
create(name, params) {
return freeze({
kind: "DropIndexNode",
name: SchemableIdentifierNode.create(name),
...params
});
},
cloneWith(dropIndex, props) {
return freeze({
...dropIndex,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/drop-schema-node.js
/**
* @internal
*/
const DropSchemaNode = freeze({
is(node) {
return node.kind === "DropSchemaNode";
},
create(schema, params) {
return freeze({
kind: "DropSchemaNode",
schema: IdentifierNode.create(schema),
...params
});
},
cloneWith(dropSchema, params) {
return freeze({
...dropSchema,
...params
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/drop-table-node.js
/**
* @internal
*/
const DropTableNode = freeze({
is(node) {
return node.kind === "DropTableNode";
},
create(table, params) {
return freeze({
kind: "DropTableNode",
table,
...params
});
},
cloneWith(dropIndex, params) {
return freeze({
...dropIndex,
...params
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/alias-node.js
/**
* @internal
*/
const AliasNode = freeze({
is(node) {
return node.kind === "AliasNode";
},
create(node, alias) {
return freeze({
kind: "AliasNode",
node,
alias
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/table-node.js
/**
* @internal
*/
const TableNode = freeze({
is(node) {
return node.kind === "TableNode";
},
create(table) {
return freeze({
kind: "TableNode",
table: SchemableIdentifierNode.create(table)
});
},
createWithSchema(schema, table) {
return freeze({
kind: "TableNode",
table: SchemableIdentifierNode.createWithSchema(schema, table)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/operation-node-source.js
function isOperationNodeSource(obj) {
return isObject(obj) && isFunction(obj.toOperationNode);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/expression/expression.js
function isExpression(obj) {
return isObject(obj) && "expressionType" in obj && isOperationNodeSource(obj);
}
function isAliasedExpression(obj) {
return isObject(obj) && "expression" in obj && isString(obj.alias) && isOperationNodeSource(obj);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/select-modifier-node.js
/**
* @internal
*/
const SelectModifierNode = freeze({
is(node) {
return node.kind === "SelectModifierNode";
},
create(modifier, of) {
return freeze({
kind: "SelectModifierNode",
modifier,
of
});
},
createWithExpression(modifier) {
return freeze({
kind: "SelectModifierNode",
rawModifier: modifier
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/and-node.js
/**
* @internal
*/
const AndNode = freeze({
is(node) {
return node.kind === "AndNode";
},
create(left, right) {
return freeze({
kind: "AndNode",
left,
right
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/or-node.js
/**
* @internal
*/
const OrNode = freeze({
is(node) {
return node.kind === "OrNode";
},
create(left, right) {
return freeze({
kind: "OrNode",
left,
right
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/on-node.js
/**
* @internal
*/
const OnNode = freeze({
is(node) {
return node.kind === "OnNode";
},
create(filter) {
return freeze({
kind: "OnNode",
on: filter
});
},
cloneWithOperation(onNode, operator, operation) {
return freeze({
...onNode,
on: operator === "And" ? AndNode.create(onNode.on, operation) : OrNode.create(onNode.on, operation)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/join-node.js
/**
* @internal
*/
const JoinNode = freeze({
is(node) {
return node.kind === "JoinNode";
},
create(joinType, table) {
return freeze({
kind: "JoinNode",
joinType,
table,
on: void 0
});
},
createWithOn(joinType, table, on) {
return freeze({
kind: "JoinNode",
joinType,
table,
on: OnNode.create(on)
});
},
cloneWithOn(joinNode, operation) {
return freeze({
...joinNode,
on: joinNode.on ? OnNode.cloneWithOperation(joinNode.on, "And", operation) : OnNode.create(operation)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/binary-operation-node.js
/**
* @internal
*/
const BinaryOperationNode = freeze({
is(node) {
return node.kind === "BinaryOperationNode";
},
create(leftOperand, operator, rightOperand) {
return freeze({
kind: "BinaryOperationNode",
leftOperand,
operator,
rightOperand
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/operator-node.js
const COMPARISON_OPERATORS_DICTIONARY = freeze({
"=": true,
"==": true,
"!=": true,
"<>": true,
">": true,
">=": true,
"<": true,
"<=": true,
in: true,
"not in": true,
is: true,
"is not": true,
like: true,
"not like": true,
match: true,
ilike: true,
"not ilike": true,
"@>": true,
"<@": true,
"^@": true,
"&&": true,
"?": true,
"?&": true,
"?|": true,
"!<": true,
"!>": true,
"<=>": true,
"!~": true,
"~": true,
"~*": true,
"!~*": true,
"@@": true,
"@@@": true,
"!!": true,
"<->": true,
regexp: true,
"is distinct from": true,
"is not distinct from": true
});
Object.keys(COMPARISON_OPERATORS_DICTIONARY);
const ARITHMETIC_OPERATORS_DICTIONARY = freeze({
"+": true,
"-": true,
"*": true,
"/": true,
"%": true,
"^": true,
"&": true,
"|": true,
"#": true,
"<<": true,
">>": true
});
Object.keys(ARITHMETIC_OPERATORS_DICTIONARY);
const JSON_OPERATORS_DICTIONARY = freeze({
"->": true,
"->>": true
});
/**
* @deprecated will be removed in version 0.30.x
*/
const JSON_OPERATORS = Object.keys(JSON_OPERATORS_DICTIONARY);
const BINARY_OPERATORS_DICTIONARY = freeze({
...COMPARISON_OPERATORS_DICTIONARY,
...ARITHMETIC_OPERATORS_DICTIONARY,
"||": true
});
/**
* @deprecated will be removed in version 0.30.x
*/
const BINARY_OPERATORS = Object.keys(BINARY_OPERATORS_DICTIONARY);
const UNARY_FILTER_OPERATORS_DICTIONARY = freeze({
exists: true,
"not exists": true
});
Object.keys(UNARY_FILTER_OPERATORS_DICTIONARY);
const UNARY_OPERATORS_DICTIONARY = freeze({
...UNARY_FILTER_OPERATORS_DICTIONARY,
"-": true,
not: true
});
/**
* @deprecated will be removed in version 0.30.x
*/
const UNARY_OPERATORS = Object.keys(UNARY_OPERATORS_DICTIONARY);
[
...BINARY_OPERATORS,
...JSON_OPERATORS,
...UNARY_OPERATORS
];
/**
* @internal
*/
const OperatorNode = freeze({
is(node) {
return node.kind === "OperatorNode";
},
create(operator) {
return freeze({
kind: "OperatorNode",
operator
});
}
});
function isBinaryOperator(op) {
return isString(op) && BINARY_OPERATORS_DICTIONARY[op];
}
function isJSONOperator(op) {
return isString(op) && JSON_OPERATORS_DICTIONARY[op];
}
function isUnaryOperator(op) {
return isString(op) && UNARY_OPERATORS_DICTIONARY[op];
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/column-node.js
/**
* @internal
*/
const ColumnNode = freeze({
is(node) {
return node.kind === "ColumnNode";
},
create(column) {
return freeze({
kind: "ColumnNode",
column: IdentifierNode.create(column)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/select-all-node.js
/**
* @internal
*/
const SelectAllNode = freeze({
is(node) {
return node.kind === "SelectAllNode";
},
create() {
return freeze({ kind: "SelectAllNode" });
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/reference-node.js
/**
* @internal
*/
const ReferenceNode = freeze({
is(node) {
return node.kind === "ReferenceNode";
},
create(column, table) {
return freeze({
kind: "ReferenceNode",
table,
column
});
},
createSelectAll(table) {
return freeze({
kind: "ReferenceNode",
table,
column: SelectAllNode.create()
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/dynamic/dynamic-reference-builder.js
var DynamicReferenceBuilder = class {
#dynamicReference;
get dynamicReference() {
return this.#dynamicReference;
}
/**
* @private
*
* This needs to be here just so that the typings work. Without this
* the generated .d.ts file contains no reference to the type param R
* which causes this type to be equal to DynamicReferenceBuilder with
* any R.
*/
get refType() {}
constructor(reference) {
this.#dynamicReference = reference;
}
toOperationNode() {
return parseSimpleReferenceExpression(this.#dynamicReference);
}
};
function isDynamicReferenceBuilder(obj) {
return isObject(obj) && isOperationNodeSource(obj) && isString(obj.dynamicReference);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/order-by-item-node.js
/**
* @internal
*/
const OrderByItemNode = freeze({
is(node) {
return node.kind === "OrderByItemNode";
},
create(orderBy, direction) {
return freeze({
kind: "OrderByItemNode",
orderBy,
direction
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/raw-node.js
/**
* @internal
*/
const RawNode = freeze({
is(node) {
return node.kind === "RawNode";
},
create(sqlFragments, parameters) {
return freeze({
kind: "RawNode",
sqlFragments: freeze(sqlFragments),
parameters: freeze(parameters)
});
},
createWithSql(sql) {
return RawNode.create([sql], []);
},
createWithChild(child) {
return RawNode.create(["", ""], [child]);
},
createWithChildren(children) {
return RawNode.create(new Array(children.length + 1).fill(""), children);
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/collate-node.js
/**
* @internal
*/
const CollateNode = freeze({
is(node) {
return node.kind === "CollateNode";
},
create(collation) {
return freeze({
kind: "CollateNode",
collation: IdentifierNode.create(collation)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/order-by-item-builder.js
var OrderByItemBuilder = class OrderByItemBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Adds `desc` to the `order by` item.
*
* See {@link asc} for the opposite.
*/
desc() {
return new OrderByItemBuilder({ node: OrderByItemNode.cloneWith(this.#props.node, { direction: RawNode.createWithSql("desc") }) });
}
/**
* Adds `asc` to the `order by` item.
*
* See {@link desc} for the opposite.
*/
asc() {
return new OrderByItemBuilder({ node: OrderByItemNode.cloneWith(this.#props.node, { direction: RawNode.createWithSql("asc") }) });
}
/**
* Adds `nulls last` to the `order by` item.
*
* This is only supported by some dialects like PostgreSQL and SQLite.
*
* See {@link nullsFirst} for the opposite.
*/
nullsLast() {
return new OrderByItemBuilder({ node: OrderByItemNode.cloneWith(this.#props.node, { nulls: "last" }) });
}
/**
* Adds `nulls first` to the `order by` item.
*
* This is only supported by some dialects like PostgreSQL and SQLite.
*
* See {@link nullsLast} for the opposite.
*/
nullsFirst() {
return new OrderByItemBuilder({ node: OrderByItemNode.cloneWith(this.#props.node, { nulls: "first" }) });
}
/**
* Adds `collate <collationName>` to the `order by` item.
*/
collate(collation) {
return new OrderByItemBuilder({ node: OrderByItemNode.cloneWith(this.#props.node, { collation: CollateNode.create(collation) }) });
}
toOperationNode() {
return this.#props.node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/util/log-once.js
const LOGGED_MESSAGES = /* @__PURE__ */ new Set();
/**
* Use for system-level logging, such as deprecation messages.
* Logs a message and ensures it won't be logged again.
*/
function logOnce(message) {
if (LOGGED_MESSAGES.has(message)) return;
LOGGED_MESSAGES.add(message);
console.log(message);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/order-by-parser.js
function isOrderByDirection(thing) {
return thing === "asc" || thing === "desc";
}
function parseOrderBy(args) {
if (args.length === 2) return [parseOrderByItem(args[0], args[1])];
if (args.length === 1) {
const [orderBy] = args;
if (Array.isArray(orderBy)) {
logOnce("orderBy(array) is deprecated, use multiple orderBy calls instead.");
return orderBy.map((item) => parseOrderByItem(item));
}
return [parseOrderByItem(orderBy)];
}
throw new Error(`Invalid number of arguments at order by! expected 1-2, received ${args.length}`);
}
function parseOrderByItem(expr, modifiers) {
const parsedRef = parseOrderByExpression(expr);
if (OrderByItemNode.is(parsedRef)) {
if (modifiers) throw new Error("Cannot specify direction twice!");
return parsedRef;
}
return parseOrderByWithModifiers(parsedRef, modifiers);
}
function parseOrderByExpression(expr) {
if (isExpressionOrFactory(expr)) return parseExpression(expr);
if (isDynamicReferenceBuilder(expr)) return expr.toOperationNode();
const [ref, direction] = expr.split(" ");
if (direction) {
logOnce("`orderBy('column asc')` is deprecated. Use `orderBy('column', 'asc')` instead.");
return parseOrderByWithModifiers(parseStringReference(ref), direction);
}
return parseStringReference(expr);
}
function parseOrderByWithModifiers(expr, modifiers) {
if (typeof modifiers === "string") {
if (!isOrderByDirection(modifiers)) throw new Error(`Invalid order by direction: ${modifiers}`);
return OrderByItemNode.create(expr, RawNode.createWithSql(modifiers));
}
if (isExpression(modifiers)) {
logOnce("`orderBy(..., expr)` is deprecated. Use `orderBy(..., 'asc')` or `orderBy(..., (ob) => ...)` instead.");
return OrderByItemNode.create(expr, modifiers.toOperationNode());
}
const node = OrderByItemNode.create(expr);
if (!modifiers) return node;
return modifiers(new OrderByItemBuilder({ node })).toOperationNode();
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/json-reference-node.js
/**
* @internal
*/
const JSONReferenceNode = freeze({
is(node) {
return node.kind === "JSONReferenceNode";
},
create(reference, traversal) {
return freeze({
kind: "JSONReferenceNode",
reference,
traversal
});
},
cloneWithTraversal(node, traversal) {
return freeze({
...node,
traversal
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/json-operator-chain-node.js
/**
* @internal
*/
const JSONOperatorChainNode = freeze({
is(node) {
return node.kind === "JSONOperatorChainNode";
},
create(operator) {
return freeze({
kind: "JSONOperatorChainNode",
operator,
values: freeze([])
});
},
cloneWithValue(node, value) {
return freeze({
...node,
values: freeze([...node.values, value])
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/json-path-node.js
/**
* @internal
*/
const JSONPathNode = freeze({
is(node) {
return node.kind === "JSONPathNode";
},
create(inOperator) {
return freeze({
kind: "JSONPathNode",
inOperator,
pathLegs: freeze([])
});
},
cloneWithLeg(jsonPathNode, pathLeg) {
return freeze({
...jsonPathNode,
pathLegs: freeze([...jsonPathNode.pathLegs, pathLeg])
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/reference-parser.js
function parseSimpleReferenceExpression(exp) {
if (isString(exp)) return parseStringReference(exp);
return exp.toOperationNode();
}
function parseReferenceExpressionOrList(arg) {
if (isReadonlyArray(arg)) return arg.map((it) => parseReferenceExpression(it));
else return [parseReferenceExpression(arg)];
}
function parseReferenceExpression(exp) {
if (isExpressionOrFactory(exp)) return parseExpression(exp);
return parseSimpleReferenceExpression(exp);
}
function parseJSONReference(ref, op) {
if (isJSONOperator(op)) return JSONReferenceNode.create(parseStringReference(ref), JSONOperatorChainNode.create(OperatorNode.create(op)));
if (op === "->$" || op === "->>$") return JSONReferenceNode.create(parseStringReference(ref), JSONPathNode.create(OperatorNode.create(op.slice(0, -1))));
throw new Error(`Invalid JSON operator: ${op}`);
}
function parseStringReference(ref) {
const COLUMN_SEPARATOR = ".";
if (!ref.includes(COLUMN_SEPARATOR)) return ReferenceNode.create(ColumnNode.create(ref));
const parts = ref.split(COLUMN_SEPARATOR).map(trim$2);
if (parts.length === 3) return parseStringReferenceWithTableAndSchema(parts);
if (parts.length === 2) return parseStringReferenceWithTable(parts);
throw new Error(`invalid column reference ${ref}`);
}
function parseAliasedStringReference(ref) {
const ALIAS_SEPARATOR = " as ";
if (ref.includes(ALIAS_SEPARATOR)) {
const [columnRef, alias] = ref.split(ALIAS_SEPARATOR).map(trim$2);
return AliasNode.create(parseStringReference(columnRef), IdentifierNode.create(alias));
} else return parseStringReference(ref);
}
function parseColumnName(column) {
return ColumnNode.create(column);
}
function parseOrderedColumnName(column) {
const ORDER_SEPARATOR = " ";
if (column.includes(ORDER_SEPARATOR)) {
const [columnName, order] = column.split(ORDER_SEPARATOR).map(trim$2);
if (!isOrderByDirection(order)) throw new Error(`invalid order direction "${order}" next to "${columnName}"`);
return parseOrderBy([columnName, order])[0];
} else return parseColumnName(column);
}
function parseStringReferenceWithTableAndSchema(parts) {
const [schema, table, column] = parts;
return ReferenceNode.create(ColumnNode.create(column), TableNode.createWithSchema(schema, table));
}
function parseStringReferenceWithTable(parts) {
const [table, column] = parts;
return ReferenceNode.create(ColumnNode.create(column), TableNode.create(table));
}
function trim$2(str) {
return str.trim();
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/primitive-value-list-node.js
/**
* @internal
*/
const PrimitiveValueListNode = freeze({
is(node) {
return node.kind === "PrimitiveValueListNode";
},
create(values) {
return freeze({
kind: "PrimitiveValueListNode",
values: freeze([...values])
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/value-list-node.js
/**
* @internal
*/
const ValueListNode = freeze({
is(node) {
return node.kind === "ValueListNode";
},
create(values) {
return freeze({
kind: "ValueListNode",
values: freeze(values)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/value-node.js
/**
* @internal
*/
const ValueNode = freeze({
is(node) {
return node.kind === "ValueNode";
},
create(value) {
return freeze({
kind: "ValueNode",
value
});
},
createImmediate(value) {
return freeze({
kind: "ValueNode",
value,
immediate: true
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/value-parser.js
function parseValueExpressionOrList(arg) {
if (isReadonlyArray(arg)) return parseValueExpressionList(arg);
return parseValueExpression(arg);
}
function parseValueExpression(exp) {
if (isExpressionOrFactory(exp)) return parseExpression(exp);
return ValueNode.create(exp);
}
function isSafeImmediateValue(value) {
return isNumber(value) || isBoolean(value) || isNull(value);
}
function parseSafeImmediateValue(value) {
if (!isSafeImmediateValue(value)) throw new Error(`unsafe immediate value ${JSON.stringify(value)}`);
return ValueNode.createImmediate(value);
}
function parseValueExpressionList(arg) {
if (arg.some(isExpressionOrFactory)) return ValueListNode.create(arg.map((it) => parseValueExpression(it)));
return PrimitiveValueListNode.create(arg);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/parens-node.js
/**
* @internal
*/
const ParensNode = freeze({
is(node) {
return node.kind === "ParensNode";
},
create(node) {
return freeze({
kind: "ParensNode",
node
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/binary-operation-parser.js
function parseValueBinaryOperationOrExpression(args) {
if (args.length === 3) return parseValueBinaryOperation(args[0], args[1], args[2]);
else if (args.length === 1) return parseValueExpression(args[0]);
throw new Error(`invalid arguments: ${JSON.stringify(args)}`);
}
function parseValueBinaryOperation(left, operator, right) {
if (isIsOperator(operator) && needsIsOperator(right)) return BinaryOperationNode.create(parseReferenceExpression(left), parseBinaryOperator(operator), ValueNode.createImmediate(right));
return BinaryOperationNode.create(parseReferenceExpression(left), parseBinaryOperator(operator), parseValueExpressionOrList(right));
}
function parseReferentialBinaryOperation(left, operator, right) {
return BinaryOperationNode.create(parseReferenceExpression(left), parseBinaryOperator(operator), parseReferenceExpression(right));
}
function parseFilterObject(obj, combinator) {
return parseFilterList(Object.entries(obj).filter(([, v]) => !isUndefined(v)).map(([k, v]) => parseValueBinaryOperation(k, needsIsOperator(v) ? "is" : "=", v)), combinator);
}
function parseFilterList(list, combinator, withParens = true) {
const combine = combinator === "and" ? AndNode.create : OrNode.create;
if (list.length === 0) return BinaryOperationNode.create(ValueNode.createImmediate(1), OperatorNode.create("="), ValueNode.createImmediate(combinator === "and" ? 1 : 0));
let node = toOperationNode(list[0]);
for (let i = 1; i < list.length; ++i) node = combine(node, toOperationNode(list[i]));
if (list.length > 1 && withParens) return ParensNode.create(node);
return node;
}
function isIsOperator(operator) {
return operator === "is" || operator === "is not";
}
function needsIsOperator(value) {
return isNull(value) || isBoolean(value);
}
function parseBinaryOperator(operator) {
if (isBinaryOperator(operator)) return OperatorNode.create(operator);
if (isOperationNodeSource(operator)) return operator.toOperationNode();
throw new Error(`invalid operator ${JSON.stringify(operator)}`);
}
function toOperationNode(nodeOrSource) {
return isOperationNodeSource(nodeOrSource) ? nodeOrSource.toOperationNode() : nodeOrSource;
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/order-by-node.js
/**
* @internal
*/
const OrderByNode = freeze({
is(node) {
return node.kind === "OrderByNode";
},
create(items) {
return freeze({
kind: "OrderByNode",
items: freeze([...items])
});
},
cloneWithItems(orderBy, items) {
return freeze({
...orderBy,
items: freeze([...orderBy.items, ...items])
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/partition-by-node.js
/**
* @internal
*/
const PartitionByNode = freeze({
is(node) {
return node.kind === "PartitionByNode";
},
create(items) {
return freeze({
kind: "PartitionByNode",
items: freeze(items)
});
},
cloneWithItems(partitionBy, items) {
return freeze({
...partitionBy,
items: freeze([...partitionBy.items, ...items])
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/over-node.js
/**
* @internal
*/
const OverNode = freeze({
is(node) {
return node.kind === "OverNode";
},
create() {
return freeze({ kind: "OverNode" });
},
cloneWithOrderByItems(overNode, items) {
return freeze({
...overNode,
orderBy: overNode.orderBy ? OrderByNode.cloneWithItems(overNode.orderBy, items) : OrderByNode.create(items)
});
},
cloneWithPartitionByItems(overNode, items) {
return freeze({
...overNode,
partitionBy: overNode.partitionBy ? PartitionByNode.cloneWithItems(overNode.partitionBy, items) : PartitionByNode.create(items)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/from-node.js
/**
* @internal
*/
const FromNode = freeze({
is(node) {
return node.kind === "FromNode";
},
create(froms) {
return freeze({
kind: "FromNode",
froms: freeze(froms)
});
},
cloneWithFroms(from, froms) {
return freeze({
...from,
froms: freeze([...from.froms, ...froms])
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/group-by-node.js
/**
* @internal
*/
const GroupByNode = freeze({
is(node) {
return node.kind === "GroupByNode";
},
create(items) {
return freeze({
kind: "GroupByNode",
items: freeze(items)
});
},
cloneWithItems(groupBy, items) {
return freeze({
...groupBy,
items: freeze([...groupBy.items, ...items])
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/having-node.js
/**
* @internal
*/
const HavingNode = freeze({
is(node) {
return node.kind === "HavingNode";
},
create(filter) {
return freeze({
kind: "HavingNode",
having: filter
});
},
cloneWithOperation(havingNode, operator, operation) {
return freeze({
...havingNode,
having: operator === "And" ? AndNode.create(havingNode.having, operation) : OrNode.create(havingNode.having, operation)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/insert-query-node.js
/**
* @internal
*/
const InsertQueryNode = freeze({
is(node) {
return node.kind === "InsertQueryNode";
},
create(into, withNode, replace) {
return freeze({
kind: "InsertQueryNode",
into,
...withNode && { with: withNode },
replace
});
},
createWithoutInto() {
return freeze({ kind: "InsertQueryNode" });
},
cloneWith(insertQuery, props) {
return freeze({
...insertQuery,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/list-node.js
/**
* @internal
*/
const ListNode = freeze({
is(node) {
return node.kind === "ListNode";
},
create(items) {
return freeze({
kind: "ListNode",
items: freeze(items)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/update-query-node.js
/**
* @internal
*/
const UpdateQueryNode = freeze({
is(node) {
return node.kind === "UpdateQueryNode";
},
create(tables, withNode) {
return freeze({
kind: "UpdateQueryNode",
table: tables.length === 1 ? tables[0] : ListNode.create(tables),
...withNode && { with: withNode }
});
},
createWithoutTable() {
return freeze({ kind: "UpdateQueryNode" });
},
cloneWithFromItems(updateQuery, fromItems) {
return freeze({
...updateQuery,
from: updateQuery.from ? FromNode.cloneWithFroms(updateQuery.from, fromItems) : FromNode.create(fromItems)
});
},
cloneWithUpdates(updateQuery, updates) {
return freeze({
...updateQuery,
updates: updateQuery.updates ? freeze([...updateQuery.updates, ...updates]) : updates
});
},
cloneWithLimit(updateQuery, limit) {
return freeze({
...updateQuery,
limit
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/using-node.js
/**
* @internal
*/
const UsingNode = freeze({
is(node) {
return node.kind === "UsingNode";
},
create(tables) {
return freeze({
kind: "UsingNode",
tables: freeze(tables)
});
},
cloneWithTables(using, tables) {
return freeze({
...using,
tables: freeze([...using.tables, ...tables])
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/delete-query-node.js
/**
* @internal
*/
const DeleteQueryNode = freeze({
is(node) {
return node.kind === "DeleteQueryNode";
},
create(fromItems, withNode) {
return freeze({
kind: "DeleteQueryNode",
from: FromNode.create(fromItems),
...withNode && { with: withNode }
});
},
/**
* @deprecated Use `QueryNode.cloneWithoutOrderBy` instead.
*/
cloneWithOrderByItems: (node, items) => QueryNode.cloneWithOrderByItems(node, items),
/**
* @deprecated Use `QueryNode.cloneWithoutOrderBy` instead.
*/
cloneWithoutOrderBy: (node) => QueryNode.cloneWithoutOrderBy(node),
cloneWithLimit(deleteNode, limit) {
return freeze({
...deleteNode,
limit
});
},
cloneWithoutLimit(deleteNode) {
return freeze({
...deleteNode,
limit: void 0
});
},
cloneWithUsing(deleteNode, tables) {
return freeze({
...deleteNode,
using: deleteNode.using !== void 0 ? UsingNode.cloneWithTables(deleteNode.using, tables) : UsingNode.create(tables)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/where-node.js
/**
* @internal
*/
const WhereNode = freeze({
is(node) {
return node.kind === "WhereNode";
},
create(filter) {
return freeze({
kind: "WhereNode",
where: filter
});
},
cloneWithOperation(whereNode, operator, operation) {
return freeze({
...whereNode,
where: operator === "And" ? AndNode.create(whereNode.where, operation) : OrNode.create(whereNode.where, operation)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/returning-node.js
/**
* @internal
*/
const ReturningNode = freeze({
is(node) {
return node.kind === "ReturningNode";
},
create(selections) {
return freeze({
kind: "ReturningNode",
selections: freeze(selections)
});
},
cloneWithSelections(returning, selections) {
return freeze({
...returning,
selections: returning.selections ? freeze([...returning.selections, ...selections]) : freeze(selections)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/explain-node.js
/**
* @internal
*/
const ExplainNode = freeze({
is(node) {
return node.kind === "ExplainNode";
},
create(format, options) {
return freeze({
kind: "ExplainNode",
format,
options
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/when-node.js
/**
* @internal
*/
const WhenNode = freeze({
is(node) {
return node.kind === "WhenNode";
},
create(condition) {
return freeze({
kind: "WhenNode",
condition
});
},
cloneWithResult(whenNode, result) {
return freeze({
...whenNode,
result
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/merge-query-node.js
/**
* @internal
*/
const MergeQueryNode = freeze({
is(node) {
return node.kind === "MergeQueryNode";
},
create(into, withNode) {
return freeze({
kind: "MergeQueryNode",
into,
...withNode && { with: withNode }
});
},
cloneWithUsing(mergeNode, using) {
return freeze({
...mergeNode,
using
});
},
cloneWithWhen(mergeNode, when) {
return freeze({
...mergeNode,
whens: mergeNode.whens ? freeze([...mergeNode.whens, when]) : freeze([when])
});
},
cloneWithThen(mergeNode, then) {
return freeze({
...mergeNode,
whens: mergeNode.whens ? freeze([...mergeNode.whens.slice(0, -1), WhenNode.cloneWithResult(mergeNode.whens[mergeNode.whens.length - 1], then)]) : void 0
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/output-node.js
/**
* @internal
*/
const OutputNode = freeze({
is(node) {
return node.kind === "OutputNode";
},
create(selections) {
return freeze({
kind: "OutputNode",
selections: freeze(selections)
});
},
cloneWithSelections(output, selections) {
return freeze({
...output,
selections: output.selections ? freeze([...output.selections, ...selections]) : freeze(selections)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/query-node.js
/**
* @internal
*/
const QueryNode = freeze({
is(node) {
return SelectQueryNode.is(node) || InsertQueryNode.is(node) || UpdateQueryNode.is(node) || DeleteQueryNode.is(node) || MergeQueryNode.is(node);
},
cloneWithEndModifier(node, modifier) {
return freeze({
...node,
endModifiers: node.endModifiers ? freeze([...node.endModifiers, modifier]) : freeze([modifier])
});
},
cloneWithWhere(node, operation) {
return freeze({
...node,
where: node.where ? WhereNode.cloneWithOperation(node.where, "And", operation) : WhereNode.create(operation)
});
},
cloneWithJoin(node, join) {
return freeze({
...node,
joins: node.joins ? freeze([...node.joins, join]) : freeze([join])
});
},
cloneWithReturning(node, selections) {
return freeze({
...node,
returning: node.returning ? ReturningNode.cloneWithSelections(node.returning, selections) : ReturningNode.create(selections)
});
},
cloneWithoutReturning(node) {
return freeze({
...node,
returning: void 0
});
},
cloneWithoutWhere(node) {
return freeze({
...node,
where: void 0
});
},
cloneWithExplain(node, format, options) {
return freeze({
...node,
explain: ExplainNode.create(format, options?.toOperationNode())
});
},
cloneWithTop(node, top) {
return freeze({
...node,
top
});
},
cloneWithOutput(node, selections) {
return freeze({
...node,
output: node.output ? OutputNode.cloneWithSelections(node.output, selections) : OutputNode.create(selections)
});
},
cloneWithOrderByItems(node, items) {
return freeze({
...node,
orderBy: node.orderBy ? OrderByNode.cloneWithItems(node.orderBy, items) : OrderByNode.create(items)
});
},
cloneWithoutOrderBy(node) {
return freeze({
...node,
orderBy: void 0
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/select-query-node.js
/**
* @internal
*/
const SelectQueryNode = freeze({
is(node) {
return node.kind === "SelectQueryNode";
},
create(withNode) {
return freeze({
kind: "SelectQueryNode",
...withNode && { with: withNode }
});
},
createFrom(fromItems, withNode) {
return freeze({
kind: "SelectQueryNode",
from: FromNode.create(fromItems),
...withNode && { with: withNode }
});
},
cloneWithSelections(select, selections) {
return freeze({
...select,
selections: select.selections ? freeze([...select.selections, ...selections]) : freeze(selections)
});
},
cloneWithDistinctOn(select, expressions) {
return freeze({
...select,
distinctOn: select.distinctOn ? freeze([...select.distinctOn, ...expressions]) : freeze(expressions)
});
},
cloneWithFrontModifier(select, modifier) {
return freeze({
...select,
frontModifiers: select.frontModifiers ? freeze([...select.frontModifiers, modifier]) : freeze([modifier])
});
},
/**
* @deprecated Use `QueryNode.cloneWithoutOrderBy` instead.
*/
cloneWithOrderByItems: (node, items) => QueryNode.cloneWithOrderByItems(node, items),
cloneWithGroupByItems(selectNode, items) {
return freeze({
...selectNode,
groupBy: selectNode.groupBy ? GroupByNode.cloneWithItems(selectNode.groupBy, items) : GroupByNode.create(items)
});
},
cloneWithLimit(selectNode, limit) {
return freeze({
...selectNode,
limit
});
},
cloneWithOffset(selectNode, offset) {
return freeze({
...selectNode,
offset
});
},
cloneWithFetch(selectNode, fetch) {
return freeze({
...selectNode,
fetch
});
},
cloneWithHaving(selectNode, operation) {
return freeze({
...selectNode,
having: selectNode.having ? HavingNode.cloneWithOperation(selectNode.having, "And", operation) : HavingNode.create(operation)
});
},
cloneWithSetOperations(selectNode, setOperations) {
return freeze({
...selectNode,
setOperations: selectNode.setOperations ? freeze([...selectNode.setOperations, ...setOperations]) : freeze([...setOperations])
});
},
cloneWithoutSelections(select) {
return freeze({
...select,
selections: []
});
},
cloneWithoutLimit(select) {
return freeze({
...select,
limit: void 0
});
},
cloneWithoutOffset(select) {
return freeze({
...select,
offset: void 0
});
},
/**
* @deprecated Use `QueryNode.cloneWithoutOrderBy` instead.
*/
cloneWithoutOrderBy: (node) => QueryNode.cloneWithoutOrderBy(node),
cloneWithoutGroupBy(select) {
return freeze({
...select,
groupBy: void 0
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/join-builder.js
var JoinBuilder = class JoinBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
on(...args) {
return new JoinBuilder({
...this.#props,
joinNode: JoinNode.cloneWithOn(this.#props.joinNode, parseValueBinaryOperationOrExpression(args))
});
}
/**
* Just like {@link WhereInterface.whereRef} but adds an item to the join's
* `on` clause instead.
*
* See {@link WhereInterface.whereRef} for documentation and examples.
*/
onRef(lhs, op, rhs) {
return new JoinBuilder({
...this.#props,
joinNode: JoinNode.cloneWithOn(this.#props.joinNode, parseReferentialBinaryOperation(lhs, op, rhs))
});
}
/**
* Adds `on true`.
*/
onTrue() {
return new JoinBuilder({
...this.#props,
joinNode: JoinNode.cloneWithOn(this.#props.joinNode, RawNode.createWithSql("true"))
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.joinNode;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/partition-by-item-node.js
/**
* @internal
*/
const PartitionByItemNode = freeze({
is(node) {
return node.kind === "PartitionByItemNode";
},
create(partitionBy) {
return freeze({
kind: "PartitionByItemNode",
partitionBy
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/partition-by-parser.js
function parsePartitionBy(partitionBy) {
return parseReferenceExpressionOrList(partitionBy).map(PartitionByItemNode.create);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/over-builder.js
var OverBuilder = class OverBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
orderBy(...args) {
return new OverBuilder({ overNode: OverNode.cloneWithOrderByItems(this.#props.overNode, parseOrderBy(args)) });
}
clearOrderBy() {
return new OverBuilder({ overNode: QueryNode.cloneWithoutOrderBy(this.#props.overNode) });
}
partitionBy(partitionBy) {
return new OverBuilder({ overNode: OverNode.cloneWithPartitionByItems(this.#props.overNode, parsePartitionBy(partitionBy)) });
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.overNode;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/selection-node.js
/**
* @internal
*/
const SelectionNode = freeze({
is(node) {
return node.kind === "SelectionNode";
},
create(selection) {
return freeze({
kind: "SelectionNode",
selection
});
},
createSelectAll() {
return freeze({
kind: "SelectionNode",
selection: SelectAllNode.create()
});
},
createSelectAllFromTable(table) {
return freeze({
kind: "SelectionNode",
selection: ReferenceNode.createSelectAll(table)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/select-parser.js
function parseSelectArg(selection) {
if (isFunction(selection)) return parseSelectArg(selection(expressionBuilder()));
else if (isReadonlyArray(selection)) return selection.map((it) => parseSelectExpression(it));
else return [parseSelectExpression(selection)];
}
function parseSelectExpression(selection) {
if (isString(selection)) return SelectionNode.create(parseAliasedStringReference(selection));
else if (isDynamicReferenceBuilder(selection)) return SelectionNode.create(selection.toOperationNode());
else return SelectionNode.create(parseAliasedExpression(selection));
}
function parseSelectAll(table) {
if (!table) return [SelectionNode.createSelectAll()];
else if (Array.isArray(table)) return table.map(parseSelectAllArg);
else return [parseSelectAllArg(table)];
}
function parseSelectAllArg(table) {
if (isString(table)) return SelectionNode.createSelectAllFromTable(parseTable(table));
throw new Error(`invalid value selectAll expression: ${JSON.stringify(table)}`);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/values-node.js
/**
* @internal
*/
const ValuesNode = freeze({
is(node) {
return node.kind === "ValuesNode";
},
create(values) {
return freeze({
kind: "ValuesNode",
values: freeze(values)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/default-insert-value-node.js
/**
* @internal
*/
const DefaultInsertValueNode = freeze({
is(node) {
return node.kind === "DefaultInsertValueNode";
},
create() {
return freeze({ kind: "DefaultInsertValueNode" });
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/insert-values-parser.js
function parseInsertExpression(arg) {
const objectOrList = isFunction(arg) ? arg(expressionBuilder()) : arg;
return parseInsertColumnsAndValues(isReadonlyArray(objectOrList) ? objectOrList : freeze([objectOrList]));
}
function parseInsertColumnsAndValues(rows) {
const columns = parseColumnNamesAndIndexes(rows);
return [freeze([...columns.keys()].map(ColumnNode.create)), ValuesNode.create(rows.map((row) => parseRowValues(row, columns)))];
}
function parseColumnNamesAndIndexes(rows) {
const columns = /* @__PURE__ */ new Map();
for (const row of rows) {
const cols = Object.keys(row);
for (const col of cols) if (!columns.has(col) && row[col] !== void 0) columns.set(col, columns.size);
}
return columns;
}
function parseRowValues(row, columns) {
const rowColumns = Object.keys(row);
const rowValues = Array.from({ length: columns.size });
let hasUndefinedOrComplexColumns = false;
let indexedRowColumns = rowColumns.length;
for (const col of rowColumns) {
const columnIdx = columns.get(col);
if (isUndefined(columnIdx)) {
indexedRowColumns--;
continue;
}
const value = row[col];
if (isUndefined(value) || isExpressionOrFactory(value)) hasUndefinedOrComplexColumns = true;
rowValues[columnIdx] = value;
}
if (indexedRowColumns < columns.size || hasUndefinedOrComplexColumns) {
const defaultValue = DefaultInsertValueNode.create();
return ValueListNode.create(rowValues.map((it) => isUndefined(it) ? defaultValue : parseValueExpression(it)));
}
return PrimitiveValueListNode.create(rowValues);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/column-update-node.js
/**
* @internal
*/
const ColumnUpdateNode = freeze({
is(node) {
return node.kind === "ColumnUpdateNode";
},
create(column, value) {
return freeze({
kind: "ColumnUpdateNode",
column,
value
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/update-set-parser.js
function parseUpdate(...args) {
if (args.length === 2) return [ColumnUpdateNode.create(parseReferenceExpression(args[0]), parseValueExpression(args[1]))];
return parseUpdateObjectExpression(args[0]);
}
function parseUpdateObjectExpression(update) {
const updateObj = isFunction(update) ? update(expressionBuilder()) : update;
return Object.entries(updateObj).filter(([_, value]) => value !== void 0).map(([key, value]) => {
return ColumnUpdateNode.create(ColumnNode.create(key), parseValueExpression(value));
});
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/on-duplicate-key-node.js
/**
* @internal
*/
const OnDuplicateKeyNode = freeze({
is(node) {
return node.kind === "OnDuplicateKeyNode";
},
create(updates) {
return freeze({
kind: "OnDuplicateKeyNode",
updates
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/insert-result.js
/**
* The result of an insert query.
*
* If the table has an auto incrementing primary key {@link insertId} will hold
* the generated id on dialects that support it. For example PostgreSQL doesn't
* return the id by default and {@link insertId} is undefined. On PostgreSQL you
* need to use {@link ReturningInterface.returning} or {@link ReturningInterface.returningAll}
* to get out the inserted id.
*
* {@link numInsertedOrUpdatedRows} holds the number of (actually) inserted rows.
* On MySQL, updated rows are counted twice when using `on duplicate key update`.
*
* ### Examples
*
* ```ts
* import type { NewPerson } from 'type-editor' // imaginary module
*
* async function insertPerson(person: NewPerson) {
* const result = await db
* .insertInto('person')
* .values(person)
* .executeTakeFirstOrThrow()
*
* console.log(result.insertId) // relevant on MySQL
* console.log(result.numInsertedOrUpdatedRows) // always relevant
* }
* ```
*/
var InsertResult = class {
/**
* The auto incrementing primary key of the inserted row.
*
* This property can be undefined when the query contains an `on conflict`
* clause that makes the query succeed even when nothing gets inserted.
*
* This property is always undefined on dialects like PostgreSQL that
* don't return the inserted id by default. On those dialects you need
* to use the {@link ReturningInterface.returning | returning} method.
*/
insertId;
/**
* Affected rows count.
*/
numInsertedOrUpdatedRows;
constructor(insertId, numInsertedOrUpdatedRows) {
this.insertId = insertId;
this.numInsertedOrUpdatedRows = numInsertedOrUpdatedRows;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/no-result-error.js
var NoResultError = class extends Error {
/**
* The operation node tree of the query that was executed.
*/
node;
constructor(node) {
super("no result");
this.node = node;
}
};
function isNoResultErrorConstructor(fn) {
return Object.prototype.hasOwnProperty.call(fn, "prototype");
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/on-conflict-node.js
/**
* @internal
*/
const OnConflictNode = freeze({
is(node) {
return node.kind === "OnConflictNode";
},
create() {
return freeze({ kind: "OnConflictNode" });
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
},
cloneWithIndexWhere(node, operation) {
return freeze({
...node,
indexWhere: node.indexWhere ? WhereNode.cloneWithOperation(node.indexWhere, "And", operation) : WhereNode.create(operation)
});
},
cloneWithIndexOrWhere(node, operation) {
return freeze({
...node,
indexWhere: node.indexWhere ? WhereNode.cloneWithOperation(node.indexWhere, "Or", operation) : WhereNode.create(operation)
});
},
cloneWithUpdateWhere(node, operation) {
return freeze({
...node,
updateWhere: node.updateWhere ? WhereNode.cloneWithOperation(node.updateWhere, "And", operation) : WhereNode.create(operation)
});
},
cloneWithUpdateOrWhere(node, operation) {
return freeze({
...node,
updateWhere: node.updateWhere ? WhereNode.cloneWithOperation(node.updateWhere, "Or", operation) : WhereNode.create(operation)
});
},
cloneWithoutIndexWhere(node) {
return freeze({
...node,
indexWhere: void 0
});
},
cloneWithoutUpdateWhere(node) {
return freeze({
...node,
updateWhere: void 0
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/on-conflict-builder.js
var OnConflictBuilder = class OnConflictBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Specify a single column as the conflict target.
*
* Also see the {@link columns}, {@link constraint} and {@link expression}
* methods for alternative ways to specify the conflict target.
*/
column(column) {
const columnNode = ColumnNode.create(column);
return new OnConflictBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWith(this.#props.onConflictNode, { columns: this.#props.onConflictNode.columns ? freeze([...this.#props.onConflictNode.columns, columnNode]) : freeze([columnNode]) })
});
}
/**
* Specify a list of columns as the conflict target.
*
* Also see the {@link column}, {@link constraint} and {@link expression}
* methods for alternative ways to specify the conflict target.
*/
columns(columns) {
const columnNodes = columns.map(ColumnNode.create);
return new OnConflictBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWith(this.#props.onConflictNode, { columns: this.#props.onConflictNode.columns ? freeze([...this.#props.onConflictNode.columns, ...columnNodes]) : freeze(columnNodes) })
});
}
/**
* Specify a specific constraint by name as the conflict target.
*
* Also see the {@link column}, {@link columns} and {@link expression}
* methods for alternative ways to specify the conflict target.
*/
constraint(constraintName) {
return new OnConflictBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWith(this.#props.onConflictNode, { constraint: IdentifierNode.create(constraintName) })
});
}
/**
* Specify an expression as the conflict target.
*
* This can be used if the unique index is an expression index.
*
* Also see the {@link column}, {@link columns} and {@link constraint}
* methods for alternative ways to specify the conflict target.
*/
expression(expression) {
return new OnConflictBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWith(this.#props.onConflictNode, { indexExpression: expression.toOperationNode() })
});
}
where(...args) {
return new OnConflictBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWithIndexWhere(this.#props.onConflictNode, parseValueBinaryOperationOrExpression(args))
});
}
whereRef(lhs, op, rhs) {
return new OnConflictBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWithIndexWhere(this.#props.onConflictNode, parseReferentialBinaryOperation(lhs, op, rhs))
});
}
clearWhere() {
return new OnConflictBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWithoutIndexWhere(this.#props.onConflictNode)
});
}
/**
* Adds the "do nothing" conflict action.
*
* ### Examples
*
* ```ts
* const id = 1
* const first_name = 'John'
*
* await db
* .insertInto('person')
* .values({ first_name, id })
* .onConflict((oc) => oc
* .column('id')
* .doNothing()
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" ("first_name", "id")
* values ($1, $2)
* on conflict ("id") do nothing
* ```
*/
doNothing() {
return new OnConflictDoNothingBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWith(this.#props.onConflictNode, { doNothing: true })
});
}
/**
* Adds the "do update set" conflict action.
*
* ### Examples
*
* ```ts
* const id = 1
* const first_name = 'John'
*
* await db
* .insertInto('person')
* .values({ first_name, id })
* .onConflict((oc) => oc
* .column('id')
* .doUpdateSet({ first_name })
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" ("first_name", "id")
* values ($1, $2)
* on conflict ("id")
* do update set "first_name" = $3
* ```
*
* In the next example we use the `ref` method to reference
* columns of the virtual table `excluded` in a type-safe way
* to create an upsert operation:
*
* ```ts
* import type { NewPerson } from 'type-editor' // imaginary module
*
* async function upsertPerson(person: NewPerson): Promise<void> {
* await db.insertInto('person')
* .values(person)
* .onConflict((oc) => oc
* .column('id')
* .doUpdateSet((eb) => ({
* first_name: eb.ref('excluded.first_name'),
* last_name: eb.ref('excluded.last_name')
* })
* )
* )
* .execute()
* }
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" ("first_name", "last_name")
* values ($1, $2)
* on conflict ("id")
* do update set
* "first_name" = excluded."first_name",
* "last_name" = excluded."last_name"
* ```
*/
doUpdateSet(update) {
return new OnConflictUpdateBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWith(this.#props.onConflictNode, { updates: parseUpdateObjectExpression(update) })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
};
var OnConflictDoNothingBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
toOperationNode() {
return this.#props.onConflictNode;
}
};
var OnConflictUpdateBuilder = class OnConflictUpdateBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
where(...args) {
return new OnConflictUpdateBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWithUpdateWhere(this.#props.onConflictNode, parseValueBinaryOperationOrExpression(args))
});
}
/**
* Specify a where condition for the update operation.
*
* See {@link WhereInterface.whereRef} for more info.
*/
whereRef(lhs, op, rhs) {
return new OnConflictUpdateBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWithUpdateWhere(this.#props.onConflictNode, parseReferentialBinaryOperation(lhs, op, rhs))
});
}
clearWhere() {
return new OnConflictUpdateBuilder({
...this.#props,
onConflictNode: OnConflictNode.cloneWithoutUpdateWhere(this.#props.onConflictNode)
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.onConflictNode;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/top-node.js
/**
* @internal
*/
const TopNode = freeze({
is(node) {
return node.kind === "TopNode";
},
create(expression, modifiers) {
return freeze({
kind: "TopNode",
expression,
modifiers
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/top-parser.js
function parseTop(expression, modifiers) {
if (!isNumber(expression) && !isBigInt(expression)) throw new Error(`Invalid top expression: ${expression}`);
if (!isUndefined(modifiers) && !isTopModifiers(modifiers)) throw new Error(`Invalid top modifiers: ${modifiers}`);
return TopNode.create(expression, modifiers);
}
function isTopModifiers(modifiers) {
return modifiers === "percent" || modifiers === "with ties" || modifiers === "percent with ties";
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/or-action-node.js
/**
* @internal
*/
const OrActionNode = freeze({
is(node) {
return node.kind === "OrActionNode";
},
create(action) {
return freeze({
kind: "OrActionNode",
action
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/insert-query-builder.js
var InsertQueryBuilder = class InsertQueryBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Sets the values to insert for an {@link Kysely.insertInto | insert} query.
*
* This method takes an object whose keys are column names and values are
* values to insert. In addition to the column's type, the values can be
* raw {@link sql} snippets or select queries.
*
* You must provide all fields you haven't explicitly marked as nullable
* or optional using {@link Generated} or {@link ColumnType}.
*
* The return value of an `insert` query is an instance of {@link InsertResult}. The
* {@link InsertResult.insertId | insertId} field holds the auto incremented primary
* key if the database returned one.
*
* On PostgreSQL and some other dialects, you need to call `returning` to get
* something out of the query.
*
* Also see the {@link expression} method for inserting the result of a select
* query or any other expression.
*
* ### Examples
*
* <!-- siteExample("insert", "Single row", 10) -->
*
* Insert a single row:
*
* ```ts
* const result = await db
* .insertInto('person')
* .values({
* first_name: 'Jennifer',
* last_name: 'Aniston',
* age: 40
* })
* .executeTakeFirst()
*
* // `insertId` is only available on dialects that
* // automatically return the id of the inserted row
* // such as MySQL and SQLite. On PostgreSQL, for example,
* // you need to add a `returning` clause to the query to
* // get anything out. See the "returning data" example.
* console.log(result.insertId)
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* insert into `person` (`first_name`, `last_name`, `age`) values (?, ?, ?)
* ```
*
* <!-- siteExample("insert", "Multiple rows", 20) -->
*
* On dialects that support it (for example PostgreSQL) you can insert multiple
* rows by providing an array. Note that the return value is once again very
* dialect-specific. Some databases may only return the id of the *last* inserted
* row and some return nothing at all unless you call `returning`.
*
* ```ts
* await db
* .insertInto('person')
* .values([{
* first_name: 'Jennifer',
* last_name: 'Aniston',
* age: 40,
* }, {
* first_name: 'Arnold',
* last_name: 'Schwarzenegger',
* age: 70,
* }])
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" ("first_name", "last_name", "age") values (($1, $2, $3), ($4, $5, $6))
* ```
*
* <!-- siteExample("insert", "Returning data", 30) -->
*
* On supported dialects like PostgreSQL you need to chain `returning` to the query to get
* the inserted row's columns (or any other expression) as the return value. `returning`
* works just like `select`. Refer to `select` method's examples and documentation for
* more info.
*
* ```ts
* const result = await db
* .insertInto('person')
* .values({
* first_name: 'Jennifer',
* last_name: 'Aniston',
* age: 40,
* })
* .returning(['id', 'first_name as name'])
* .executeTakeFirstOrThrow()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" ("first_name", "last_name", "age") values ($1, $2, $3) returning "id", "first_name" as "name"
* ```
*
* <!-- siteExample("insert", "Complex values", 40) -->
*
* In addition to primitives, the values can also be arbitrary expressions.
* You can build the expressions by using a callback and calling the methods
* on the expression builder passed to it:
*
* ```ts
* import { sql } from 'kysely'
*
* const ani = "Ani"
* const ston = "ston"
*
* const result = await db
* .insertInto('person')
* .values(({ ref, selectFrom, fn }) => ({
* first_name: 'Jennifer',
* last_name: sql<string>`concat(${ani}, ${ston})`,
* middle_name: ref('first_name'),
* age: selectFrom('person')
* .select(fn.avg<number>('age').as('avg_age')),
* }))
* .executeTakeFirst()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" (
* "first_name",
* "last_name",
* "middle_name",
* "age"
* )
* values (
* $1,
* concat($2, $3),
* "first_name",
* (select avg("age") as "avg_age" from "person")
* )
* ```
*
* You can also use the callback version of subqueries or raw expressions:
*
* ```ts
* await db.with('jennifer', (db) => db
* .selectFrom('person')
* .where('first_name', '=', 'Jennifer')
* .select(['id', 'first_name', 'gender'])
* .limit(1)
* ).insertInto('pet').values((eb) => ({
* owner_id: eb.selectFrom('jennifer').select('id'),
* name: eb.selectFrom('jennifer').select('first_name'),
* species: 'cat',
* }))
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* with "jennifer" as (
* select "id", "first_name", "gender"
* from "person"
* where "first_name" = $1
* limit $2
* )
* insert into "pet" ("owner_id", "name", "species")
* values (
* (select "id" from "jennifer"),
* (select "first_name" from "jennifer"),
* $3
* )
* ```
*/
values(insert) {
const [columns, values] = parseInsertExpression(insert);
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, {
columns,
values
})
});
}
/**
* Sets the columns to insert.
*
* The {@link values} method sets both the columns and the values and this method
* is not needed. But if you are using the {@link expression} method, you can use
* this method to set the columns to insert.
*
* ### Examples
*
* ```ts
* await db.insertInto('person')
* .columns(['first_name'])
* .expression((eb) => eb.selectFrom('pet').select('pet.name'))
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" ("first_name")
* select "pet"."name" from "pet"
* ```
*/
columns(columns) {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { columns: freeze(columns.map(ColumnNode.create)) })
});
}
/**
* Insert an arbitrary expression. For example the result of a select query.
*
* ### Examples
*
* <!-- siteExample("insert", "Insert subquery", 50) -->
*
* You can create an `INSERT INTO SELECT FROM` query using the `expression` method.
* This API doesn't follow our WYSIWYG principles and might be a bit difficult to
* remember. The reasons for this design stem from implementation difficulties.
*
* ```ts
* const result = await db.insertInto('person')
* .columns(['first_name', 'last_name', 'age'])
* .expression((eb) => eb
* .selectFrom('pet')
* .select((eb) => [
* 'pet.name',
* eb.val('Petson').as('last_name'),
* eb.lit(7).as('age'),
* ])
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" ("first_name", "last_name", "age")
* select "pet"."name", $1 as "last_name", 7 as "age from "pet"
* ```
*/
expression(expression) {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { values: parseExpression(expression) })
});
}
/**
* Creates an `insert into "person" default values` query.
*
* ### Examples
*
* ```ts
* await db.insertInto('person')
* .defaultValues()
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" default values
* ```
*/
defaultValues() {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { defaultValues: true })
});
}
/**
* This can be used to add any additional SQL to the end of the query.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.insertInto('person')
* .values({
* first_name: 'John',
* last_name: 'Doe',
* gender: 'male',
* })
* .modifyEnd(sql`-- This is a comment`)
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* insert into `person` ("first_name", "last_name", "gender")
* values (?, ?, ?) -- This is a comment
* ```
*/
modifyEnd(modifier) {
return new InsertQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, modifier.toOperationNode())
});
}
/**
* Changes an `insert into` query to an `insert ignore into` query.
*
* This is only supported by some dialects like MySQL.
*
* To avoid a footgun, when invoked with the SQLite dialect, this method will
* be handled like {@link orIgnore}. See also, {@link orAbort}, {@link orFail},
* {@link orReplace}, and {@link orRollback}.
*
* If you use the ignore modifier, ignorable errors that occur while executing the
* insert statement are ignored. For example, without ignore, a row that duplicates
* an existing unique index or primary key value in the table causes a duplicate-key
* error and the statement is aborted. With ignore, the row is discarded and no error
* occurs.
*
* ### Examples
*
* ```ts
* await db.insertInto('person')
* .ignore()
* .values({
* first_name: 'John',
* last_name: 'Doe',
* gender: 'female',
* })
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* insert ignore into `person` (`first_name`, `last_name`, `gender`) values (?, ?, ?)
* ```
*
* The generated SQL (SQLite):
*
* ```sql
* insert or ignore into "person" ("first_name", "last_name", "gender") values (?, ?, ?)
* ```
*/
ignore() {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { orAction: OrActionNode.create("ignore") })
});
}
/**
* Changes an `insert into` query to an `insert or ignore into` query.
*
* This is only supported by some dialects like SQLite.
*
* To avoid a footgun, when invoked with the MySQL dialect, this method will
* be handled like {@link ignore}.
*
* See also, {@link orAbort}, {@link orFail}, {@link orReplace}, and {@link orRollback}.
*
* ### Examples
*
* ```ts
* await db.insertInto('person')
* .orIgnore()
* .values({
* first_name: 'John',
* last_name: 'Doe',
* gender: 'female',
* })
* .execute()
* ```
*
* The generated SQL (SQLite):
*
* ```sql
* insert or ignore into "person" ("first_name", "last_name", "gender") values (?, ?, ?)
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* insert ignore into `person` (`first_name`, `last_name`, `gender`) values (?, ?, ?)
* ```
*/
orIgnore() {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { orAction: OrActionNode.create("ignore") })
});
}
/**
* Changes an `insert into` query to an `insert or abort into` query.
*
* This is only supported by some dialects like SQLite.
*
* See also, {@link orIgnore}, {@link orFail}, {@link orReplace}, and {@link orRollback}.
*
* ### Examples
*
* ```ts
* await db.insertInto('person')
* .orAbort()
* .values({
* first_name: 'John',
* last_name: 'Doe',
* gender: 'female',
* })
* .execute()
* ```
*
* The generated SQL (SQLite):
*
* ```sql
* insert or abort into "person" ("first_name", "last_name", "gender") values (?, ?, ?)
* ```
*/
orAbort() {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { orAction: OrActionNode.create("abort") })
});
}
/**
* Changes an `insert into` query to an `insert or fail into` query.
*
* This is only supported by some dialects like SQLite.
*
* See also, {@link orIgnore}, {@link orAbort}, {@link orReplace}, and {@link orRollback}.
*
* ### Examples
*
* ```ts
* await db.insertInto('person')
* .orFail()
* .values({
* first_name: 'John',
* last_name: 'Doe',
* gender: 'female',
* })
* .execute()
* ```
*
* The generated SQL (SQLite):
*
* ```sql
* insert or fail into "person" ("first_name", "last_name", "gender") values (?, ?, ?)
* ```
*/
orFail() {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { orAction: OrActionNode.create("fail") })
});
}
/**
* Changes an `insert into` query to an `insert or replace into` query.
*
* This is only supported by some dialects like SQLite.
*
* You can also use {@link Kysely.replaceInto} to achieve the same result.
*
* See also, {@link orIgnore}, {@link orAbort}, {@link orFail}, and {@link orRollback}.
*
* ### Examples
*
* ```ts
* await db.insertInto('person')
* .orReplace()
* .values({
* first_name: 'John',
* last_name: 'Doe',
* gender: 'female',
* })
* .execute()
* ```
*
* The generated SQL (SQLite):
*
* ```sql
* insert or replace into "person" ("first_name", "last_name", "gender") values (?, ?, ?)
* ```
*/
orReplace() {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { orAction: OrActionNode.create("replace") })
});
}
/**
* Changes an `insert into` query to an `insert or rollback into` query.
*
* This is only supported by some dialects like SQLite.
*
* See also, {@link orIgnore}, {@link orAbort}, {@link orFail}, and {@link orReplace}.
*
* ### Examples
*
* ```ts
* await db.insertInto('person')
* .orRollback()
* .values({
* first_name: 'John',
* last_name: 'Doe',
* gender: 'female',
* })
* .execute()
* ```
*
* The generated SQL (SQLite):
*
* ```sql
* insert or rollback into "person" ("first_name", "last_name", "gender") values (?, ?, ?)
* ```
*/
orRollback() {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { orAction: OrActionNode.create("rollback") })
});
}
/**
* Changes an `insert into` query to an `insert top into` query.
*
* `top` clause is only supported by some dialects like MS SQL Server.
*
* ### Examples
*
* Insert the first 5 rows:
*
* ```ts
* import { sql } from 'kysely'
*
* await db.insertInto('person')
* .top(5)
* .columns(['first_name', 'gender'])
* .expression(
* (eb) => eb.selectFrom('pet').select(['name', sql.lit('other').as('gender')])
* )
* .execute()
* ```
*
* The generated SQL (MS SQL Server):
*
* ```sql
* insert top(5) into "person" ("first_name", "gender") select "name", 'other' as "gender" from "pet"
* ```
*
* Insert the first 50 percent of rows:
*
* ```ts
* import { sql } from 'kysely'
*
* await db.insertInto('person')
* .top(50, 'percent')
* .columns(['first_name', 'gender'])
* .expression(
* (eb) => eb.selectFrom('pet').select(['name', sql.lit('other').as('gender')])
* )
* .execute()
* ```
*
* The generated SQL (MS SQL Server):
*
* ```sql
* insert top(50) percent into "person" ("first_name", "gender") select "name", 'other' as "gender" from "pet"
* ```
*/
top(expression, modifiers) {
return new InsertQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithTop(this.#props.queryNode, parseTop(expression, modifiers))
});
}
/**
* Adds an `on conflict` clause to the query.
*
* `on conflict` is only supported by some dialects like PostgreSQL and SQLite. On MySQL
* you can use {@link ignore} and {@link onDuplicateKeyUpdate} to achieve similar results.
*
* ### Examples
*
* ```ts
* await db
* .insertInto('pet')
* .values({
* name: 'Catto',
* species: 'cat',
* owner_id: 3,
* })
* .onConflict((oc) => oc
* .column('name')
* .doUpdateSet({ species: 'hamster' })
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "pet" ("name", "species", "owner_id")
* values ($1, $2, $3)
* on conflict ("name")
* do update set "species" = $4
* ```
*
* You can provide the name of the constraint instead of a column name:
*
* ```ts
* await db
* .insertInto('pet')
* .values({
* name: 'Catto',
* species: 'cat',
* owner_id: 3,
* })
* .onConflict((oc) => oc
* .constraint('pet_name_key')
* .doUpdateSet({ species: 'hamster' })
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "pet" ("name", "species", "owner_id")
* values ($1, $2, $3)
* on conflict on constraint "pet_name_key"
* do update set "species" = $4
* ```
*
* You can also specify an expression as the conflict target in case
* the unique index is an expression index:
*
* ```ts
* import { sql } from 'kysely'
*
* await db
* .insertInto('pet')
* .values({
* name: 'Catto',
* species: 'cat',
* owner_id: 3,
* })
* .onConflict((oc) => oc
* .expression(sql<string>`lower(name)`)
* .doUpdateSet({ species: 'hamster' })
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "pet" ("name", "species", "owner_id")
* values ($1, $2, $3)
* on conflict (lower(name))
* do update set "species" = $4
* ```
*
* You can add a filter for the update statement like this:
*
* ```ts
* await db
* .insertInto('pet')
* .values({
* name: 'Catto',
* species: 'cat',
* owner_id: 3,
* })
* .onConflict((oc) => oc
* .column('name')
* .doUpdateSet({ species: 'hamster' })
* .where('excluded.name', '!=', 'Catto')
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "pet" ("name", "species", "owner_id")
* values ($1, $2, $3)
* on conflict ("name")
* do update set "species" = $4
* where "excluded"."name" != $5
* ```
*
* You can create an `on conflict do nothing` clauses like this:
*
* ```ts
* await db
* .insertInto('pet')
* .values({
* name: 'Catto',
* species: 'cat',
* owner_id: 3,
* })
* .onConflict((oc) => oc
* .column('name')
* .doNothing()
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "pet" ("name", "species", "owner_id")
* values ($1, $2, $3)
* on conflict ("name") do nothing
* ```
*
* You can refer to the columns of the virtual `excluded` table
* in a type-safe way using a callback and the `ref` method of
* `ExpressionBuilder`:
*
* ```ts
* await db.insertInto('person')
* .values({
* id: 1,
* first_name: 'John',
* last_name: 'Doe',
* gender: 'male',
* })
* .onConflict(oc => oc
* .column('id')
* .doUpdateSet({
* first_name: (eb) => eb.ref('excluded.first_name'),
* last_name: (eb) => eb.ref('excluded.last_name')
* })
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* insert into "person" ("id", "first_name", "last_name", "gender")
* values ($1, $2, $3, $4)
* on conflict ("id")
* do update set
* "first_name" = "excluded"."first_name",
* "last_name" = "excluded"."last_name"
* ```
*/
onConflict(callback) {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { onConflict: callback(new OnConflictBuilder({ onConflictNode: OnConflictNode.create() })).toOperationNode() })
});
}
/**
* Adds `on duplicate key update` to the query.
*
* If you specify `on duplicate key update`, and a row is inserted that would cause
* a duplicate value in a unique index or primary key, an update of the old row occurs.
*
* This is only implemented by some dialects like MySQL. On most dialects you should
* use {@link onConflict} instead.
*
* ### Examples
*
* ```ts
* await db
* .insertInto('person')
* .values({
* id: 1,
* first_name: 'John',
* last_name: 'Doe',
* gender: 'male',
* })
* .onDuplicateKeyUpdate({ updated_at: new Date().toISOString() })
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* insert into `person` (`id`, `first_name`, `last_name`, `gender`)
* values (?, ?, ?, ?)
* on duplicate key update `updated_at` = ?
* ```
*/
onDuplicateKeyUpdate(update) {
return new InsertQueryBuilder({
...this.#props,
queryNode: InsertQueryNode.cloneWith(this.#props.queryNode, { onDuplicateKey: OnDuplicateKeyNode.create(parseUpdateObjectExpression(update)) })
});
}
returning(selection) {
return new InsertQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectArg(selection))
});
}
returningAll() {
return new InsertQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectAll())
});
}
output(args) {
return new InsertQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectArg(args))
});
}
outputAll(table) {
return new InsertQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectAll(table))
});
}
/**
* Clears all `returning` clauses from the query.
*
* ### Examples
*
* ```ts
* await db.insertInto('person')
* .values({ first_name: 'James', last_name: 'Smith', gender: 'male' })
* .returning(['first_name'])
* .clearReturning()
* .execute()
* ```
*
* The generated SQL(PostgreSQL):
*
* ```sql
* insert into "person" ("first_name", "last_name", "gender") values ($1, $2, $3)
* ```
*/
clearReturning() {
return new InsertQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithoutReturning(this.#props.queryNode)
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*
* If you want to conditionally call a method on `this`, see
* the {@link $if} method.
*
* ### Examples
*
* The next example uses a helper function `log` to log a query:
*
* ```ts
* import type { Compilable } from 'kysely'
*
* function log<T extends Compilable>(qb: T): T {
* console.log(qb.compile())
* return qb
* }
*
* await db.insertInto('person')
* .values({ first_name: 'John', last_name: 'Doe', gender: 'male' })
* .$call(log)
* .execute()
* ```
*/
$call(func) {
return func(this);
}
/**
* Call `func(this)` if `condition` is true.
*
* This method is especially handy with optional selects. Any `returning` or `returningAll`
* method calls add columns as optional fields to the output type when called inside
* the `func` callback. This is because we can't know if those selections were actually
* made before running the code.
*
* You can also call any other methods inside the callback.
*
* ### Examples
*
* ```ts
* import type { NewPerson } from 'type-editor' // imaginary module
*
* async function insertPerson(values: NewPerson, returnLastName: boolean) {
* return await db
* .insertInto('person')
* .values(values)
* .returning(['id', 'first_name'])
* .$if(returnLastName, (qb) => qb.returning('last_name'))
* .executeTakeFirstOrThrow()
* }
* ```
*
* Any selections added inside the `if` callback will be added as optional fields to the
* output type since we can't know if the selections were actually made before running
* the code. In the example above the return type of the `insertPerson` function is:
*
* ```ts
* Promise<{
* id: number
* first_name: string
* last_name?: string
* }>
* ```
*/
$if(condition, func) {
if (condition) return func(this);
return new InsertQueryBuilder({ ...this.#props });
}
/**
* Change the output type of the query.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of this `InsertQueryBuilder` with a new output type.
*/
$castTo() {
return new InsertQueryBuilder(this.#props);
}
/**
* Narrows (parts of) the output type of the query.
*
* Kysely tries to be as type-safe as possible, but in some cases we have to make
* compromises for better maintainability and compilation performance. At present,
* Kysely doesn't narrow the output type of the query based on {@link values} input
* when using {@link returning} or {@link returningAll}.
*
* This utility method is very useful for these situations, as it removes unncessary
* runtime assertion/guard code. Its input type is limited to the output type
* of the query, so you can't add a column that doesn't exist, or change a column's
* type to something that doesn't exist in its union type.
*
* ### Examples
*
* Turn this code:
*
* ```ts
* import type { Person } from 'type-editor' // imaginary module
*
* const person = await db.insertInto('person')
* .values({
* first_name: 'John',
* last_name: 'Doe',
* gender: 'male',
* nullable_column: 'hell yeah!'
* })
* .returningAll()
* .executeTakeFirstOrThrow()
*
* if (isWithNoNullValue(person)) {
* functionThatExpectsPersonWithNonNullValue(person)
* }
*
* function isWithNoNullValue(person: Person): person is Person & { nullable_column: string } {
* return person.nullable_column != null
* }
* ```
*
* Into this:
*
* ```ts
* import type { NotNull } from 'kysely'
*
* const person = await db.insertInto('person')
* .values({
* first_name: 'John',
* last_name: 'Doe',
* gender: 'male',
* nullable_column: 'hell yeah!'
* })
* .returningAll()
* .$narrowType<{ nullable_column: NotNull }>()
* .executeTakeFirstOrThrow()
*
* functionThatExpectsPersonWithNonNullValue(person)
* ```
*/
$narrowType() {
return new InsertQueryBuilder(this.#props);
}
/**
* Asserts that query's output row type equals the given type `T`.
*
* This method can be used to simplify excessively complex types to make TypeScript happy
* and much faster.
*
* Kysely uses complex type magic to achieve its type safety. This complexity is sometimes too much
* for TypeScript and you get errors like this:
*
* ```
* error TS2589: Type instantiation is excessively deep and possibly infinite.
* ```
*
* In these case you can often use this method to help TypeScript a little bit. When you use this
* method to assert the output type of a query, Kysely can drop the complex output type that
* consists of multiple nested helper types and replace it with the simple asserted type.
*
* Using this method doesn't reduce type safety at all. You have to pass in a type that is
* structurally equal to the current type.
*
* ### Examples
*
* ```ts
* import type { NewPerson, NewPet, Species } from 'type-editor' // imaginary module
*
* async function insertPersonAndPet(person: NewPerson, pet: Omit<NewPet, 'owner_id'>) {
* return await db
* .with('new_person', (qb) => qb
* .insertInto('person')
* .values(person)
* .returning('id')
* .$assertType<{ id: number }>()
* )
* .with('new_pet', (qb) => qb
* .insertInto('pet')
* .values((eb) => ({
* owner_id: eb.selectFrom('new_person').select('id'),
* ...pet
* }))
* .returning(['name as pet_name', 'species'])
* .$assertType<{ pet_name: string, species: Species }>()
* )
* .selectFrom(['new_person', 'new_pet'])
* .selectAll()
* .executeTakeFirstOrThrow()
* }
* ```
*/
$assertType() {
return new InsertQueryBuilder(this.#props);
}
/**
* Returns a copy of this InsertQueryBuilder instance with the given plugin installed.
*/
withPlugin(plugin) {
return new InsertQueryBuilder({
...this.#props,
executor: this.#props.executor.withPlugin(plugin)
});
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.queryNode, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
const compiledQuery = this.compile();
const result = await this.#props.executor.executeQuery(compiledQuery, options);
const { adapter } = this.#props.executor;
const query = compiledQuery.query;
if (query.returning && adapter.supportsReturning || query.output && adapter.supportsOutput) return result.rows;
return [new InsertResult(result.insertId, result.numAffectedRows ?? BigInt(0))];
}
async executeTakeFirst(options) {
const [result] = await this.execute(options);
return result;
}
async executeTakeFirstOrThrow(errorConstructorOrOptions) {
if (typeof errorConstructorOrOptions === "function") errorConstructorOrOptions = { errorConstructor: errorConstructorOrOptions };
const result = await this.executeTakeFirst(errorConstructorOrOptions);
if (result === void 0) {
const errorConstructor = errorConstructorOrOptions?.errorConstructor ?? NoResultError;
throw isNoResultErrorConstructor(errorConstructor) ? new errorConstructor(this.toOperationNode()) : errorConstructor(this.toOperationNode());
}
return result;
}
async *stream(chunkSizeOrOptions) {
if (typeof chunkSizeOrOptions !== "object") chunkSizeOrOptions = { chunkSize: chunkSizeOrOptions };
const compiledQuery = this.compile();
const stream = this.#props.executor.stream(compiledQuery, chunkSizeOrOptions.chunkSize ?? 100, chunkSizeOrOptions);
for await (const item of stream) yield* item.rows;
}
async explain(format, options) {
return await new InsertQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithExplain(this.#props.queryNode, format, options)
}).execute();
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/delete-result.js
var DeleteResult = class {
numDeletedRows;
constructor(numDeletedRows) {
this.numDeletedRows = numDeletedRows;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/limit-node.js
/**
* @internal
*/
const LimitNode = freeze({
is(node) {
return node.kind === "LimitNode";
},
create(limit) {
return freeze({
kind: "LimitNode",
limit
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/delete-query-builder.js
var _a$3;
var DeleteQueryBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
where(...args) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithWhere(this.#props.queryNode, parseValueBinaryOperationOrExpression(args))
});
}
whereRef(lhs, op, rhs) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithWhere(this.#props.queryNode, parseReferentialBinaryOperation(lhs, op, rhs))
});
}
clearWhere() {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithoutWhere(this.#props.queryNode)
});
}
/**
* Changes a `delete from` query into a `delete top from` query.
*
* `top` clause is only supported by some dialects like MS SQL Server.
*
* ### Examples
*
* Delete the first 5 rows:
*
* ```ts
* await db
* .deleteFrom('person')
* .top(5)
* .where('age', '>', 18)
* .executeTakeFirstOrThrow()
* ```
*
* The generated SQL (MS SQL Server):
*
* ```sql
* delete top(5) from "person" where "age" > @1
* ```
*
* Delete the first 50% of rows:
*
* ```ts
* await db
* .deleteFrom('person')
* .top(50, 'percent')
* .where('age', '>', 18)
* .executeTakeFirstOrThrow()
* ```
*
* The generated SQL (MS SQL Server):
*
* ```sql
* delete top(50) percent from "person" where "age" > @1
* ```
*/
top(expression, modifiers) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithTop(this.#props.queryNode, parseTop(expression, modifiers))
});
}
using(tables) {
return new _a$3({
...this.#props,
queryNode: DeleteQueryNode.cloneWithUsing(this.#props.queryNode, parseTableExpressionOrList(tables))
});
}
innerJoin(...args) {
return this.#join("InnerJoin", args);
}
leftJoin(...args) {
return this.#join("LeftJoin", args);
}
rightJoin(...args) {
return this.#join("RightJoin", args);
}
fullJoin(...args) {
return this.#join("FullJoin", args);
}
#join(joinType, args) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithJoin(this.#props.queryNode, parseJoin(joinType, args))
});
}
returning(selection) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectArg(selection))
});
}
returningAll(table) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectAll(table))
});
}
output(args) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectArg(args))
});
}
outputAll(table) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectAll(table))
});
}
/**
* Clears all `returning` clauses from the query.
*
* ### Examples
*
* ```ts
* await db.deleteFrom('pet')
* .returningAll()
* .where('name', '=', 'Max')
* .clearReturning()
* .execute()
* ```
*
* The generated SQL(PostgreSQL):
*
* ```sql
* delete from "pet" where "name" = "Max"
* ```
*/
clearReturning() {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithoutReturning(this.#props.queryNode)
});
}
/**
* Clears the `limit` clause from the query.
*
* ### Examples
*
* ```ts
* await db.deleteFrom('pet')
* .returningAll()
* .where('name', '=', 'Max')
* .limit(5)
* .clearLimit()
* .execute()
* ```
*
* The generated SQL(PostgreSQL):
*
* ```sql
* delete from "pet" where "name" = "Max" returning *
* ```
*/
clearLimit() {
return new _a$3({
...this.#props,
queryNode: DeleteQueryNode.cloneWithoutLimit(this.#props.queryNode)
});
}
orderBy(...args) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithOrderByItems(this.#props.queryNode, parseOrderBy(args))
});
}
clearOrderBy() {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithoutOrderBy(this.#props.queryNode)
});
}
/**
* Adds a limit clause to the query.
*
* A limit clause in a delete query is only supported by some dialects
* like MySQL.
*
* ### Examples
*
* Delete 5 oldest items in a table:
*
* ```ts
* await db
* .deleteFrom('pet')
* .orderBy('created_at')
* .limit(5)
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* delete from `pet` order by `created_at` limit ?
* ```
*/
limit(limit) {
return new _a$3({
...this.#props,
queryNode: DeleteQueryNode.cloneWithLimit(this.#props.queryNode, LimitNode.create(parseValueExpression(limit)))
});
}
/**
* This can be used to add any additional SQL to the end of the query.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.deleteFrom('person')
* .where('first_name', '=', 'John')
* .modifyEnd(sql`-- This is a comment`)
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* delete from `person`
* where `first_name` = "John" -- This is a comment
* ```
*/
modifyEnd(modifier) {
return new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, modifier.toOperationNode())
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*
* If you want to conditionally call a method on `this`, see
* the {@link $if} method.
*
* ### Examples
*
* The next example uses a helper function `log` to log a query:
*
* ```ts
* import type { Compilable } from 'kysely'
*
* function log<T extends Compilable>(qb: T): T {
* console.log(qb.compile())
* return qb
* }
*
* await db.deleteFrom('person')
* .$call(log)
* .execute()
* ```
*/
$call(func) {
return func(this);
}
/**
* Call `func(this)` if `condition` is true.
*
* This method is especially handy with optional selects. Any `returning` or `returningAll`
* method calls add columns as optional fields to the output type when called inside
* the `func` callback. This is because we can't know if those selections were actually
* made before running the code.
*
* You can also call any other methods inside the callback.
*
* ### Examples
*
* ```ts
* async function deletePerson(id: number, returnLastName: boolean) {
* return await db
* .deleteFrom('person')
* .where('id', '=', id)
* .returning(['id', 'first_name'])
* .$if(returnLastName, (qb) => qb.returning('last_name'))
* .executeTakeFirstOrThrow()
* }
* ```
*
* Any selections added inside the `if` callback will be added as optional fields to the
* output type since we can't know if the selections were actually made before running
* the code. In the example above the return type of the `deletePerson` function is:
*
* ```ts
* Promise<{
* id: number
* first_name: string
* last_name?: string
* }>
* ```
*/
$if(condition, func) {
if (condition) return func(this);
return new _a$3({ ...this.#props });
}
/**
* Change the output type of the query.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of this `DeleteQueryBuilder` with a new output type.
*/
$castTo() {
return new _a$3(this.#props);
}
/**
* Narrows (parts of) the output type of the query.
*
* Kysely tries to be as type-safe as possible, but in some cases we have to make
* compromises for better maintainability and compilation performance. At present,
* Kysely doesn't narrow the output type of the query when using {@link where} and {@link returning} or {@link returningAll}.
*
* This utility method is very useful for these situations, as it removes unncessary
* runtime assertion/guard code. Its input type is limited to the output type
* of the query, so you can't add a column that doesn't exist, or change a column's
* type to something that doesn't exist in its union type.
*
* ### Examples
*
* Turn this code:
*
* ```ts
* import type { Person } from 'type-editor' // imaginary module
*
* const person = await db.deleteFrom('person')
* .where('id', '=', 3)
* .where('nullable_column', 'is not', null)
* .returningAll()
* .executeTakeFirstOrThrow()
*
* if (isWithNoNullValue(person)) {
* functionThatExpectsPersonWithNonNullValue(person)
* }
*
* function isWithNoNullValue(person: Person): person is Person & { nullable_column: string } {
* return person.nullable_column != null
* }
* ```
*
* Into this:
*
* ```ts
* import type { NotNull } from 'kysely'
*
* const person = await db.deleteFrom('person')
* .where('id', '=', 3)
* .where('nullable_column', 'is not', null)
* .returningAll()
* .$narrowType<{ nullable_column: NotNull }>()
* .executeTakeFirstOrThrow()
*
* functionThatExpectsPersonWithNonNullValue(person)
* ```
*/
$narrowType() {
return new _a$3(this.#props);
}
/**
* Asserts that query's output row type equals the given type `T`.
*
* This method can be used to simplify excessively complex types to make TypeScript happy
* and much faster.
*
* Kysely uses complex type magic to achieve its type safety. This complexity is sometimes too much
* for TypeScript and you get errors like this:
*
* ```
* error TS2589: Type instantiation is excessively deep and possibly infinite.
* ```
*
* In these case you can often use this method to help TypeScript a little bit. When you use this
* method to assert the output type of a query, Kysely can drop the complex output type that
* consists of multiple nested helper types and replace it with the simple asserted type.
*
* Using this method doesn't reduce type safety at all. You have to pass in a type that is
* structurally equal to the current type.
*
* ### Examples
*
* ```ts
* import type { Species } from 'type-editor' // imaginary module
*
* async function deletePersonAndPets(personId: number) {
* return await db
* .with('deleted_person', (qb) => qb
* .deleteFrom('person')
* .where('id', '=', personId)
* .returning('first_name')
* .$assertType<{ first_name: string }>()
* )
* .with('deleted_pets', (qb) => qb
* .deleteFrom('pet')
* .where('owner_id', '=', personId)
* .returning(['name as pet_name', 'species'])
* .$assertType<{ pet_name: string, species: Species }>()
* )
* .selectFrom(['deleted_person', 'deleted_pets'])
* .selectAll()
* .execute()
* }
* ```
*/
$assertType() {
return new _a$3(this.#props);
}
/**
* Returns a copy of this DeleteQueryBuilder instance with the given plugin installed.
*/
withPlugin(plugin) {
return new _a$3({
...this.#props,
executor: this.#props.executor.withPlugin(plugin)
});
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.queryNode, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
const compiledQuery = this.compile();
const result = await this.#props.executor.executeQuery(compiledQuery, options);
const { adapter } = this.#props.executor;
const query = compiledQuery.query;
if (query.returning && adapter.supportsReturning || query.output && adapter.supportsOutput) return result.rows;
return [new DeleteResult(result.numAffectedRows ?? BigInt(0))];
}
async executeTakeFirst(options) {
const [result] = await this.execute(options);
return result;
}
async executeTakeFirstOrThrow(errorConstructorOrOptions) {
if (typeof errorConstructorOrOptions === "function") errorConstructorOrOptions = { errorConstructor: errorConstructorOrOptions };
const result = await this.executeTakeFirst(errorConstructorOrOptions);
if (result === void 0) {
const errorConstructor = errorConstructorOrOptions?.errorConstructor ?? NoResultError;
throw isNoResultErrorConstructor(errorConstructor) ? new errorConstructor(this.toOperationNode()) : errorConstructor(this.toOperationNode());
}
return result;
}
async *stream(chunkSizeOrOptions) {
if (typeof chunkSizeOrOptions !== "object") chunkSizeOrOptions = { chunkSize: chunkSizeOrOptions };
const compiledQuery = this.compile();
const stream = this.#props.executor.stream(compiledQuery, chunkSizeOrOptions.chunkSize ?? 100, chunkSizeOrOptions);
for await (const item of stream) yield* item.rows;
}
async explain(format, options) {
return await new _a$3({
...this.#props,
queryNode: QueryNode.cloneWithExplain(this.#props.queryNode, format, options)
}).execute();
}
};
_a$3 = DeleteQueryBuilder;
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/update-result.js
var UpdateResult = class {
/**
* The number of rows the update query updated (even if not changed).
*/
numUpdatedRows;
/**
* The number of rows the update query changed.
*
* This is **optional** and only supported in dialects such as MySQL.
* You would probably use {@link numUpdatedRows} in most cases.
*/
numChangedRows;
constructor(numUpdatedRows, numChangedRows) {
this.numUpdatedRows = numUpdatedRows;
this.numChangedRows = numChangedRows;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/update-query-builder.js
var _a$2;
var UpdateQueryBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
where(...args) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithWhere(this.#props.queryNode, parseValueBinaryOperationOrExpression(args))
});
}
whereRef(lhs, op, rhs) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithWhere(this.#props.queryNode, parseReferentialBinaryOperation(lhs, op, rhs))
});
}
clearWhere() {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithoutWhere(this.#props.queryNode)
});
}
/**
* Changes an `update` query into a `update top` query.
*
* `top` clause is only supported by some dialects like MS SQL Server.
*
* ### Examples
*
* Update the first row:
*
* ```ts
* await db.updateTable('person')
* .top(1)
* .set({ first_name: 'Foo' })
* .where('age', '>', 18)
* .executeTakeFirstOrThrow()
* ```
*
* The generated SQL (MS SQL Server):
*
* ```sql
* update top(1) "person" set "first_name" = @1 where "age" > @2
* ```
*
* Update the 50% first rows:
*
* ```ts
* await db.updateTable('person')
* .top(50, 'percent')
* .set({ first_name: 'Foo' })
* .where('age', '>', 18)
* .executeTakeFirstOrThrow()
* ```
*
* The generated SQL (MS SQL Server):
*
* ```sql
* update top(50) percent "person" set "first_name" = @1 where "age" > @2
* ```
*/
top(expression, modifiers) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithTop(this.#props.queryNode, parseTop(expression, modifiers))
});
}
from(from) {
return new _a$2({
...this.#props,
queryNode: UpdateQueryNode.cloneWithFromItems(this.#props.queryNode, parseTableExpressionOrList(from))
});
}
innerJoin(...args) {
return this.#join("InnerJoin", args);
}
leftJoin(...args) {
return this.#join("LeftJoin", args);
}
rightJoin(...args) {
return this.#join("RightJoin", args);
}
fullJoin(...args) {
return this.#join("FullJoin", args);
}
#join(joinType, args) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithJoin(this.#props.queryNode, parseJoin(joinType, args))
});
}
orderBy(...args) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithOrderByItems(this.#props.queryNode, parseOrderBy(args))
});
}
clearOrderBy() {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithoutOrderBy(this.#props.queryNode)
});
}
/**
* Adds a limit clause to the update query for supported databases, such as MySQL.
*
* ### Examples
*
* Update the first 2 rows in the 'person' table:
*
* ```ts
* await db
* .updateTable('person')
* .set({ first_name: 'Foo' })
* .limit(2)
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* update `person` set `first_name` = ? limit ?
* ```
*/
limit(limit) {
return new _a$2({
...this.#props,
queryNode: UpdateQueryNode.cloneWithLimit(this.#props.queryNode, LimitNode.create(parseValueExpression(limit)))
});
}
set(...args) {
return new _a$2({
...this.#props,
queryNode: UpdateQueryNode.cloneWithUpdates(this.#props.queryNode, parseUpdate(...args))
});
}
returning(selection) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectArg(selection))
});
}
returningAll(table) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectAll(table))
});
}
output(args) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectArg(args))
});
}
outputAll(table) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectAll(table))
});
}
/**
* This can be used to add any additional SQL to the end of the query.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.updateTable('person')
* .set({ age: 39 })
* .where('first_name', '=', 'John')
* .modifyEnd(sql.raw('-- This is a comment'))
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* update `person`
* set `age` = 39
* where `first_name` = "John" -- This is a comment
* ```
*/
modifyEnd(modifier) {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, modifier.toOperationNode())
});
}
/**
* Clears all `returning` clauses from the query.
*
* ### Examples
*
* ```ts
* db.updateTable('person')
* .returningAll()
* .set({ age: 39 })
* .where('first_name', '=', 'John')
* .clearReturning()
* ```
*
* The generated SQL(PostgreSQL):
*
* ```sql
* update "person" set "age" = 39 where "first_name" = "John"
* ```
*/
clearReturning() {
return new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithoutReturning(this.#props.queryNode)
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*
* If you want to conditionally call a method on `this`, see
* the {@link $if} method.
*
* ### Examples
*
* The next example uses a helper function `log` to log a query:
*
* ```ts
* import type { Compilable } from 'kysely'
* import type { PersonUpdate } from 'type-editor' // imaginary module
*
* function log<T extends Compilable>(qb: T): T {
* console.log(qb.compile())
* return qb
* }
*
* const values = {
* first_name: 'John',
* } satisfies PersonUpdate
*
* db.updateTable('person')
* .set(values)
* .$call(log)
* .execute()
* ```
*/
$call(func) {
return func(this);
}
/**
* Call `func(this)` if `condition` is true.
*
* This method is especially handy with optional selects. Any `returning` or `returningAll`
* method calls add columns as optional fields to the output type when called inside
* the `func` callback. This is because we can't know if those selections were actually
* made before running the code.
*
* You can also call any other methods inside the callback.
*
* ### Examples
*
* ```ts
* import type { PersonUpdate } from 'type-editor' // imaginary module
*
* async function updatePerson(id: number, updates: PersonUpdate, returnLastName: boolean) {
* return await db
* .updateTable('person')
* .set(updates)
* .where('id', '=', id)
* .returning(['id', 'first_name'])
* .$if(returnLastName, (qb) => qb.returning('last_name'))
* .executeTakeFirstOrThrow()
* }
* ```
*
* Any selections added inside the `if` callback will be added as optional fields to the
* output type since we can't know if the selections were actually made before running
* the code. In the example above the return type of the `updatePerson` function is:
*
* ```ts
* Promise<{
* id: number
* first_name: string
* last_name?: string
* }>
* ```
*/
$if(condition, func) {
if (condition) return func(this);
return new _a$2({ ...this.#props });
}
/**
* Change the output type of the query.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of this `UpdateQueryBuilder` with a new output type.
*/
$castTo() {
return new _a$2(this.#props);
}
/**
* Narrows (parts of) the output type of the query.
*
* Kysely tries to be as type-safe as possible, but in some cases we have to make
* compromises for better maintainability and compilation performance. At present,
* Kysely doesn't narrow the output type of the query based on {@link set} input
* when using {@link where} and/or {@link returning} or {@link returningAll}.
*
* This utility method is very useful for these situations, as it removes unncessary
* runtime assertion/guard code. Its input type is limited to the output type
* of the query, so you can't add a column that doesn't exist, or change a column's
* type to something that doesn't exist in its union type.
*
* ### Examples
*
* Turn this code:
*
* ```ts
* import type { Person } from 'type-editor' // imaginary module
*
* const id = 1
* const now = new Date().toISOString()
*
* const person = await db.updateTable('person')
* .set({ deleted_at: now })
* .where('id', '=', id)
* .where('nullable_column', 'is not', null)
* .returningAll()
* .executeTakeFirstOrThrow()
*
* if (isWithNoNullValue(person)) {
* functionThatExpectsPersonWithNonNullValue(person)
* }
*
* function isWithNoNullValue(person: Person): person is Person & { nullable_column: string } {
* return person.nullable_column != null
* }
* ```
*
* Into this:
*
* ```ts
* import type { NotNull } from 'kysely'
*
* const id = 1
* const now = new Date().toISOString()
*
* const person = await db.updateTable('person')
* .set({ deleted_at: now })
* .where('id', '=', id)
* .where('nullable_column', 'is not', null)
* .returningAll()
* .$narrowType<{ deleted_at: Date; nullable_column: NotNull }>()
* .executeTakeFirstOrThrow()
*
* functionThatExpectsPersonWithNonNullValue(person)
* ```
*/
$narrowType() {
return new _a$2(this.#props);
}
/**
* Asserts that query's output row type equals the given type `T`.
*
* This method can be used to simplify excessively complex types to make TypeScript happy
* and much faster.
*
* Kysely uses complex type magic to achieve its type safety. This complexity is sometimes too much
* for TypeScript and you get errors like this:
*
* ```
* error TS2589: Type instantiation is excessively deep and possibly infinite.
* ```
*
* In these case you can often use this method to help TypeScript a little bit. When you use this
* method to assert the output type of a query, Kysely can drop the complex output type that
* consists of multiple nested helper types and replace it with the simple asserted type.
*
* Using this method doesn't reduce type safety at all. You have to pass in a type that is
* structurally equal to the current type.
*
* ### Examples
*
* ```ts
* import type { PersonUpdate, PetUpdate, Species } from 'type-editor' // imaginary module
*
* const person = {
* id: 1,
* gender: 'other',
* } satisfies PersonUpdate
*
* const pet = {
* name: 'Fluffy',
* } satisfies PetUpdate
*
* const result = await db
* .with('updated_person', (qb) => qb
* .updateTable('person')
* .set(person)
* .where('id', '=', person.id)
* .returning('first_name')
* .$assertType<{ first_name: string }>()
* )
* .with('updated_pet', (qb) => qb
* .updateTable('pet')
* .set(pet)
* .where('owner_id', '=', person.id)
* .returning(['name as pet_name', 'species'])
* .$assertType<{ pet_name: string, species: Species }>()
* )
* .selectFrom(['updated_person', 'updated_pet'])
* .selectAll()
* .executeTakeFirstOrThrow()
* ```
*/
$assertType() {
return new _a$2(this.#props);
}
/**
* Returns a copy of this UpdateQueryBuilder instance with the given plugin installed.
*/
withPlugin(plugin) {
return new _a$2({
...this.#props,
executor: this.#props.executor.withPlugin(plugin)
});
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.queryNode, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
const compiledQuery = this.compile();
const result = await this.#props.executor.executeQuery(compiledQuery, options);
const { adapter } = this.#props.executor;
const query = compiledQuery.query;
if (query.returning && adapter.supportsReturning || query.output && adapter.supportsOutput) return result.rows;
return [new UpdateResult(result.numAffectedRows ?? BigInt(0), result.numChangedRows)];
}
async executeTakeFirst(options) {
const [result] = await this.execute(options);
return result;
}
async executeTakeFirstOrThrow(errorConstructorOrOptions) {
if (typeof errorConstructorOrOptions === "function") errorConstructorOrOptions = { errorConstructor: errorConstructorOrOptions };
const result = await this.executeTakeFirst(errorConstructorOrOptions);
if (result === void 0) {
const errorConstructor = errorConstructorOrOptions?.errorConstructor ?? NoResultError;
throw isNoResultErrorConstructor(errorConstructor) ? new errorConstructor(this.toOperationNode()) : errorConstructor(this.toOperationNode());
}
return result;
}
async *stream(chunkSizeOrOptions) {
if (typeof chunkSizeOrOptions !== "object") chunkSizeOrOptions = { chunkSize: chunkSizeOrOptions };
const compiledQuery = this.compile();
const stream = this.#props.executor.stream(compiledQuery, chunkSizeOrOptions.chunkSize ?? 100, chunkSizeOrOptions);
for await (const item of stream) yield* item.rows;
}
async explain(format, options) {
return await new _a$2({
...this.#props,
queryNode: QueryNode.cloneWithExplain(this.#props.queryNode, format, options)
}).execute();
}
};
_a$2 = UpdateQueryBuilder;
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/common-table-expression-name-node.js
/**
* @internal
*/
const CommonTableExpressionNameNode = freeze({
is(node) {
return node.kind === "CommonTableExpressionNameNode";
},
create(tableName, columnNames) {
return freeze({
kind: "CommonTableExpressionNameNode",
table: TableNode.create(tableName),
columns: columnNames ? freeze(columnNames.map(ColumnNode.create)) : void 0
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/common-table-expression-node.js
/**
* @internal
*/
const CommonTableExpressionNode = freeze({
is(node) {
return node.kind === "CommonTableExpressionNode";
},
create(name, expression) {
return freeze({
kind: "CommonTableExpressionNode",
name,
expression
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/cte-builder.js
var CTEBuilder = class CTEBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Makes the common table expression materialized.
*/
materialized() {
return new CTEBuilder({
...this.#props,
node: CommonTableExpressionNode.cloneWith(this.#props.node, { materialized: true })
});
}
/**
* Makes the common table expression not materialized.
*/
notMaterialized() {
return new CTEBuilder({
...this.#props,
node: CommonTableExpressionNode.cloneWith(this.#props.node, { materialized: false })
});
}
toOperationNode() {
return this.#props.node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/with-parser.js
function parseCommonTableExpression(nameOrBuilderCallback, expression) {
const expressionNode = isOperationNodeSource(expression) ? expression.toOperationNode() : expression(createQueryCreator()).toOperationNode();
if (isFunction(nameOrBuilderCallback)) return nameOrBuilderCallback(cteBuilderFactory(expressionNode)).toOperationNode();
return CommonTableExpressionNode.create(parseCommonTableExpressionName(nameOrBuilderCallback), expressionNode);
}
function cteBuilderFactory(expressionNode) {
return (name) => {
return new CTEBuilder({ node: CommonTableExpressionNode.create(parseCommonTableExpressionName(name), expressionNode) });
};
}
function parseCommonTableExpressionName(name) {
if (name.includes("(")) {
const parts = name.split(/[\(\)]/);
const table = parts[0];
const columns = parts[1].split(",").map((it) => it.trim());
return CommonTableExpressionNameNode.create(table, columns);
} else return CommonTableExpressionNameNode.create(name);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/with-node.js
/**
* @internal
*/
const WithNode = freeze({
is(node) {
return node.kind === "WithNode";
},
create(expression, params) {
return freeze({
kind: "WithNode",
expressions: freeze([expression]),
...params
});
},
cloneWithExpression(withNode, expression) {
return freeze({
...withNode,
expressions: freeze([...withNode.expressions, expression])
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/util/random-string.js
const CHARS = [
"A",
"B",
"C",
"D",
"E",
"F",
"G",
"H",
"I",
"J",
"K",
"L",
"M",
"N",
"O",
"P",
"Q",
"R",
"S",
"T",
"U",
"V",
"W",
"X",
"Y",
"Z",
"a",
"b",
"c",
"d",
"e",
"f",
"g",
"h",
"i",
"j",
"k",
"l",
"m",
"n",
"o",
"p",
"q",
"r",
"s",
"t",
"u",
"v",
"w",
"x",
"y",
"z",
"0",
"1",
"2",
"3",
"4",
"5",
"6",
"7",
"8",
"9"
];
function randomString(length) {
let chars = "";
for (let i = 0; i < length; ++i) chars += randomChar();
return chars;
}
function randomChar() {
return CHARS[~~(Math.random() * CHARS.length)];
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/util/query-id.js
function createQueryId() {
return new LazyQueryId();
}
var LazyQueryId = class {
#queryId;
get queryId() {
if (this.#queryId === void 0) this.#queryId = randomString(8);
return this.#queryId;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/operation-node-transformer.js
/**
* Transforms an operation node tree into another one.
*
* Kysely queries are expressed internally as a tree of objects (operation nodes).
* `OperationNodeTransformer` takes such a tree as its input and returns a
* transformed deep copy of it. By default the `OperationNodeTransformer`
* does nothing. You need to override one or more methods to make it do
* something.
*
* There's a method for each node type. For example if you'd like to convert
* each identifier (table name, column name, alias etc.) from camelCase to
* snake_case, you'd do something like this:
*
* ```ts
* import { type IdentifierNode, OperationNodeTransformer } from 'kysely'
* import snakeCase from 'lodash/snakeCase'
*
* class CamelCaseTransformer extends OperationNodeTransformer {
* override transformIdentifier(node: IdentifierNode): IdentifierNode {
* node = super.transformIdentifier(node)
*
* return {
* ...node,
* name: snakeCase(node.name),
* }
* }
* }
*
* const transformer = new CamelCaseTransformer()
*
* const query = db.selectFrom('person').select(['first_name', 'last_name'])
*
* const tree = transformer.transformNode(query.toOperationNode())
* ```
*/
var OperationNodeTransformer = class {
nodeStack = [];
#transformers = freeze({
AliasNode: this.transformAlias.bind(this),
ColumnNode: this.transformColumn.bind(this),
IdentifierNode: this.transformIdentifier.bind(this),
SchemableIdentifierNode: this.transformSchemableIdentifier.bind(this),
RawNode: this.transformRaw.bind(this),
ReferenceNode: this.transformReference.bind(this),
SelectQueryNode: this.transformSelectQuery.bind(this),
SelectionNode: this.transformSelection.bind(this),
TableNode: this.transformTable.bind(this),
FromNode: this.transformFrom.bind(this),
SelectAllNode: this.transformSelectAll.bind(this),
AndNode: this.transformAnd.bind(this),
OrNode: this.transformOr.bind(this),
ValueNode: this.transformValue.bind(this),
ValueListNode: this.transformValueList.bind(this),
PrimitiveValueListNode: this.transformPrimitiveValueList.bind(this),
ParensNode: this.transformParens.bind(this),
JoinNode: this.transformJoin.bind(this),
OperatorNode: this.transformOperator.bind(this),
WhereNode: this.transformWhere.bind(this),
InsertQueryNode: this.transformInsertQuery.bind(this),
DeleteQueryNode: this.transformDeleteQuery.bind(this),
ReturningNode: this.transformReturning.bind(this),
CreateTableNode: this.transformCreateTable.bind(this),
AddColumnNode: this.transformAddColumn.bind(this),
ColumnDefinitionNode: this.transformColumnDefinition.bind(this),
DropTableNode: this.transformDropTable.bind(this),
DataTypeNode: this.transformDataType.bind(this),
OrderByNode: this.transformOrderBy.bind(this),
OrderByItemNode: this.transformOrderByItem.bind(this),
GroupByNode: this.transformGroupBy.bind(this),
GroupByItemNode: this.transformGroupByItem.bind(this),
UpdateQueryNode: this.transformUpdateQuery.bind(this),
ColumnUpdateNode: this.transformColumnUpdate.bind(this),
LimitNode: this.transformLimit.bind(this),
OffsetNode: this.transformOffset.bind(this),
OnConflictNode: this.transformOnConflict.bind(this),
OnDuplicateKeyNode: this.transformOnDuplicateKey.bind(this),
CreateIndexNode: this.transformCreateIndex.bind(this),
DropIndexNode: this.transformDropIndex.bind(this),
ListNode: this.transformList.bind(this),
PrimaryKeyConstraintNode: this.transformPrimaryKeyConstraint.bind(this),
UniqueConstraintNode: this.transformUniqueConstraint.bind(this),
ReferencesNode: this.transformReferences.bind(this),
CheckConstraintNode: this.transformCheckConstraint.bind(this),
WithNode: this.transformWith.bind(this),
CommonTableExpressionNode: this.transformCommonTableExpression.bind(this),
CommonTableExpressionNameNode: this.transformCommonTableExpressionName.bind(this),
HavingNode: this.transformHaving.bind(this),
CreateSchemaNode: this.transformCreateSchema.bind(this),
DropSchemaNode: this.transformDropSchema.bind(this),
AlterTableNode: this.transformAlterTable.bind(this),
DropColumnNode: this.transformDropColumn.bind(this),
RenameColumnNode: this.transformRenameColumn.bind(this),
AlterColumnNode: this.transformAlterColumn.bind(this),
ModifyColumnNode: this.transformModifyColumn.bind(this),
AddConstraintNode: this.transformAddConstraint.bind(this),
DropConstraintNode: this.transformDropConstraint.bind(this),
RenameConstraintNode: this.transformRenameConstraint.bind(this),
ForeignKeyConstraintNode: this.transformForeignKeyConstraint.bind(this),
CreateViewNode: this.transformCreateView.bind(this),
RefreshMaterializedViewNode: this.transformRefreshMaterializedView.bind(this),
DropViewNode: this.transformDropView.bind(this),
GeneratedNode: this.transformGenerated.bind(this),
DefaultValueNode: this.transformDefaultValue.bind(this),
OnNode: this.transformOn.bind(this),
ValuesNode: this.transformValues.bind(this),
SelectModifierNode: this.transformSelectModifier.bind(this),
CreateTypeNode: this.transformCreateType.bind(this),
DropTypeNode: this.transformDropType.bind(this),
ExplainNode: this.transformExplain.bind(this),
DefaultInsertValueNode: this.transformDefaultInsertValue.bind(this),
AggregateFunctionNode: this.transformAggregateFunction.bind(this),
OverNode: this.transformOver.bind(this),
PartitionByNode: this.transformPartitionBy.bind(this),
PartitionByItemNode: this.transformPartitionByItem.bind(this),
SetOperationNode: this.transformSetOperation.bind(this),
BinaryOperationNode: this.transformBinaryOperation.bind(this),
UnaryOperationNode: this.transformUnaryOperation.bind(this),
UsingNode: this.transformUsing.bind(this),
FunctionNode: this.transformFunction.bind(this),
CaseNode: this.transformCase.bind(this),
WhenNode: this.transformWhen.bind(this),
JSONReferenceNode: this.transformJSONReference.bind(this),
JSONPathNode: this.transformJSONPath.bind(this),
JSONPathLegNode: this.transformJSONPathLeg.bind(this),
JSONOperatorChainNode: this.transformJSONOperatorChain.bind(this),
TupleNode: this.transformTuple.bind(this),
MergeQueryNode: this.transformMergeQuery.bind(this),
MatchedNode: this.transformMatched.bind(this),
AddIndexNode: this.transformAddIndex.bind(this),
CastNode: this.transformCast.bind(this),
FetchNode: this.transformFetch.bind(this),
TopNode: this.transformTop.bind(this),
OutputNode: this.transformOutput.bind(this),
OrActionNode: this.transformOrAction.bind(this),
CollateNode: this.transformCollate.bind(this),
AlterTypeNode: this.transformAlterType.bind(this),
AddValueNode: this.transformAddValue.bind(this),
RenameValueNode: this.transformRenameValue.bind(this)
});
transformNode(node, queryId) {
if (!node) return node;
this.nodeStack.push(node);
const out = this.transformNodeImpl(node, queryId);
this.nodeStack.pop();
return freeze(out);
}
transformNodeImpl(node, queryId) {
return this.#transformers[node.kind](node, queryId);
}
transformNodeList(list, queryId) {
if (!list) return list;
return freeze(list.map((node) => this.transformNode(node, queryId)));
}
transformSelectQuery(node, queryId) {
return {
kind: "SelectQueryNode",
from: this.transformNode(node.from, queryId),
selections: this.transformNodeList(node.selections, queryId),
distinctOn: this.transformNodeList(node.distinctOn, queryId),
joins: this.transformNodeList(node.joins, queryId),
groupBy: this.transformNode(node.groupBy, queryId),
orderBy: this.transformNode(node.orderBy, queryId),
where: this.transformNode(node.where, queryId),
frontModifiers: this.transformNodeList(node.frontModifiers, queryId),
endModifiers: this.transformNodeList(node.endModifiers, queryId),
limit: this.transformNode(node.limit, queryId),
offset: this.transformNode(node.offset, queryId),
with: this.transformNode(node.with, queryId),
having: this.transformNode(node.having, queryId),
explain: this.transformNode(node.explain, queryId),
setOperations: this.transformNodeList(node.setOperations, queryId),
fetch: this.transformNode(node.fetch, queryId),
top: this.transformNode(node.top, queryId)
};
}
transformSelection(node, queryId) {
return {
kind: "SelectionNode",
selection: this.transformNode(node.selection, queryId)
};
}
transformColumn(node, queryId) {
return {
kind: "ColumnNode",
column: this.transformNode(node.column, queryId)
};
}
transformAlias(node, queryId) {
return {
kind: "AliasNode",
node: this.transformNode(node.node, queryId),
alias: this.transformNode(node.alias, queryId)
};
}
transformTable(node, queryId) {
return {
kind: "TableNode",
table: this.transformNode(node.table, queryId)
};
}
transformFrom(node, queryId) {
return {
kind: "FromNode",
froms: this.transformNodeList(node.froms, queryId)
};
}
transformReference(node, queryId) {
return {
kind: "ReferenceNode",
column: this.transformNode(node.column, queryId),
table: this.transformNode(node.table, queryId)
};
}
transformAnd(node, queryId) {
return {
kind: "AndNode",
left: this.transformNode(node.left, queryId),
right: this.transformNode(node.right, queryId)
};
}
transformOr(node, queryId) {
return {
kind: "OrNode",
left: this.transformNode(node.left, queryId),
right: this.transformNode(node.right, queryId)
};
}
transformValueList(node, queryId) {
return {
kind: "ValueListNode",
values: this.transformNodeList(node.values, queryId)
};
}
transformParens(node, queryId) {
return {
kind: "ParensNode",
node: this.transformNode(node.node, queryId)
};
}
transformJoin(node, queryId) {
return {
kind: "JoinNode",
joinType: node.joinType,
table: this.transformNode(node.table, queryId),
on: this.transformNode(node.on, queryId)
};
}
transformRaw(node, queryId) {
return {
kind: "RawNode",
sqlFragments: freeze([...node.sqlFragments]),
parameters: this.transformNodeList(node.parameters, queryId)
};
}
transformWhere(node, queryId) {
return {
kind: "WhereNode",
where: this.transformNode(node.where, queryId)
};
}
transformInsertQuery(node, queryId) {
return {
kind: "InsertQueryNode",
into: this.transformNode(node.into, queryId),
columns: this.transformNodeList(node.columns, queryId),
values: this.transformNode(node.values, queryId),
returning: this.transformNode(node.returning, queryId),
onConflict: this.transformNode(node.onConflict, queryId),
onDuplicateKey: this.transformNode(node.onDuplicateKey, queryId),
endModifiers: this.transformNodeList(node.endModifiers, queryId),
with: this.transformNode(node.with, queryId),
orAction: this.transformNode(node.orAction, queryId),
replace: node.replace,
explain: this.transformNode(node.explain, queryId),
defaultValues: node.defaultValues,
top: this.transformNode(node.top, queryId),
output: this.transformNode(node.output, queryId)
};
}
transformValues(node, queryId) {
return {
kind: "ValuesNode",
values: this.transformNodeList(node.values, queryId)
};
}
transformDeleteQuery(node, queryId) {
return {
kind: "DeleteQueryNode",
from: this.transformNode(node.from, queryId),
using: this.transformNode(node.using, queryId),
joins: this.transformNodeList(node.joins, queryId),
where: this.transformNode(node.where, queryId),
returning: this.transformNode(node.returning, queryId),
endModifiers: this.transformNodeList(node.endModifiers, queryId),
with: this.transformNode(node.with, queryId),
orderBy: this.transformNode(node.orderBy, queryId),
limit: this.transformNode(node.limit, queryId),
explain: this.transformNode(node.explain, queryId),
top: this.transformNode(node.top, queryId),
output: this.transformNode(node.output, queryId)
};
}
transformReturning(node, queryId) {
return {
kind: "ReturningNode",
selections: this.transformNodeList(node.selections, queryId)
};
}
transformCreateTable(node, queryId) {
return {
kind: "CreateTableNode",
table: this.transformNode(node.table, queryId),
columns: this.transformNodeList(node.columns, queryId),
constraints: this.transformNodeList(node.constraints, queryId),
indexes: this.transformNodeList(node.indexes, queryId),
temporary: node.temporary,
ifNotExists: node.ifNotExists,
onCommit: node.onCommit,
frontModifiers: this.transformNodeList(node.frontModifiers, queryId),
endModifiers: this.transformNodeList(node.endModifiers, queryId),
selectQuery: this.transformNode(node.selectQuery, queryId)
};
}
transformColumnDefinition(node, queryId) {
return {
kind: "ColumnDefinitionNode",
column: this.transformNode(node.column, queryId),
dataType: this.transformNode(node.dataType, queryId),
references: this.transformNode(node.references, queryId),
primaryKey: node.primaryKey,
autoIncrement: node.autoIncrement,
unique: node.unique,
notNull: node.notNull,
unsigned: node.unsigned,
defaultTo: this.transformNode(node.defaultTo, queryId),
check: this.transformNode(node.check, queryId),
generated: this.transformNode(node.generated, queryId),
frontModifiers: this.transformNodeList(node.frontModifiers, queryId),
endModifiers: this.transformNodeList(node.endModifiers, queryId),
nullsNotDistinct: node.nullsNotDistinct,
identity: node.identity,
ifNotExists: node.ifNotExists
};
}
transformAddColumn(node, queryId) {
return {
kind: "AddColumnNode",
column: this.transformNode(node.column, queryId)
};
}
transformDropTable(node, queryId) {
return {
kind: "DropTableNode",
table: this.transformNode(node.table, queryId),
ifExists: node.ifExists,
cascade: node.cascade,
temporary: node.temporary
};
}
transformOrderBy(node, queryId) {
return {
kind: "OrderByNode",
items: this.transformNodeList(node.items, queryId)
};
}
transformOrderByItem(node, queryId) {
return {
kind: "OrderByItemNode",
orderBy: this.transformNode(node.orderBy, queryId),
direction: this.transformNode(node.direction, queryId),
collation: this.transformNode(node.collation, queryId),
nulls: node.nulls
};
}
transformGroupBy(node, queryId) {
return {
kind: "GroupByNode",
items: this.transformNodeList(node.items, queryId)
};
}
transformGroupByItem(node, queryId) {
return {
kind: "GroupByItemNode",
groupBy: this.transformNode(node.groupBy, queryId)
};
}
transformUpdateQuery(node, queryId) {
return {
kind: "UpdateQueryNode",
table: this.transformNode(node.table, queryId),
from: this.transformNode(node.from, queryId),
joins: this.transformNodeList(node.joins, queryId),
where: this.transformNode(node.where, queryId),
updates: this.transformNodeList(node.updates, queryId),
returning: this.transformNode(node.returning, queryId),
endModifiers: this.transformNodeList(node.endModifiers, queryId),
with: this.transformNode(node.with, queryId),
explain: this.transformNode(node.explain, queryId),
limit: this.transformNode(node.limit, queryId),
top: this.transformNode(node.top, queryId),
output: this.transformNode(node.output, queryId),
orderBy: this.transformNode(node.orderBy, queryId)
};
}
transformColumnUpdate(node, queryId) {
return {
kind: "ColumnUpdateNode",
column: this.transformNode(node.column, queryId),
value: this.transformNode(node.value, queryId)
};
}
transformLimit(node, queryId) {
return {
kind: "LimitNode",
limit: this.transformNode(node.limit, queryId)
};
}
transformOffset(node, queryId) {
return {
kind: "OffsetNode",
offset: this.transformNode(node.offset, queryId)
};
}
transformOnConflict(node, queryId) {
return {
kind: "OnConflictNode",
columns: this.transformNodeList(node.columns, queryId),
constraint: this.transformNode(node.constraint, queryId),
indexExpression: this.transformNode(node.indexExpression, queryId),
indexWhere: this.transformNode(node.indexWhere, queryId),
updates: this.transformNodeList(node.updates, queryId),
updateWhere: this.transformNode(node.updateWhere, queryId),
doNothing: node.doNothing
};
}
transformOnDuplicateKey(node, queryId) {
return {
kind: "OnDuplicateKeyNode",
updates: this.transformNodeList(node.updates, queryId)
};
}
transformCreateIndex(node, queryId) {
return {
kind: "CreateIndexNode",
name: this.transformNode(node.name, queryId),
table: this.transformNode(node.table, queryId),
columns: this.transformNodeList(node.columns, queryId),
unique: node.unique,
using: this.transformNode(node.using, queryId),
ifNotExists: node.ifNotExists,
where: this.transformNode(node.where, queryId),
nullsNotDistinct: node.nullsNotDistinct
};
}
transformList(node, queryId) {
return {
kind: "ListNode",
items: this.transformNodeList(node.items, queryId)
};
}
transformDropIndex(node, queryId) {
return {
kind: "DropIndexNode",
name: this.transformNode(node.name, queryId),
table: this.transformNode(node.table, queryId),
ifExists: node.ifExists,
cascade: node.cascade
};
}
transformPrimaryKeyConstraint(node, queryId) {
return {
kind: "PrimaryKeyConstraintNode",
columns: this.transformNodeList(node.columns, queryId),
name: this.transformNode(node.name, queryId),
deferrable: node.deferrable,
initiallyDeferred: node.initiallyDeferred
};
}
transformUniqueConstraint(node, queryId) {
return {
kind: "UniqueConstraintNode",
columns: this.transformNodeList(node.columns, queryId),
name: this.transformNode(node.name, queryId),
nullsNotDistinct: node.nullsNotDistinct,
deferrable: node.deferrable,
initiallyDeferred: node.initiallyDeferred
};
}
transformForeignKeyConstraint(node, queryId) {
return {
kind: "ForeignKeyConstraintNode",
columns: this.transformNodeList(node.columns, queryId),
references: this.transformNode(node.references, queryId),
name: this.transformNode(node.name, queryId),
onDelete: node.onDelete,
onUpdate: node.onUpdate,
deferrable: node.deferrable,
initiallyDeferred: node.initiallyDeferred
};
}
transformSetOperation(node, queryId) {
return {
kind: "SetOperationNode",
operator: node.operator,
expression: this.transformNode(node.expression, queryId),
all: node.all
};
}
transformReferences(node, queryId) {
return {
kind: "ReferencesNode",
table: this.transformNode(node.table, queryId),
columns: this.transformNodeList(node.columns, queryId),
onDelete: node.onDelete,
onUpdate: node.onUpdate
};
}
transformCheckConstraint(node, queryId) {
return {
kind: "CheckConstraintNode",
expression: this.transformNode(node.expression, queryId),
name: this.transformNode(node.name, queryId)
};
}
transformWith(node, queryId) {
return {
kind: "WithNode",
expressions: this.transformNodeList(node.expressions, queryId),
recursive: node.recursive
};
}
transformCommonTableExpression(node, queryId) {
return {
kind: "CommonTableExpressionNode",
name: this.transformNode(node.name, queryId),
materialized: node.materialized,
expression: this.transformNode(node.expression, queryId)
};
}
transformCommonTableExpressionName(node, queryId) {
return {
kind: "CommonTableExpressionNameNode",
table: this.transformNode(node.table, queryId),
columns: this.transformNodeList(node.columns, queryId)
};
}
transformHaving(node, queryId) {
return {
kind: "HavingNode",
having: this.transformNode(node.having, queryId)
};
}
transformCreateSchema(node, queryId) {
return {
kind: "CreateSchemaNode",
schema: this.transformNode(node.schema, queryId),
ifNotExists: node.ifNotExists
};
}
transformDropSchema(node, queryId) {
return {
kind: "DropSchemaNode",
schema: this.transformNode(node.schema, queryId),
ifExists: node.ifExists,
cascade: node.cascade
};
}
transformAlterTable(node, queryId) {
return {
kind: "AlterTableNode",
table: this.transformNode(node.table, queryId),
renameTo: this.transformNode(node.renameTo, queryId),
setSchema: this.transformNode(node.setSchema, queryId),
columnAlterations: this.transformNodeList(node.columnAlterations, queryId),
addConstraint: this.transformNode(node.addConstraint, queryId),
dropConstraint: this.transformNode(node.dropConstraint, queryId),
renameConstraint: this.transformNode(node.renameConstraint, queryId),
addIndex: this.transformNode(node.addIndex, queryId),
dropIndex: this.transformNode(node.dropIndex, queryId)
};
}
transformDropColumn(node, queryId) {
return {
kind: "DropColumnNode",
column: this.transformNode(node.column, queryId),
ifExists: node.ifExists
};
}
transformRenameColumn(node, queryId) {
return {
kind: "RenameColumnNode",
column: this.transformNode(node.column, queryId),
renameTo: this.transformNode(node.renameTo, queryId)
};
}
transformAlterColumn(node, queryId) {
return {
kind: "AlterColumnNode",
column: this.transformNode(node.column, queryId),
dataType: this.transformNode(node.dataType, queryId),
dataTypeExpression: this.transformNode(node.dataTypeExpression, queryId),
setDefault: this.transformNode(node.setDefault, queryId),
dropDefault: node.dropDefault,
setNotNull: node.setNotNull,
dropNotNull: node.dropNotNull
};
}
transformModifyColumn(node, queryId) {
return {
kind: "ModifyColumnNode",
column: this.transformNode(node.column, queryId)
};
}
transformAddConstraint(node, queryId) {
return {
kind: "AddConstraintNode",
constraint: this.transformNode(node.constraint, queryId)
};
}
transformDropConstraint(node, queryId) {
return {
kind: "DropConstraintNode",
constraintName: this.transformNode(node.constraintName, queryId),
ifExists: node.ifExists,
modifier: node.modifier
};
}
transformRenameConstraint(node, queryId) {
return {
kind: "RenameConstraintNode",
oldName: this.transformNode(node.oldName, queryId),
newName: this.transformNode(node.newName, queryId)
};
}
transformCreateView(node, queryId) {
return {
kind: "CreateViewNode",
name: this.transformNode(node.name, queryId),
temporary: node.temporary,
orReplace: node.orReplace,
ifNotExists: node.ifNotExists,
materialized: node.materialized,
columns: this.transformNodeList(node.columns, queryId),
as: this.transformNode(node.as, queryId)
};
}
transformRefreshMaterializedView(node, queryId) {
return {
kind: "RefreshMaterializedViewNode",
name: this.transformNode(node.name, queryId),
concurrently: node.concurrently,
withNoData: node.withNoData
};
}
transformDropView(node, queryId) {
return {
kind: "DropViewNode",
name: this.transformNode(node.name, queryId),
ifExists: node.ifExists,
materialized: node.materialized,
cascade: node.cascade
};
}
transformGenerated(node, queryId) {
return {
kind: "GeneratedNode",
byDefault: node.byDefault,
always: node.always,
identity: node.identity,
stored: node.stored,
expression: this.transformNode(node.expression, queryId)
};
}
transformDefaultValue(node, queryId) {
return {
kind: "DefaultValueNode",
defaultValue: this.transformNode(node.defaultValue, queryId)
};
}
transformOn(node, queryId) {
return {
kind: "OnNode",
on: this.transformNode(node.on, queryId)
};
}
transformSelectModifier(node, queryId) {
return {
kind: "SelectModifierNode",
modifier: node.modifier,
rawModifier: this.transformNode(node.rawModifier, queryId),
of: this.transformNodeList(node.of, queryId)
};
}
transformCreateType(node, queryId) {
return {
kind: "CreateTypeNode",
name: this.transformNode(node.name, queryId),
enum: this.transformNode(node.enum, queryId)
};
}
transformDropType(node, queryId) {
return {
kind: "DropTypeNode",
name: this.transformNode(node.name, queryId),
additionalNames: this.transformNodeList(node.additionalNames, queryId),
cascade: node.cascade,
ifExists: node.ifExists
};
}
transformExplain(node, queryId) {
return {
kind: "ExplainNode",
format: node.format,
options: this.transformNode(node.options, queryId)
};
}
transformSchemableIdentifier(node, queryId) {
return {
kind: "SchemableIdentifierNode",
schema: this.transformNode(node.schema, queryId),
identifier: this.transformNode(node.identifier, queryId)
};
}
transformAggregateFunction(node, queryId) {
return {
kind: "AggregateFunctionNode",
func: node.func,
aggregated: this.transformNodeList(node.aggregated, queryId),
distinct: node.distinct,
orderBy: this.transformNode(node.orderBy, queryId),
withinGroup: this.transformNode(node.withinGroup, queryId),
filter: this.transformNode(node.filter, queryId),
over: this.transformNode(node.over, queryId)
};
}
transformOver(node, queryId) {
return {
kind: "OverNode",
orderBy: this.transformNode(node.orderBy, queryId),
partitionBy: this.transformNode(node.partitionBy, queryId)
};
}
transformPartitionBy(node, queryId) {
return {
kind: "PartitionByNode",
items: this.transformNodeList(node.items, queryId)
};
}
transformPartitionByItem(node, queryId) {
return {
kind: "PartitionByItemNode",
partitionBy: this.transformNode(node.partitionBy, queryId)
};
}
transformBinaryOperation(node, queryId) {
return {
kind: "BinaryOperationNode",
leftOperand: this.transformNode(node.leftOperand, queryId),
operator: this.transformNode(node.operator, queryId),
rightOperand: this.transformNode(node.rightOperand, queryId)
};
}
transformUnaryOperation(node, queryId) {
return {
kind: "UnaryOperationNode",
operator: this.transformNode(node.operator, queryId),
operand: this.transformNode(node.operand, queryId)
};
}
transformUsing(node, queryId) {
return {
kind: "UsingNode",
tables: this.transformNodeList(node.tables, queryId)
};
}
transformFunction(node, queryId) {
return {
kind: "FunctionNode",
func: node.func,
arguments: this.transformNodeList(node.arguments, queryId)
};
}
transformCase(node, queryId) {
return {
kind: "CaseNode",
value: this.transformNode(node.value, queryId),
when: this.transformNodeList(node.when, queryId),
else: this.transformNode(node.else, queryId),
isStatement: node.isStatement
};
}
transformWhen(node, queryId) {
return {
kind: "WhenNode",
condition: this.transformNode(node.condition, queryId),
result: this.transformNode(node.result, queryId)
};
}
transformJSONReference(node, queryId) {
return {
kind: "JSONReferenceNode",
reference: this.transformNode(node.reference, queryId),
traversal: this.transformNode(node.traversal, queryId)
};
}
transformJSONPath(node, queryId) {
return {
kind: "JSONPathNode",
inOperator: this.transformNode(node.inOperator, queryId),
pathLegs: this.transformNodeList(node.pathLegs, queryId)
};
}
transformJSONPathLeg(node, _queryId) {
return {
kind: "JSONPathLegNode",
type: node.type,
value: node.value
};
}
transformJSONOperatorChain(node, queryId) {
return {
kind: "JSONOperatorChainNode",
operator: this.transformNode(node.operator, queryId),
values: this.transformNodeList(node.values, queryId)
};
}
transformTuple(node, queryId) {
return {
kind: "TupleNode",
values: this.transformNodeList(node.values, queryId)
};
}
transformMergeQuery(node, queryId) {
return {
kind: "MergeQueryNode",
into: this.transformNode(node.into, queryId),
using: this.transformNode(node.using, queryId),
whens: this.transformNodeList(node.whens, queryId),
with: this.transformNode(node.with, queryId),
top: this.transformNode(node.top, queryId),
endModifiers: this.transformNodeList(node.endModifiers, queryId),
output: this.transformNode(node.output, queryId),
returning: this.transformNode(node.returning, queryId)
};
}
transformMatched(node, _queryId) {
return {
kind: "MatchedNode",
not: node.not,
bySource: node.bySource
};
}
transformAddIndex(node, queryId) {
return {
kind: "AddIndexNode",
name: this.transformNode(node.name, queryId),
columns: this.transformNodeList(node.columns, queryId),
unique: node.unique,
using: this.transformNode(node.using, queryId),
ifNotExists: node.ifNotExists
};
}
transformCast(node, queryId) {
return {
kind: "CastNode",
expression: this.transformNode(node.expression, queryId),
dataType: this.transformNode(node.dataType, queryId)
};
}
transformFetch(node, queryId) {
return {
kind: "FetchNode",
rowCount: this.transformNode(node.rowCount, queryId),
modifier: node.modifier
};
}
transformTop(node, _queryId) {
return {
kind: "TopNode",
expression: node.expression,
modifiers: node.modifiers
};
}
transformOutput(node, queryId) {
return {
kind: "OutputNode",
selections: this.transformNodeList(node.selections, queryId)
};
}
transformAlterType(node, queryId) {
return {
kind: "AlterTypeNode",
name: this.transformNode(node.name, queryId),
addValue: this.transformNode(node.addValue, queryId),
renameTo: this.transformNode(node.renameTo, queryId),
renameValue: this.transformNode(node.renameValue, queryId),
setSchema: this.transformNode(node.setSchema, queryId)
};
}
transformAddValue(node, queryId) {
return {
kind: "AddValueNode",
value: this.transformNode(node.value, queryId),
ifNotExists: node.ifNotExists,
isBefore: node.isBefore,
neighborValue: this.transformNode(node.neighborValue, queryId)
};
}
transformRenameValue(node, queryId) {
return {
kind: "RenameValueNode",
oldValue: this.transformNode(node.oldValue, queryId),
newValue: this.transformNode(node.newValue, queryId)
};
}
transformDataType(node, _queryId) {
return node;
}
transformSelectAll(node, _queryId) {
return node;
}
transformIdentifier(node, _queryId) {
return node;
}
transformValue(node, _queryId) {
return node;
}
transformPrimitiveValueList(node, _queryId) {
return node;
}
transformOperator(node, _queryId) {
return node;
}
transformDefaultInsertValue(node, _queryId) {
return node;
}
transformOrAction(node, _queryId) {
return node;
}
transformCollate(node, _queryId) {
return node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/operation-node.js
function isOperationNode(thing) {
return isObject(thing) && isString(thing.kind);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/root-operation-node.js
const ROOT_OPERATION_NODE_KINDS = {
AlterTableNode: true,
AlterTypeNode: true,
CreateIndexNode: true,
CreateSchemaNode: true,
CreateTableNode: true,
CreateTypeNode: true,
CreateViewNode: true,
DeleteQueryNode: true,
DropIndexNode: true,
DropSchemaNode: true,
DropTableNode: true,
DropTypeNode: true,
RefreshMaterializedViewNode: true,
DropViewNode: true,
InsertQueryNode: true,
RawNode: true,
SelectQueryNode: true,
UpdateQueryNode: true,
MergeQueryNode: true
};
function isRootOperationNode(thing) {
return isOperationNode(thing) && ROOT_OPERATION_NODE_KINDS[thing.kind] === true;
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/plugin/with-schema/with-schema-transformer.js
const SCHEMALESS_FUNCTIONS = freeze({
json_agg: true,
to_json: true
});
var WithSchemaTransformer = class extends OperationNodeTransformer {
#schema;
#schemableIds = /* @__PURE__ */ new Set();
#ctes = /* @__PURE__ */ new Set();
constructor(schema) {
super();
this.#schema = schema;
}
transformNodeImpl(node, queryId) {
if (!isRootOperationNode(node)) return super.transformNodeImpl(node, queryId);
const ctes = this.#collectCTEs(node);
for (const cte of ctes) this.#ctes.add(cte);
const tables = this.#collectSchemableIds(node);
for (const table of tables) this.#schemableIds.add(table);
const transformed = super.transformNodeImpl(node, queryId);
for (const table of tables) this.#schemableIds.delete(table);
for (const cte of ctes) this.#ctes.delete(cte);
return transformed;
}
transformSchemableIdentifier(node, queryId) {
const transformed = super.transformSchemableIdentifier(node, queryId);
if (transformed.schema || !this.#schemableIds.has(node.identifier.name)) return transformed;
return {
...transformed,
schema: IdentifierNode.create(this.#schema)
};
}
transformReferences(node, queryId) {
const transformed = super.transformReferences(node, queryId);
if (transformed.table.table.schema) return transformed;
return {
...transformed,
table: TableNode.createWithSchema(this.#schema, transformed.table.table.identifier.name)
};
}
transformAggregateFunction(node, queryId) {
return {
...super.transformAggregateFunction({
...node,
aggregated: []
}, queryId),
aggregated: this.#transformTableArgsWithoutSchemas(node, queryId, "aggregated")
};
}
transformFunction(node, queryId) {
return {
...super.transformFunction({
...node,
arguments: []
}, queryId),
arguments: this.#transformTableArgsWithoutSchemas(node, queryId, "arguments")
};
}
transformSelectModifier(node, queryId) {
return {
...super.transformSelectModifier({
...node,
of: void 0
}, queryId),
of: node.of?.map((item) => TableNode.is(item) && !item.table.schema ? {
...item,
table: this.transformIdentifier(item.table.identifier, queryId)
} : this.transformNode(item, queryId))
};
}
#transformTableArgsWithoutSchemas(node, queryId, argsKey) {
return SCHEMALESS_FUNCTIONS[node.func] ? node[argsKey].map((arg) => !TableNode.is(arg) || arg.table.schema ? this.transformNode(arg, queryId) : {
...arg,
table: this.transformIdentifier(arg.table.identifier, queryId)
}) : this.transformNodeList(node[argsKey], queryId);
}
#collectSchemableIds(node) {
const schemableIds = /* @__PURE__ */ new Set();
if ("name" in node && node.name && SchemableIdentifierNode.is(node.name)) this.#collectSchemableId(node.name, schemableIds);
if ("from" in node && node.from) for (const from of node.from.froms) this.#collectSchemableIdsFromTableExpr(from, schemableIds);
if ("into" in node && node.into) this.#collectSchemableIdsFromTableExpr(node.into, schemableIds);
if ("table" in node && node.table) this.#collectSchemableIdsFromTableExpr(node.table, schemableIds);
if ("joins" in node && node.joins) for (const join of node.joins) this.#collectSchemableIdsFromTableExpr(join.table, schemableIds);
if ("using" in node && node.using) {
if (JoinNode.is(node.using)) this.#collectSchemableIdsFromTableExpr(node.using.table, schemableIds);
else this.#collectSchemableIdsFromTableExpr(node.using, schemableIds);
}
return schemableIds;
}
#collectCTEs(node) {
const ctes = /* @__PURE__ */ new Set();
if ("with" in node && node.with) this.#collectCTEIds(node.with, ctes);
return ctes;
}
#collectSchemableIdsFromTableExpr(node, schemableIds) {
if (TableNode.is(node)) return this.#collectSchemableId(node.table, schemableIds);
if (AliasNode.is(node) && TableNode.is(node.node)) return this.#collectSchemableId(node.node.table, schemableIds);
if (ListNode.is(node)) {
for (const table of node.items) this.#collectSchemableIdsFromTableExpr(table, schemableIds);
return;
}
if (UsingNode.is(node)) {
for (const table of node.tables) this.#collectSchemableIdsFromTableExpr(table, schemableIds);
return;
}
}
#collectSchemableId(node, schemableIds) {
const id = node.identifier.name;
if (!this.#schemableIds.has(id) && !this.#ctes.has(id)) schemableIds.add(id);
}
#collectCTEIds(node, ctes) {
for (const expr of node.expressions) {
const cteId = expr.name.table.table.identifier.name;
if (!this.#ctes.has(cteId)) ctes.add(cteId);
}
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/plugin/with-schema/with-schema-plugin.js
var WithSchemaPlugin = class {
#transformer;
constructor(schema) {
this.#transformer = new WithSchemaTransformer(schema);
}
transformQuery(args) {
return this.#transformer.transformNode(args.node, args.queryId);
}
async transformResult(args) {
return args.result;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/matched-node.js
/**
* @internal
*/
const MatchedNode = freeze({
is(node) {
return node.kind === "MatchedNode";
},
create(not, bySource = false) {
return freeze({
kind: "MatchedNode",
not,
bySource
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/merge-parser.js
function parseMergeWhen(type, args, refRight) {
return WhenNode.create(parseFilterList([MatchedNode.create(!type.isMatched, type.bySource), ...args && args.length > 0 ? [args.length === 3 && refRight ? parseReferentialBinaryOperation(args[0], args[1], args[2]) : parseValueBinaryOperationOrExpression(args)] : []], "and", false));
}
function parseMergeThen(result) {
if (isString(result)) return RawNode.create([result], []);
if (isOperationNodeSource(result)) return result.toOperationNode();
return result;
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/util/deferred.js
var Deferred = class {
#promise;
#resolve;
#reject;
constructor() {
this.#promise = new Promise((resolve, reject) => {
this.#reject = reject;
this.#resolve = resolve;
});
}
get promise() {
return this.#promise;
}
resolve = (value) => {
this.#resolve?.(value);
this.#resolve = this.#reject = void 0;
};
reject = (reason) => {
this.#reject?.(reason);
this.#reject = this.#resolve = void 0;
};
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/util/provide-controlled-connection.js
async function provideControlledConnection(connectionProvider, options) {
const connectionDefer = new Deferred();
const connectionReleaseDefer = new Deferred();
connectionProvider.provideConnection(async (connection) => {
connectionDefer.resolve(connection);
return await connectionReleaseDefer.promise;
}, options).catch((ex) => connectionDefer.reject(ex));
return freeze({
connection: await connectionDefer.promise,
release: connectionReleaseDefer.resolve
});
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/util/abort.js
function getInflightQueryAbortHandler(abortStrategy = "ignore query", connection, beforeThrow) {
if (abortStrategy === "ignore query") return;
if (abortStrategy === "cancel query") {
const handler = connection.cancelQuery;
if (!handler) {
beforeThrow();
throwUnsupportedInflightQueryAbortStrategyError(abortStrategy, connection.killSession ? "kill session" : void 0);
}
return handler.bind(connection);
}
if (abortStrategy === "kill session") {
const handler = connection.killSession;
if (!handler) {
beforeThrow();
throwUnsupportedInflightQueryAbortStrategyError(abortStrategy, connection.cancelQuery ? "cancel query" : void 0);
}
return handler.bind(connection);
}
beforeThrow();
throw new Error(`Unexpected \`inflightQueryAbortStrategy\`: "${abortStrategy}"`);
}
function throwUnsupportedInflightQueryAbortStrategyError(abortStrategy, alt) {
throw new Error(`This dialect doesn't support \`inflightQueryAbortStrategy\` "${abortStrategy}". Use "ignore query"${alt ? ` or "${alt}"` : ""} instead.`);
}
function assertNotAborted(signal, timing, beforeThrow) {
if (signal?.aborted) {
beforeThrow?.();
throwReasonWithTiming(signal.reason, timing);
}
}
function throwReasonWithTiming(reason, timing) {
decorateWithTiming(reason, timing);
throw reason;
}
const ABORTED = {};
async function waitOrAbort(promise, signal, name, onAbort) {
if (!signal) return promise;
assertNotAborted(signal, `before ${name}`, onAbort);
const { promise: abortPromise, resolve } = new Deferred();
const abortListener = () => resolve(ABORTED);
signal.addEventListener("abort", abortListener);
try {
assertNotAborted(signal, `before ${name}`, onAbort);
const result = await Promise.race([promise, abortPromise]);
if (result !== ABORTED) return result;
onAbort?.();
throwReasonWithTiming(signal.reason, `during ${name}`);
} finally {
signal.removeEventListener("abort", abortListener);
resolve(ABORTED);
}
}
function printBackgroundFail(name) {
return (reason) => console.error(`\`${name}\` failed in the background after abortion: ${getMessage(reason)}`);
}
function decorateWithTiming(reason, timing) {
if (reason !== null && typeof reason === "object" && !Object.isFrozen(reason)) Object.defineProperty(reason, "__kysely_timing__", {
configurable: true,
enumerable: false,
value: timing,
writable: false
});
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-executor/query-executor-base.js
const NO_PLUGINS = freeze([]);
var QueryExecutorBase = class {
#plugins;
constructor(plugins = NO_PLUGINS) {
this.#plugins = plugins;
}
get plugins() {
return this.#plugins;
}
transformQuery(node, queryId) {
for (const plugin of this.#plugins) {
const transformedNode = plugin.transformQuery({
node,
queryId
});
if (transformedNode.kind === node.kind) node = transformedNode;
else throw new Error([
`KyselyPlugin.transformQuery must return a node`,
`of the same kind that was given to it.`,
`The plugin was given a ${node.kind}`,
`but it returned a ${transformedNode.kind}`
].join(" "));
}
return node;
}
async executeQuery(compiledQuery, options) {
const { inflightQueryAbortStrategy = "ignore query", signal } = options || {};
if (!signal) {
const result = await this.provideConnection(async (connection) => {
return await connection.executeQuery(compiledQuery);
}, options);
return await this.#transformResult(result, compiledQuery.queryId);
}
assertNotAborted(signal, "before query execution");
options = freeze({ signal });
const { connection, release } = await provideControlledConnection(this, options);
const controlConnectionProvider = this.provideConnection.bind(this);
const { promise: abortPromise, resolve } = new Deferred();
const abortListener = () => resolve(ABORTED);
signal.addEventListener("abort", abortListener, { once: true });
try {
assertNotAborted(signal, "before query execution", release);
const inflightQueryAbortHandler = getInflightQueryAbortHandler(inflightQueryAbortStrategy, connection, release);
if (inflightQueryAbortHandler && connection.collectSessionInfo) {
assertNotAborted(signal, "before query execution", release);
const collectPromise = connection.collectSessionInfo();
if (await Promise.race([abortPromise, collectPromise]).catch((error) => {
release();
throw error;
}) === ABORTED) {
collectPromise.catch(printBackgroundFail("collectSessionInfo")).finally(release);
throwReasonWithTiming(signal.reason, "before query execution");
}
}
const queryPromise = connection.executeQuery(compiledQuery, options);
const result = await Promise.race([abortPromise, queryPromise]).catch((error) => {
release();
throw error;
});
if (result === ABORTED) {
Promise.allSettled([queryPromise.catch(printBackgroundFail("query")), inflightQueryAbortHandler?.(controlConnectionProvider).catch(printBackgroundFail("inflightQueryAbortHandler"))]).finally(release);
throwReasonWithTiming(signal.reason, "during query execution");
} else release();
const transformPromise = this.#transformResult(result, compiledQuery.queryId, options);
const transformedResult = await Promise.race([abortPromise, transformPromise]);
if (transformedResult === ABORTED) {
transformPromise.catch(printBackgroundFail("plugins.transformResult"));
throwReasonWithTiming(signal.reason, "during result transformation");
}
return transformedResult;
} finally {
resolve(ABORTED);
signal.removeEventListener("abort", abortListener);
}
}
async *stream(compiledQuery, chunkSize, options) {
const { signal } = options || {};
if (!signal) {
const { connection, release } = await provideControlledConnection(this);
try {
for await (const result of connection.streamQuery(compiledQuery, chunkSize)) yield await this.#transformResult(result, compiledQuery.queryId, options);
} finally {
release();
}
return;
}
options = freeze({ signal });
assertNotAborted(signal, "before connection acquisition");
const { connection, release } = await provideControlledConnection(this, options);
const { promise: abortPromise, resolve } = new Deferred();
const abortListener = () => resolve(ABORTED);
signal.addEventListener("abort", abortListener, { once: true });
let asyncIterator;
let releasePrerequisite;
assertNotAborted(signal, "before query streaming", release);
const { queryId } = compiledQuery;
try {
asyncIterator = connection.streamQuery(compiledQuery, chunkSize, options);
while (true) {
assertNotAborted(signal, "during query streaming");
const nextPromise = asyncIterator.next();
const result = await Promise.race([abortPromise, nextPromise]);
if (result === ABORTED) {
releasePrerequisite = nextPromise.catch(printBackgroundFail("iterator.next"));
throwReasonWithTiming(signal.reason, "during query streaming");
}
if (result.done) break;
const transformPromise = this.#transformResult(result.value, queryId, options);
const transformedResult = await Promise.race([abortPromise, transformPromise]);
if (transformedResult === ABORTED) {
releasePrerequisite = transformPromise.catch(printBackgroundFail("plugins.transformResult"));
throwReasonWithTiming(signal.reason, "during result transformation");
}
yield transformedResult;
}
} finally {
resolve(ABORTED);
signal.removeEventListener("abort", abortListener);
const cleanup = (asyncIterator?.return?.() || Promise.resolve()).finally(() => releasePrerequisite).finally(release);
if (!releasePrerequisite) await cleanup;
}
}
async #transformResult(result, queryId, options) {
const { signal } = options || {};
for (const plugin of this.#plugins) result = await plugin.transformResult(freeze({
queryId,
result,
signal
}));
return result;
}
};
const NOOP_QUERY_EXECUTOR = new class NoopQueryExecutor extends QueryExecutorBase {
get adapter() {
throw new Error("this query cannot be compiled to SQL");
}
compileQuery() {
throw new Error("this query cannot be compiled to SQL");
}
provideConnection() {
throw new Error("this query cannot be executed");
}
withConnectionProvider() {
throw new Error("this query cannot have a connection provider");
}
withPlugin(plugin) {
return new NoopQueryExecutor([...this.plugins, plugin]);
}
withPlugins(plugins) {
return new NoopQueryExecutor([...this.plugins, ...plugins]);
}
withPluginAtFront(plugin) {
return new NoopQueryExecutor([plugin, ...this.plugins]);
}
withoutPlugins() {
return new NoopQueryExecutor([]);
}
}();
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/merge-result.js
var MergeResult = class {
numChangedRows;
constructor(numChangedRows) {
this.numChangedRows = numChangedRows;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/merge-query-builder.js
var MergeQueryBuilder = class MergeQueryBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* This can be used to add any additional SQL to the end of the query.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db
* .mergeInto('person')
* .using('pet', 'pet.owner_id', 'person.id')
* .whenMatched()
* .thenDelete()
* .modifyEnd(sql.raw('-- this is a comment'))
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "person" using "pet" on "pet"."owner_id" = "person"."id" when matched then delete -- this is a comment
* ```
*/
modifyEnd(modifier) {
return new MergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, modifier.toOperationNode())
});
}
/**
* Changes a `merge into` query to an `merge top into` query.
*
* `top` clause is only supported by some dialects like MS SQL Server.
*
* ### Examples
*
* Affect 5 matched rows at most:
*
* ```ts
* await db.mergeInto('person')
* .top(5)
* .using('pet', 'person.id', 'pet.owner_id')
* .whenMatched()
* .thenDelete()
* .execute()
* ```
*
* The generated SQL (MS SQL Server):
*
* ```sql
* merge top(5) into "person"
* using "pet" on "person"."id" = "pet"."owner_id"
* when matched then
* delete
* ```
*
* Affect 50% of matched rows:
*
* ```ts
* await db.mergeInto('person')
* .top(50, 'percent')
* .using('pet', 'person.id', 'pet.owner_id')
* .whenMatched()
* .thenDelete()
* .execute()
* ```
*
* The generated SQL (MS SQL Server):
*
* ```sql
* merge top(50) percent into "person"
* using "pet" on "person"."id" = "pet"."owner_id"
* when matched then
* delete
* ```
*/
top(expression, modifiers) {
return new MergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithTop(this.#props.queryNode, parseTop(expression, modifiers))
});
}
using(...args) {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: MergeQueryNode.cloneWithUsing(this.#props.queryNode, parseJoin("Using", args))
});
}
returning(args) {
return new MergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectArg(args))
});
}
returningAll(table) {
return new MergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectAll(table))
});
}
output(args) {
return new MergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectArg(args))
});
}
outputAll(table) {
return new MergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectAll(table))
});
}
};
var WheneableMergeQueryBuilder = class WheneableMergeQueryBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* This can be used to add any additional SQL to the end of the query.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db
* .mergeInto('person')
* .using('pet', 'pet.owner_id', 'person.id')
* .whenMatched()
* .thenDelete()
* .modifyEnd(sql.raw('-- this is a comment'))
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "person" using "pet" on "pet"."owner_id" = "person"."id" when matched then delete -- this is a comment
* ```
*/
modifyEnd(modifier) {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, modifier.toOperationNode())
});
}
/**
* See {@link MergeQueryBuilder.top}.
*/
top(expression, modifiers) {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithTop(this.#props.queryNode, parseTop(expression, modifiers))
});
}
/**
* Adds a simple `when matched` clause to the query.
*
* For a `when matched` clause with an `and` condition, see {@link whenMatchedAnd}.
*
* For a simple `when not matched` clause, see {@link whenNotMatched}.
*
* For a `when not matched` clause with an `and` condition, see {@link whenNotMatchedAnd}.
*
* ### Examples
*
* ```ts
* const result = await db.mergeInto('person')
* .using('pet', 'person.id', 'pet.owner_id')
* .whenMatched()
* .thenDelete()
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "person"
* using "pet" on "person"."id" = "pet"."owner_id"
* when matched then
* delete
* ```
*/
whenMatched() {
return this.#whenMatched([]);
}
whenMatchedAnd(...args) {
return this.#whenMatched(args);
}
/**
* Adds the `when matched` clause to the query with an `and` condition. But unlike
* {@link whenMatchedAnd}, this method accepts a column reference as the 3rd argument.
*
* This method is similar to {@link SelectQueryBuilder.whereRef}, so see the documentation
* for that method for more examples.
*/
whenMatchedAndRef(lhs, op, rhs) {
return this.#whenMatched([
lhs,
op,
rhs
], true);
}
#whenMatched(args, refRight) {
return new MatchedThenableMergeQueryBuilder({
...this.#props,
queryNode: MergeQueryNode.cloneWithWhen(this.#props.queryNode, parseMergeWhen({ isMatched: true }, args, refRight))
});
}
/**
* Adds a simple `when not matched` clause to the query.
*
* For a `when not matched` clause with an `and` condition, see {@link whenNotMatchedAnd}.
*
* For a simple `when matched` clause, see {@link whenMatched}.
*
* For a `when matched` clause with an `and` condition, see {@link whenMatchedAnd}.
*
* ### Examples
*
* ```ts
* const result = await db.mergeInto('person')
* .using('pet', 'person.id', 'pet.owner_id')
* .whenNotMatched()
* .thenInsertValues({
* first_name: 'John',
* last_name: 'Doe',
* })
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "person"
* using "pet" on "person"."id" = "pet"."owner_id"
* when not matched then
* insert ("first_name", "last_name") values ($1, $2)
* ```
*/
whenNotMatched() {
return this.#whenNotMatched([]);
}
whenNotMatchedAnd(...args) {
return this.#whenNotMatched(args);
}
/**
* Adds the `when not matched` clause to the query with an `and` condition. But unlike
* {@link whenNotMatchedAnd}, this method accepts a column reference as the 3rd argument.
*
* Unlike {@link whenMatchedAndRef}, you cannot reference columns from the target table.
*
* This method is similar to {@link SelectQueryBuilder.whereRef}, so see the documentation
* for that method for more examples.
*/
whenNotMatchedAndRef(lhs, op, rhs) {
return this.#whenNotMatched([
lhs,
op,
rhs
], true);
}
/**
* Adds a simple `when not matched by source` clause to the query.
*
* Supported in MS SQL Server.
*
* Similar to {@link whenNotMatched}, but returns a {@link MatchedThenableMergeQueryBuilder}.
*/
whenNotMatchedBySource() {
return this.#whenNotMatched([], false, true);
}
whenNotMatchedBySourceAnd(...args) {
return this.#whenNotMatched(args, false, true);
}
/**
* Adds the `when not matched by source` clause to the query with an `and` condition.
*
* Similar to {@link whenNotMatchedAndRef}, but you can reference columns from
* the target table, and not from source table and returns a {@link MatchedThenableMergeQueryBuilder}.
*/
whenNotMatchedBySourceAndRef(lhs, op, rhs) {
return this.#whenNotMatched([
lhs,
op,
rhs
], true, true);
}
returning(args) {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectArg(args))
});
}
returningAll(table) {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithReturning(this.#props.queryNode, parseSelectAll(table))
});
}
output(args) {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectArg(args))
});
}
outputAll(table) {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: QueryNode.cloneWithOutput(this.#props.queryNode, parseSelectAll(table))
});
}
#whenNotMatched(args, refRight = false, bySource = false) {
const props = {
...this.#props,
queryNode: MergeQueryNode.cloneWithWhen(this.#props.queryNode, parseMergeWhen({
isMatched: false,
bySource
}, args, refRight))
};
return new (bySource ? MatchedThenableMergeQueryBuilder : NotMatchedThenableMergeQueryBuilder)(props);
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*
* If you want to conditionally call a method on `this`, see
* the {@link $if} method.
*
* ### Examples
*
* The next example uses a helper function `log` to log a query:
*
* ```ts
* import type { Compilable } from 'kysely'
*
* function log<T extends Compilable>(qb: T): T {
* console.log(qb.compile())
* return qb
* }
*
* await db.updateTable('person')
* .set({ first_name: 'John' })
* .$call(log)
* .execute()
* ```
*/
$call(func) {
return func(this);
}
/**
* Call `func(this)` if `condition` is true.
*
* This method is especially handy with optional selects. Any `returning` or `returningAll`
* method calls add columns as optional fields to the output type when called inside
* the `func` callback. This is because we can't know if those selections were actually
* made before running the code.
*
* You can also call any other methods inside the callback.
*
* ### Examples
*
* ```ts
* import type { PersonUpdate } from 'type-editor' // imaginary module
*
* async function updatePerson(id: number, updates: PersonUpdate, returnLastName: boolean) {
* return await db
* .updateTable('person')
* .set(updates)
* .where('id', '=', id)
* .returning(['id', 'first_name'])
* .$if(returnLastName, (qb) => qb.returning('last_name'))
* .executeTakeFirstOrThrow()
* }
* ```
*
* Any selections added inside the `if` callback will be added as optional fields to the
* output type since we can't know if the selections were actually made before running
* the code. In the example above the return type of the `updatePerson` function is:
*
* ```ts
* Promise<{
* id: number
* first_name: string
* last_name?: string
* }>
* ```
*/
$if(condition, func) {
if (condition) return func(this);
return new WheneableMergeQueryBuilder({ ...this.#props });
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.queryNode, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
const compiledQuery = this.compile();
const result = await this.#props.executor.executeQuery(compiledQuery, options);
const { adapter } = this.#props.executor;
const query = compiledQuery.query;
if (query.returning && adapter.supportsReturning || query.output && adapter.supportsOutput) return result.rows;
return [new MergeResult(result.numAffectedRows)];
}
async executeTakeFirst(options) {
const [result] = await this.execute(options);
return result;
}
async executeTakeFirstOrThrow(errorConstructorOrOptions) {
if (typeof errorConstructorOrOptions === "function") errorConstructorOrOptions = { errorConstructor: errorConstructorOrOptions };
const result = await this.executeTakeFirst(errorConstructorOrOptions);
if (result === void 0) {
const errorConstructor = errorConstructorOrOptions?.errorConstructor ?? NoResultError;
throw isNoResultErrorConstructor(errorConstructor) ? new errorConstructor(this.toOperationNode()) : errorConstructor(this.toOperationNode());
}
return result;
}
};
var MatchedThenableMergeQueryBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Performs the `delete` action.
*
* To perform the `do nothing` action, see {@link thenDoNothing}.
*
* To perform the `update` action, see {@link thenUpdate} or {@link thenUpdateSet}.
*
* ### Examples
*
* ```ts
* const result = await db.mergeInto('person')
* .using('pet', 'person.id', 'pet.owner_id')
* .whenMatched()
* .thenDelete()
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "person"
* using "pet" on "person"."id" = "pet"."owner_id"
* when matched then
* delete
* ```
*/
thenDelete() {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: MergeQueryNode.cloneWithThen(this.#props.queryNode, parseMergeThen("delete"))
});
}
/**
* Performs the `do nothing` action.
*
* This is supported in PostgreSQL.
*
* To perform the `delete` action, see {@link thenDelete}.
*
* To perform the `update` action, see {@link thenUpdate} or {@link thenUpdateSet}.
*
* ### Examples
*
* ```ts
* const result = await db.mergeInto('person')
* .using('pet', 'person.id', 'pet.owner_id')
* .whenMatched()
* .thenDoNothing()
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "person"
* using "pet" on "person"."id" = "pet"."owner_id"
* when matched then
* do nothing
* ```
*/
thenDoNothing() {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: MergeQueryNode.cloneWithThen(this.#props.queryNode, parseMergeThen("do nothing"))
});
}
/**
* Perform an `update` operation with a full-fledged {@link UpdateQueryBuilder}.
* This is handy when multiple `set` invocations are needed.
*
* For a shorthand version of this method, see {@link thenUpdateSet}.
*
* To perform the `delete` action, see {@link thenDelete}.
*
* To perform the `do nothing` action, see {@link thenDoNothing}.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* const result = await db.mergeInto('person')
* .using('pet', 'person.id', 'pet.owner_id')
* .whenMatched()
* .thenUpdate((ub) => ub
* .set(sql`metadata['has_pets']`, 'Y')
* .set({
* updated_at: new Date().toISOString(),
* })
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "person"
* using "pet" on "person"."id" = "pet"."owner_id"
* when matched then
* update set metadata['has_pets'] = $1, "updated_at" = $2
* ```
*/
thenUpdate(set) {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: MergeQueryNode.cloneWithThen(this.#props.queryNode, parseMergeThen(set(new UpdateQueryBuilder({
queryId: this.#props.queryId,
executor: NOOP_QUERY_EXECUTOR,
queryNode: UpdateQueryNode.createWithoutTable()
}))))
});
}
thenUpdateSet(...args) {
return this.thenUpdate((ub) => ub.set(...args));
}
};
var NotMatchedThenableMergeQueryBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Performs the `do nothing` action.
*
* This is supported in PostgreSQL.
*
* To perform the `insert` action, see {@link thenInsertValues}.
*
* ### Examples
*
* ```ts
* const result = await db.mergeInto('person')
* .using('pet', 'person.id', 'pet.owner_id')
* .whenNotMatched()
* .thenDoNothing()
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "person"
* using "pet" on "person"."id" = "pet"."owner_id"
* when not matched then
* do nothing
* ```
*/
thenDoNothing() {
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: MergeQueryNode.cloneWithThen(this.#props.queryNode, parseMergeThen("do nothing"))
});
}
thenInsertValues(insert) {
const [columns, values] = parseInsertExpression(insert);
return new WheneableMergeQueryBuilder({
...this.#props,
queryNode: MergeQueryNode.cloneWithThen(this.#props.queryNode, parseMergeThen(InsertQueryNode.cloneWith(InsertQueryNode.createWithoutInto(), {
columns,
values
})))
});
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-creator.js
var QueryCreator = class QueryCreator {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Creates a `select` query builder for the given table or tables.
*
* The tables passed to this method are built as the query's `from` clause.
*
* ### Examples
*
* Create a select query for one table:
*
* ```ts
* db.selectFrom('person').selectAll()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select * from "person"
* ```
*
* Create a select query for one table with an alias:
*
* ```ts
* const persons = await db.selectFrom('person as p')
* .select(['p.id', 'first_name'])
* .execute()
*
* console.log(persons[0].id)
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "p"."id", "first_name" from "person" as "p"
* ```
*
* Create a select query from a subquery:
*
* ```ts
* const persons = await db.selectFrom(
* (eb) => eb.selectFrom('person').select('person.id as identifier').as('p')
* )
* .select('p.identifier')
* .execute()
*
* console.log(persons[0].identifier)
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "p"."identifier",
* from (
* select "person"."id" as "identifier" from "person"
* ) as p
* ```
*
* Create a select query from raw sql:
*
* ```ts
* import { sql } from 'kysely'
*
* const items = await db
* .selectFrom(sql<{ one: number }>`(select 1 as one)`.as('q'))
* .select('q.one')
* .execute()
*
* console.log(items[0].one)
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "q"."one",
* from (
* select 1 as one
* ) as q
* ```
*
* When you use the `sql` tag you need to also provide the result type of the
* raw snippet / query so that Kysely can figure out what columns are
* available for the rest of the query.
*
* The `selectFrom` method also accepts an array for multiple tables. All
* the above examples can also be used in an array.
*
* ```ts
* import { sql } from 'kysely'
*
* const items = await db.selectFrom([
* 'person as p',
* db.selectFrom('pet').select('pet.species').as('a'),
* sql<{ one: number }>`(select 1 as one)`.as('q')
* ])
* .select(['p.id', 'a.species', 'q.one'])
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "p".id, "a"."species", "q"."one"
* from
* "person" as "p",
* (select "pet"."species" from "pet") as a,
* (select 1 as one) as "q"
* ```
*/
selectFrom(from) {
return createSelectQueryBuilder({
queryId: createQueryId(),
executor: this.#props.executor,
queryNode: SelectQueryNode.createFrom(parseTableExpressionOrList(from), this.#props.withNode)
});
}
selectNoFrom(selection) {
return createSelectQueryBuilder({
queryId: createQueryId(),
executor: this.#props.executor,
queryNode: SelectQueryNode.cloneWithSelections(SelectQueryNode.create(this.#props.withNode), parseSelectArg(selection))
});
}
/**
* Creates an insert query.
*
* The return value of this query is an instance of {@link InsertResult}. {@link InsertResult}
* has the {@link InsertResult.insertId | insertId} field that holds the auto incremented id of
* the inserted row if the db returned one.
*
* See the {@link InsertQueryBuilder.values | values} method for more info and examples. Also see
* the {@link ReturningInterface.returning | returning} method for a way to return columns
* on supported databases like PostgreSQL.
*
* ### Examples
*
* ```ts
* const result = await db
* .insertInto('person')
* .values({
* first_name: 'Jennifer',
* last_name: 'Aniston'
* })
* .executeTakeFirst()
*
* console.log(result.insertId)
* ```
*
* Some databases like PostgreSQL support the `returning` method:
*
* ```ts
* const { id } = await db
* .insertInto('person')
* .values({
* first_name: 'Jennifer',
* last_name: 'Aniston'
* })
* .returning('id')
* .executeTakeFirstOrThrow()
* ```
*/
insertInto(table) {
return new InsertQueryBuilder({
queryId: createQueryId(),
executor: this.#props.executor,
queryNode: InsertQueryNode.create(parseTable(table), this.#props.withNode)
});
}
/**
* Creates a "replace into" query.
*
* This is only supported by some dialects like MySQL or SQLite.
*
* Similar to MySQL's {@link InsertQueryBuilder.onDuplicateKeyUpdate} that deletes
* and inserts values on collision instead of updating existing rows.
*
* An alias of SQLite's {@link InsertQueryBuilder.orReplace}.
*
* The return value of this query is an instance of {@link InsertResult}. {@link InsertResult}
* has the {@link InsertResult.insertId | insertId} field that holds the auto incremented id of
* the inserted row if the db returned one.
*
* See the {@link InsertQueryBuilder.values | values} method for more info and examples.
*
* ### Examples
*
* ```ts
* const result = await db
* .replaceInto('person')
* .values({
* first_name: 'Jennifer',
* last_name: 'Aniston'
* })
* .executeTakeFirstOrThrow()
*
* console.log(result.insertId)
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* replace into `person` (`first_name`, `last_name`) values (?, ?)
* ```
*/
replaceInto(table) {
return new InsertQueryBuilder({
queryId: createQueryId(),
executor: this.#props.executor,
queryNode: InsertQueryNode.create(parseTable(table), this.#props.withNode, true)
});
}
/**
* Creates a delete query.
*
* See the {@link DeleteQueryBuilder.where} method for examples on how to specify
* a where clause for the delete operation.
*
* The return value of the query is an instance of {@link DeleteResult}.
*
* ### Examples
*
* <!-- siteExample("delete", "Single row", 10) -->
*
* Delete a single row:
*
* ```ts
* const result = await db
* .deleteFrom('person')
* .where('person.id', '=', 1)
* .executeTakeFirst()
*
* console.log(result.numDeletedRows)
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* delete from "person" where "person"."id" = $1
* ```
*
* Some databases such as MySQL support deleting from multiple tables:
*
* ```ts
* const result = await db
* .deleteFrom(['person', 'pet'])
* .using('person')
* .innerJoin('pet', 'pet.owner_id', 'person.id')
* .where('person.id', '=', 1)
* .executeTakeFirst()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* delete from `person`, `pet`
* using `person`
* inner join `pet` on `pet`.`owner_id` = `person`.`id`
* where `person`.`id` = ?
* ```
*/
deleteFrom(from) {
return new DeleteQueryBuilder({
queryId: createQueryId(),
executor: this.#props.executor,
queryNode: DeleteQueryNode.create(parseTableExpressionOrList(from), this.#props.withNode)
});
}
/**
* Creates an update query.
*
* See the {@link UpdateQueryBuilder.where} method for examples on how to specify
* a where clause for the update operation.
*
* See the {@link UpdateQueryBuilder.set} method for examples on how to
* specify the updates.
*
* The return value of the query is an {@link UpdateResult}.
*
* ### Examples
*
* ```ts
* const result = await db
* .updateTable('person')
* .set({ first_name: 'Jennifer' })
* .where('person.id', '=', 1)
* .executeTakeFirst()
*
* console.log(result.numUpdatedRows)
* ```
*/
updateTable(tables) {
return new UpdateQueryBuilder({
queryId: createQueryId(),
executor: this.#props.executor,
queryNode: UpdateQueryNode.create(parseTableExpressionOrList(tables), this.#props.withNode)
});
}
/**
* Creates a merge query.
*
* The return value of the query is a {@link MergeResult}.
*
* See the {@link MergeQueryBuilder.using} method for examples on how to specify
* the other table.
*
* ### Examples
*
* <!-- siteExample("merge", "Source row existence", 10) -->
*
* Update a target column based on the existence of a source row:
*
* ```ts
* const result = await db
* .mergeInto('person as target')
* .using('pet as source', 'source.owner_id', 'target.id')
* .whenMatchedAnd('target.has_pets', '!=', 'Y')
* .thenUpdateSet({ has_pets: 'Y' })
* .whenNotMatchedBySourceAnd('target.has_pets', '=', 'Y')
* .thenUpdateSet({ has_pets: 'N' })
* .executeTakeFirstOrThrow()
*
* console.log(result.numChangedRows)
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "person"
* using "pet"
* on "pet"."owner_id" = "person"."id"
* when matched and "has_pets" != $1
* then update set "has_pets" = $2
* when not matched by source and "has_pets" = $3
* then update set "has_pets" = $4
* ```
*
* <!-- siteExample("merge", "Temporary changes table", 20) -->
*
* Merge new entries from a temporary changes table:
*
* ```ts
* const result = await db
* .mergeInto('wine as target')
* .using(
* 'wine_stock_change as source',
* 'source.wine_name',
* 'target.name',
* )
* .whenNotMatchedAnd('source.stock_delta', '>', 0)
* .thenInsertValues(({ ref }) => ({
* name: ref('source.wine_name'),
* stock: ref('source.stock_delta'),
* }))
* .whenMatchedAnd(
* (eb) => eb('target.stock', '+', eb.ref('source.stock_delta')),
* '>',
* 0,
* )
* .thenUpdateSet('stock', (eb) =>
* eb('target.stock', '+', eb.ref('source.stock_delta')),
* )
* .whenMatched()
* .thenDelete()
* .executeTakeFirstOrThrow()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* merge into "wine" as "target"
* using "wine_stock_change" as "source"
* on "source"."wine_name" = "target"."name"
* when not matched and "source"."stock_delta" > $1
* then insert ("name", "stock") values ("source"."wine_name", "source"."stock_delta")
* when matched and "target"."stock" + "source"."stock_delta" > $2
* then update set "stock" = "target"."stock" + "source"."stock_delta"
* when matched
* then delete
* ```
*/
mergeInto(targetTable) {
return new MergeQueryBuilder({
queryId: createQueryId(),
executor: this.#props.executor,
queryNode: MergeQueryNode.create(parseAliasedTable(targetTable), this.#props.withNode)
});
}
/**
* Creates a `with` query (Common Table Expression).
*
* ### Examples
*
* <!-- siteExample("cte", "Simple selects", 10) -->
*
* Common table expressions (CTE) are a great way to modularize complex queries.
* Essentially they allow you to run multiple separate queries within a
* single roundtrip to the DB.
*
* Since CTEs are a part of the main query, query optimizers inside DB
* engines are able to optimize the overall query. For example, postgres
* is able to inline the CTEs inside the using queries if it decides it's
* faster.
*
* ```ts
* const result = await db
* // Create a CTE called `jennifers` that selects all
* // persons named 'Jennifer'.
* .with(
* 'jennifers',
* db
* .selectFrom('person')
* .where('first_name', '=', 'Jennifer')
* .select(['id', 'age']),
* )
* // Select all rows from the `jennifers` CTE and
* // further filter it.
* // To refer to a CTE in another CTE, use the callback variant of `with`.
* .with('adult_jennifers', (db) =>
* db.selectFrom('jennifers').where('age', '>', 18).select(['id', 'age']),
* )
* // Finally select all adult jennifers that are
* // also younger than 60.
* .selectFrom('adult_jennifers')
* .where('age', '<', 60)
* .selectAll()
* .execute()
* ```
*
* <!-- siteExample("cte", "Inserts, updates and deletions", 20) -->
*
* Some databases like postgres also allow you to run other queries than selects
* in CTEs. On these databases CTEs are extremely powerful:
*
* ```ts
* const result = await db
* .with('new_person', (db) => db
* .insertInto('person')
* .values({
* first_name: 'Jennifer',
* age: 35,
* })
* .returning('id')
* )
* .with('new_pet', (db) => db
* .insertInto('pet')
* .values({
* name: 'Doggo',
* species: 'dog',
* is_favorite: true,
* // Use the id of the person we just inserted.
* owner_id: db
* .selectFrom('new_person')
* .select('id')
* })
* .returning('id')
* )
* .selectFrom(['new_person', 'new_pet'])
* .select([
* 'new_person.id as person_id',
* 'new_pet.id as pet_id'
* ])
* .execute()
* ```
*
* The CTE name can optionally specify column names in addition to
* a name. In that case Kysely requires the expression to retun
* rows with the same columns.
*
* ```ts
* await db
* .with('jennifers(id, age)', (db) => db
* .selectFrom('person')
* .where('first_name', '=', 'Jennifer')
* // This is ok since we return columns with the same
* // names as specified by `jennifers(id, age)`.
* .select(['id', 'age'])
* )
* .selectFrom('jennifers')
* .selectAll()
* .execute()
* ```
*
* The first argument can also be a callback. The callback is passed
* a `CTEBuilder` instance that can be used to configure the CTE:
*
* ```ts
* await db
* .with(
* (cte) => cte('jennifers').materialized(),
* (db) => db
* .selectFrom('person')
* .where('first_name', '=', 'Jennifer')
* .select(['id', 'age'])
* )
* .selectFrom('jennifers')
* .selectAll()
* .execute()
* ```
*/
with(nameOrBuilder, expression) {
const cte = parseCommonTableExpression(nameOrBuilder, expression);
return new QueryCreator({
...this.#props,
withNode: this.#props.withNode ? WithNode.cloneWithExpression(this.#props.withNode, cte) : WithNode.create(cte)
});
}
/**
* Creates a recursive `with` query (Common Table Expression).
*
* Note that recursiveness is a property of the whole `with` statement.
* You cannot have recursive and non-recursive CTEs in a same `with` statement.
* Therefore the recursiveness is determined by the **first** `with` or
* `withRecusive` call you make.
*
* See the {@link with} method for examples and more documentation.
*/
withRecursive(nameOrBuilder, expression) {
const cte = parseCommonTableExpression(nameOrBuilder, expression);
return new QueryCreator({
...this.#props,
withNode: this.#props.withNode ? WithNode.cloneWithExpression(this.#props.withNode, cte) : WithNode.create(cte, { recursive: true })
});
}
/**
* Returns a copy of this query creator instance with the given plugin installed.
*/
withPlugin(plugin) {
return new QueryCreator({
...this.#props,
executor: this.#props.executor.withPlugin(plugin)
});
}
/**
* Returns a copy of this query creator instance without any plugins.
*/
withoutPlugins() {
return new QueryCreator({
...this.#props,
executor: this.#props.executor.withoutPlugins()
});
}
/**
* Sets the schema to be used for all table references that don't explicitly
* specify a schema.
*
* This only affects the query created through the builder returned from
* this method and doesn't modify the `db` instance.
*
* See [this recipe](https://github.com/kysely-org/kysely/blob/master/site/docs/recipes/0007-schemas.md)
* for a more detailed explanation.
*
* ### Examples
*
* ```
* await db
* .withSchema('mammals')
* .selectFrom('pet')
* .selectAll()
* .innerJoin('public.person', 'public.person.id', 'pet.owner_id')
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select * from "mammals"."pet"
* inner join "public"."person"
* on "public"."person"."id" = "mammals"."pet"."owner_id"
* ```
*
* `withSchema` is smart enough to not add schema for aliases,
* common table expressions or other places where the schema
* doesn't belong to:
*
* ```
* await db
* .withSchema('mammals')
* .selectFrom('pet as p')
* .select('p.name')
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "p"."name" from "mammals"."pet" as "p"
* ```
*/
withSchema(schema) {
return new QueryCreator({
...this.#props,
executor: this.#props.executor.withPluginAtFront(new WithSchemaPlugin(schema))
});
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/parse-utils.js
function createQueryCreator() {
return new QueryCreator({ executor: NOOP_QUERY_EXECUTOR });
}
function createJoinBuilder(joinType, table) {
return new JoinBuilder({ joinNode: JoinNode.create(joinType, parseTableExpression(table)) });
}
function createOverBuilder() {
return new OverBuilder({ overNode: OverNode.create() });
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/join-parser.js
function parseJoin(joinType, args) {
if (args.length === 3) return parseSingleOnJoin(joinType, args[0], args[1], args[2]);
else if (args.length === 2) return parseCallbackJoin(joinType, args[0], args[1]);
else if (args.length === 1) return parseOnlessJoin(joinType, args[0]);
else throw new Error("not implemented");
}
function parseCallbackJoin(joinType, from, callback) {
return callback(createJoinBuilder(joinType, from)).toOperationNode();
}
function parseSingleOnJoin(joinType, from, lhsColumn, rhsColumn) {
return JoinNode.createWithOn(joinType, parseTableExpression(from), parseReferentialBinaryOperation(lhsColumn, "=", rhsColumn));
}
function parseOnlessJoin(joinType, from) {
return JoinNode.create(joinType, parseTableExpression(from));
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/offset-node.js
/**
* @internal
*/
const OffsetNode = freeze({
is(node) {
return node.kind === "OffsetNode";
},
create(offset) {
return freeze({
kind: "OffsetNode",
offset
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/group-by-item-node.js
/**
* @internal
*/
const GroupByItemNode = freeze({
is(node) {
return node.kind === "GroupByItemNode";
},
create(groupBy) {
return freeze({
kind: "GroupByItemNode",
groupBy
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/group-by-parser.js
function parseGroupBy(groupBy) {
groupBy = isFunction(groupBy) ? groupBy(expressionBuilder()) : groupBy;
return parseReferenceExpressionOrList(groupBy).map(GroupByItemNode.create);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/set-operation-node.js
/**
* @internal
*/
const SetOperationNode = freeze({
is(node) {
return node.kind === "SetOperationNode";
},
create(operator, expression, all) {
return freeze({
kind: "SetOperationNode",
operator,
expression,
all
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/set-operation-parser.js
function parseSetOperations(operator, expression, all) {
if (isFunction(expression)) expression = expression(createExpressionBuilder());
if (!isReadonlyArray(expression)) expression = [expression];
return expression.map((expr) => SetOperationNode.create(operator, parseExpression(expr), all));
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/expression/expression-wrapper.js
var ExpressionWrapper = class ExpressionWrapper {
#node;
constructor(node) {
this.#node = node;
}
/** @private */
get expressionType() {}
as(alias) {
return new AliasedExpressionWrapper(this, alias);
}
or(...args) {
return new OrWrapper(OrNode.create(this.#node, parseValueBinaryOperationOrExpression(args)));
}
and(...args) {
return new AndWrapper(AndNode.create(this.#node, parseValueBinaryOperationOrExpression(args)));
}
/**
* Change the output type of the expression.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of this `ExpressionWrapper` with a new output type.
*/
$castTo() {
return new ExpressionWrapper(this.#node);
}
/**
* Omit null from the expression's type.
*
* This function can be useful in cases where you know an expression can't be
* null, but Kysely is unable to infer it.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of `this` with a new output type.
*/
$notNull() {
return new ExpressionWrapper(this.#node);
}
toOperationNode() {
return this.#node;
}
};
var AliasedExpressionWrapper = class {
#expr;
#alias;
constructor(expr, alias) {
this.#expr = expr;
this.#alias = alias;
}
/** @private */
get expression() {
return this.#expr;
}
/** @private */
get alias() {
return this.#alias;
}
toOperationNode() {
return AliasNode.create(this.#expr.toOperationNode(), isOperationNodeSource(this.#alias) ? this.#alias.toOperationNode() : IdentifierNode.create(this.#alias));
}
};
var OrWrapper = class OrWrapper {
#node;
constructor(node) {
this.#node = node;
}
/** @private */
get expressionType() {}
as(alias) {
return new AliasedExpressionWrapper(this, alias);
}
or(...args) {
return new OrWrapper(OrNode.create(this.#node, parseValueBinaryOperationOrExpression(args)));
}
/**
* Change the output type of the expression.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of this `OrWrapper` with a new output type.
*/
$castTo() {
return new OrWrapper(this.#node);
}
toOperationNode() {
return ParensNode.create(this.#node);
}
};
var AndWrapper = class AndWrapper {
#node;
constructor(node) {
this.#node = node;
}
/** @private */
get expressionType() {}
as(alias) {
return new AliasedExpressionWrapper(this, alias);
}
and(...args) {
return new AndWrapper(AndNode.create(this.#node, parseValueBinaryOperationOrExpression(args)));
}
/**
* Change the output type of the expression.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of this `AndWrapper` with a new output type.
*/
$castTo() {
return new AndWrapper(this.#node);
}
toOperationNode() {
return ParensNode.create(this.#node);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/fetch-node.js
/**
* @internal
*/
const FetchNode = freeze({
is(node) {
return node.kind === "FetchNode";
},
create(rowCount, modifier) {
return {
kind: "FetchNode",
rowCount: ValueNode.create(rowCount),
modifier
};
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/fetch-parser.js
function parseFetch(rowCount, modifier) {
if (!isNumber(rowCount) && !isBigInt(rowCount)) throw new Error(`Invalid fetch row count: ${rowCount}`);
if (!isFetchModifier(modifier)) throw new Error(`Invalid fetch modifier: ${modifier}`);
return FetchNode.create(rowCount, modifier);
}
function isFetchModifier(value) {
return value === "only" || value === "with ties";
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/select-query-builder.js
var _a$1;
var SelectQueryBuilderImpl = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
get expressionType() {}
get isSelectQueryBuilder() {
return true;
}
where(...args) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithWhere(this.#props.queryNode, parseValueBinaryOperationOrExpression(args))
});
}
whereRef(lhs, op, rhs) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithWhere(this.#props.queryNode, parseReferentialBinaryOperation(lhs, op, rhs))
});
}
having(...args) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithHaving(this.#props.queryNode, parseValueBinaryOperationOrExpression(args))
});
}
havingRef(lhs, op, rhs) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithHaving(this.#props.queryNode, parseReferentialBinaryOperation(lhs, op, rhs))
});
}
select(selection) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithSelections(this.#props.queryNode, parseSelectArg(selection))
});
}
distinctOn(selection) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithDistinctOn(this.#props.queryNode, parseReferenceExpressionOrList(selection))
});
}
modifyFront(modifier) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithFrontModifier(this.#props.queryNode, SelectModifierNode.createWithExpression(modifier.toOperationNode()))
});
}
modifyEnd(modifier) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, SelectModifierNode.createWithExpression(modifier.toOperationNode()))
});
}
distinct() {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithFrontModifier(this.#props.queryNode, SelectModifierNode.create("Distinct"))
});
}
forUpdate(of) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, SelectModifierNode.create("ForUpdate", of ? asArray(of).map(parseTable) : void 0))
});
}
forShare(of) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, SelectModifierNode.create("ForShare", of ? asArray(of).map(parseTable) : void 0))
});
}
forKeyShare(of) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, SelectModifierNode.create("ForKeyShare", of ? asArray(of).map(parseTable) : void 0))
});
}
forNoKeyUpdate(of) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, SelectModifierNode.create("ForNoKeyUpdate", of ? asArray(of).map(parseTable) : void 0))
});
}
skipLocked() {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, SelectModifierNode.create("SkipLocked"))
});
}
noWait() {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithEndModifier(this.#props.queryNode, SelectModifierNode.create("NoWait"))
});
}
selectAll(table) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithSelections(this.#props.queryNode, parseSelectAll(table))
});
}
innerJoin(...args) {
return this.#join("InnerJoin", args);
}
leftJoin(...args) {
return this.#join("LeftJoin", args);
}
rightJoin(...args) {
return this.#join("RightJoin", args);
}
fullJoin(...args) {
return this.#join("FullJoin", args);
}
crossJoin(...args) {
return this.#join("CrossJoin", args);
}
innerJoinLateral(...args) {
return this.#join("LateralInnerJoin", args);
}
leftJoinLateral(...args) {
return this.#join("LateralLeftJoin", args);
}
crossJoinLateral(...args) {
return this.#join("LateralCrossJoin", args);
}
crossApply(...args) {
return this.#join("CrossApply", args);
}
outerApply(...args) {
return this.#join("OuterApply", args);
}
#join(joinType, args) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithJoin(this.#props.queryNode, parseJoin(joinType, args))
});
}
orderBy(...args) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithOrderByItems(this.#props.queryNode, parseOrderBy(args))
});
}
groupBy(groupBy) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithGroupByItems(this.#props.queryNode, parseGroupBy(groupBy))
});
}
limit(limit) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithLimit(this.#props.queryNode, LimitNode.create(parseValueExpression(limit)))
});
}
offset(offset) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithOffset(this.#props.queryNode, OffsetNode.create(parseValueExpression(offset)))
});
}
fetch(rowCount, modifier = "only") {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithFetch(this.#props.queryNode, parseFetch(rowCount, modifier))
});
}
top(expression, modifiers) {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithTop(this.#props.queryNode, parseTop(expression, modifiers))
});
}
union(expression) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithSetOperations(this.#props.queryNode, parseSetOperations("union", expression, false))
});
}
unionAll(expression) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithSetOperations(this.#props.queryNode, parseSetOperations("union", expression, true))
});
}
intersect(expression) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithSetOperations(this.#props.queryNode, parseSetOperations("intersect", expression, false))
});
}
intersectAll(expression) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithSetOperations(this.#props.queryNode, parseSetOperations("intersect", expression, true))
});
}
except(expression) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithSetOperations(this.#props.queryNode, parseSetOperations("except", expression, false))
});
}
exceptAll(expression) {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithSetOperations(this.#props.queryNode, parseSetOperations("except", expression, true))
});
}
as(alias) {
return new AliasedSelectQueryBuilderImpl(this, alias);
}
clearSelect() {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithoutSelections(this.#props.queryNode)
});
}
clearWhere() {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithoutWhere(this.#props.queryNode)
});
}
clearLimit() {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithoutLimit(this.#props.queryNode)
});
}
clearOffset() {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithoutOffset(this.#props.queryNode)
});
}
clearOrderBy() {
return new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithoutOrderBy(this.#props.queryNode)
});
}
clearGroupBy() {
return new _a$1({
...this.#props,
queryNode: SelectQueryNode.cloneWithoutGroupBy(this.#props.queryNode)
});
}
$call(func) {
return func(this);
}
$if(condition, func) {
if (condition) return func(this);
return new _a$1({ ...this.#props });
}
$castTo() {
return new _a$1(this.#props);
}
$narrowType() {
return new _a$1(this.#props);
}
$assertType() {
return new _a$1(this.#props);
}
$asTuple() {
return new ExpressionWrapper(this.toOperationNode());
}
$asScalar() {
return new ExpressionWrapper(this.toOperationNode());
}
withPlugin(plugin) {
return new _a$1({
...this.#props,
executor: this.#props.executor.withPlugin(plugin)
});
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.queryNode, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
const compiledQuery = this.compile();
return (await this.#props.executor.executeQuery(compiledQuery, options)).rows;
}
async executeTakeFirst(options) {
const [result] = await this.execute(options);
return result;
}
async executeTakeFirstOrThrow(errorConstructorOrOptions) {
if (typeof errorConstructorOrOptions === "function") errorConstructorOrOptions = { errorConstructor: errorConstructorOrOptions };
const result = await this.executeTakeFirst(errorConstructorOrOptions);
if (result === void 0) {
const errorConstructor = errorConstructorOrOptions?.errorConstructor ?? NoResultError;
throw isNoResultErrorConstructor(errorConstructor) ? new errorConstructor(this.toOperationNode()) : errorConstructor(this.toOperationNode());
}
return result;
}
async *stream(chunkSizeOrOptions) {
if (typeof chunkSizeOrOptions !== "object") chunkSizeOrOptions = { chunkSize: chunkSizeOrOptions };
const compiledQuery = this.compile();
const stream = this.#props.executor.stream(compiledQuery, chunkSizeOrOptions.chunkSize ?? 100, chunkSizeOrOptions);
for await (const item of stream) yield* item.rows;
}
async explain(format, options) {
return await new _a$1({
...this.#props,
queryNode: QueryNode.cloneWithExplain(this.#props.queryNode, format, options)
}).execute();
}
};
_a$1 = SelectQueryBuilderImpl;
function createSelectQueryBuilder(props) {
return new SelectQueryBuilderImpl(props);
}
/**
* {@link SelectQueryBuilder} with an alias. The result of calling {@link SelectQueryBuilder.as}.
*/
var AliasedSelectQueryBuilderImpl = class {
#queryBuilder;
#alias;
constructor(queryBuilder, alias) {
this.#queryBuilder = queryBuilder;
this.#alias = alias;
}
get expression() {
return this.#queryBuilder;
}
get alias() {
return this.#alias;
}
get isAliasedSelectQueryBuilder() {
return true;
}
toOperationNode() {
return AliasNode.create(this.#queryBuilder.toOperationNode(), IdentifierNode.create(this.#alias));
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/aggregate-function-node.js
/**
* @internal
*/
const AggregateFunctionNode = freeze({
is(node) {
return node.kind === "AggregateFunctionNode";
},
create(aggregateFunction, aggregated = []) {
return freeze({
kind: "AggregateFunctionNode",
func: aggregateFunction,
aggregated
});
},
cloneWithDistinct(aggregateFunctionNode) {
return freeze({
...aggregateFunctionNode,
distinct: true
});
},
cloneWithOrderBy(aggregateFunctionNode, orderItems, withinGroup = false) {
const prop = withinGroup ? "withinGroup" : "orderBy";
return freeze({
...aggregateFunctionNode,
[prop]: aggregateFunctionNode[prop] ? OrderByNode.cloneWithItems(aggregateFunctionNode[prop], orderItems) : OrderByNode.create(orderItems)
});
},
cloneWithFilter(aggregateFunctionNode, filter) {
return freeze({
...aggregateFunctionNode,
filter: aggregateFunctionNode.filter ? WhereNode.cloneWithOperation(aggregateFunctionNode.filter, "And", filter) : WhereNode.create(filter)
});
},
cloneWithOrFilter(aggregateFunctionNode, filter) {
return freeze({
...aggregateFunctionNode,
filter: aggregateFunctionNode.filter ? WhereNode.cloneWithOperation(aggregateFunctionNode.filter, "Or", filter) : WhereNode.create(filter)
});
},
cloneWithOver(aggregateFunctionNode, over) {
return freeze({
...aggregateFunctionNode,
over
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/function-node.js
/**
* @internal
*/
const FunctionNode = freeze({
is(node) {
return node.kind === "FunctionNode";
},
create(func, args) {
return freeze({
kind: "FunctionNode",
func,
arguments: args
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/aggregate-function-builder.js
var AggregateFunctionBuilder = class AggregateFunctionBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/** @private */
get expressionType() {}
/**
* Returns an aliased version of the function.
*
* In addition to slapping `as "the_alias"` to the end of the SQL,
* this method also provides strict typing:
*
* ```ts
* const result = await db
* .selectFrom('person')
* .select(
* (eb) => eb.fn.count<number>('id').as('person_count')
* )
* .executeTakeFirstOrThrow()
*
* // `person_count: number` field exists in the result type.
* console.log(result.person_count)
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select count("id") as "person_count"
* from "person"
* ```
*/
as(alias) {
return new AliasedAggregateFunctionBuilder(this, alias);
}
/**
* Adds a `distinct` clause inside the function.
*
* ### Examples
*
* ```ts
* const result = await db
* .selectFrom('person')
* .select((eb) =>
* eb.fn.count<number>('first_name').distinct().as('first_name_count')
* )
* .executeTakeFirstOrThrow()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select count(distinct "first_name") as "first_name_count"
* from "person"
* ```
*/
distinct() {
return new AggregateFunctionBuilder({
...this.#props,
aggregateFunctionNode: AggregateFunctionNode.cloneWithDistinct(this.#props.aggregateFunctionNode)
});
}
orderBy(...args) {
return new AggregateFunctionBuilder({
...this.#props,
aggregateFunctionNode: QueryNode.cloneWithOrderByItems(this.#props.aggregateFunctionNode, parseOrderBy(args))
});
}
clearOrderBy() {
return new AggregateFunctionBuilder({
...this.#props,
aggregateFunctionNode: QueryNode.cloneWithoutOrderBy(this.#props.aggregateFunctionNode)
});
}
withinGroupOrderBy(...args) {
return new AggregateFunctionBuilder({
...this.#props,
aggregateFunctionNode: AggregateFunctionNode.cloneWithOrderBy(this.#props.aggregateFunctionNode, parseOrderBy(args), true)
});
}
filterWhere(...args) {
return new AggregateFunctionBuilder({
...this.#props,
aggregateFunctionNode: AggregateFunctionNode.cloneWithFilter(this.#props.aggregateFunctionNode, parseValueBinaryOperationOrExpression(args))
});
}
/**
* Adds a `filter` clause with a nested `where` clause after the function, where
* both sides of the operator are references to columns.
*
* Similar to {@link WhereInterface}'s `whereRef` method.
*
* ### Examples
*
* Count people with same first and last names versus general public:
*
* ```ts
* const result = await db
* .selectFrom('person')
* .select((eb) => [
* eb.fn
* .count<number>('id')
* .filterWhereRef('first_name', '=', 'last_name')
* .as('repeat_name_count'),
* eb.fn.count<number>('id').as('total_count'),
* ])
* .executeTakeFirstOrThrow()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select
* count("id") filter(where "first_name" = "last_name") as "repeat_name_count",
* count("id") as "total_count"
* from "person"
* ```
*/
filterWhereRef(lhs, op, rhs) {
return new AggregateFunctionBuilder({
...this.#props,
aggregateFunctionNode: AggregateFunctionNode.cloneWithFilter(this.#props.aggregateFunctionNode, parseReferentialBinaryOperation(lhs, op, rhs))
});
}
/**
* Adds an `over` clause (window functions) after the function.
*
* ### Examples
*
* ```ts
* const result = await db
* .selectFrom('person')
* .select(
* (eb) => eb.fn.avg<number>('age').over().as('average_age')
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select avg("age") over() as "average_age"
* from "person"
* ```
*
* Also supports passing a callback that returns an over builder,
* allowing to add partition by and sort by clauses inside over.
*
* ```ts
* const result = await db
* .selectFrom('person')
* .select(
* (eb) => eb.fn.avg<number>('age').over(
* ob => ob.partitionBy('last_name').orderBy('first_name', 'asc')
* ).as('average_age')
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select avg("age") over(partition by "last_name" order by "first_name" asc) as "average_age"
* from "person"
* ```
*/
over(over) {
const builder = createOverBuilder();
return new AggregateFunctionBuilder({
...this.#props,
aggregateFunctionNode: AggregateFunctionNode.cloneWithOver(this.#props.aggregateFunctionNode, (over ? over(builder) : builder).toOperationNode())
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
/**
* Casts the expression to the given type.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of this `AggregateFunctionBuilder` with a new output type.
*/
$castTo() {
return new AggregateFunctionBuilder(this.#props);
}
/**
* Omit null from the expression's type.
*
* This function can be useful in cases where you know an expression can't be
* null, but Kysely is unable to infer it.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of `this` with a new output type.
*/
$notNull() {
return new AggregateFunctionBuilder(this.#props);
}
toOperationNode() {
return this.#props.aggregateFunctionNode;
}
};
/**
* {@link AggregateFunctionBuilder} with an alias. The result of calling {@link AggregateFunctionBuilder.as}.
*/
var AliasedAggregateFunctionBuilder = class {
#aggregateFunctionBuilder;
#alias;
constructor(aggregateFunctionBuilder, alias) {
this.#aggregateFunctionBuilder = aggregateFunctionBuilder;
this.#alias = alias;
}
/** @private */
get expression() {
return this.#aggregateFunctionBuilder;
}
/** @private */
get alias() {
return this.#alias;
}
toOperationNode() {
return AliasNode.create(this.#aggregateFunctionBuilder.toOperationNode(), IdentifierNode.create(this.#alias));
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/function-module.js
function createFunctionModule() {
const fn = (name, args) => {
return new ExpressionWrapper(FunctionNode.create(name, parseReferenceExpressionOrList(args ?? [])));
};
const agg = (name, args) => {
return new AggregateFunctionBuilder({ aggregateFunctionNode: AggregateFunctionNode.create(name, args ? parseReferenceExpressionOrList(args) : void 0) });
};
return Object.assign(fn, {
agg,
avg(column) {
return agg("avg", [column]);
},
coalesce(...values) {
return fn("coalesce", values);
},
count(column) {
return agg("count", [column]);
},
countAll(table) {
return new AggregateFunctionBuilder({ aggregateFunctionNode: AggregateFunctionNode.create("count", parseSelectAll(table)) });
},
max(column) {
return agg("max", [column]);
},
min(column) {
return agg("min", [column]);
},
sum(column) {
return agg("sum", [column]);
},
any(column) {
return fn("any", [column]);
},
jsonAgg(table) {
return new AggregateFunctionBuilder({ aggregateFunctionNode: AggregateFunctionNode.create("json_agg", [isString(table) ? parseTable(table) : table.toOperationNode()]) });
},
toJson(table) {
return new ExpressionWrapper(FunctionNode.create("to_json", [isString(table) ? parseTable(table) : table.toOperationNode()]));
}
});
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/unary-operation-node.js
/**
* @internal
*/
const UnaryOperationNode = freeze({
is(node) {
return node.kind === "UnaryOperationNode";
},
create(operator, operand) {
return freeze({
kind: "UnaryOperationNode",
operator,
operand
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/unary-operation-parser.js
function parseUnaryOperation(operator, operand) {
if (isUnaryOperator(operator)) return UnaryOperationNode.create(OperatorNode.create(operator), parseReferenceExpression(operand));
throw new Error(`invalid unary operator ${JSON.stringify(operator)}`);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/case-node.js
/**
* @internal
*/
const CaseNode = freeze({
is(node) {
return node.kind === "CaseNode";
},
create(value) {
return freeze({
kind: "CaseNode",
value
});
},
cloneWithWhen(caseNode, when) {
return freeze({
...caseNode,
when: freeze(caseNode.when ? [...caseNode.when, when] : [when])
});
},
cloneWithThen(caseNode, then) {
return freeze({
...caseNode,
when: caseNode.when ? freeze([...caseNode.when.slice(0, -1), WhenNode.cloneWithResult(caseNode.when[caseNode.when.length - 1], then)]) : void 0
});
},
cloneWith(caseNode, props) {
return freeze({
...caseNode,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/case-builder.js
var CaseBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
when(...args) {
return new CaseThenBuilder({
...this.#props,
node: CaseNode.cloneWithWhen(this.#props.node, WhenNode.create(parseValueBinaryOperationOrExpression(args)))
});
}
whenRef(lhs, op, rhs) {
return new CaseThenBuilder({
...this.#props,
node: CaseNode.cloneWithWhen(this.#props.node, WhenNode.create(parseReferentialBinaryOperation(lhs, op, rhs)))
});
}
};
var CaseThenBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
then(valueExpression) {
return new CaseWhenBuilder({
...this.#props,
node: CaseNode.cloneWithThen(this.#props.node, isSafeImmediateValue(valueExpression) ? parseSafeImmediateValue(valueExpression) : parseValueExpression(valueExpression))
});
}
/**
* Adds a `then` clause to the `case` statement where the value is a reference to a column.
*
* See {@link then} for value-first variant.
*
* A `thenRef` call can be followed by {@link Whenable.when}, {@link Whenable.whenRef},
* {@link CaseWhenBuilder.else}, {@link CaseWhenBuilder.elseRef},
* {@link CaseWhenBuilder.end} or {@link CaseWhenBuilder.endCase} call.
*/
thenRef(expression) {
return new CaseWhenBuilder({
...this.#props,
node: CaseNode.cloneWithThen(this.#props.node, parseReferenceExpression(expression))
});
}
};
var CaseWhenBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
when(...args) {
return new CaseThenBuilder({
...this.#props,
node: CaseNode.cloneWithWhen(this.#props.node, WhenNode.create(parseValueBinaryOperationOrExpression(args)))
});
}
whenRef(lhs, op, rhs) {
return new CaseThenBuilder({
...this.#props,
node: CaseNode.cloneWithWhen(this.#props.node, WhenNode.create(parseReferentialBinaryOperation(lhs, op, rhs)))
});
}
else(valueExpression) {
return new CaseEndBuilder({
...this.#props,
node: CaseNode.cloneWith(this.#props.node, { else: isSafeImmediateValue(valueExpression) ? parseSafeImmediateValue(valueExpression) : parseValueExpression(valueExpression) })
});
}
/**
* Adds an `else` clause to the `case` statement where the value is a reference to a column.
*
* See {@link else} for value-first variant.
*
* An `elseRef` call must be followed by an {@link Endable.end} or {@link Endable.endCase} call.
*/
elseRef(expression) {
return new CaseEndBuilder({
...this.#props,
node: CaseNode.cloneWith(this.#props.node, { else: parseReferenceExpression(expression) })
});
}
end() {
return new ExpressionWrapper(CaseNode.cloneWith(this.#props.node, { isStatement: false }));
}
endCase() {
return new ExpressionWrapper(CaseNode.cloneWith(this.#props.node, { isStatement: true }));
}
};
var CaseEndBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
end() {
return new ExpressionWrapper(CaseNode.cloneWith(this.#props.node, { isStatement: false }));
}
endCase() {
return new ExpressionWrapper(CaseNode.cloneWith(this.#props.node, { isStatement: true }));
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/json-path-leg-node.js
/**
* @internal
*/
const JSONPathLegNode = freeze({
is(node) {
return node.kind === "JSONPathLegNode";
},
create(type, value) {
return freeze({
kind: "JSONPathLegNode",
type,
value
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-builder/json-path-builder.js
const HASH_NEGATIVE_INDEX_REGEX = /^#-\d+$/;
var JSONPathBuilder = class {
#node;
constructor(node) {
this.#node = node;
}
/**
* Access an element of a JSON array in a specific location.
*
* Since there's no guarantee an element exists in the given array location, the
* resulting type is always nullable. If you're sure the element exists, you
* should use {@link SelectQueryBuilder.$assertType} to narrow the type safely.
*
* See also {@link key} to access properties of JSON objects.
*
* ### Examples
*
* ```ts
* await db.selectFrom('person')
* .select(eb =>
* eb.ref('nicknames', '->').at(0).as('primary_nickname')
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "nicknames"->0 as "primary_nickname" from "person"
*```
*
* Combined with {@link key}:
*
* ```ts
* db.selectFrom('person').select(eb =>
* eb.ref('experience', '->').at(0).key('role').as('first_role')
* )
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "experience"->0->'role' as "first_role" from "person"
* ```
*
* You can use `'last'` to access the last element of the array in MySQL:
*
* ```ts
* db.selectFrom('person').select(eb =>
* eb.ref('nicknames', '->$').at('last').as('last_nickname')
* )
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* select `nicknames`->'$[last]' as `last_nickname` from `person`
* ```
*
* Or `'#-1'` in SQLite:
*
* ```ts
* db.selectFrom('person').select(eb =>
* eb.ref('nicknames', '->>$').at('#-1').as('last_nickname')
* )
* ```
*
* The generated SQL (SQLite):
*
* ```sql
* select "nicknames"->>'$[#-1]' as `last_nickname` from `person`
* ```
*/
at(index) {
if (typeof index !== "number" && typeof index !== "string" || typeof index === "number" && !Number.isInteger(index) || typeof index === "string" && index !== "last" && !HASH_NEGATIVE_INDEX_REGEX.test(index)) throw new Error(`Unexpected index value in .at(...): ${index}`);
return this.#createBuilderWithPathLeg("ArrayLocation", index);
}
/**
* Access a property of a JSON object.
*
* If a field is optional, the resulting type will be nullable.
*
* See also {@link at} to access elements of JSON arrays.
*
* ### Examples
*
* ```ts
* db.selectFrom('person').select(eb =>
* eb.ref('address', '->').key('city').as('city')
* )
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "address"->'city' as "city" from "person"
* ```
*
* Going deeper:
*
* ```ts
* db.selectFrom('person').select(eb =>
* eb.ref('profile', '->$').key('website').key('url').as('website_url')
* )
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* select `profile`->'$.website.url' as `website_url` from `person`
* ```
*
* Combined with {@link at}:
*
* ```ts
* db.selectFrom('person').select(eb =>
* eb.ref('profile', '->').key('addresses').at(0).key('city').as('city')
* )
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "profile"->'addresses'->0->'city' as "city" from "person"
* ```
*/
key(key) {
return this.#createBuilderWithPathLeg("Member", key);
}
#createBuilderWithPathLeg(legType, value) {
if (JSONReferenceNode.is(this.#node)) return new TraversedJSONPathBuilder(JSONReferenceNode.cloneWithTraversal(this.#node, JSONPathNode.is(this.#node.traversal) ? JSONPathNode.cloneWithLeg(this.#node.traversal, JSONPathLegNode.create(legType, value)) : JSONOperatorChainNode.cloneWithValue(this.#node.traversal, ValueNode.createImmediate(value))));
return new TraversedJSONPathBuilder(JSONPathNode.cloneWithLeg(this.#node, JSONPathLegNode.create(legType, value)));
}
};
var TraversedJSONPathBuilder = class TraversedJSONPathBuilder extends JSONPathBuilder {
#node;
constructor(node) {
super(node);
this.#node = node;
}
/** @private */
get expressionType() {}
as(alias) {
return new AliasedJSONPathBuilder(this, alias);
}
/**
* Change the output type of the json path.
*
* This method call doesn't change the SQL in any way. This methods simply
* returns a copy of this `JSONPathBuilder` with a new output type.
*/
$castTo() {
return new TraversedJSONPathBuilder(this.#node);
}
$notNull() {
return new TraversedJSONPathBuilder(this.#node);
}
toOperationNode() {
return this.#node;
}
};
var AliasedJSONPathBuilder = class {
#jsonPath;
#alias;
constructor(jsonPath, alias) {
this.#jsonPath = jsonPath;
this.#alias = alias;
}
/** @private */
get expression() {
return this.#jsonPath;
}
/** @private */
get alias() {
return this.#alias;
}
toOperationNode() {
return AliasNode.create(this.#jsonPath.toOperationNode(), isOperationNodeSource(this.#alias) ? this.#alias.toOperationNode() : IdentifierNode.create(this.#alias));
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/tuple-node.js
/**
* @internal
*/
const TupleNode = freeze({
is(node) {
return node.kind === "TupleNode";
},
create(values) {
return freeze({
kind: "TupleNode",
values: freeze(values)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/data-type-node.js
const SIMPLE_COLUMN_DATA_TYPES = freeze({
bigint: true,
bigserial: true,
binary: true,
blob: true,
boolean: true,
bytea: true,
char: true,
date: true,
datemultirange: true,
daterange: true,
datetime: true,
datetime2: true,
decimal: true,
"double precision": true,
float4: true,
float8: true,
int2: true,
int4: true,
int4multirange: true,
int4range: true,
int8: true,
int8multirange: true,
int8range: true,
integer: true,
json: true,
jsonb: true,
numeric: true,
nummultirange: true,
numrange: true,
real: true,
serial: true,
smallint: true,
text: true,
time: true,
timestamp: true,
timestamptz: true,
timetz: true,
tsmultirange: true,
tsrange: true,
tstzmultirange: true,
tstzrange: true,
uuid: true,
varbinary: true,
varchar: true
});
const COLUMN_DATA_TYPE_REGEX = freeze([
/^varchar\(\d+\)$/,
/^char\(\d+\)$/,
/^decimal\(\d+, \d+\)$/,
/^numeric\(\d+, \d+\)$/,
/^binary\(\d+\)$/,
/^datetime\(\d+\)$/,
/^time\(\d+\)$/,
/^timetz\(\d+\)$/,
/^timestamp\(\d+\)$/,
/^timestamptz\(\d+\)$/,
/^datetime2\(\d+\)$/,
/^varbinary\(\d+\)$/
]);
/**
* @internal
*/
const DataTypeNode = freeze({
is(node) {
return node.kind === "DataTypeNode";
},
create(dataType) {
return freeze({
kind: "DataTypeNode",
dataType
});
}
});
function isColumnDataType(dataType) {
return SIMPLE_COLUMN_DATA_TYPES[dataType] || COLUMN_DATA_TYPE_REGEX.some((r) => r.test(dataType));
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/data-type-parser.js
function parseDataTypeExpression(dataType) {
if (isOperationNodeSource(dataType)) return dataType.toOperationNode();
if (isColumnDataType(dataType)) return DataTypeNode.create(dataType);
throw new Error(`invalid column data type ${JSON.stringify(dataType)}`);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/cast-node.js
/**
* @internal
*/
const CastNode = freeze({
is(node) {
return node.kind === "CastNode";
},
create(expression, dataType) {
return freeze({
kind: "CastNode",
expression,
dataType
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/expression/expression-builder.js
function createExpressionBuilder(executor = NOOP_QUERY_EXECUTOR) {
function binary(lhs, op, rhs) {
return new ExpressionWrapper(parseValueBinaryOperation(lhs, op, rhs));
}
function unary(op, expr) {
return new ExpressionWrapper(parseUnaryOperation(op, expr));
}
const eb = Object.assign(binary, {
fn: void 0,
eb: void 0,
selectFrom(table) {
return createSelectQueryBuilder({
queryId: createQueryId(),
executor,
queryNode: SelectQueryNode.createFrom(parseTableExpressionOrList(table))
});
},
case(reference) {
return new CaseBuilder({ node: CaseNode.create(isUndefined(reference) ? void 0 : parseReferenceExpression(reference)) });
},
ref(reference, op) {
if (isUndefined(op)) return new ExpressionWrapper(parseStringReference(reference));
return new JSONPathBuilder(parseJSONReference(reference, op));
},
jsonPath() {
return new JSONPathBuilder(JSONPathNode.create());
},
table(table) {
return new ExpressionWrapper(parseTable(table));
},
val(value) {
return new ExpressionWrapper(parseValueExpression(value));
},
refTuple(...values) {
return new ExpressionWrapper(TupleNode.create(values.map(parseReferenceExpression)));
},
tuple(...values) {
return new ExpressionWrapper(TupleNode.create(values.map(parseValueExpression)));
},
lit(value) {
return new ExpressionWrapper(parseSafeImmediateValue(value));
},
unary,
not(expr) {
return unary("not", expr);
},
exists(expr) {
return unary("exists", expr);
},
neg(expr) {
return unary("-", expr);
},
between(expr, start, end) {
return new ExpressionWrapper(BinaryOperationNode.create(parseReferenceExpression(expr), OperatorNode.create("between"), AndNode.create(parseValueExpression(start), parseValueExpression(end))));
},
betweenSymmetric(expr, start, end) {
return new ExpressionWrapper(BinaryOperationNode.create(parseReferenceExpression(expr), OperatorNode.create("between symmetric"), AndNode.create(parseValueExpression(start), parseValueExpression(end))));
},
and(exprs) {
if (isReadonlyArray(exprs)) return new ExpressionWrapper(parseFilterList(exprs, "and"));
return new ExpressionWrapper(parseFilterObject(exprs, "and"));
},
or(exprs) {
if (isReadonlyArray(exprs)) return new ExpressionWrapper(parseFilterList(exprs, "or"));
return new ExpressionWrapper(parseFilterObject(exprs, "or"));
},
parens(...args) {
const node = parseValueBinaryOperationOrExpression(args);
if (ParensNode.is(node)) return new ExpressionWrapper(node);
else return new ExpressionWrapper(ParensNode.create(node));
},
cast(expr, dataType) {
return new ExpressionWrapper(CastNode.create(parseReferenceExpression(expr), parseDataTypeExpression(dataType)));
}
});
eb.fn = createFunctionModule();
eb.eb = eb;
return eb;
}
function expressionBuilder(_) {
return createExpressionBuilder();
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/expression-parser.js
function parseExpression(exp) {
if (isOperationNodeSource(exp)) return exp.toOperationNode();
else if (isFunction(exp)) return exp(expressionBuilder()).toOperationNode();
throw new Error(`invalid expression: ${JSON.stringify(exp)}`);
}
function parseAliasedExpression(exp) {
if (isOperationNodeSource(exp)) return exp.toOperationNode();
else if (isFunction(exp)) return exp(expressionBuilder()).toOperationNode();
throw new Error(`invalid aliased expression: ${JSON.stringify(exp)}`);
}
function isExpressionOrFactory(obj) {
return isExpression(obj) || isAliasedExpression(obj) || isFunction(obj);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/dynamic/dynamic-table-builder.js
var DynamicTableBuilder = class {
#table;
get table() {
return this.#table;
}
constructor(table) {
this.#table = table;
}
as(alias) {
return new AliasedDynamicTableBuilder(this.#table, alias);
}
};
var AliasedDynamicTableBuilder = class {
#table;
#alias;
get table() {
return this.#table;
}
get alias() {
return this.#alias;
}
constructor(table, alias) {
this.#table = table;
this.#alias = alias;
}
toOperationNode() {
return AliasNode.create(parseTable(this.#table), IdentifierNode.create(this.#alias));
}
};
function isAliasedDynamicTableBuilder(obj) {
return isObject(obj) && isOperationNodeSource(obj) && isString(obj.table) && isString(obj.alias);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/table-parser.js
function parseTableExpressionOrList(table) {
if (isReadonlyArray(table)) return table.map((it) => parseTableExpression(it));
else return [parseTableExpression(table)];
}
function parseTableExpression(table) {
if (isString(table)) return parseAliasedTable(table);
else if (isAliasedDynamicTableBuilder(table)) return table.toOperationNode();
else return parseAliasedExpression(table);
}
function parseAliasedTable(from) {
const ALIAS_SEPARATOR = " as ";
if (from.includes(ALIAS_SEPARATOR)) {
const [table, alias] = from.split(ALIAS_SEPARATOR).map(trim$1);
return AliasNode.create(parseTable(table), IdentifierNode.create(alias));
} else return parseTable(from);
}
function parseTable(from) {
const SCHEMA_SEPARATOR = ".";
if (from.includes(SCHEMA_SEPARATOR)) {
const [schema, table] = from.split(SCHEMA_SEPARATOR).map(trim$1);
return TableNode.createWithSchema(schema, table);
} else return TableNode.create(from);
}
function trim$1(str) {
return str.trim();
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/add-column-node.js
/**
* @internal
*/
const AddColumnNode = freeze({
is(node) {
return node.kind === "AddColumnNode";
},
create(column) {
return freeze({
kind: "AddColumnNode",
column
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/column-definition-node.js
/**
* @internal
*/
const ColumnDefinitionNode = freeze({
is(node) {
return node.kind === "ColumnDefinitionNode";
},
create(column, dataType) {
return freeze({
kind: "ColumnDefinitionNode",
column: ColumnNode.create(column),
dataType
});
},
cloneWithFrontModifier(node, modifier) {
return freeze({
...node,
frontModifiers: node.frontModifiers ? freeze([...node.frontModifiers, modifier]) : [modifier]
});
},
cloneWithEndModifier(node, modifier) {
return freeze({
...node,
endModifiers: node.endModifiers ? freeze([...node.endModifiers, modifier]) : [modifier]
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/drop-column-node.js
/**
* @internal
*/
const DropColumnNode = freeze({
is(node) {
return node.kind === "DropColumnNode";
},
create(column) {
return freeze({
kind: "DropColumnNode",
column: ColumnNode.create(column)
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/rename-column-node.js
/**
* @internal
*/
const RenameColumnNode = freeze({
is(node) {
return node.kind === "RenameColumnNode";
},
create(column, newColumn) {
return freeze({
kind: "RenameColumnNode",
column: ColumnNode.create(column),
renameTo: ColumnNode.create(newColumn)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/check-constraint-node.js
/**
* @internal
*/
const CheckConstraintNode = freeze({
is(node) {
return node.kind === "CheckConstraintNode";
},
create(expression, constraintName) {
return freeze({
kind: "CheckConstraintNode",
expression,
name: constraintName ? IdentifierNode.create(constraintName) : void 0
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/references-node.js
const ON_MODIFY_FOREIGN_ACTIONS_DICTIONARY = freeze({
cascade: true,
"no action": true,
restrict: true,
"set default": true,
"set null": true
});
Object.keys(ON_MODIFY_FOREIGN_ACTIONS_DICTIONARY);
/**
* @internal
*/
const ReferencesNode = freeze({
is(node) {
return node.kind === "ReferencesNode";
},
create(table, columns) {
return freeze({
kind: "ReferencesNode",
table,
columns: freeze([...columns])
});
},
cloneWithOnDelete(references, onDelete) {
return freeze({
...references,
onDelete
});
},
cloneWithOnUpdate(references, onUpdate) {
return freeze({
...references,
onUpdate
});
}
});
function isOnModifyForeignAction(thing) {
return isString(thing) && ON_MODIFY_FOREIGN_ACTIONS_DICTIONARY[thing];
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/default-value-parser.js
function parseDefaultValueExpression(value) {
return isOperationNodeSource(value) ? value.toOperationNode() : ValueNode.createImmediate(value);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/generated-node.js
/**
* @internal
*/
const GeneratedNode = freeze({
is(node) {
return node.kind === "GeneratedNode";
},
create(params) {
return freeze({
kind: "GeneratedNode",
...params
});
},
createWithExpression(expression) {
return freeze({
kind: "GeneratedNode",
always: true,
expression
});
},
cloneWith(node, params) {
return freeze({
...node,
...params
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/default-value-node.js
/**
* @internal
*/
const DefaultValueNode = freeze({
is(node) {
return node.kind === "DefaultValueNode";
},
create(defaultValue) {
return freeze({
kind: "DefaultValueNode",
defaultValue
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/on-modify-action-parser.js
function parseOnModifyForeignAction(action) {
if (isOnModifyForeignAction(action)) return action;
throw new Error(`invalid OnModifyForeignAction ${action}`);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/column-definition-builder.js
var ColumnDefinitionBuilder = class ColumnDefinitionBuilder {
#node;
constructor(node) {
this.#node = node;
}
/**
* Adds `auto_increment` or `autoincrement` to the column definition
* depending on the dialect.
*
* Some dialects like PostgreSQL don't support this. On PostgreSQL
* you can use the `serial` or `bigserial` data type instead.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.autoIncrement().primaryKey())
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `id` integer primary key auto_increment
* )
* ```
*/
autoIncrement() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { autoIncrement: true }));
}
/**
* Makes the column an identity column.
*
* This only works on some dialects like MS SQL Server (MSSQL).
*
* For PostgreSQL's `generated always as identity` use {@link generatedAlwaysAsIdentity}.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.identity().primaryKey())
* .execute()
* ```
*
* The generated SQL (MSSQL):
*
* ```sql
* create table "person" (
* "id" integer identity primary key
* )
* ```
*/
identity() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { identity: true }));
}
/**
* Makes the column the primary key.
*
* If you want to specify a composite primary key use the
* {@link CreateTableBuilder.addPrimaryKeyConstraint} method.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.primaryKey())
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `id` integer primary key
* )
*/
primaryKey() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { primaryKey: true }));
}
/**
* Adds a foreign key constraint for the column.
*
* If your database engine doesn't support foreign key constraints in the
* column definition (like MySQL 5) you need to call the table level
* {@link CreateTableBuilder.addForeignKeyConstraint} method instead.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('pet')
* .addColumn('owner_id', 'integer', (col) => col.references('person.id'))
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create table "pet" (
* "owner_id" integer references "person" ("id")
* )
* ```
*/
references(ref) {
const references = parseStringReference(ref);
if (!references.table || SelectAllNode.is(references.column)) throw new Error(`invalid call references('${ref}'). The reference must have format table.column or schema.table.column`);
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { references: ReferencesNode.create(references.table, [references.column]) }));
}
/**
* Adds an `on delete` constraint for the foreign key column.
*
* If your database engine doesn't support foreign key constraints in the
* column definition (like MySQL 5) you need to call the table level
* {@link CreateTableBuilder.addForeignKeyConstraint} method instead.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('pet')
* .addColumn(
* 'owner_id',
* 'integer',
* (col) => col.references('person.id').onDelete('cascade')
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create table "pet" (
* "owner_id" integer references "person" ("id") on delete cascade
* )
* ```
*/
onDelete(onDelete) {
if (!this.#node.references) throw new Error("on delete constraint can only be added for foreign keys");
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { references: ReferencesNode.cloneWithOnDelete(this.#node.references, parseOnModifyForeignAction(onDelete)) }));
}
/**
* Adds an `on update` constraint for the foreign key column.
*
* If your database engine doesn't support foreign key constraints in the
* column definition (like MySQL 5) you need to call the table level
* {@link CreateTableBuilder.addForeignKeyConstraint} method instead.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('pet')
* .addColumn(
* 'owner_id',
* 'integer',
* (col) => col.references('person.id').onUpdate('cascade')
* )
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create table "pet" (
* "owner_id" integer references "person" ("id") on update cascade
* )
* ```
*/
onUpdate(onUpdate) {
if (!this.#node.references) throw new Error("on update constraint can only be added for foreign keys");
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { references: ReferencesNode.cloneWithOnUpdate(this.#node.references, parseOnModifyForeignAction(onUpdate)) }));
}
/**
* Adds a unique constraint for the column.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('email', 'varchar(255)', col => col.unique())
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `email` varchar(255) unique
* )
* ```
*/
unique() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { unique: true }));
}
/**
* Adds a `not null` constraint for the column.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('first_name', 'varchar(255)', col => col.notNull())
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `first_name` varchar(255) not null
* )
* ```
*/
notNull() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { notNull: true }));
}
/**
* Adds a `unsigned` modifier for the column.
*
* This only works on some dialects like MySQL.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('age', 'integer', col => col.unsigned())
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `age` integer unsigned
* )
* ```
*/
unsigned() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { unsigned: true }));
}
/**
* Adds a default value constraint for the column.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('pet')
* .addColumn('number_of_legs', 'integer', (col) => col.defaultTo(4))
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `pet` (
* `number_of_legs` integer default 4
* )
* ```
*
* Values passed to `defaultTo` are interpreted as value literals by default. You can define
* an arbitrary SQL expression using the {@link sql} template tag:
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('pet')
* .addColumn(
* 'created_at',
* 'timestamp',
* (col) => col.defaultTo(sql`CURRENT_TIMESTAMP`)
* )
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `pet` (
* `created_at` timestamp default CURRENT_TIMESTAMP
* )
* ```
*/
defaultTo(value) {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { defaultTo: DefaultValueNode.create(parseDefaultValueExpression(value)) }));
}
/**
* Adds a check constraint for the column.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('pet')
* .addColumn('number_of_legs', 'integer', (col) =>
* col.check(sql`number_of_legs < 5`)
* )
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `pet` (
* `number_of_legs` integer check (number_of_legs < 5)
* )
* ```
*/
check(expression) {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { check: CheckConstraintNode.create(expression.toOperationNode()) }));
}
/**
* Makes the column a generated column using a `generated always as` statement.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('person')
* .addColumn('full_name', 'varchar(255)',
* (col) => col.generatedAlwaysAs(sql`concat(first_name, ' ', last_name)`)
* )
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `full_name` varchar(255) generated always as (concat(first_name, ' ', last_name))
* )
* ```
*/
generatedAlwaysAs(expression) {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { generated: GeneratedNode.createWithExpression(expression.toOperationNode()) }));
}
/**
* Adds the `generated always as identity` specifier.
*
* This only works on some dialects like PostgreSQL.
*
* For MS SQL Server (MSSQL)'s identity column use {@link identity}.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.generatedAlwaysAsIdentity().primaryKey())
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create table "person" (
* "id" integer generated always as identity primary key
* )
* ```
*/
generatedAlwaysAsIdentity() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { generated: GeneratedNode.create({
identity: true,
always: true
}) }));
}
/**
* Adds the `generated by default as identity` specifier on supported dialects.
*
* This only works on some dialects like PostgreSQL.
*
* For MS SQL Server (MSSQL)'s identity column use {@link identity}.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.generatedByDefaultAsIdentity().primaryKey())
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create table "person" (
* "id" integer generated by default as identity primary key
* )
* ```
*/
generatedByDefaultAsIdentity() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { generated: GeneratedNode.create({
identity: true,
byDefault: true
}) }));
}
/**
* Makes a generated column stored instead of virtual. This method can only
* be used with {@link generatedAlwaysAs}
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('person')
* .addColumn('full_name', 'varchar(255)', (col) => col
* .generatedAlwaysAs(sql`concat(first_name, ' ', last_name)`)
* .stored()
* )
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `full_name` varchar(255) generated always as (concat(first_name, ' ', last_name)) stored
* )
* ```
*/
stored() {
if (!this.#node.generated) throw new Error("stored() can only be called after generatedAlwaysAs");
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { generated: GeneratedNode.cloneWith(this.#node.generated, { stored: true }) }));
}
/**
* This can be used to add any additional SQL right after the column's data type.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.primaryKey())
* .addColumn(
* 'first_name',
* 'varchar(36)',
* (col) => col.modifyFront(sql`collate utf8mb4_general_ci`).notNull()
* )
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `id` integer primary key,
* `first_name` varchar(36) collate utf8mb4_general_ci not null
* )
* ```
*/
modifyFront(modifier) {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWithFrontModifier(this.#node, modifier.toOperationNode()));
}
/**
* Adds `nulls not distinct` specifier.
* Should be used with `unique` constraint.
*
* This only works on some dialects like PostgreSQL.
*
* ### Examples
*
* ```ts
* db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.primaryKey())
* .addColumn('first_name', 'varchar(30)', col => col.unique().nullsNotDistinct())
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create table "person" (
* "id" integer primary key,
* "first_name" varchar(30) unique nulls not distinct
* )
* ```
*/
nullsNotDistinct() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { nullsNotDistinct: true }));
}
/**
* Adds `if not exists` specifier. This only works for PostgreSQL.
*
* ### Examples
*
* ```ts
* await db.schema
* .alterTable('person')
* .addColumn('email', 'varchar(255)', col => col.unique().ifNotExists())
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* alter table "person" add column if not exists "email" varchar(255) unique
* ```
*/
ifNotExists() {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWith(this.#node, { ifNotExists: true }));
}
/**
* This can be used to add any additional SQL to the end of the column definition.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.primaryKey())
* .addColumn(
* 'age',
* 'integer',
* col => col.unsigned()
* .notNull()
* .modifyEnd(sql`comment ${sql.lit('it is not polite to ask a woman her age')}`)
* )
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `id` integer primary key,
* `age` integer unsigned not null comment 'it is not polite to ask a woman her age'
* )
* ```
*/
modifyEnd(modifier) {
return new ColumnDefinitionBuilder(ColumnDefinitionNode.cloneWithEndModifier(this.#node, modifier.toOperationNode()));
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/modify-column-node.js
/**
* @internal
*/
const ModifyColumnNode = freeze({
is(node) {
return node.kind === "ModifyColumnNode";
},
create(column) {
return freeze({
kind: "ModifyColumnNode",
column
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/foreign-key-constraint-node.js
/**
* @internal
*/
const ForeignKeyConstraintNode = freeze({
is(node) {
return node.kind === "ForeignKeyConstraintNode";
},
create(sourceColumns, targetTable, targetColumns, constraintName) {
return freeze({
kind: "ForeignKeyConstraintNode",
columns: sourceColumns,
references: ReferencesNode.create(targetTable, targetColumns),
name: constraintName ? IdentifierNode.create(constraintName) : void 0
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/foreign-key-constraint-builder.js
var ForeignKeyConstraintBuilder = class ForeignKeyConstraintBuilder {
#node;
constructor(node) {
this.#node = node;
}
onDelete(onDelete) {
return new ForeignKeyConstraintBuilder(ForeignKeyConstraintNode.cloneWith(this.#node, { onDelete: parseOnModifyForeignAction(onDelete) }));
}
onUpdate(onUpdate) {
return new ForeignKeyConstraintBuilder(ForeignKeyConstraintNode.cloneWith(this.#node, { onUpdate: parseOnModifyForeignAction(onUpdate) }));
}
deferrable() {
return new ForeignKeyConstraintBuilder(ForeignKeyConstraintNode.cloneWith(this.#node, { deferrable: true }));
}
notDeferrable() {
return new ForeignKeyConstraintBuilder(ForeignKeyConstraintNode.cloneWith(this.#node, { deferrable: false }));
}
initiallyDeferred() {
return new ForeignKeyConstraintBuilder(ForeignKeyConstraintNode.cloneWith(this.#node, { initiallyDeferred: true }));
}
initiallyImmediate() {
return new ForeignKeyConstraintBuilder(ForeignKeyConstraintNode.cloneWith(this.#node, { initiallyDeferred: false }));
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/add-constraint-node.js
/**
* @internal
*/
const AddConstraintNode = freeze({
is(node) {
return node.kind === "AddConstraintNode";
},
create(constraint) {
return freeze({
kind: "AddConstraintNode",
constraint
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/unique-constraint-node.js
/**
* @internal
*/
const UniqueConstraintNode = freeze({
is(node) {
return node.kind === "UniqueConstraintNode";
},
create(columns, constraintName, nullsNotDistinct) {
if (isString(columns.at(0))) {
logOnce("`UniqueConstraintNode.create(columns: string[], ...)` is deprecated - pass `ColumnNode[]` instead.");
columns = columns.map(ColumnNode.create);
}
return freeze({
kind: "UniqueConstraintNode",
columns: freeze(columns),
name: constraintName ? IdentifierNode.create(constraintName) : void 0,
nullsNotDistinct
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/drop-constraint-node.js
/**
* @internal
*/
const DropConstraintNode = freeze({
is(node) {
return node.kind === "DropConstraintNode";
},
create(constraintName) {
return freeze({
kind: "DropConstraintNode",
constraintName: IdentifierNode.create(constraintName)
});
},
cloneWith(dropConstraint, props) {
return freeze({
...dropConstraint,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/alter-column-node.js
/**
* @internal
*/
const AlterColumnNode = freeze({
is(node) {
return node.kind === "AlterColumnNode";
},
create(column, prop, value) {
return freeze({
kind: "AlterColumnNode",
column: ColumnNode.create(column),
[prop]: value
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/alter-column-builder.js
var AlterColumnBuilder = class {
#column;
constructor(column) {
this.#column = column;
}
setDataType(dataType) {
return new AlteredColumnBuilder(AlterColumnNode.create(this.#column, "dataType", parseDataTypeExpression(dataType)));
}
setDefault(value) {
return new AlteredColumnBuilder(AlterColumnNode.create(this.#column, "setDefault", parseDefaultValueExpression(value)));
}
dropDefault() {
return new AlteredColumnBuilder(AlterColumnNode.create(this.#column, "dropDefault", true));
}
setNotNull() {
return new AlteredColumnBuilder(AlterColumnNode.create(this.#column, "setNotNull", true));
}
dropNotNull() {
return new AlteredColumnBuilder(AlterColumnNode.create(this.#column, "dropNotNull", true));
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
};
/**
* Allows us to force consumers to do exactly one alteration to a column.
*
* One cannot do no alterations:
*
* ```ts
* await db.schema
* .alterTable('person')
* // .execute() // Property 'execute' does not exist on type 'AlteredColumnBuilder'.
* ```
*
* ```ts
* await db.schema
* .alterTable('person')
* // .alterColumn('age', (ac) => ac) // Type 'AlterColumnBuilder' is not assignable to type 'AlteredColumnBuilder'.
* // .execute()
* ```
*
* One cannot do multiple alterations:
*
* ```ts
* await db.schema
* .alterTable('person')
* // .alterColumn('age', (ac) => ac.dropNotNull().setNotNull()) // Property 'setNotNull' does not exist on type 'AlteredColumnBuilder'.
* // .execute()
* ```
*
* Which would now throw a compilation error, instead of a runtime error.
*/
var AlteredColumnBuilder = class {
#alterColumnNode;
constructor(alterColumnNode) {
this.#alterColumnNode = alterColumnNode;
}
toOperationNode() {
return this.#alterColumnNode;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/alter-table-executor.js
var AlterTableExecutor = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/alter-table-add-foreign-key-constraint-builder.js
var AlterTableAddForeignKeyConstraintBuilder = class AlterTableAddForeignKeyConstraintBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
onDelete(onDelete) {
return new AlterTableAddForeignKeyConstraintBuilder({
...this.#props,
constraintBuilder: this.#props.constraintBuilder.onDelete(onDelete)
});
}
onUpdate(onUpdate) {
return new AlterTableAddForeignKeyConstraintBuilder({
...this.#props,
constraintBuilder: this.#props.constraintBuilder.onUpdate(onUpdate)
});
}
deferrable() {
return new AlterTableAddForeignKeyConstraintBuilder({
...this.#props,
constraintBuilder: this.#props.constraintBuilder.deferrable()
});
}
notDeferrable() {
return new AlterTableAddForeignKeyConstraintBuilder({
...this.#props,
constraintBuilder: this.#props.constraintBuilder.notDeferrable()
});
}
initiallyDeferred() {
return new AlterTableAddForeignKeyConstraintBuilder({
...this.#props,
constraintBuilder: this.#props.constraintBuilder.initiallyDeferred()
});
}
initiallyImmediate() {
return new AlterTableAddForeignKeyConstraintBuilder({
...this.#props,
constraintBuilder: this.#props.constraintBuilder.initiallyImmediate()
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(AlterTableNode.cloneWithTableProps(this.#props.node, { addConstraint: AddConstraintNode.create(this.#props.constraintBuilder.toOperationNode()) }), this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/alter-table-drop-constraint-builder.js
var AlterTableDropConstraintBuilder = class AlterTableDropConstraintBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
ifExists() {
return new AlterTableDropConstraintBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { dropConstraint: DropConstraintNode.cloneWith(this.#props.node.dropConstraint, { ifExists: true }) })
});
}
cascade() {
return new AlterTableDropConstraintBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { dropConstraint: DropConstraintNode.cloneWith(this.#props.node.dropConstraint, { modifier: "cascade" }) })
});
}
restrict() {
return new AlterTableDropConstraintBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { dropConstraint: DropConstraintNode.cloneWith(this.#props.node.dropConstraint, { modifier: "restrict" }) })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/primary-key-constraint-node.js
/**
* @internal
*/
const PrimaryKeyConstraintNode = freeze({
is(node) {
return node.kind === "PrimaryKeyConstraintNode";
},
create(columns, constraintName) {
return freeze({
kind: "PrimaryKeyConstraintNode",
columns: freeze(columns.map(ColumnNode.create)),
name: constraintName ? IdentifierNode.create(constraintName) : void 0
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/add-index-node.js
/**
* @internal
*/
const AddIndexNode = freeze({
is(node) {
return node.kind === "AddIndexNode";
},
create(name) {
return freeze({
kind: "AddIndexNode",
name: IdentifierNode.create(name)
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
},
cloneWithColumns(node, columns) {
return freeze({
...node,
columns: [...node.columns || [], ...columns]
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/alter-table-add-index-builder.js
var AlterTableAddIndexBuilder = class AlterTableAddIndexBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Makes the index unique.
*
* ### Examples
*
* ```ts
* await db.schema
* .alterTable('person')
* .addIndex('person_first_name_index')
* .unique()
* .column('email')
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* alter table `person` add unique index `person_first_name_index` (`email`)
* ```
*/
unique() {
return new AlterTableAddIndexBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { addIndex: AddIndexNode.cloneWith(this.#props.node.addIndex, { unique: true }) })
});
}
column(arg) {
return new AlterTableAddIndexBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { addIndex: AddIndexNode.cloneWithColumns(this.#props.node.addIndex, [isString(arg) ? parseOrderedColumnName(arg) : arg.toOperationNode()]) })
});
}
/**
* Specifies a list of columns for the index.
*
* Also see {@link column} for adding a single column or {@link expression} for
* specifying an arbitrary expression.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .alterTable('person')
* .addIndex('person_first_name_and_age_index')
* .columns(['first_name', sql`(left(lower(last_name), 1))`, 'age desc'])
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* alter table `person`
* add index `person_first_name_and_age_index` (
* `first_name`,
* (left(lower(last_name), 1)),
* `age` desc
* )
* ```
*/
columns(columns) {
return new AlterTableAddIndexBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { addIndex: AddIndexNode.cloneWithColumns(this.#props.node.addIndex, columns.map((item) => isString(item) ? parseOrderedColumnName(item) : item.toOperationNode())) })
});
}
/**
* Specifies an arbitrary expression for the index.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .alterTable('person')
* .addIndex('person_first_name_index')
* .expression(sql<boolean>`(first_name < 'Sami')`)
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* alter table `person` add index `person_first_name_index` ((first_name < 'Sami'))
* ```
*
* @deprecated Use {@link column} or {@link columns} with an {@link Expression} instead.
*/
expression(expression) {
return new AlterTableAddIndexBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { addIndex: AddIndexNode.cloneWithColumns(this.#props.node.addIndex, [expression.toOperationNode()]) })
});
}
using(indexType) {
return new AlterTableAddIndexBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { addIndex: AddIndexNode.cloneWith(this.#props.node.addIndex, { using: RawNode.createWithSql(indexType) }) })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/unique-constraint-builder.js
var UniqueConstraintNodeBuilder = class UniqueConstraintNodeBuilder {
#node;
constructor(node) {
this.#node = node;
}
/**
* Adds `nulls not distinct` to the unique constraint definition
*
* Supported by PostgreSQL dialect only
*/
nullsNotDistinct() {
return new UniqueConstraintNodeBuilder(UniqueConstraintNode.cloneWith(this.#node, { nullsNotDistinct: true }));
}
deferrable() {
return new UniqueConstraintNodeBuilder(UniqueConstraintNode.cloneWith(this.#node, { deferrable: true }));
}
notDeferrable() {
return new UniqueConstraintNodeBuilder(UniqueConstraintNode.cloneWith(this.#node, { deferrable: false }));
}
initiallyDeferred() {
return new UniqueConstraintNodeBuilder(UniqueConstraintNode.cloneWith(this.#node, { initiallyDeferred: true }));
}
initiallyImmediate() {
return new UniqueConstraintNodeBuilder(UniqueConstraintNode.cloneWith(this.#node, { initiallyDeferred: false }));
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/primary-key-constraint-builder.js
var PrimaryKeyConstraintBuilder = class PrimaryKeyConstraintBuilder {
#node;
constructor(node) {
this.#node = node;
}
deferrable() {
return new PrimaryKeyConstraintBuilder(PrimaryKeyConstraintNode.cloneWith(this.#node, { deferrable: true }));
}
notDeferrable() {
return new PrimaryKeyConstraintBuilder(PrimaryKeyConstraintNode.cloneWith(this.#node, { deferrable: false }));
}
initiallyDeferred() {
return new PrimaryKeyConstraintBuilder(PrimaryKeyConstraintNode.cloneWith(this.#node, { initiallyDeferred: true }));
}
initiallyImmediate() {
return new PrimaryKeyConstraintBuilder(PrimaryKeyConstraintNode.cloneWith(this.#node, { initiallyDeferred: false }));
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/check-constraint-builder.js
var CheckConstraintBuilder = class {
#node;
constructor(node) {
this.#node = node;
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/rename-constraint-node.js
/**
* @internal
*/
const RenameConstraintNode = freeze({
is(node) {
return node.kind === "RenameConstraintNode";
},
create(oldName, newName) {
return freeze({
kind: "RenameConstraintNode",
oldName: IdentifierNode.create(oldName),
newName: IdentifierNode.create(newName)
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/drop-column-builder.js
var DropColumnBuilder = class DropColumnBuilder {
#props;
constructor(props) {
this.#props = freeze({ ...props });
}
ifExists() {
return new DropColumnBuilder({
...this.#props,
node: DropColumnNode.cloneWith(this.#props.node, { ifExists: true })
});
}
toOperationNode() {
return this.#props.node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/alter-table-builder.js
/**
* This builder can be used to create a `alter table` query.
*/
var AlterTableBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
renameTo(newTableName) {
return new AlterTableExecutor({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { renameTo: parseTable(newTableName) })
});
}
setSchema(newSchema) {
return new AlterTableExecutor({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { setSchema: IdentifierNode.create(newSchema) })
});
}
alterColumn(column, alteration) {
const builder = alteration(new AlterColumnBuilder(column));
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, builder.toOperationNode())
});
}
dropColumn(column, build = noop) {
const builder = build(new DropColumnBuilder({ node: DropColumnNode.create(column) }));
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, builder.toOperationNode())
});
}
renameColumn(column, newColumn) {
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, RenameColumnNode.create(column, newColumn))
});
}
addColumn(columnName, dataType, build = noop) {
const builder = build(new ColumnDefinitionBuilder(ColumnDefinitionNode.create(columnName, parseDataTypeExpression(dataType))));
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, AddColumnNode.create(builder.toOperationNode()))
});
}
modifyColumn(columnName, dataType, build = noop) {
const builder = build(new ColumnDefinitionBuilder(ColumnDefinitionNode.create(columnName, parseDataTypeExpression(dataType))));
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, ModifyColumnNode.create(builder.toOperationNode()))
});
}
/**
* See {@link CreateTableBuilder.addUniqueConstraint}
*/
addUniqueConstraint(constraintName, columns, build = noop) {
const uniqueConstraintBuilder = build(new UniqueConstraintNodeBuilder(UniqueConstraintNode.create(columns.map((column) => isString(column) ? ColumnNode.create(column) : parseExpression(column)), constraintName)));
return new AlterTableExecutor({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { addConstraint: AddConstraintNode.create(uniqueConstraintBuilder.toOperationNode()) })
});
}
/**
* See {@link CreateTableBuilder.addCheckConstraint}
*/
addCheckConstraint(constraintName, checkExpression, build = noop) {
const constraintBuilder = build(new CheckConstraintBuilder(CheckConstraintNode.create(checkExpression.toOperationNode(), constraintName)));
return new AlterTableExecutor({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { addConstraint: AddConstraintNode.create(constraintBuilder.toOperationNode()) })
});
}
/**
* See {@link CreateTableBuilder.addForeignKeyConstraint}
*
* Unlike {@link CreateTableBuilder.addForeignKeyConstraint} this method returns
* the constraint builder and doesn't take a callback as the last argument. This
* is because you can only add one column per `ALTER TABLE` query.
*/
addForeignKeyConstraint(constraintName, columns, targetTable, targetColumns, build = noop) {
const constraintBuilder = build(new ForeignKeyConstraintBuilder(ForeignKeyConstraintNode.create(columns.map(ColumnNode.create), parseTable(targetTable), targetColumns.map(ColumnNode.create), constraintName)));
return new AlterTableAddForeignKeyConstraintBuilder({
...this.#props,
constraintBuilder
});
}
/**
* See {@link CreateTableBuilder.addPrimaryKeyConstraint}
*/
addPrimaryKeyConstraint(constraintName, columns, build = noop) {
const constraintBuilder = build(new PrimaryKeyConstraintBuilder(PrimaryKeyConstraintNode.create(columns, constraintName)));
return new AlterTableExecutor({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { addConstraint: AddConstraintNode.create(constraintBuilder.toOperationNode()) })
});
}
dropConstraint(constraintName) {
return new AlterTableDropConstraintBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { dropConstraint: DropConstraintNode.create(constraintName) })
});
}
renameConstraint(oldName, newName) {
return new AlterTableDropConstraintBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { renameConstraint: RenameConstraintNode.create(oldName, newName) })
});
}
/**
* This can be used to add index to table.
*
* ### Examples
*
* ```ts
* db.schema.alterTable('person')
* .addIndex('person_email_index')
* .column('email')
* .unique()
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* alter table `person` add unique index `person_email_index` (`email`)
* ```
*/
addIndex(indexName) {
return new AlterTableAddIndexBuilder({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { addIndex: AddIndexNode.create(indexName) })
});
}
/**
* This can be used to drop index from table.
*
* ### Examples
*
* ```ts
* db.schema.alterTable('person')
* .dropIndex('person_email_index')
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* alter table `person` drop index `test_first_name_index`
* ```
*/
dropIndex(indexName) {
return new AlterTableExecutor({
...this.#props,
node: AlterTableNode.cloneWithTableProps(this.#props.node, { dropIndex: DropIndexNode.create(indexName) })
});
}
/**
* Calls the given function passing `this` as the only argument.
*
* See {@link CreateTableBuilder.$call}
*/
$call(func) {
return func(this);
}
};
var AlterTableColumnAlteringBuilder = class AlterTableColumnAlteringBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
alterColumn(column, alteration) {
const builder = alteration(new AlterColumnBuilder(column));
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, builder.toOperationNode())
});
}
dropColumn(column, build = noop) {
const builder = build(new DropColumnBuilder({ node: DropColumnNode.create(column) }));
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, builder.toOperationNode())
});
}
renameColumn(column, newColumn) {
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, RenameColumnNode.create(column, newColumn))
});
}
addColumn(columnName, dataType, build = noop) {
const builder = build(new ColumnDefinitionBuilder(ColumnDefinitionNode.create(columnName, parseDataTypeExpression(dataType))));
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, AddColumnNode.create(builder.toOperationNode()))
});
}
modifyColumn(columnName, dataType, build = noop) {
const builder = build(new ColumnDefinitionBuilder(ColumnDefinitionNode.create(columnName, parseDataTypeExpression(dataType))));
return new AlterTableColumnAlteringBuilder({
...this.#props,
node: AlterTableNode.cloneWithColumnAlteration(this.#props.node, ModifyColumnNode.create(builder.toOperationNode()))
});
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/plugin/immediate-value/immediate-value-transformer.js
/**
* Transforms all ValueNodes to immediate.
*
* WARNING! This should never be part of the public API. Users should never use this.
* This is an internal helper.
*
* @internal
*/
var ImmediateValueTransformer = class extends OperationNodeTransformer {
transformPrimitiveValueList(node) {
return ValueListNode.create(node.values.map(ValueNode.createImmediate));
}
transformValue(node) {
return ValueNode.createImmediate(node.value);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/create-index-builder.js
var CreateIndexBuilder = class CreateIndexBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Adds the "if not exists" modifier.
*
* If the index already exists, no error is thrown if this method has been called.
*/
ifNotExists() {
return new CreateIndexBuilder({
...this.#props,
node: CreateIndexNode.cloneWith(this.#props.node, { ifNotExists: true })
});
}
/**
* Makes the index unique.
*/
unique() {
return new CreateIndexBuilder({
...this.#props,
node: CreateIndexNode.cloneWith(this.#props.node, { unique: true })
});
}
/**
* Adds `nulls not distinct` specifier to index.
* This only works on some dialects like PostgreSQL.
*
* ### Examples
*
* ```ts
* db.schema.createIndex('person_first_name_index')
* .on('person')
* .column('first_name')
* .nullsNotDistinct()
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create index "person_first_name_index"
* on "test" ("first_name")
* nulls not distinct;
* ```
*/
nullsNotDistinct() {
return new CreateIndexBuilder({
...this.#props,
node: CreateIndexNode.cloneWith(this.#props.node, { nullsNotDistinct: true })
});
}
/**
* Specifies the table for the index.
*/
on(table) {
return new CreateIndexBuilder({
...this.#props,
node: CreateIndexNode.cloneWith(this.#props.node, { table: parseTable(table) })
});
}
column(arg) {
return new CreateIndexBuilder({
...this.#props,
node: CreateIndexNode.cloneWithColumns(this.#props.node, [isString(arg) ? parseOrderedColumnName(arg) : arg.toOperationNode()])
});
}
/**
* Adds a list of columns to the index.
*
* Also see {@link column} for adding a single column.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createIndex('person_first_name_and_age_index')
* .on('person')
* .columns(['first_name', sql`left(lower("last_name"), 1)`, 'age desc'])
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create index "person_first_name_and_age_index"
* on "person" ("first_name", left(lower("last_name"), 1), "age" desc)
* ```
*/
columns(columns) {
return new CreateIndexBuilder({
...this.#props,
node: CreateIndexNode.cloneWithColumns(this.#props.node, columns.map((item) => isString(item) ? parseOrderedColumnName(item) : item.toOperationNode()))
});
}
/**
* Adds an arbitrary expression as a column to the index.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createIndex('person_first_name_index')
* .on('person')
* .expression(sql`first_name COLLATE "fi_FI"`)
* .column('gender')
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create index "person_first_name_index"
* on "person" (first_name COLLATE "fi_FI", "gender")
* ```
*
* @deprecated Use {@link column} or {@link columns} with an {@link Expression} instead.
*/
expression(expression) {
return new CreateIndexBuilder({
...this.#props,
node: CreateIndexNode.cloneWithColumns(this.#props.node, [expression.toOperationNode()])
});
}
using(indexType) {
return new CreateIndexBuilder({
...this.#props,
node: CreateIndexNode.cloneWith(this.#props.node, { using: RawNode.createWithSql(indexType) })
});
}
where(...args) {
const transformer = new ImmediateValueTransformer();
return new CreateIndexBuilder({
...this.#props,
node: QueryNode.cloneWithWhere(this.#props.node, transformer.transformNode(parseValueBinaryOperationOrExpression(args), this.#props.queryId))
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/create-schema-builder.js
var CreateSchemaBuilder = class CreateSchemaBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
ifNotExists() {
return new CreateSchemaBuilder({
...this.#props,
node: CreateSchemaNode.cloneWith(this.#props.node, { ifNotExists: true })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/on-commit-action-parse.js
function parseOnCommitAction(action) {
if (ON_COMMIT_ACTIONS.includes(action)) return action;
throw new Error(`invalid OnCommitAction ${action}`);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/create-table-add-index-builder.js
var CreateTableAddIndexBuilder = class CreateTableAddIndexBuilder {
#node;
constructor(node) {
this.#node = node;
}
using(indexType) {
return new CreateTableAddIndexBuilder(AddIndexNode.cloneWith(this.#node, { using: RawNode.createWithSql(indexType) }));
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#node;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/create-table-builder.js
/**
* This builder can be used to create a `create table` query.
*/
var CreateTableBuilder = class CreateTableBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Adds the "temporary" modifier.
*
* Use this to create a temporary table.
*/
temporary() {
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWith(this.#props.node, { temporary: true })
});
}
/**
* Adds an "on commit" statement.
*
* This can be used in conjunction with temporary tables on supported databases
* like PostgreSQL.
*/
onCommit(onCommit) {
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWith(this.#props.node, { onCommit: parseOnCommitAction(onCommit) })
});
}
/**
* Adds the "if not exists" modifier.
*
* If the table already exists, no error is thrown if this method has been called.
*/
ifNotExists() {
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWith(this.#props.node, { ifNotExists: true })
});
}
/**
* Adds a column to the table.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', (col) => col.autoIncrement().primaryKey())
* .addColumn('first_name', 'varchar(50)', (col) => col.notNull())
* .addColumn('last_name', 'varchar(255)')
* .addColumn('bank_balance', 'numeric(8, 2)')
* // You can specify any data type using the `sql` tag if the types
* // don't include it.
* .addColumn('data', sql`any_type_here`)
* .addColumn('parent_id', 'integer', (col) =>
* col.references('person.id').onDelete('cascade')
* )
* ```
*
* With this method, it's once again good to remember that Kysely just builds the
* query and doesn't provide the same API for all databases. For example, some
* databases like older MySQL don't support the `references` statement in the
* column definition. Instead foreign key constraints need to be defined in the
* `create table` query. See the next example:
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', (col) => col.primaryKey())
* .addColumn('parent_id', 'integer')
* .addForeignKeyConstraint(
* 'person_parent_id_fk',
* ['parent_id'],
* 'person',
* ['id'],
* (cb) => cb.onDelete('cascade')
* )
* .execute()
* ```
*
* Another good example is that PostgreSQL doesn't support the `auto_increment`
* keyword and you need to define an autoincrementing column for example using
* `serial`:
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('id', 'serial', (col) => col.primaryKey())
* .execute()
* ```
*/
addColumn(columnName, dataType, build = noop) {
const columnBuilder = build(new ColumnDefinitionBuilder(ColumnDefinitionNode.create(columnName, parseDataTypeExpression(dataType))));
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWithColumn(this.#props.node, columnBuilder.toOperationNode())
});
}
/**
* Adds a primary key constraint for one or more columns.
*
* The constraint name can be anything you want, but it must be unique
* across the whole database.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('first_name', 'varchar(64)')
* .addColumn('last_name', 'varchar(64)')
* .addPrimaryKeyConstraint('primary_key', ['first_name', 'last_name'])
* .execute()
* ```
*/
addPrimaryKeyConstraint(constraintName, columns, build = noop) {
const constraintBuilder = build(new PrimaryKeyConstraintBuilder(PrimaryKeyConstraintNode.create(columns, constraintName)));
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWithConstraint(this.#props.node, constraintBuilder.toOperationNode())
});
}
/**
* Adds a unique constraint for one or more columns.
*
* The constraint name can be anything you want, but it must be unique
* across the whole database.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('first_name', 'varchar(64)')
* .addColumn('last_name', 'varchar(64)')
* .addUniqueConstraint(
* 'first_name_last_name_unique',
* ['first_name', 'last_name']
* )
* .execute()
* ```
*
* In dialects such as PostgreSQL you can specify `nulls not distinct` as follows:
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('first_name', 'varchar(64)')
* .addColumn('last_name', 'varchar(64)')
* .addUniqueConstraint(
* 'first_name_last_name_unique',
* ['first_name', 'last_name'],
* (cb) => cb.nullsNotDistinct()
* )
* .execute()
* ```
*
* In dialects such as MySQL you create unique constraints on expressions as follows:
*
* ```ts
*
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('person')
* .addColumn('first_name', 'varchar(64)')
* .addColumn('last_name', 'varchar(64)')
* .addUniqueConstraint(
* 'first_name_last_name_unique',
* [sql`(lower('first_name'))`, 'last_name']
* )
* .execute()
* ```
*/
addUniqueConstraint(constraintName, columns, build = noop) {
const uniqueConstraintBuilder = build(new UniqueConstraintNodeBuilder(UniqueConstraintNode.create(columns.map((column) => isString(column) ? ColumnNode.create(column) : parseExpression(column)), constraintName)));
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWithConstraint(this.#props.node, uniqueConstraintBuilder.toOperationNode())
});
}
/**
* Adds an index that includes one or more columns.
*
* This is only supported by some dialects like MySQL.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('first_name', 'varchar(64)')
* .addColumn('last_name', 'varchar(64)')
* .addIndex('last_name_key', ['last_name'])
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `id` integer primary key,
* `first_name` varchar(64) not null,
* `last_name` varchar(64) not null,
* index `last_name_key` (`last_name`)
* )
* ```
*/
addIndex(indexName, columns, build = noop) {
const addIndexBuilder = build(new CreateTableAddIndexBuilder(AddIndexNode.cloneWithColumns(AddIndexNode.create(indexName), columns.map((column) => isString(column) ? ColumnNode.create(column) : parseExpression(column)))));
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWithIndex(this.#props.node, addIndexBuilder.toOperationNode())
});
}
/**
* Adds a check constraint.
*
* The constraint name can be anything you want, but it must be unique
* across the whole database.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('animal')
* .addColumn('number_of_legs', 'integer')
* .addCheckConstraint('check_legs', sql`number_of_legs < 5`)
* .execute()
* ```
*/
addCheckConstraint(constraintName, checkExpression, build = noop) {
const constraintBuilder = build(new CheckConstraintBuilder(CheckConstraintNode.create(checkExpression.toOperationNode(), constraintName)));
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWithConstraint(this.#props.node, constraintBuilder.toOperationNode())
});
}
/**
* Adds a foreign key constraint.
*
* The constraint name can be anything you want, but it must be unique
* across the whole database.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('pet')
* .addColumn('owner_id', 'integer')
* .addForeignKeyConstraint(
* 'owner_id_foreign',
* ['owner_id'],
* 'person',
* ['id'],
* )
* .execute()
* ```
*
* Add constraint for multiple columns:
*
* ```ts
* await db.schema
* .createTable('pet')
* .addColumn('owner_id1', 'integer')
* .addColumn('owner_id2', 'integer')
* .addForeignKeyConstraint(
* 'owner_id_foreign',
* ['owner_id1', 'owner_id2'],
* 'person',
* ['id1', 'id2'],
* (cb) => cb.onDelete('cascade')
* )
* .execute()
* ```
*/
addForeignKeyConstraint(constraintName, columns, targetTable, targetColumns, build = noop) {
const builder = build(new ForeignKeyConstraintBuilder(ForeignKeyConstraintNode.create(columns.map(ColumnNode.create), parseTable(targetTable), targetColumns.map(ColumnNode.create), constraintName)));
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWithConstraint(this.#props.node, builder.toOperationNode())
});
}
/**
* This can be used to add any additional SQL to the front of the query __after__ the `create` keyword.
*
* Also see {@link temporary}.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('person')
* .modifyFront(sql`global temporary`)
* .addColumn('id', 'integer', col => col.primaryKey())
* .addColumn('first_name', 'varchar(64)', col => col.notNull())
* .addColumn('last_name', 'varchar(64)', col => col.notNull())
* .execute()
* ```
*
* The generated SQL (Postgres):
*
* ```sql
* create global temporary table "person" (
* "id" integer primary key,
* "first_name" varchar(64) not null,
* "last_name" varchar(64) not null
* )
* ```
*/
modifyFront(modifier) {
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWithFrontModifier(this.#props.node, modifier.toOperationNode())
});
}
/**
* This can be used to add any additional SQL to the end of the query.
*
* Also see {@link onCommit}.
*
* ### Examples
*
* ```ts
* import { sql } from 'kysely'
*
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.primaryKey())
* .addColumn('first_name', 'varchar(64)', col => col.notNull())
* .addColumn('last_name', 'varchar(64)', col => col.notNull())
* .modifyEnd(sql`collate utf8_unicode_ci`)
* .execute()
* ```
*
* The generated SQL (MySQL):
*
* ```sql
* create table `person` (
* `id` integer primary key,
* `first_name` varchar(64) not null,
* `last_name` varchar(64) not null
* ) collate utf8_unicode_ci
* ```
*/
modifyEnd(modifier) {
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWithEndModifier(this.#props.node, modifier.toOperationNode())
});
}
/**
* Allows to create table from `select` query.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('copy')
* .temporary()
* .as(db.selectFrom('person').select(['first_name', 'last_name']))
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* create temporary table "copy" as
* select "first_name", "last_name" from "person"
* ```
*/
as(expression) {
return new CreateTableBuilder({
...this.#props,
node: CreateTableNode.cloneWith(this.#props.node, { selectQuery: parseExpression(expression) })
});
}
/**
* Calls the given function passing `this` as the only argument.
*
* ### Examples
*
* ```ts
* await db.schema
* .createTable('test')
* .$call((builder) => builder.addColumn('id', 'integer'))
* .execute()
* ```
*
* This is useful for creating reusable functions that can be called with a builder.
*
* ```ts
* import { type CreateTableBuilder, sql } from 'kysely'
*
* const addDefaultColumns = (ctb: CreateTableBuilder<any, any>) => {
* return ctb
* .addColumn('id', 'integer', (col) => col.notNull())
* .addColumn('created_at', 'date', (col) =>
* col.notNull().defaultTo(sql`now()`)
* )
* .addColumn('updated_at', 'date', (col) =>
* col.notNull().defaultTo(sql`now()`)
* )
* }
*
* await db.schema
* .createTable('test')
* .$call(addDefaultColumns)
* .execute()
* ```
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/drop-index-builder.js
var DropIndexBuilder = class DropIndexBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Specifies the table the index was created for. This is not needed
* in all dialects.
*/
on(table) {
return new DropIndexBuilder({
...this.#props,
node: DropIndexNode.cloneWith(this.#props.node, { table: parseTable(table) })
});
}
ifExists() {
return new DropIndexBuilder({
...this.#props,
node: DropIndexNode.cloneWith(this.#props.node, { ifExists: true })
});
}
cascade() {
return new DropIndexBuilder({
...this.#props,
node: DropIndexNode.cloneWith(this.#props.node, { cascade: true })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/drop-schema-builder.js
var DropSchemaBuilder = class DropSchemaBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
ifExists() {
return new DropSchemaBuilder({
...this.#props,
node: DropSchemaNode.cloneWith(this.#props.node, { ifExists: true })
});
}
cascade() {
return new DropSchemaBuilder({
...this.#props,
node: DropSchemaNode.cloneWith(this.#props.node, { cascade: true })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/drop-table-builder.js
var DropTableBuilder = class DropTableBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Adds the "temporary" modifier.
*
* This is only supported by some dialects like MySQL.
*/
temporary() {
return new DropTableBuilder({
...this.#props,
node: DropTableNode.cloneWith(this.#props.node, { temporary: true })
});
}
ifExists() {
return new DropTableBuilder({
...this.#props,
node: DropTableNode.cloneWith(this.#props.node, { ifExists: true })
});
}
cascade() {
return new DropTableBuilder({
...this.#props,
node: DropTableNode.cloneWith(this.#props.node, { cascade: true })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/create-view-node.js
/**
* @internal
*/
const CreateViewNode = freeze({
is(node) {
return node.kind === "CreateViewNode";
},
create(name) {
return freeze({
kind: "CreateViewNode",
name: SchemableIdentifierNode.create(name)
});
},
cloneWith(createView, params) {
return freeze({
...createView,
...params
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/plugin/immediate-value/immediate-value-plugin.js
/**
* Transforms all ValueNodes to immediate.
*
* WARNING! This should never be part of the public API. Users should never use this.
* This is an internal helper.
*
* @internal
*/
var ImmediateValuePlugin = class {
#transformer = new ImmediateValueTransformer();
transformQuery(args) {
return this.#transformer.transformNode(args.node, args.queryId);
}
transformResult(args) {
return Promise.resolve(args.result);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/create-view-builder.js
var CreateViewBuilder = class CreateViewBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Adds the "temporary" modifier.
*
* Use this to create a temporary view.
*/
temporary() {
return new CreateViewBuilder({
...this.#props,
node: CreateViewNode.cloneWith(this.#props.node, { temporary: true })
});
}
materialized() {
return new CreateViewBuilder({
...this.#props,
node: CreateViewNode.cloneWith(this.#props.node, { materialized: true })
});
}
/**
* Only implemented on some dialects like SQLite. On most dialects, use {@link orReplace}.
*/
ifNotExists() {
return new CreateViewBuilder({
...this.#props,
node: CreateViewNode.cloneWith(this.#props.node, { ifNotExists: true })
});
}
orReplace() {
return new CreateViewBuilder({
...this.#props,
node: CreateViewNode.cloneWith(this.#props.node, { orReplace: true })
});
}
columns(columns) {
return new CreateViewBuilder({
...this.#props,
node: CreateViewNode.cloneWith(this.#props.node, { columns: columns.map(parseColumnName) })
});
}
/**
* Sets the select query or a `values` statement that creates the view.
*
* WARNING!
* Some dialects don't support parameterized queries in DDL statements and therefore
* the query or raw {@link sql } expression passed here is interpolated into a single
* string opening an SQL injection vulnerability. DO NOT pass unchecked user input
* into the query or raw expression passed to this method!
*/
as(query) {
const queryNode = query.withPlugin(new ImmediateValuePlugin()).toOperationNode();
return new CreateViewBuilder({
...this.#props,
node: CreateViewNode.cloneWith(this.#props.node, { as: queryNode })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/drop-view-node.js
/**
* @internal
*/
const DropViewNode = freeze({
is(node) {
return node.kind === "DropViewNode";
},
create(name) {
return freeze({
kind: "DropViewNode",
name: SchemableIdentifierNode.create(name)
});
},
cloneWith(dropView, params) {
return freeze({
...dropView,
...params
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/drop-view-builder.js
var DropViewBuilder = class DropViewBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
materialized() {
return new DropViewBuilder({
...this.#props,
node: DropViewNode.cloneWith(this.#props.node, { materialized: true })
});
}
ifExists() {
return new DropViewBuilder({
...this.#props,
node: DropViewNode.cloneWith(this.#props.node, { ifExists: true })
});
}
cascade() {
return new DropViewBuilder({
...this.#props,
node: DropViewNode.cloneWith(this.#props.node, { cascade: true })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/create-type-node.js
/**
* @internal
*/
const CreateTypeNode = freeze({
is(node) {
return node.kind === "CreateTypeNode";
},
create(name) {
return freeze({
kind: "CreateTypeNode",
name
});
},
cloneWithEnum(createType, values) {
return freeze({
...createType,
enum: ValueListNode.create(values.map(ValueNode.createImmediate))
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/create-type-builder.js
var CreateTypeBuilder = class CreateTypeBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
/**
* Creates an enum type.
*
* ### Examples
*
* ```ts
* db.schema.createType('species').asEnum(['cat', 'dog', 'frog'])
* ```
*/
asEnum(values) {
return new CreateTypeBuilder({
...this.#props,
node: CreateTypeNode.cloneWithEnum(this.#props.node, values)
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/drop-type-node.js
/**
* @internal
*/
const DropTypeNode = freeze({
is(node) {
return node.kind === "DropTypeNode";
},
create(names) {
if (!Array.isArray(names)) names = [names];
return freeze({
kind: "DropTypeNode",
name: names[0],
additionalNames: names.slice(1)
});
},
cloneWith(dropType, params) {
return freeze({
...dropType,
...params
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/drop-type-builder.js
var DropTypeBuilder = class DropTypeBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Adds `if exists` to the query.
*/
ifExists() {
return new DropTypeBuilder({
...this.#props,
node: DropTypeNode.cloneWith(this.#props.node, { ifExists: true })
});
}
/**
* Adds `cascade` to the query.
*/
cascade() {
return new DropTypeBuilder({
...this.#props,
node: DropTypeNode.cloneWith(this.#props.node, { cascade: true })
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/identifier-parser.js
function parseSchemableIdentifier(id) {
const SCHEMA_SEPARATOR = ".";
if (id.includes(SCHEMA_SEPARATOR)) {
const parts = id.split(SCHEMA_SEPARATOR).map(trim);
if (parts.length === 2) return SchemableIdentifierNode.createWithSchema(parts[0], parts[1]);
else throw new Error(`invalid schemable identifier ${id}`);
} else return SchemableIdentifierNode.create(id);
}
function parseSchemableIdentifierArray(id) {
if (!Array.isArray(id)) id = [id];
return id.map(parseSchemableIdentifier);
}
function trim(str) {
return str.trim();
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/refresh-materialized-view-node.js
/**
* @internal
*/
const RefreshMaterializedViewNode = freeze({
is(node) {
return node.kind === "RefreshMaterializedViewNode";
},
create(name) {
return freeze({
kind: "RefreshMaterializedViewNode",
name: SchemableIdentifierNode.create(name)
});
},
cloneWith(createView, params) {
return freeze({
...createView,
...params
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/refresh-materialized-view-builder.js
var RefreshMaterializedViewBuilder = class RefreshMaterializedViewBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Adds the "concurrently" modifier.
*
* Use this to refresh the view without locking out concurrent selects on the materialized view.
*
* WARNING!
* This cannot be used with the "with no data" modifier.
*/
concurrently() {
return new RefreshMaterializedViewBuilder({
...this.#props,
node: RefreshMaterializedViewNode.cloneWith(this.#props.node, {
concurrently: true,
withNoData: false
})
});
}
/**
* Adds the "with data" modifier.
*
* If specified (or defaults) the backing query is executed to provide the new data, and the materialized view is left in a scannable state
*/
withData() {
return new RefreshMaterializedViewBuilder({
...this.#props,
node: RefreshMaterializedViewNode.cloneWith(this.#props.node, { withNoData: false })
});
}
/**
* Adds the "with no data" modifier.
*
* If specified, no new data is generated and the materialized view is left in an unscannable state.
*
* WARNING!
* This cannot be used with the "concurrently" modifier.
*/
withNoData() {
return new RefreshMaterializedViewBuilder({
...this.#props,
node: RefreshMaterializedViewNode.cloneWith(this.#props.node, {
withNoData: true,
concurrently: false
})
});
}
/**
* Simply calls the provided function passing `this` as the only argument. `$call` returns
* what the provided function returns.
*/
$call(func) {
return func(this);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
async execute(options) {
await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/alter-type-node.js
/**
* @internal
*/
const AlterTypeNode = freeze({
is(node) {
return node.kind === "AlterTypeNode";
},
create(name) {
return freeze({
kind: "AlterTypeNode",
name
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/add-value-node.js
/**
* @internal
*/
const AddValueNode = freeze({
is(node) {
return node.kind === "AddValueNode";
},
create(value) {
return freeze({
kind: "AddValueNode",
value
});
},
cloneWith(node, props) {
return freeze({
...node,
...props
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-finalizer.js
var QueryFinalizer = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
toOperationNode() {
return this.#props.executor.transformQuery(this.#props.node, this.#props.queryId);
}
/**
* Compiles the query.
*/
compile() {
return this.#props.executor.compileQuery(this.toOperationNode(), this.#props.queryId);
}
/**
* Executes the query.
*/
async execute(options) {
return await this.#props.executor.executeQuery(this.compile(), options);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/alter-type-add-value-builder.js
var _a;
var AlterTypeAddValueBuilder = class extends QueryFinalizer {
#props;
constructor(props) {
super(props);
this.#props = props;
}
/**
* Adds an `if not exists` clause.
*/
ifNotExists() {
return new _a({
...this.#props,
node: AlterTypeNode.cloneWith(this.#props.node, { addValue: AddValueNode.cloneWith(this.#props.node.addValue, { ifNotExists: true }) })
});
}
/**
* Sets a `before <value>` clause.
*/
before(neighborValue) {
return this.#setNeighbor(neighborValue, true);
}
/**
* Sets an `after <value>` clause.
*/
after(neighborValue) {
return this.#setNeighbor(neighborValue, false);
}
#setNeighbor(neighborValue, isBefore) {
return new _a({
...this.#props,
node: AlterTypeNode.cloneWith(this.#props.node, { addValue: AddValueNode.cloneWith(this.#props.node.addValue, {
isBefore,
neighborValue: ValueNode.createImmediate(neighborValue)
}) })
});
}
};
_a = AlterTypeAddValueBuilder;
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/rename-value-node.js
const RenameValueNode = freeze({
is(node) {
return node.kind === "RenameValueNode";
},
create(oldValue, newValue) {
return freeze({
kind: "RenameValueNode",
oldValue,
newValue
});
}
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/alter-type-builder.js
/**
* This builder can be used to create `alter type` queries.
*/
var AlterTypeBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
/**
* Adds a new value to an enum type.
*/
addValue(value) {
return new AlterTypeAddValueBuilder({
...this.#props,
node: AlterTypeNode.cloneWith(this.#props.node, { addValue: AddValueNode.create(ValueNode.createImmediate(value)) })
});
}
/**
* Rename the type.
*/
renameTo(newName) {
return new QueryFinalizer({
...this.#props,
node: AlterTypeNode.cloneWith(this.#props.node, { renameTo: IdentifierNode.create(newName) })
});
}
/**
* Renames a value of an enum type.
*/
renameValue(oldValue, newValue) {
return new QueryFinalizer({
...this.#props,
node: AlterTypeNode.cloneWith(this.#props.node, { renameValue: RenameValueNode.create(ValueNode.createImmediate(oldValue), ValueNode.createImmediate(newValue)) })
});
}
/**
* Changes the type's schema.
*/
setSchema(schema) {
return new QueryFinalizer({
...this.#props,
node: AlterTypeNode.cloneWith(this.#props.node, { setSchema: IdentifierNode.create(schema) })
});
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/schema/schema-module.js
/**
* Provides methods for building database schema.
*/
var SchemaModule = class SchemaModule {
#executor;
constructor(executor) {
this.#executor = executor;
}
/**
* Create a new table.
*
* ### Examples
*
* This example creates a new table with columns `id`, `first_name`,
* `last_name` and `gender`:
*
* ```ts
* await db.schema
* .createTable('person')
* .addColumn('id', 'integer', col => col.primaryKey().autoIncrement())
* .addColumn('first_name', 'varchar', col => col.notNull())
* .addColumn('last_name', 'varchar', col => col.notNull())
* .addColumn('gender', 'varchar')
* .execute()
* ```
*
* This example creates a table with a foreign key. Not all database
* engines support column-level foreign key constraint definitions.
* For example if you are using MySQL 5.X see the next example after
* this one.
*
* ```ts
* await db.schema
* .createTable('pet')
* .addColumn('id', 'integer', col => col.primaryKey().autoIncrement())
* .addColumn('owner_id', 'integer', col => col
* .references('person.id')
* .onDelete('cascade')
* )
* .execute()
* ```
*
* This example adds a foreign key constraint for a columns just
* like the previous example, but using a table-level statement.
* On MySQL 5.X you need to define foreign key constraints like
* this:
*
* ```ts
* await db.schema
* .createTable('pet')
* .addColumn('id', 'integer', col => col.primaryKey().autoIncrement())
* .addColumn('owner_id', 'integer')
* .addForeignKeyConstraint(
* 'pet_owner_id_foreign', ['owner_id'], 'person', ['id'],
* (constraint) => constraint.onDelete('cascade')
* )
* .execute()
* ```
*/
createTable(table) {
return new CreateTableBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: CreateTableNode.create(parseTable(table))
});
}
/**
* Drop a table.
*
* ### Examples
*
* ```ts
* await db.schema
* .dropTable('person')
* .execute()
* ```
*/
dropTable(table) {
return new DropTableBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: DropTableNode.create(parseTable(table))
});
}
/**
* Create a new index.
*
* ### Examples
*
* ```ts
* await db.schema
* .createIndex('person_full_name_unique_index')
* .on('person')
* .columns(['first_name', 'last_name'])
* .execute()
* ```
*/
createIndex(indexName) {
return new CreateIndexBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: CreateIndexNode.create(indexName)
});
}
/**
* Drop an index.
*
* ### Examples
*
* ```ts
* await db.schema
* .dropIndex('person_full_name_unique_index')
* .execute()
* ```
*/
dropIndex(indexName) {
return new DropIndexBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: DropIndexNode.create(indexName)
});
}
/**
* Create a new schema.
*
* ### Examples
*
* ```ts
* await db.schema
* .createSchema('some_schema')
* .execute()
* ```
*/
createSchema(schema) {
return new CreateSchemaBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: CreateSchemaNode.create(schema)
});
}
/**
* Drop a schema.
*
* ### Examples
*
* ```ts
* await db.schema
* .dropSchema('some_schema')
* .execute()
* ```
*/
dropSchema(schema) {
return new DropSchemaBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: DropSchemaNode.create(schema)
});
}
/**
* Alter a table.
*
* ### Examples
*
* ```ts
* await db.schema
* .alterTable('person')
* .alterColumn('first_name', (ac) => ac.setDataType('text'))
* .execute()
* ```
*/
alterTable(table) {
return new AlterTableBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: AlterTableNode.create(parseTable(table))
});
}
/**
* Create a new view.
*
* ### Examples
*
* ```ts
* await db.schema
* .createView('dogs')
* .orReplace()
* .as(db.selectFrom('pet').selectAll().where('species', '=', 'dog'))
* .execute()
* ```
*/
createView(viewName) {
return new CreateViewBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: CreateViewNode.create(viewName)
});
}
/**
* Refresh a materialized view.
*
* ### Examples
*
* ```ts
* await db.schema
* .refreshMaterializedView('my_view')
* .concurrently()
* .execute()
* ```
*/
refreshMaterializedView(viewName) {
return new RefreshMaterializedViewBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: RefreshMaterializedViewNode.create(viewName)
});
}
/**
* Drop a view.
*
* ### Examples
*
* ```ts
* await db.schema
* .dropView('dogs')
* .ifExists()
* .execute()
* ```
*/
dropView(viewName) {
return new DropViewBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: DropViewNode.create(viewName)
});
}
/**
* Create a new type.
*
* Only some dialects like PostgreSQL have user-defined types.
*
* ### Examples
*
* ```ts
* await db.schema
* .createType('species')
* .asEnum(['dog', 'cat', 'frog'])
* .execute()
* ```
*/
createType(typeName) {
return new CreateTypeBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: CreateTypeNode.create(parseSchemableIdentifier(typeName))
});
}
/**
* Alter a type. Rename it, change schema or add/rename enum type values.
*
* Only some dialects like PostgreSQL have user-defined types.
*
* ```ts
* await db.schema
* .alterType('species')
* .addValue('capybara')
* .execute()
* ```
*/
alterType(name) {
return new AlterTypeBuilder({
executor: this.#executor,
node: AlterTypeNode.create(parseSchemableIdentifier(name)),
queryId: createQueryId()
});
}
/**
* Drop a type.
*
* Only some dialects like PostgreSQL have user-defined types.
*
* ### Examples
*
* ```ts
* await db.schema
* .dropType('species')
* .ifExists()
* .execute()
* ```
*
* You can also provide multiple type names:
*
* ```ts
* await db.schema
* .dropType(['species', 'colors'])
* .ifExists()
* .cascade()
* .execute()
* ```
*/
dropType(typeName) {
return new DropTypeBuilder({
queryId: createQueryId(),
executor: this.#executor,
node: DropTypeNode.create(parseSchemableIdentifierArray(typeName))
});
}
/**
* Returns a copy of this schema module with the given plugin installed.
*/
withPlugin(plugin) {
return new SchemaModule(this.#executor.withPlugin(plugin));
}
/**
* Returns a copy of this schema module without any plugins.
*/
withoutPlugins() {
return new SchemaModule(this.#executor.withoutPlugins());
}
/**
* See {@link QueryCreator.withSchema}
*/
withSchema(schema) {
return new SchemaModule(this.#executor.withPluginAtFront(new WithSchemaPlugin(schema)));
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/dynamic/dynamic.js
var DynamicModule = class {
/**
* Creates a dynamic reference to a column that is not know at compile time.
*
* Kysely is built in a way that by default you can't refer to tables or columns
* that are not actually visible in the current query and context. This is all
* done by TypeScript at compile time, which means that you need to know the
* columns and tables at compile time. This is not always the case of course.
*
* This method is meant to be used in those cases where the column names
* come from the user input or are not otherwise known at compile time.
*
* WARNING! Unlike values, column names are not escaped by the database engine
* or Kysely and if you pass in unchecked column names using this method, you
* create an SQL injection vulnerability. Always __always__ validate the user
* input before passing it to this method.
*
* There are couple of examples below for some use cases, but you can pass
* `ref` to other methods as well. If the types allow you to pass a `ref`
* value to some place, it should work.
*
* ### Examples
*
* Filter by a column not know at compile time:
*
* ```ts
* async function someQuery(filterColumn: string, filterValue: string) {
* const { ref } = db.dynamic
*
* return await db
* .selectFrom('person')
* .selectAll()
* .where(ref(filterColumn), '=', filterValue)
* .execute()
* }
*
* someQuery('first_name', 'Arnold')
* someQuery('person.last_name', 'Aniston')
* ```
*
* Order by a column not know at compile time:
*
* ```ts
* async function someQuery(orderBy: string) {
* const { ref } = db.dynamic
*
* return await db
* .selectFrom('person')
* .select('person.first_name as fn')
* .orderBy(ref(orderBy))
* .execute()
* }
*
* someQuery('fn')
* ```
*
* In this example we add selections dynamically:
*
* ```ts
* const { ref } = db.dynamic
*
* // Some column name provided by the user. Value not known at compile time.
* const columnFromUserInput: PossibleColumns = 'birthdate';
*
* // A type that lists all possible values `columnFromUserInput` can have.
* // You can use `keyof Person` if any column of an interface is allowed.
* type PossibleColumns = 'last_name' | 'first_name' | 'birthdate'
*
* const [person] = await db.selectFrom('person')
* .select([
* ref<PossibleColumns>(columnFromUserInput),
* 'id'
* ])
* .execute()
*
* // The resulting type contains all `PossibleColumns` as optional fields
* // because we cannot know which field was actually selected before
* // running the code.
* const lastName: string | null | undefined = person?.last_name
* const firstName: string | undefined = person?.first_name
* const birthDate: Date | null | undefined = person?.birthdate
*
* // The result type also contains the compile time selection `id`.
* person?.id
* ```
*/
ref(reference) {
return new DynamicReferenceBuilder(reference);
}
/**
* Creates a table reference to a table that's not fully known at compile time.
*
* The type `T` is allowed to be a union of multiple tables.
*
* <!-- siteExample("select", "Generic find query", 130) -->
*
* A generic type-safe helper function for finding a row by a column value:
*
* ```ts
* import { SelectType } from 'kysely'
* import { Database } from 'type-editor'
*
* async function getRowByColumn<
* T extends keyof Database,
* C extends keyof Database[T] & string,
* V extends SelectType<Database[T][C]>,
* >(t: T, c: C, v: V) {
* // We need to use the dynamic module since the table name
* // is not known at compile time.
* const { table, ref } = db.dynamic
*
* return await db
* .selectFrom(table(t).as('t'))
* .selectAll()
* .where(ref(c), '=', v)
* .orderBy('t.id')
* .executeTakeFirstOrThrow()
* }
*
* const person = await getRowByColumn('person', 'first_name', 'Arnold')
* ```
*/
table(table) {
return new DynamicTableBuilder(table);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/driver/default-connection-provider.js
var DefaultConnectionProvider = class {
#driver;
constructor(driver) {
this.#driver = driver;
}
async provideConnection(consumer, options) {
const connection = await this.#driver.acquireConnection(options);
try {
return await consumer(connection);
} finally {
await this.#driver.releaseConnection(connection, options);
}
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-executor/default-query-executor.js
var DefaultQueryExecutor = class DefaultQueryExecutor extends QueryExecutorBase {
#compiler;
#adapter;
#connectionProvider;
constructor(compiler, adapter, connectionProvider, plugins = []) {
super(plugins);
this.#compiler = compiler;
this.#adapter = adapter;
this.#connectionProvider = connectionProvider;
}
get adapter() {
return this.#adapter;
}
compileQuery(node, queryId) {
return this.#compiler.compileQuery(node, queryId);
}
provideConnection(consumer, options) {
return this.#connectionProvider.provideConnection(consumer, options);
}
withPlugins(plugins) {
return new DefaultQueryExecutor(this.#compiler, this.#adapter, this.#connectionProvider, [...this.plugins, ...plugins]);
}
withPlugin(plugin) {
return new DefaultQueryExecutor(this.#compiler, this.#adapter, this.#connectionProvider, [...this.plugins, plugin]);
}
withPluginAtFront(plugin) {
return new DefaultQueryExecutor(this.#compiler, this.#adapter, this.#connectionProvider, [plugin, ...this.plugins]);
}
withConnectionProvider(connectionProvider) {
return new DefaultQueryExecutor(this.#compiler, this.#adapter, connectionProvider, [...this.plugins]);
}
withoutPlugins() {
return new DefaultQueryExecutor(this.#compiler, this.#adapter, this.#connectionProvider, []);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/util/performance-now.js
function performanceNow() {
if (typeof performance !== "undefined" && isFunction(performance.now)) return performance.now();
else return Date.now();
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/driver/connection-mutex.js
/**
* This mutex is used to ensure that only one operation at a time can
* acquire a connection from the driver. This is necessary when the
* driver only has a single connection, like SQLite and PGlite.
*
* @internal
*/
var ConnectionMutex = class {
#promise;
#resolve;
async obtainLock() {
while (this.#promise) await this.#promise;
this.#promise = new Promise((resolve) => {
this.#resolve = resolve;
});
}
releaseLock() {
const resolve = this.#resolve;
this.#promise = void 0;
this.#resolve = void 0;
resolve?.();
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/driver/runtime-driver.js
/**
* A small wrapper around {@link Driver} that makes sure the driver is
* initialized before it is used, only initialized and destroyed
* once etc.
*/
var RuntimeDriver = class {
#driver;
#log;
#initPromise;
#initDone;
#destroyPromise;
#connections = /* @__PURE__ */ new WeakSet();
#connectionMutex;
constructor(driver, adapter, log) {
this.#driver = driver;
this.#initDone = false;
this.#log = log;
if (adapter.supportsMultipleConnections === false) this.#connectionMutex = new ConnectionMutex();
}
async init(options) {
if (this.#destroyPromise) throw new Error("driver has already been destroyed");
this.#initPromise ??= this.#driver.init(options).then(() => {
this.#initDone = true;
}).catch((reason) => {
this.#initPromise = void 0;
throw reason;
});
await waitOrAbort(this.#initPromise, options?.signal, "init");
}
async acquireConnection(options) {
if (this.#destroyPromise) throw new Error("driver has already been destroyed");
if (!this.#initDone) await this.init(options);
if (this.#connectionMutex) {
const lockPromise = this.#connectionMutex.obtainLock();
await waitOrAbort(lockPromise, options?.signal, "acquireConnection:mutex", () => lockPromise.then(() => this.#connectionMutex?.releaseLock()));
}
const connectionPromise = this.#driver.acquireConnection(options);
const connection = await waitOrAbort(connectionPromise, options?.signal, "acquireConnection:acquire", () => connectionPromise?.then((connection) => this.releaseConnection(connection).catch(printBackgroundFail("driver.releaseConnection"))).catch(printBackgroundFail("driver.acquireConnection")));
if (!this.#connections.has(connection)) {
if (this.#needsLogging()) this.#addLogging(connection);
this.#connections.add(connection);
}
return connection;
}
async releaseConnection(connection, options) {
await this.#driver.releaseConnection(connection, options);
this.#connectionMutex?.releaseLock();
}
async beginTransaction(connection, settings) {
return await this.#driver.beginTransaction(connection, settings);
}
async commitTransaction(connection) {
return await this.#driver.commitTransaction(connection);
}
async rollbackTransaction(connection) {
return await this.#driver.rollbackTransaction(connection);
}
async savepoint(connection, savepointName, compileQuery) {
if (this.#driver.savepoint) return await this.#driver.savepoint(connection, savepointName, compileQuery);
throw new Error("The `savepoint` method is not supported by this driver");
}
async rollbackToSavepoint(connection, savepointName, compileQuery) {
if (this.#driver.rollbackToSavepoint) return await this.#driver.rollbackToSavepoint(connection, savepointName, compileQuery);
throw new Error("The `rollbackToSavepoint` method is not supported by this driver");
}
async releaseSavepoint(connection, savepointName, compileQuery) {
if (this.#driver.releaseSavepoint) return await this.#driver.releaseSavepoint(connection, savepointName, compileQuery);
throw new Error("The `releaseSavepoint` method is not supported by this driver");
}
async destroy(options) {
if (!this.#initPromise) return;
await waitOrAbort(this.#initPromise, options?.signal, "destroy:initPromise");
this.#destroyPromise ??= this.#driver.destroy(options).catch((reason) => {
this.#destroyPromise = void 0;
throw reason;
});
await waitOrAbort(this.#destroyPromise, options?.signal, "destroy");
}
#needsLogging() {
return this.#log.isLevelEnabled("query") || this.#log.isLevelEnabled("error");
}
#addLogging(connection) {
const executeQuery = connection.executeQuery;
const streamQuery = connection.streamQuery;
const dis = this;
connection.executeQuery = async (compiledQuery, options) => {
let caughtError;
const startTime = performanceNow();
try {
return await executeQuery.call(connection, compiledQuery, options);
} catch (error) {
caughtError = error;
await dis.#logError(error, compiledQuery, startTime);
throw error;
} finally {
if (!caughtError) await dis.#logQuery(compiledQuery, startTime);
}
};
connection.streamQuery = async function* (compiledQuery, chunkSize, options) {
let caughtError;
const startTime = performanceNow();
try {
for await (const result of streamQuery.call(connection, compiledQuery, chunkSize, options)) yield result;
} catch (error) {
caughtError = error;
await dis.#logError(error, compiledQuery, startTime);
throw error;
} finally {
if (!caughtError) await dis.#logQuery(compiledQuery, startTime, true);
}
};
}
async #logError(error, compiledQuery, startTime) {
await this.#log.error(() => ({
level: "error",
error,
query: compiledQuery,
queryDurationMillis: this.#calculateDurationMillis(startTime)
}));
}
async #logQuery(compiledQuery, startTime, isStream = false) {
await this.#log.query(() => ({
level: "query",
isStream,
query: compiledQuery,
queryDurationMillis: this.#calculateDurationMillis(startTime)
}));
}
#calculateDurationMillis(startTime) {
return performanceNow() - startTime;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/driver/single-connection-provider.js
const ignoreError = () => {};
var SingleConnectionProvider = class {
#connection;
#runningPromise;
constructor(connection) {
this.#connection = connection;
}
async provideConnection(consumer) {
while (this.#runningPromise) await this.#runningPromise.catch(ignoreError);
this.#runningPromise = this.#run(consumer).finally(() => {
this.#runningPromise = void 0;
});
return this.#runningPromise;
}
async #run(runner) {
return await runner(this.#connection);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/driver/driver.js
const TRANSACTION_ACCESS_MODES = ["read only", "read write"];
const TRANSACTION_ISOLATION_LEVELS = [
"read uncommitted",
"read committed",
"repeatable read",
"serializable",
"snapshot"
];
function validateTransactionSettings(settings) {
if (settings.accessMode && !TRANSACTION_ACCESS_MODES.includes(settings.accessMode)) throw new Error(`invalid transaction access mode ${settings.accessMode}`);
if (settings.isolationLevel && !TRANSACTION_ISOLATION_LEVELS.includes(settings.isolationLevel)) throw new Error(`invalid transaction isolation level ${settings.isolationLevel}`);
}
freeze(["query", "error"]);
var Log = class {
#levels;
#logger;
constructor(config) {
if (isFunction(config)) {
this.#logger = config;
this.#levels = freeze({
query: true,
error: true
});
} else {
this.#logger = defaultLogger;
this.#levels = freeze({
query: config.includes("query"),
error: config.includes("error")
});
}
}
isLevelEnabled(level) {
return this.#levels[level];
}
async query(getEvent) {
if (this.#levels.query) await this.#logger(getEvent());
}
async error(getEvent) {
if (this.#levels.error) await this.#logger(getEvent());
}
};
function defaultLogger(event) {
if (event.level === "query") {
const prefix = `kysely:query:${event.isStream ? "stream:" : ""}`;
console.log(`${prefix} ${event.query.sql}`);
console.log(`${prefix} duration: ${event.queryDurationMillis.toFixed(1)}ms`);
} else if (event.level === "error") {
if (event.error instanceof Error) console.error(`kysely:error: ${event.error.stack ?? event.error.message}`);
else console.error(`kysely:error: ${JSON.stringify({
error: event.error,
query: event.query.sql,
queryDurationMillis: event.queryDurationMillis
})}`);
}
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/util/compilable.js
function isCompilable(value) {
return isObject(value) && isFunction(value.compile);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/kysely.js
Symbol.asyncDispose ??= Symbol("Symbol.asyncDispose");
/**
* The main Kysely class.
*
* You should create one instance of `Kysely` per database using the {@link Kysely}
* constructor. Each `Kysely` instance maintains its own connection pool.
*
* ### Examples
*
* This example assumes your database has a "person" table:
*
* ```ts
* import * as Sqlite from 'better-sqlite3'
* import { type Generated, Kysely, SqliteDialect } from 'kysely'
*
* interface Database {
* person: {
* id: Generated<number>
* first_name: string
* last_name: string | null
* }
* }
*
* const db = new Kysely<Database>({
* dialect: new SqliteDialect({
* database: new Sqlite(':memory:'),
* })
* })
* ```
*
* @typeParam DB - The database interface type. Keys of this type must be table names
* in the database and values must be interfaces that describe the rows in those
* tables. See the examples above.
*/
var Kysely = class Kysely extends QueryCreator {
#props;
constructor(args) {
let superProps;
let props;
if (isKyselyProps(args)) {
superProps = { executor: args.executor };
props = { ...args };
} else {
const dialect = args.dialect;
const driver = dialect.createDriver();
const compiler = dialect.createQueryCompiler();
const adapter = dialect.createAdapter();
const runtimeDriver = new RuntimeDriver(driver, adapter, new Log(args.log ?? []));
const executor = new DefaultQueryExecutor(compiler, adapter, new DefaultConnectionProvider(runtimeDriver), args.plugins ?? []);
superProps = { executor };
props = {
config: args,
executor,
dialect,
driver: runtimeDriver
};
}
super(superProps);
this.#props = freeze(props);
}
/**
* Returns the {@link SchemaModule} module for building database schema.
*/
get schema() {
return new SchemaModule(this.#props.executor);
}
/**
* Returns a the {@link DynamicModule} module.
*
* The {@link DynamicModule} module can be used to bypass strict typing and
* passing in dynamic values for the queries.
*/
get dynamic() {
return new DynamicModule();
}
/**
* Returns a {@link DatabaseIntrospector | database introspector}.
*/
get introspection() {
return this.#props.dialect.createIntrospector(this.withoutPlugins());
}
case(value) {
return new CaseBuilder({ node: CaseNode.create(isUndefined(value) ? void 0 : parseExpression(value)) });
}
/**
* Returns a {@link FunctionModule} that can be used to write somewhat type-safe function
* calls.
*
* ```ts
* const { count } = db.fn
*
* await db.selectFrom('person')
* .innerJoin('pet', 'pet.owner_id', 'person.id')
* .select([
* 'id',
* count('pet.id').as('person_count'),
* ])
* .groupBy('person.id')
* .having(count('pet.id'), '>', 10)
* .execute()
* ```
*
* The generated SQL (PostgreSQL):
*
* ```sql
* select "person"."id", count("pet"."id") as "person_count"
* from "person"
* inner join "pet" on "pet"."owner_id" = "person"."id"
* group by "person"."id"
* having count("pet"."id") > $1
* ```
*
* Why "somewhat" type-safe? Because the function calls are not bound to the
* current query context. They allow you to reference columns and tables that
* are not in the current query. E.g. remove the `innerJoin` from the previous
* query and TypeScript won't even complain.
*
* If you want to make the function calls fully type-safe, you can use the
* {@link ExpressionBuilder.fn} getter for a query context-aware, stricter {@link FunctionModule}.
*
* ```ts
* await db.selectFrom('person')
* .innerJoin('pet', 'pet.owner_id', 'person.id')
* .select((eb) => [
* 'person.id',
* eb.fn.count('pet.id').as('pet_count')
* ])
* .groupBy('person.id')
* .having((eb) => eb.fn.count('pet.id'), '>', 10)
* .execute()
* ```
*/
get fn() {
return createFunctionModule();
}
/**
* Creates a {@link TransactionBuilder} that can be used to run queries inside a transaction.
*
* The returned {@link TransactionBuilder} can be used to configure the transaction. The
* {@link TransactionBuilder.execute} method can then be called to run the transaction.
* {@link TransactionBuilder.execute} takes a function that is run inside the
* transaction. If the function throws an exception,
* 1. the exception is caught,
* 2. the transaction is rolled back, and
* 3. the exception is thrown again.
* Otherwise the transaction is committed.
*
* The callback function passed to the {@link TransactionBuilder.execute | execute}
* method gets the transaction object as its only argument. The transaction is
* of type {@link Transaction} which inherits {@link Kysely}. Any query
* started through the transaction object is executed inside the transaction.
*
* To run a controlled transaction, allowing you to commit and rollback manually,
* use {@link startTransaction} instead.
*
* ### Examples
*
* <!-- siteExample("transactions", "Simple transaction", 10) -->
*
* This example inserts two rows in a transaction. If an exception is thrown inside
* the callback passed to the `execute` method,
* 1. the exception is caught,
* 2. the transaction is rolled back, and
* 3. the exception is thrown again.
* Otherwise the transaction is committed.
*
* ```ts
* const catto = await db.transaction().execute(async (trx) => {
* const jennifer = await trx.insertInto('person')
* .values({
* first_name: 'Jennifer',
* last_name: 'Aniston',
* age: 40,
* })
* .returning('id')
* .executeTakeFirstOrThrow()
*
* return await trx.insertInto('pet')
* .values({
* owner_id: jennifer.id,
* name: 'Catto',
* species: 'cat',
* is_favorite: false,
* })
* .returningAll()
* .executeTakeFirst()
* })
* ```
*
* Setting the isolation level:
*
* ```ts
* import type { Kysely } from 'kysely'
*
* await db
* .transaction()
* .setIsolationLevel('serializable')
* .execute(async (trx) => {
* await doStuff(trx)
* })
*
* async function doStuff(kysely: typeof db) {
* // ...
* }
* ```
*/
transaction() {
return new TransactionBuilder({ ...this.#props });
}
/**
* Creates a {@link ControlledTransactionBuilder} that can be used to run queries inside a controlled transaction.
*
* The returned {@link ControlledTransactionBuilder} can be used to configure the transaction.
* The {@link ControlledTransactionBuilder.execute} method can then be called
* to start the transaction and return a {@link ControlledTransaction}.
*
* A {@link ControlledTransaction} allows you to commit and rollback manually,
* execute savepoint commands. It extends {@link Transaction} which extends {@link Kysely},
* so you can run queries inside the transaction. Once the transaction is committed,
* or rolled back, it can't be used anymore - all queries will throw an error.
* This is to prevent accidentally running queries outside the transaction - where
* atomicity is not guaranteed anymore.
*
* ### Examples
*
* <!-- siteExample("transactions", "Controlled transaction", 11) -->
*
* A controlled transaction allows you to commit and rollback manually, execute
* savepoint commands, and queries in general.
*
* In this example we start a transaction, use it to insert two rows and then commit
* the transaction. If an error is thrown, we catch it and rollback the transaction.
*
* ```ts
* const trx = await db.startTransaction().execute()
*
* try {
* const jennifer = await trx.insertInto('person')
* .values({
* first_name: 'Jennifer',
* last_name: 'Aniston',
* age: 40,
* })
* .returning('id')
* .executeTakeFirstOrThrow()
*
* const catto = await trx.insertInto('pet')
* .values({
* owner_id: jennifer.id,
* name: 'Catto',
* species: 'cat',
* is_favorite: false,
* })
* .returningAll()
* .executeTakeFirstOrThrow()
*
* await trx.commit().execute()
*
* // ...
* } catch (error) {
* await trx.rollback().execute()
* }
* ```
*
* <!-- siteExample("transactions", "Controlled transaction /w savepoints", 12) -->
*
* A controlled transaction allows you to commit and rollback manually, execute
* savepoint commands, and queries in general.
*
* In this example we start a transaction, insert a person, create a savepoint,
* try inserting a toy and a pet, and if an error is thrown, we rollback to the
* savepoint. Eventually we release the savepoint, insert an audit record and
* commit the transaction. If an error is thrown, we catch it and rollback the
* transaction.
*
* ```ts
* const trx = await db.startTransaction().execute()
*
* try {
* const jennifer = await trx
* .insertInto('person')
* .values({
* first_name: 'Jennifer',
* last_name: 'Aniston',
* age: 40,
* })
* .returning('id')
* .executeTakeFirstOrThrow()
*
* const trxAfterJennifer = await trx.savepoint('after_jennifer').execute()
*
* try {
* const catto = await trxAfterJennifer
* .insertInto('pet')
* .values({
* owner_id: jennifer.id,
* name: 'Catto',
* species: 'cat',
* })
* .returning('id')
* .executeTakeFirstOrThrow()
*
* await trxAfterJennifer
* .insertInto('toy')
* .values({ name: 'Bone', price: 1.99, pet_id: catto.id })
* .execute()
* } catch (error) {
* await trxAfterJennifer.rollbackToSavepoint('after_jennifer').execute()
* }
*
* await trxAfterJennifer.releaseSavepoint('after_jennifer').execute()
*
* await trx.insertInto('audit').values({ action: 'added Jennifer' }).execute()
*
* await trx.commit().execute()
* } catch (error) {
* await trx.rollback().execute()
* }
* ```
*/
startTransaction() {
return new ControlledTransactionBuilder({ ...this.#props });
}
/**
* Provides a kysely instance bound to a single database connection.
*
* ### Examples
*
* ```ts
* await db
* .connection()
* .execute(async (db) => {
* // `db` is an instance of `Kysely` that's bound to a single
* // database connection. All queries executed through `db` use
* // the same connection.
* await doStuff(db)
* })
*
* async function doStuff(kysely: typeof db) {
* // ...
* }
* ```
*/
connection() {
return new ConnectionBuilder({ ...this.#props });
}
/**
* Returns a copy of this Kysely instance with the given plugin installed.
*/
withPlugin(plugin) {
return new Kysely({
...this.#props,
executor: this.#props.executor.withPlugin(plugin)
});
}
/**
* Returns a copy of this Kysely instance without any plugins.
*/
withoutPlugins() {
return new Kysely({
...this.#props,
executor: this.#props.executor.withoutPlugins()
});
}
/**
* @override
*/
withSchema(schema) {
return new Kysely({
...this.#props,
executor: this.#props.executor.withPluginAtFront(new WithSchemaPlugin(schema))
});
}
/**
* Returns a copy of this Kysely instance with tables added to its
* database type.
*
* This method only modifies the types and doesn't affect any of the
* executed queries in any way.
*
* ### Examples
*
* The following example adds and uses a temporary table:
*
* ```ts
* await db.schema
* .createTable('temp_table')
* .temporary()
* .addColumn('some_column', 'integer')
* .execute()
*
* const tempDb = db.$extendTables<{
* temp_table: {
* some_column: number
* }
* }>()
*
* await tempDb
* .insertInto('temp_table')
* .values({ some_column: 100 })
* .execute()
* ```
*/
$extendTables() {
return new Kysely({ ...this.#props });
}
/**
* Returns a copy of this Kysely instance without the given tables (provided as
* a union type of table names).
*
* This method only modifies the types and doesn't affect any of the executed
* queries in any way.
*
* See also {@link $pickTables} and {@link $extendTables}.
*
* ### Examples
*
* The following example omits tables not used in the downstream query. This
* can help with compile-time performance as downstream checks and calculations
* work against a smaller scope of the database - less tables and columns.
*
* Don't optimize prematurely! Build your queries first, measure later. If you
* realize the query has a noticeable impact on compilation - try the helper.
*
* ```ts
* const results = await db
* .$omitTables<'toy'>()
* .selectFrom('person')
* .innerJoin('pet', 'pet.owner_id', 'person.id')
* .selectAll()
* .execute()
* ```
*
* The query is arguably less readable now, and changing it is less obvious -
* e.g. adding another table.
*/
$omitTables() {
return new Kysely({ ...this.#props });
}
/**
* Returns a copy of this Kysely instance with just the given tables (provided as
* a union type of table names).
*
* This method only modifies the types and doesn't affect any of the executed
* queries in any way.
*
* See also {@link $omitTables} and {@link $extendTables}.
*
* ### Examples
*
* The following example picks the tables used in the downstream query. This
* can help with compile-time performance as downstream checks and calculations
* work against a smaller scope of the database - less tables and columns.
*
* Don't optimize prematurely! Build your queries first, measure later. If you
* realize the query has a noticeable impact on compilation - try the helper.
*
* ```ts
* const results = await db
* .$pickTables<'person' | 'pet'>()
* .selectFrom('person')
* .innerJoin('pet', 'pet.owner_id', 'person.id')
* .selectAll()
* .execute()
* ```
*
* The query is arguably less readable now, and changing it is less obvious -
* e.g. adding another table.
*/
$pickTables() {
return new Kysely({ ...this.#props });
}
/**
* @deprecated use {@link $extendTables} instead.
*/
withTables() {
return this.$extendTables();
}
/**
* Releases all resources and disconnects from the database.
*
* You need to call this when you are done using the `Kysely` instance.
*/
async destroy() {
await this.#props.driver.destroy();
}
/**
* Returns true if this `Kysely` instance is a transaction.
*
* You can also use `db instanceof Transaction`.
*/
get isTransaction() {
return false;
}
/**
* @internal
* @private
*/
getExecutor() {
return this.#props.executor;
}
/**
* Executes a given compiled query or query builder.
*
* See {@link https://github.com/kysely-org/kysely/blob/master/site/docs/recipes/0004-splitting-query-building-and-execution.md#execute-compiled-queries splitting build, compile and execute code recipe} for more information.
*/
async executeQuery(query, options) {
const compiledQuery = isCompilable(query) ? query.compile() : query;
return await this.#props.executor.executeQuery(compiledQuery, options);
}
async [Symbol.asyncDispose]() {
await this.destroy();
}
};
var Transaction = class Transaction extends Kysely {
#props;
constructor(props) {
super(props);
this.#props = props;
}
get isTransaction() {
return true;
}
/**
* @deprecated calling the transaction method for a Transaction is not supported
*/
transaction() {
throw new Error("calling the transaction method for a Transaction is not supported");
}
/**
* @deprecated calling the controlled transaction method for a Transaction is not supported
*/
startTransaction() {
throw new Error("calling the controlled transaction method for a Transaction is not supported");
}
/**
* @deprecated calling the connection method for a Transaction is not supported
*/
connection() {
throw new Error("calling the connection method for a Transaction is not supported");
}
/**
* @deprecated calling the destroy method for a Transaction is not supported
*/
destroy() {
throw new Error("calling the destroy method for a Transaction is not supported");
}
/**
* Similar to {@link Kysely.withPlugin} but returns the transaction.
*/
withPlugin(plugin) {
return new Transaction({
...this.#props,
executor: this.#props.executor.withPlugin(plugin)
});
}
/**
* Similar to {@link Kysely.withoutPlugins} but returns the transaction.
*/
withoutPlugins() {
return new Transaction({
...this.#props,
executor: this.#props.executor.withoutPlugins()
});
}
/**
* Similar to {@link Kysely.withSchema} but returns the transaction.
*/
withSchema(schema) {
return new Transaction({
...this.#props,
executor: this.#props.executor.withPluginAtFront(new WithSchemaPlugin(schema))
});
}
/**
* Similar to {@link Kysely.withTables} but returns the transaction.
*
* @deprecated use {@link $extendTables} instead.
*/
withTables() {
return new Transaction({ ...this.#props });
}
/**
* Similar to {@link Kysely.$extendTables} but returns the transaction.
*/
$extendTables() {
return new Transaction({ ...this.#props });
}
/**
* Similar to {@link Kysely.$omitTables} but returns the transaction.
*/
$omitTables() {
return new Transaction({ ...this.#props });
}
/**
* Similar to {@link Kysely.$pickTables} but returns the transaction.
*/
$pickTables() {
return new Transaction({ ...this.#props });
}
};
function isKyselyProps(obj) {
return isObject(obj) && isObject(obj.config) && isObject(obj.driver) && isObject(obj.executor) && isObject(obj.dialect);
}
var ConnectionBuilder = class {
#props;
constructor(props) {
this.#props = freeze(props);
}
async execute(callback, options) {
return this.#props.executor.provideConnection(async (connection) => {
const executor = this.#props.executor.withConnectionProvider(new SingleConnectionProvider(connection));
return await callback(new Kysely({
...this.#props,
executor
}));
}, freeze({ signal: options?.signal }));
}
};
var TransactionBuilder = class TransactionBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
setAccessMode(accessMode) {
return new TransactionBuilder({
...this.#props,
accessMode
});
}
setIsolationLevel(isolationLevel) {
return new TransactionBuilder({
...this.#props,
isolationLevel
});
}
async execute(callback) {
const { isolationLevel, accessMode, ...kyselyProps } = this.#props;
const settings = {
isolationLevel,
accessMode
};
validateTransactionSettings(settings);
return this.#props.executor.provideConnection(async (connection) => {
const state = {
isCommitted: false,
isRolledBack: false
};
const executor = new NotCommittedOrRolledBackAssertingExecutor(this.#props.executor.withConnectionProvider(new SingleConnectionProvider(connection)), state);
const transaction = new Transaction({
...kyselyProps,
executor
});
let transactionBegun = false;
try {
await this.#props.driver.beginTransaction(connection, settings);
transactionBegun = true;
const result = await callback(transaction);
await this.#props.driver.commitTransaction(connection);
state.isCommitted = true;
return result;
} catch (error) {
if (transactionBegun) {
await this.#props.driver.rollbackTransaction(connection);
state.isRolledBack = true;
}
throw error;
}
});
}
};
var ControlledTransactionBuilder = class ControlledTransactionBuilder {
#props;
constructor(props) {
this.#props = freeze(props);
}
setAccessMode(accessMode) {
return new ControlledTransactionBuilder({
...this.#props,
accessMode
});
}
setIsolationLevel(isolationLevel) {
return new ControlledTransactionBuilder({
...this.#props,
isolationLevel
});
}
async execute() {
const { isolationLevel, accessMode, ...props } = this.#props;
const settings = {
isolationLevel,
accessMode
};
validateTransactionSettings(settings);
const connection = await provideControlledConnection(this.#props.executor);
await this.#props.driver.beginTransaction(connection.connection, settings);
return new ControlledTransaction({
...props,
connection,
executor: this.#props.executor.withConnectionProvider(new SingleConnectionProvider(connection.connection))
});
}
};
var ControlledTransaction = class ControlledTransaction extends Transaction {
#props;
#compileQuery;
#state;
constructor(props) {
const state = {
isCommitted: false,
isRolledBack: false
};
props = {
...props,
executor: new NotCommittedOrRolledBackAssertingExecutor(props.executor, state)
};
const { connection, ...transactionProps } = props;
super(transactionProps);
this.#props = freeze(props);
this.#state = state;
const queryId = createQueryId();
this.#compileQuery = (node) => props.executor.compileQuery(node, queryId);
}
get isCommitted() {
return this.#state.isCommitted;
}
get isRolledBack() {
return this.#state.isRolledBack;
}
/**
* Commits the transaction.
*
* See {@link rollback}.
*
* ### Examples
*
* ```ts
* import type { Kysely } from 'kysely'
* import type { Database } from 'type-editor' // imaginary module
*
* const trx = await db.startTransaction().execute()
*
* try {
* await doSomething(trx)
*
* await trx.commit().execute()
* } catch (error) {
* await trx.rollback().execute()
* }
*
* async function doSomething(kysely: Kysely<Database>) {}
* ```
*/
commit() {
assertNotCommittedOrRolledBack(this.#state);
return new Command(async () => {
await this.#props.driver.commitTransaction(this.#props.connection.connection);
this.#state.isCommitted = true;
this.#props.connection.release();
});
}
/**
* Rolls back the transaction.
*
* See {@link commit} and {@link rollbackToSavepoint}.
*
* ### Examples
*
* ```ts
* import type { Kysely } from 'kysely'
* import type { Database } from 'type-editor' // imaginary module
*
* const trx = await db.startTransaction().execute()
*
* try {
* await doSomething(trx)
*
* await trx.commit().execute()
* } catch (error) {
* await trx.rollback().execute()
* }
*
* async function doSomething(kysely: Kysely<Database>) {}
* ```
*/
rollback() {
assertNotCommittedOrRolledBack(this.#state);
return new Command(async () => {
await this.#props.driver.rollbackTransaction(this.#props.connection.connection);
this.#state.isRolledBack = true;
this.#props.connection.release();
});
}
/**
* Creates a savepoint with a given name.
*
* See {@link rollbackToSavepoint} and {@link releaseSavepoint}.
*
* For a type-safe experience, you should use the returned instance from now on.
*
* ### Examples
*
* ```ts
* import type { Kysely } from 'kysely'
* import type { Database } from 'type-editor' // imaginary module
*
* const trx = await db.startTransaction().execute()
*
* await insertJennifer(trx)
*
* const trxAfterJennifer = await trx.savepoint('after_jennifer').execute()
*
* try {
* await doSomething(trxAfterJennifer)
* } catch (error) {
* await trxAfterJennifer.rollbackToSavepoint('after_jennifer').execute()
* }
*
* async function insertJennifer(kysely: Kysely<Database>) {}
* async function doSomething(kysely: Kysely<Database>) {}
* ```
*/
savepoint(savepointName) {
assertNotCommittedOrRolledBack(this.#state);
return new Command(async () => {
await this.#props.driver.savepoint?.(this.#props.connection.connection, savepointName, this.#compileQuery);
return new ControlledTransaction({ ...this.#props });
});
}
/**
* Rolls back to a savepoint with a given name.
*
* See {@link savepoint} and {@link releaseSavepoint}.
*
* You must use the same instance returned by {@link savepoint}, or
* escape the type-check by using `as any`.
*
* ### Examples
*
* ```ts
* import type { Kysely } from 'kysely'
* import type { Database } from 'type-editor' // imaginary module
*
* const trx = await db.startTransaction().execute()
*
* await insertJennifer(trx)
*
* const trxAfterJennifer = await trx.savepoint('after_jennifer').execute()
*
* try {
* await doSomething(trxAfterJennifer)
* } catch (error) {
* await trxAfterJennifer.rollbackToSavepoint('after_jennifer').execute()
* }
*
* async function insertJennifer(kysely: Kysely<Database>) {}
* async function doSomething(kysely: Kysely<Database>) {}
* ```
*/
rollbackToSavepoint(savepointName) {
assertNotCommittedOrRolledBack(this.#state);
return new Command(async () => {
await this.#props.driver.rollbackToSavepoint?.(this.#props.connection.connection, savepointName, this.#compileQuery);
return new ControlledTransaction({ ...this.#props });
});
}
/**
* Releases a savepoint with a given name.
*
* See {@link savepoint} and {@link rollbackToSavepoint}.
*
* You must use the same instance returned by {@link savepoint}, or
* escape the type-check by using `as any`.
*
* ### Examples
*
* ```ts
* import type { Kysely } from 'kysely'
* import type { Database } from 'type-editor' // imaginary module
*
* const trx = await db.startTransaction().execute()
*
* await insertJennifer(trx)
*
* const trxAfterJennifer = await trx.savepoint('after_jennifer').execute()
*
* try {
* await doSomething(trxAfterJennifer)
* } catch (error) {
* await trxAfterJennifer.rollbackToSavepoint('after_jennifer').execute()
* }
*
* await trxAfterJennifer.releaseSavepoint('after_jennifer').execute()
*
* await doSomethingElse(trx)
*
* async function insertJennifer(kysely: Kysely<Database>) {}
* async function doSomething(kysely: Kysely<Database>) {}
* async function doSomethingElse(kysely: Kysely<Database>) {}
* ```
*/
releaseSavepoint(savepointName) {
assertNotCommittedOrRolledBack(this.#state);
return new Command(async () => {
await this.#props.driver.releaseSavepoint?.(this.#props.connection.connection, savepointName, this.#compileQuery);
return new ControlledTransaction({ ...this.#props });
});
}
withPlugin(plugin) {
return new ControlledTransaction({
...this.#props,
executor: this.#props.executor.withPlugin(plugin)
});
}
withoutPlugins() {
return new ControlledTransaction({
...this.#props,
executor: this.#props.executor.withoutPlugins()
});
}
withSchema(schema) {
return new ControlledTransaction({
...this.#props,
executor: this.#props.executor.withPluginAtFront(new WithSchemaPlugin(schema))
});
}
withTables() {
return new ControlledTransaction({ ...this.#props });
}
$extendTables() {
return new ControlledTransaction({ ...this.#props });
}
$omitTables() {
return new ControlledTransaction({ ...this.#props });
}
$pickTables() {
return new ControlledTransaction({ ...this.#props });
}
};
var Command = class {
#cb;
constructor(cb) {
this.#cb = cb;
}
/**
* Executes the command.
*/
async execute() {
return await this.#cb();
}
};
function assertNotCommittedOrRolledBack(state) {
if (state.isCommitted) throw new Error("Transaction is already committed");
if (state.isRolledBack) throw new Error("Transaction is already rolled back");
}
/**
* An executor wrapper that asserts that the transaction state is not committed
* or rolled back when a query is executed.
*
* @internal
*/
var NotCommittedOrRolledBackAssertingExecutor = class NotCommittedOrRolledBackAssertingExecutor {
#executor;
#state;
constructor(executor, state) {
this.#executor = executor instanceof NotCommittedOrRolledBackAssertingExecutor ? executor.#executor : executor;
this.#state = state;
}
get adapter() {
return this.#executor.adapter;
}
get plugins() {
return this.#executor.plugins;
}
transformQuery(node, queryId) {
return this.#executor.transformQuery(node, queryId);
}
compileQuery(node, queryId) {
return this.#executor.compileQuery(node, queryId);
}
provideConnection(consumer, options) {
return this.#executor.provideConnection(consumer, options);
}
executeQuery(compiledQuery, options) {
assertNotCommittedOrRolledBack(this.#state);
return this.#executor.executeQuery(compiledQuery, options);
}
stream(compiledQuery, chunkSize, options) {
assertNotCommittedOrRolledBack(this.#state);
return this.#executor.stream(compiledQuery, chunkSize, options);
}
withConnectionProvider(connectionProvider) {
return new NotCommittedOrRolledBackAssertingExecutor(this.#executor.withConnectionProvider(connectionProvider), this.#state);
}
withPlugin(plugin) {
return new NotCommittedOrRolledBackAssertingExecutor(this.#executor.withPlugin(plugin), this.#state);
}
withPlugins(plugins) {
return new NotCommittedOrRolledBackAssertingExecutor(this.#executor.withPlugins(plugins), this.#state);
}
withPluginAtFront(plugin) {
return new NotCommittedOrRolledBackAssertingExecutor(this.#executor.withPluginAtFront(plugin), this.#state);
}
withoutPlugins() {
return new NotCommittedOrRolledBackAssertingExecutor(this.#executor.withoutPlugins(), this.#state);
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/raw-builder/raw-builder.js
var RawBuilderImpl = class RawBuilderImpl {
#props;
constructor(props) {
this.#props = freeze(props);
}
get expressionType() {}
get isRawBuilder() {
return true;
}
as(alias) {
return new AliasedRawBuilderImpl(this, alias);
}
$castTo() {
return new RawBuilderImpl({ ...this.#props });
}
$notNull() {
return new RawBuilderImpl(this.#props);
}
withPlugin(plugin) {
return new RawBuilderImpl({
...this.#props,
plugins: this.#props.plugins !== void 0 ? freeze([...this.#props.plugins, plugin]) : freeze([plugin])
});
}
toOperationNode() {
return this.#toOperationNode(this.#getExecutor());
}
compile(executorProvider) {
return this.#compile(this.#getExecutor(executorProvider));
}
async execute(executorProvider, options) {
const executor = this.#getExecutor(executorProvider);
return executor.executeQuery(this.#compile(executor), options);
}
#getExecutor(executorProvider) {
const executor = executorProvider !== void 0 ? executorProvider.getExecutor() : NOOP_QUERY_EXECUTOR;
return this.#props.plugins !== void 0 ? executor.withPlugins(this.#props.plugins) : executor;
}
#toOperationNode(executor) {
return executor.transformQuery(this.#props.rawNode, this.#props.queryId);
}
#compile(executor) {
return executor.compileQuery(this.#toOperationNode(executor), this.#props.queryId);
}
};
function createRawBuilder(props) {
return new RawBuilderImpl(props);
}
var AliasedRawBuilderImpl = class {
#rawBuilder;
#alias;
constructor(rawBuilder, alias) {
this.#rawBuilder = rawBuilder;
this.#alias = alias;
}
get expression() {
return this.#rawBuilder;
}
get alias() {
return this.#alias;
}
get rawBuilder() {
return this.#rawBuilder;
}
toOperationNode() {
return AliasNode.create(this.#rawBuilder.toOperationNode(), isOperationNodeSource(this.#alias) ? this.#alias.toOperationNode() : IdentifierNode.create(this.#alias));
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/raw-builder/sql.js
const sql = Object.assign((sqlFragments, ...parameters) => {
return createRawBuilder({
queryId: createQueryId(),
rawNode: RawNode.create(sqlFragments, parameters?.map(parseParameter) ?? [])
});
}, {
ref(columnReference) {
return createRawBuilder({
queryId: createQueryId(),
rawNode: RawNode.createWithChild(parseStringReference(columnReference))
});
},
val(value) {
return createRawBuilder({
queryId: createQueryId(),
rawNode: RawNode.createWithChild(parseValueExpression(value))
});
},
table(tableReference) {
return createRawBuilder({
queryId: createQueryId(),
rawNode: RawNode.createWithChild(parseTable(tableReference))
});
},
id(...ids) {
const fragments = new Array(ids.length + 1).fill(".");
fragments[0] = "";
fragments[fragments.length - 1] = "";
return createRawBuilder({
queryId: createQueryId(),
rawNode: RawNode.create(fragments, ids.map(IdentifierNode.create))
});
},
lit(value) {
return createRawBuilder({
queryId: createQueryId(),
rawNode: RawNode.createWithChild(ValueNode.createImmediate(value))
});
},
raw(sql) {
return createRawBuilder({
queryId: createQueryId(),
rawNode: RawNode.createWithSql(sql)
});
},
join(array, separator = sql`, `) {
const nodes = new Array(Math.max(2 * array.length - 1, 0));
const sep = separator.toOperationNode();
for (let i = 0; i < array.length; ++i) {
nodes[2 * i] = parseParameter(array[i]);
if (i !== array.length - 1) nodes[2 * i + 1] = sep;
}
return createRawBuilder({
queryId: createQueryId(),
rawNode: RawNode.createWithChildren(nodes)
});
}
});
function parseParameter(param) {
if (isOperationNodeSource(param)) return param.toOperationNode();
return parseValueExpression(param);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/operation-node/operation-node-visitor.js
var OperationNodeVisitor = class {
nodeStack = [];
get parentNode() {
return this.nodeStack[this.nodeStack.length - 2];
}
#visitors = freeze({
AliasNode: this.visitAlias.bind(this),
ColumnNode: this.visitColumn.bind(this),
IdentifierNode: this.visitIdentifier.bind(this),
SchemableIdentifierNode: this.visitSchemableIdentifier.bind(this),
RawNode: this.visitRaw.bind(this),
ReferenceNode: this.visitReference.bind(this),
SelectQueryNode: this.visitSelectQuery.bind(this),
SelectionNode: this.visitSelection.bind(this),
TableNode: this.visitTable.bind(this),
FromNode: this.visitFrom.bind(this),
SelectAllNode: this.visitSelectAll.bind(this),
AndNode: this.visitAnd.bind(this),
OrNode: this.visitOr.bind(this),
ValueNode: this.visitValue.bind(this),
ValueListNode: this.visitValueList.bind(this),
PrimitiveValueListNode: this.visitPrimitiveValueList.bind(this),
ParensNode: this.visitParens.bind(this),
JoinNode: this.visitJoin.bind(this),
OperatorNode: this.visitOperator.bind(this),
WhereNode: this.visitWhere.bind(this),
InsertQueryNode: this.visitInsertQuery.bind(this),
DeleteQueryNode: this.visitDeleteQuery.bind(this),
ReturningNode: this.visitReturning.bind(this),
CreateTableNode: this.visitCreateTable.bind(this),
AddColumnNode: this.visitAddColumn.bind(this),
ColumnDefinitionNode: this.visitColumnDefinition.bind(this),
DropTableNode: this.visitDropTable.bind(this),
DataTypeNode: this.visitDataType.bind(this),
OrderByNode: this.visitOrderBy.bind(this),
OrderByItemNode: this.visitOrderByItem.bind(this),
GroupByNode: this.visitGroupBy.bind(this),
GroupByItemNode: this.visitGroupByItem.bind(this),
UpdateQueryNode: this.visitUpdateQuery.bind(this),
ColumnUpdateNode: this.visitColumnUpdate.bind(this),
LimitNode: this.visitLimit.bind(this),
OffsetNode: this.visitOffset.bind(this),
OnConflictNode: this.visitOnConflict.bind(this),
OnDuplicateKeyNode: this.visitOnDuplicateKey.bind(this),
CreateIndexNode: this.visitCreateIndex.bind(this),
DropIndexNode: this.visitDropIndex.bind(this),
ListNode: this.visitList.bind(this),
PrimaryKeyConstraintNode: this.visitPrimaryKeyConstraint.bind(this),
UniqueConstraintNode: this.visitUniqueConstraint.bind(this),
ReferencesNode: this.visitReferences.bind(this),
CheckConstraintNode: this.visitCheckConstraint.bind(this),
WithNode: this.visitWith.bind(this),
CommonTableExpressionNode: this.visitCommonTableExpression.bind(this),
CommonTableExpressionNameNode: this.visitCommonTableExpressionName.bind(this),
HavingNode: this.visitHaving.bind(this),
CreateSchemaNode: this.visitCreateSchema.bind(this),
DropSchemaNode: this.visitDropSchema.bind(this),
AlterTableNode: this.visitAlterTable.bind(this),
DropColumnNode: this.visitDropColumn.bind(this),
RenameColumnNode: this.visitRenameColumn.bind(this),
AlterColumnNode: this.visitAlterColumn.bind(this),
ModifyColumnNode: this.visitModifyColumn.bind(this),
AddConstraintNode: this.visitAddConstraint.bind(this),
DropConstraintNode: this.visitDropConstraint.bind(this),
RenameConstraintNode: this.visitRenameConstraint.bind(this),
ForeignKeyConstraintNode: this.visitForeignKeyConstraint.bind(this),
CreateViewNode: this.visitCreateView.bind(this),
RefreshMaterializedViewNode: this.visitRefreshMaterializedView.bind(this),
DropViewNode: this.visitDropView.bind(this),
GeneratedNode: this.visitGenerated.bind(this),
DefaultValueNode: this.visitDefaultValue.bind(this),
OnNode: this.visitOn.bind(this),
ValuesNode: this.visitValues.bind(this),
SelectModifierNode: this.visitSelectModifier.bind(this),
CreateTypeNode: this.visitCreateType.bind(this),
DropTypeNode: this.visitDropType.bind(this),
ExplainNode: this.visitExplain.bind(this),
DefaultInsertValueNode: this.visitDefaultInsertValue.bind(this),
AggregateFunctionNode: this.visitAggregateFunction.bind(this),
OverNode: this.visitOver.bind(this),
PartitionByNode: this.visitPartitionBy.bind(this),
PartitionByItemNode: this.visitPartitionByItem.bind(this),
SetOperationNode: this.visitSetOperation.bind(this),
BinaryOperationNode: this.visitBinaryOperation.bind(this),
UnaryOperationNode: this.visitUnaryOperation.bind(this),
UsingNode: this.visitUsing.bind(this),
FunctionNode: this.visitFunction.bind(this),
CaseNode: this.visitCase.bind(this),
WhenNode: this.visitWhen.bind(this),
JSONReferenceNode: this.visitJSONReference.bind(this),
JSONPathNode: this.visitJSONPath.bind(this),
JSONPathLegNode: this.visitJSONPathLeg.bind(this),
JSONOperatorChainNode: this.visitJSONOperatorChain.bind(this),
TupleNode: this.visitTuple.bind(this),
MergeQueryNode: this.visitMergeQuery.bind(this),
MatchedNode: this.visitMatched.bind(this),
AddIndexNode: this.visitAddIndex.bind(this),
CastNode: this.visitCast.bind(this),
FetchNode: this.visitFetch.bind(this),
TopNode: this.visitTop.bind(this),
OutputNode: this.visitOutput.bind(this),
OrActionNode: this.visitOrAction.bind(this),
CollateNode: this.visitCollate.bind(this),
AlterTypeNode: this.visitAlterType.bind(this),
AddValueNode: this.visitAddValue.bind(this),
RenameValueNode: this.visitRenameValue.bind(this)
});
visitNode = (node) => {
this.nodeStack.push(node);
this.#visitors[node.kind](node);
this.nodeStack.pop();
};
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-compiler/default-query-compiler.js
const LIT_WRAP_REGEX = /'/g;
const JSON_PATH_MEMBER_WRAP_REGEX = /['"]/g;
var DefaultQueryCompiler = class extends OperationNodeVisitor {
#sql = "";
#parameters = [];
get numParameters() {
return this.#parameters.length;
}
compileQuery(node, queryId) {
this.#sql = "";
this.#parameters = [];
this.nodeStack.splice(0, this.nodeStack.length);
this.visitNode(node);
return freeze({
query: node,
queryId,
sql: this.getSql(),
parameters: [...this.#parameters]
});
}
getSql() {
return this.#sql;
}
visitSelectQuery(node) {
const wrapInParens = this.parentNode !== void 0 && !ParensNode.is(this.parentNode) && !InsertQueryNode.is(this.parentNode) && !CreateTableNode.is(this.parentNode) && !CreateViewNode.is(this.parentNode) && !SetOperationNode.is(this.parentNode);
if (this.parentNode === void 0 && node.explain) {
this.visitNode(node.explain);
this.append(" ");
}
if (wrapInParens) this.append("(");
if (node.with) {
this.visitNode(node.with);
this.append(" ");
}
this.append("select");
if (node.distinctOn) {
this.append(" ");
this.compileDistinctOn(node.distinctOn);
}
if (node.frontModifiers?.length) {
this.append(" ");
this.compileList(node.frontModifiers, " ");
}
if (node.top) {
this.append(" ");
this.visitNode(node.top);
}
if (node.selections) {
this.append(" ");
this.compileList(node.selections);
}
if (node.from) {
this.append(" ");
this.visitNode(node.from);
}
if (node.joins) {
this.append(" ");
this.compileList(node.joins, " ");
}
if (node.where) {
this.append(" ");
this.visitNode(node.where);
}
if (node.groupBy) {
this.append(" ");
this.visitNode(node.groupBy);
}
if (node.having) {
this.append(" ");
this.visitNode(node.having);
}
if (node.setOperations) {
this.append(" ");
this.compileList(node.setOperations, " ");
}
if (node.orderBy) {
this.append(" ");
this.visitNode(node.orderBy);
}
if (node.limit) {
this.append(" ");
this.visitNode(node.limit);
}
if (node.offset) {
this.append(" ");
this.visitNode(node.offset);
}
if (node.fetch) {
this.append(" ");
this.visitNode(node.fetch);
}
if (node.endModifiers?.length) {
this.append(" ");
this.compileList(this.sortSelectModifiers(node.endModifiers), " ");
}
if (wrapInParens) this.append(")");
}
visitFrom(node) {
this.append("from ");
this.compileList(node.froms);
}
visitSelection(node) {
this.visitNode(node.selection);
}
visitColumn(node) {
this.visitNode(node.column);
}
compileDistinctOn(expressions) {
this.append("distinct on (");
this.compileList(expressions);
this.append(")");
}
compileList(nodes, separator = ", ") {
const lastIndex = nodes.length - 1;
for (let i = 0; i <= lastIndex; i++) {
this.visitNode(nodes[i]);
if (i < lastIndex) this.append(separator);
}
}
visitWhere(node) {
this.append("where ");
this.visitNode(node.where);
}
visitHaving(node) {
this.append("having ");
this.visitNode(node.having);
}
visitInsertQuery(node) {
const wrapInParens = this.parentNode !== void 0 && !ParensNode.is(this.parentNode) && !RawNode.is(this.parentNode) && !WhenNode.is(this.parentNode);
if (this.parentNode === void 0 && node.explain) {
this.visitNode(node.explain);
this.append(" ");
}
if (wrapInParens) this.append("(");
if (node.with) {
this.visitNode(node.with);
this.append(" ");
}
this.append(node.replace ? "replace" : "insert");
if (node.orAction) {
this.append(" ");
this.visitNode(node.orAction);
}
if (node.top) {
this.append(" ");
this.visitNode(node.top);
}
if (node.into) {
this.append(" into ");
this.visitNode(node.into);
}
if (node.columns) {
this.append(" (");
this.compileList(node.columns);
this.append(")");
}
if (node.output) {
this.append(" ");
this.visitNode(node.output);
}
if (node.values) {
this.append(" ");
this.visitNode(node.values);
}
if (node.defaultValues) {
this.append(" ");
this.append("default values");
}
if (node.onConflict) {
this.append(" ");
this.visitNode(node.onConflict);
}
if (node.onDuplicateKey) {
this.append(" ");
this.visitNode(node.onDuplicateKey);
}
if (node.returning) {
this.append(" ");
this.visitNode(node.returning);
}
if (wrapInParens) this.append(")");
if (node.endModifiers?.length) {
this.append(" ");
this.compileList(node.endModifiers, " ");
}
}
visitValues(node) {
this.append("values ");
this.compileList(node.values);
}
visitDeleteQuery(node) {
const wrapInParens = this.parentNode !== void 0 && !ParensNode.is(this.parentNode) && !RawNode.is(this.parentNode);
if (this.parentNode === void 0 && node.explain) {
this.visitNode(node.explain);
this.append(" ");
}
if (wrapInParens) this.append("(");
if (node.with) {
this.visitNode(node.with);
this.append(" ");
}
this.append("delete ");
if (node.top) {
this.visitNode(node.top);
this.append(" ");
}
this.visitNode(node.from);
if (node.output) {
this.append(" ");
this.visitNode(node.output);
}
if (node.using) {
this.append(" ");
this.visitNode(node.using);
}
if (node.joins) {
this.append(" ");
this.compileList(node.joins, " ");
}
if (node.where) {
this.append(" ");
this.visitNode(node.where);
}
if (node.returning) {
this.append(" ");
this.visitNode(node.returning);
}
if (node.orderBy) {
this.append(" ");
this.visitNode(node.orderBy);
}
if (node.limit) {
this.append(" ");
this.visitNode(node.limit);
}
if (wrapInParens) this.append(")");
if (node.endModifiers?.length) {
this.append(" ");
this.compileList(node.endModifiers, " ");
}
}
visitReturning(node) {
this.append("returning ");
this.compileList(node.selections);
}
visitAlias(node) {
this.visitNode(node.node);
this.append(" as ");
this.visitNode(node.alias);
}
visitReference(node) {
if (node.table) {
this.visitNode(node.table);
this.append(".");
}
this.visitNode(node.column);
}
visitSelectAll(_) {
this.append("*");
}
visitIdentifier(node) {
this.append(this.getLeftIdentifierWrapper());
this.compileUnwrappedIdentifier(node);
this.append(this.getRightIdentifierWrapper());
}
compileUnwrappedIdentifier(node) {
if (!isString(node.name)) throw new Error("a non-string identifier was passed to compileUnwrappedIdentifier.");
this.append(this.sanitizeIdentifier(node.name));
}
visitAnd(node) {
this.visitNode(node.left);
this.append(" and ");
this.visitNode(node.right);
}
visitOr(node) {
this.visitNode(node.left);
this.append(" or ");
this.visitNode(node.right);
}
visitValue(node) {
if (node.immediate) this.appendImmediateValue(node.value);
else this.appendValue(node.value);
}
visitValueList(node) {
this.append("(");
this.compileList(node.values);
this.append(")");
}
visitTuple(node) {
this.append("(");
this.compileList(node.values);
this.append(")");
}
visitPrimitiveValueList(node) {
this.append("(");
const { values } = node;
for (let i = 0; i < values.length; ++i) {
this.appendValue(values[i]);
if (i !== values.length - 1) this.append(", ");
}
this.append(")");
}
visitParens(node) {
this.append("(");
this.visitNode(node.node);
this.append(")");
}
visitJoin(node) {
this.append(JOIN_TYPE_SQL[node.joinType]);
this.append(" ");
this.visitNode(node.table);
if (node.on) {
this.append(" ");
this.visitNode(node.on);
}
}
visitOn(node) {
this.append("on ");
this.visitNode(node.on);
}
visitRaw(node) {
const { sqlFragments, parameters: params } = node;
for (let i = 0; i < sqlFragments.length; ++i) {
this.append(sqlFragments[i]);
if (params.length > i) this.visitNode(params[i]);
}
}
visitOperator(node) {
this.append(node.operator);
}
visitTable(node) {
this.visitNode(node.table);
}
visitSchemableIdentifier(node) {
if (node.schema) {
this.visitNode(node.schema);
this.append(".");
}
this.visitNode(node.identifier);
}
visitCreateTable(node) {
this.append("create ");
if (node.frontModifiers?.length) {
this.compileList(node.frontModifiers, " ");
this.append(" ");
}
if (node.temporary) this.append("temporary ");
this.append("table ");
if (node.ifNotExists) this.append("if not exists ");
this.visitNode(node.table);
if (!node.selectQuery) {
this.append(" (");
this.compileList([
...node.columns,
...node.constraints ?? [],
...node.indexes ?? []
]);
this.append(")");
}
if (node.onCommit) {
this.append(" on commit ");
this.append(node.onCommit);
}
if (node.endModifiers?.length) {
this.append(" ");
this.compileList(node.endModifiers, " ");
}
if (node.selectQuery) {
this.append(" as ");
this.visitNode(node.selectQuery);
}
}
visitColumnDefinition(node) {
if (node.ifNotExists) this.append("if not exists ");
this.visitNode(node.column);
this.append(" ");
this.visitNode(node.dataType);
if (node.unsigned) this.append(" unsigned");
if (node.frontModifiers && node.frontModifiers.length > 0) {
this.append(" ");
this.compileList(node.frontModifiers, " ");
}
if (node.generated) {
this.append(" ");
this.visitNode(node.generated);
}
if (node.identity) this.append(" identity");
if (node.defaultTo) {
this.append(" ");
this.visitNode(node.defaultTo);
}
if (node.notNull) this.append(" not null");
if (node.unique) this.append(" unique");
if (node.nullsNotDistinct) this.append(" nulls not distinct");
if (node.primaryKey) this.append(" primary key");
if (node.autoIncrement) {
this.append(" ");
this.append(this.getAutoIncrement());
}
if (node.references) {
this.append(" ");
this.visitNode(node.references);
}
if (node.check) {
this.append(" ");
this.visitNode(node.check);
}
if (node.endModifiers && node.endModifiers.length > 0) {
this.append(" ");
this.compileList(node.endModifiers, " ");
}
}
getAutoIncrement() {
return "auto_increment";
}
visitReferences(node) {
this.append("references ");
this.visitNode(node.table);
this.append(" (");
this.compileList(node.columns);
this.append(")");
if (node.onDelete) {
this.append(" on delete ");
this.append(node.onDelete);
}
if (node.onUpdate) {
this.append(" on update ");
this.append(node.onUpdate);
}
}
visitDropTable(node) {
this.append("drop ");
if (node.temporary) this.append("temporary ");
this.append("table ");
if (node.ifExists) this.append("if exists ");
this.visitNode(node.table);
if (node.cascade) this.append(" cascade");
}
visitDataType(node) {
this.append(node.dataType);
}
visitOrderBy(node) {
this.append("order by ");
this.compileList(node.items);
}
visitOrderByItem(node) {
this.visitNode(node.orderBy);
if (node.collation) {
this.append(" ");
this.visitNode(node.collation);
}
if (node.direction) {
this.append(" ");
this.visitNode(node.direction);
}
if (node.nulls) {
this.append(" nulls ");
this.append(node.nulls);
}
}
visitGroupBy(node) {
this.append("group by ");
this.compileList(node.items);
}
visitGroupByItem(node) {
this.visitNode(node.groupBy);
}
visitUpdateQuery(node) {
const wrapInParens = this.parentNode !== void 0 && !ParensNode.is(this.parentNode) && !RawNode.is(this.parentNode) && !WhenNode.is(this.parentNode);
if (this.parentNode === void 0 && node.explain) {
this.visitNode(node.explain);
this.append(" ");
}
if (wrapInParens) this.append("(");
if (node.with) {
this.visitNode(node.with);
this.append(" ");
}
this.append("update ");
if (node.top) {
this.visitNode(node.top);
this.append(" ");
}
if (node.table) {
this.visitNode(node.table);
this.append(" ");
}
this.append("set ");
if (node.updates) this.compileList(node.updates);
if (node.output) {
this.append(" ");
this.visitNode(node.output);
}
if (node.from) {
this.append(" ");
this.visitNode(node.from);
}
if (node.joins) {
if (!node.from) throw new Error("Joins in an update query are only supported as a part of a PostgreSQL 'update set from join' query. If you want to create a MySQL 'update join set' query, see https://kysely.dev/docs/examples/update/my-sql-joins");
this.append(" ");
this.compileList(node.joins, " ");
}
if (node.where) {
this.append(" ");
this.visitNode(node.where);
}
if (node.returning) {
this.append(" ");
this.visitNode(node.returning);
}
if (node.orderBy) {
this.append(" ");
this.visitNode(node.orderBy);
}
if (node.limit) {
this.append(" ");
this.visitNode(node.limit);
}
if (wrapInParens) this.append(")");
if (node.endModifiers?.length) {
this.append(" ");
this.compileList(node.endModifiers, " ");
}
}
visitColumnUpdate(node) {
this.visitNode(node.column);
this.append(" = ");
this.visitNode(node.value);
}
visitLimit(node) {
this.append("limit ");
this.visitNode(node.limit);
}
visitOffset(node) {
this.append("offset ");
this.visitNode(node.offset);
}
visitOnConflict(node) {
this.append("on conflict");
if (node.columns) {
this.append(" (");
this.compileList(node.columns);
this.append(")");
} else if (node.constraint) {
this.append(" on constraint ");
this.visitNode(node.constraint);
} else if (node.indexExpression) {
this.append(" (");
this.visitNode(node.indexExpression);
this.append(")");
}
if (node.indexWhere) {
this.append(" ");
this.visitNode(node.indexWhere);
}
if (node.doNothing === true) this.append(" do nothing");
else if (node.updates) {
this.append(" do update set ");
this.compileList(node.updates);
if (node.updateWhere) {
this.append(" ");
this.visitNode(node.updateWhere);
}
}
}
visitOnDuplicateKey(node) {
this.append("on duplicate key update ");
this.compileList(node.updates);
}
visitCreateIndex(node) {
this.append("create ");
if (node.unique) this.append("unique ");
this.append("index ");
if (node.ifNotExists) this.append("if not exists ");
this.visitNode(node.name);
if (node.table) {
this.append(" on ");
this.visitNode(node.table);
}
if (node.using) {
this.append(" using ");
this.visitNode(node.using);
}
if (node.columns) {
this.append(" (");
this.compileList(node.columns);
this.append(")");
}
if (node.nullsNotDistinct) this.append(" nulls not distinct");
if (node.where) {
this.append(" ");
this.visitNode(node.where);
}
}
visitDropIndex(node) {
this.append("drop index ");
if (node.ifExists) this.append("if exists ");
this.visitNode(node.name);
if (node.table) {
this.append(" on ");
this.visitNode(node.table);
}
if (node.cascade) this.append(" cascade");
}
visitCreateSchema(node) {
this.append("create schema ");
if (node.ifNotExists) this.append("if not exists ");
this.visitNode(node.schema);
}
visitDropSchema(node) {
this.append("drop schema ");
if (node.ifExists) this.append("if exists ");
this.visitNode(node.schema);
if (node.cascade) this.append(" cascade");
}
visitPrimaryKeyConstraint(node) {
if (node.name) {
this.append("constraint ");
this.visitNode(node.name);
this.append(" ");
}
this.append("primary key (");
this.compileList(node.columns);
this.append(")");
this.buildDeferrable(node);
}
buildDeferrable(node) {
if (node.deferrable !== void 0) {
if (node.deferrable) this.append(" deferrable");
else this.append(" not deferrable");
}
if (node.initiallyDeferred !== void 0) {
if (node.initiallyDeferred) this.append(" initially deferred");
else this.append(" initially immediate");
}
}
visitUniqueConstraint(node) {
if (node.name) {
this.append("constraint ");
this.visitNode(node.name);
this.append(" ");
}
this.append("unique");
if (node.nullsNotDistinct) this.append(" nulls not distinct");
this.append(" (");
this.compileList(node.columns);
this.append(")");
this.buildDeferrable(node);
}
visitCheckConstraint(node) {
if (node.name) {
this.append("constraint ");
this.visitNode(node.name);
this.append(" ");
}
this.append("check (");
this.visitNode(node.expression);
this.append(")");
}
visitForeignKeyConstraint(node) {
if (node.name) {
this.append("constraint ");
this.visitNode(node.name);
this.append(" ");
}
this.append("foreign key (");
this.compileList(node.columns);
this.append(") ");
this.visitNode(node.references);
if (node.onDelete) {
this.append(" on delete ");
this.append(node.onDelete);
}
if (node.onUpdate) {
this.append(" on update ");
this.append(node.onUpdate);
}
this.buildDeferrable(node);
}
visitList(node) {
this.compileList(node.items);
}
visitWith(node) {
this.append("with ");
if (node.recursive) this.append("recursive ");
this.compileList(node.expressions);
}
visitCommonTableExpression(node) {
this.visitNode(node.name);
this.append(" as ");
if (isBoolean(node.materialized)) {
if (!node.materialized) this.append("not ");
this.append("materialized ");
}
this.visitNode(node.expression);
}
visitCommonTableExpressionName(node) {
this.visitNode(node.table);
if (node.columns) {
this.append("(");
this.compileList(node.columns);
this.append(")");
}
}
visitAlterTable(node) {
this.append("alter table ");
this.visitNode(node.table);
this.append(" ");
if (node.renameTo) {
this.append("rename to ");
this.visitNode(node.renameTo);
}
if (node.setSchema) {
this.append("set schema ");
this.visitNode(node.setSchema);
}
if (node.addConstraint) this.visitNode(node.addConstraint);
if (node.dropConstraint) this.visitNode(node.dropConstraint);
if (node.renameConstraint) this.visitNode(node.renameConstraint);
if (node.columnAlterations) this.compileColumnAlterations(node.columnAlterations);
if (node.addIndex) this.visitNode(node.addIndex);
if (node.dropIndex) this.visitNode(node.dropIndex);
}
visitAddColumn(node) {
this.append("add column ");
this.visitNode(node.column);
}
visitRenameColumn(node) {
this.append("rename column ");
this.visitNode(node.column);
this.append(" to ");
this.visitNode(node.renameTo);
}
visitDropColumn(node) {
this.append("drop column ");
if (node.ifExists) this.append("if exists ");
this.visitNode(node.column);
}
visitAlterColumn(node) {
this.append("alter column ");
this.visitNode(node.column);
this.append(" ");
if (node.dataType) {
if (this.announcesNewColumnDataType()) this.append("type ");
this.visitNode(node.dataType);
if (node.dataTypeExpression) {
this.append("using ");
this.visitNode(node.dataTypeExpression);
}
}
if (node.setDefault) {
this.append("set default ");
this.visitNode(node.setDefault);
}
if (node.dropDefault) this.append("drop default");
if (node.setNotNull) this.append("set not null");
if (node.dropNotNull) this.append("drop not null");
}
visitModifyColumn(node) {
this.append("modify column ");
this.visitNode(node.column);
}
visitAddConstraint(node) {
this.append("add ");
this.visitNode(node.constraint);
}
visitDropConstraint(node) {
this.append("drop constraint ");
if (node.ifExists) this.append("if exists ");
this.visitNode(node.constraintName);
if (node.modifier === "cascade") this.append(" cascade");
else if (node.modifier === "restrict") this.append(" restrict");
}
visitRenameConstraint(node) {
this.append("rename constraint ");
this.visitNode(node.oldName);
this.append(" to ");
this.visitNode(node.newName);
}
visitSetOperation(node) {
this.append(node.operator);
this.append(" ");
if (node.all) this.append("all ");
this.visitNode(node.expression);
}
visitCreateView(node) {
this.append("create ");
if (node.orReplace) this.append("or replace ");
if (node.materialized) this.append("materialized ");
if (node.temporary) this.append("temporary ");
this.append("view ");
if (node.ifNotExists) this.append("if not exists ");
this.visitNode(node.name);
this.append(" ");
if (node.columns) {
this.append("(");
this.compileList(node.columns);
this.append(") ");
}
if (node.as) {
this.append("as ");
this.visitNode(node.as);
}
}
visitRefreshMaterializedView(node) {
this.append("refresh materialized view ");
if (node.concurrently) this.append("concurrently ");
this.visitNode(node.name);
if (node.withNoData) this.append(" with no data");
else this.append(" with data");
}
visitDropView(node) {
this.append("drop ");
if (node.materialized) this.append("materialized ");
this.append("view ");
if (node.ifExists) this.append("if exists ");
this.visitNode(node.name);
if (node.cascade) this.append(" cascade");
}
visitGenerated(node) {
this.append("generated ");
if (node.always) this.append("always ");
if (node.byDefault) this.append("by default ");
this.append("as ");
if (node.identity) this.append("identity");
if (node.expression) {
this.append("(");
this.visitNode(node.expression);
this.append(")");
}
if (node.stored) this.append(" stored");
}
visitDefaultValue(node) {
this.append("default ");
this.visitNode(node.defaultValue);
}
visitSelectModifier(node) {
if (node.rawModifier) this.visitNode(node.rawModifier);
else this.append(SELECT_MODIFIER_SQL[node.modifier]);
if (node.of) {
this.append(" of ");
this.compileList(node.of, ", ");
}
}
visitCreateType(node) {
this.append("create type ");
this.visitNode(node.name);
if (node.enum) {
this.append(" as enum ");
this.visitNode(node.enum);
}
}
visitDropType(node) {
this.append("drop type ");
if (node.ifExists) this.append("if exists ");
this.visitNode(node.name);
if (node.additionalNames?.length) {
this.append(", ");
this.compileList(node.additionalNames);
}
if (node.cascade) this.append(" cascade");
}
visitAlterType(node) {
this.append("alter type ");
this.visitNode(node.name);
this.append(" ");
if (node.addValue) this.visitNode(node.addValue);
else if (node.renameTo) {
this.append("rename to ");
this.visitNode(node.renameTo);
} else if (node.renameValue) this.visitNode(node.renameValue);
else if (node.setSchema) {
this.append("set schema ");
this.visitNode(node.setSchema);
}
}
visitAddValue(node) {
this.append("add value ");
if (node.ifNotExists) this.append("if not exists ");
this.visitNode(node.value);
if (node.neighborValue) {
this.append(node.isBefore ? " before " : " after ");
this.visitNode(node.neighborValue);
}
}
visitRenameValue(node) {
this.append("rename value ");
this.visitNode(node.oldValue);
this.append(" to ");
this.visitNode(node.newValue);
}
visitExplain(node) {
this.append("explain");
if (node.options || node.format) {
this.append(" ");
this.append(this.getLeftExplainOptionsWrapper());
if (node.options) {
this.visitNode(node.options);
if (node.format) this.append(this.getExplainOptionsDelimiter());
}
if (node.format) {
this.append("format");
this.append(this.getExplainOptionAssignment());
this.append(node.format);
}
this.append(this.getRightExplainOptionsWrapper());
}
}
visitDefaultInsertValue(_) {
this.append("default");
}
visitAggregateFunction(node) {
this.append(node.func);
this.append("(");
if (node.distinct) this.append("distinct ");
this.compileList(node.aggregated);
if (node.orderBy) {
this.append(" ");
this.visitNode(node.orderBy);
}
this.append(")");
if (node.withinGroup) {
this.append(" within group (");
this.visitNode(node.withinGroup);
this.append(")");
}
if (node.filter) {
this.append(" filter(");
this.visitNode(node.filter);
this.append(")");
}
if (node.over) {
this.append(" ");
this.visitNode(node.over);
}
}
visitOver(node) {
this.append("over(");
if (node.partitionBy) {
this.visitNode(node.partitionBy);
if (node.orderBy) this.append(" ");
}
if (node.orderBy) this.visitNode(node.orderBy);
this.append(")");
}
visitPartitionBy(node) {
this.append("partition by ");
this.compileList(node.items);
}
visitPartitionByItem(node) {
this.visitNode(node.partitionBy);
}
visitBinaryOperation(node) {
this.visitNode(node.leftOperand);
this.append(" ");
this.visitNode(node.operator);
this.append(" ");
this.visitNode(node.rightOperand);
}
visitUnaryOperation(node) {
this.visitNode(node.operator);
if (!this.isMinusOperator(node.operator)) this.append(" ");
this.visitNode(node.operand);
}
isMinusOperator(node) {
return OperatorNode.is(node) && node.operator === "-";
}
visitUsing(node) {
this.append("using ");
this.compileList(node.tables);
}
visitFunction(node) {
this.append(node.func);
this.append("(");
this.compileList(node.arguments);
this.append(")");
}
visitCase(node) {
this.append("case");
if (node.value) {
this.append(" ");
this.visitNode(node.value);
}
if (node.when) {
this.append(" ");
this.compileList(node.when, " ");
}
if (node.else) {
this.append(" else ");
this.visitNode(node.else);
}
this.append(" end");
if (node.isStatement) this.append(" case");
}
visitWhen(node) {
this.append("when ");
this.visitNode(node.condition);
if (node.result) {
this.append(" then ");
this.visitNode(node.result);
}
}
visitJSONReference(node) {
this.visitNode(node.reference);
this.visitNode(node.traversal);
}
visitJSONPath(node) {
if (node.inOperator) this.visitNode(node.inOperator);
this.append("'$");
for (const pathLeg of node.pathLegs) this.visitNode(pathLeg);
this.append("'");
}
visitJSONPathLeg(node) {
const isArrayLocation = node.type === "ArrayLocation";
const value = String(node.value);
if (isArrayLocation) {
this.append("[");
this.append(this.sanitizeStringLiteral(value));
this.append("]");
} else {
this.append(".\"");
this.append(this.sanitizeJSONPathMemberValue(value));
this.append("\"");
}
}
visitJSONOperatorChain(node) {
for (let i = 0, len = node.values.length; i < len; i++) {
if (i === len - 1) this.visitNode(node.operator);
else this.append("->");
this.visitNode(node.values[i]);
}
}
visitMergeQuery(node) {
if (node.with) {
this.visitNode(node.with);
this.append(" ");
}
this.append("merge ");
if (node.top) {
this.visitNode(node.top);
this.append(" ");
}
this.append("into ");
this.visitNode(node.into);
if (node.using) {
this.append(" ");
this.visitNode(node.using);
}
if (node.whens) {
this.append(" ");
this.compileList(node.whens, " ");
}
if (node.returning) {
this.append(" ");
this.visitNode(node.returning);
}
if (node.output) {
this.append(" ");
this.visitNode(node.output);
}
if (node.endModifiers?.length) {
this.append(" ");
this.compileList(node.endModifiers, " ");
}
}
visitMatched(node) {
if (node.not) this.append("not ");
this.append("matched");
if (node.bySource) this.append(" by source");
}
visitAddIndex(node) {
if (!this.parentNode || !CreateTableNode.is(this.parentNode)) this.append("add ");
if (node.unique) this.append("unique ");
this.append("index ");
this.visitNode(node.name);
if (node.columns) {
this.append(" (");
this.compileList(node.columns);
this.append(")");
}
if (node.using) {
this.append(" using ");
this.visitNode(node.using);
}
}
visitCast(node) {
this.append("cast(");
this.visitNode(node.expression);
this.append(" as ");
this.visitNode(node.dataType);
this.append(")");
}
visitFetch(node) {
this.append("fetch next ");
this.visitNode(node.rowCount);
this.append(` rows ${node.modifier}`);
}
visitOutput(node) {
this.append("output ");
this.compileList(node.selections);
}
visitTop(node) {
this.append(`top(${node.expression})`);
if (node.modifiers) this.append(` ${node.modifiers}`);
}
visitOrAction(node) {
this.append(node.action);
}
visitCollate(node) {
this.append("collate ");
this.visitNode(node.collation);
}
append(str) {
this.#sql += str;
}
appendValue(parameter) {
this.addParameter(parameter);
this.append(this.getCurrentParameterPlaceholder());
}
getLeftIdentifierWrapper() {
return "\"";
}
getRightIdentifierWrapper() {
return "\"";
}
getCurrentParameterPlaceholder() {
return "$" + this.numParameters;
}
getLeftExplainOptionsWrapper() {
return "(";
}
getExplainOptionAssignment() {
return " ";
}
getExplainOptionsDelimiter() {
return ", ";
}
getRightExplainOptionsWrapper() {
return ")";
}
sanitizeIdentifier(identifier) {
const leftWrap = this.getLeftIdentifierWrapper();
const rightWrap = this.getRightIdentifierWrapper();
let sanitized = "";
for (const c of identifier) {
sanitized += c;
if (c === leftWrap) sanitized += leftWrap;
else if (c === rightWrap) sanitized += rightWrap;
}
return sanitized;
}
sanitizeStringLiteral(value) {
return value.replace(LIT_WRAP_REGEX, "''");
}
sanitizeJSONPathMemberValue(value) {
return value.replace(JSON_PATH_MEMBER_WRAP_REGEX, (char) => char === "'" ? "''" : "\\\"");
}
addParameter(parameter) {
this.#parameters.push(parameter);
}
appendImmediateValue(value) {
if (isString(value)) this.appendStringLiteral(value);
else if (isNumber(value) || isBoolean(value) || isBigInt(value)) this.append(value.toString());
else if (isNull(value)) this.append("null");
else if (isDate(value)) this.appendImmediateValue(value.toISOString());
else throw new Error(`invalid immediate value ${value}`);
}
appendStringLiteral(value) {
this.append("'");
this.append(this.sanitizeStringLiteral(value));
this.append("'");
}
sortSelectModifiers(arr) {
return freeze(arr.toSorted((left, right) => left.modifier && right.modifier ? SELECT_MODIFIER_PRIORITY[left.modifier] - SELECT_MODIFIER_PRIORITY[right.modifier] : 1));
}
compileColumnAlterations(columnAlterations) {
this.compileList(columnAlterations);
}
/**
* controls whether the dialect adds a "type" keyword before a column's new data
* type in an ALTER TABLE statement.
*/
announcesNewColumnDataType() {
return true;
}
};
const SELECT_MODIFIER_SQL = freeze({
ForKeyShare: "for key share",
ForNoKeyUpdate: "for no key update",
ForUpdate: "for update",
ForShare: "for share",
NoWait: "nowait",
SkipLocked: "skip locked",
Distinct: "distinct"
});
const SELECT_MODIFIER_PRIORITY = freeze({
ForKeyShare: 1,
ForNoKeyUpdate: 1,
ForUpdate: 1,
ForShare: 1,
NoWait: 2,
SkipLocked: 2,
Distinct: 0
});
const JOIN_TYPE_SQL = freeze({
InnerJoin: "inner join",
LeftJoin: "left join",
RightJoin: "right join",
FullJoin: "full join",
CrossJoin: "cross join",
LateralInnerJoin: "inner join lateral",
LateralLeftJoin: "left join lateral",
LateralCrossJoin: "cross join lateral",
OuterApply: "outer apply",
CrossApply: "cross apply",
Using: "using"
});
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/query-compiler/compiled-query.js
const CompiledQuery = freeze({ raw(sql, parameters = []) {
return freeze({
sql,
query: RawNode.createWithSql(sql),
parameters: freeze(parameters),
queryId: createQueryId()
});
} });
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/dialect/dialect-adapter-base.js
/**
* A basic implementation of `DialectAdapter` with sensible default values.
* Third-party dialects can extend this instead of implementing the `DialectAdapter`
* interface from scratch. That way all new settings will get default values when
* they are added and there will be less breaking changes.
*/
var DialectAdapterBase = class {
get supportsCreateIfNotExists() {
return true;
}
get supportsMultipleConnections() {
return true;
}
get supportsTransactionalDdl() {
return false;
}
get supportsReturning() {
return false;
}
get supportsOutput() {
return false;
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/parser/savepoint-parser.js
function parseSavepointCommand(command, savepointName) {
return RawNode.createWithChildren([RawNode.createWithSql(`${command} `), IdentifierNode.create(savepointName)]);
}
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/dialect/sqlite/sqlite-driver.js
var SqliteDriver = class {
#config;
#db;
#connection;
constructor(config) {
this.#config = freeze({ ...config });
}
async init(options) {
this.#db = isFunction(this.#config.database) ? await this.#config.database(options) : this.#config.database;
this.#connection = new SqliteConnection(this.#db);
if (this.#config.onCreateConnection) await this.#config.onCreateConnection(this.#connection, options);
}
async acquireConnection() {
return this.#connection;
}
async beginTransaction(connection) {
await connection.executeQuery(CompiledQuery.raw("begin"));
}
async commitTransaction(connection) {
await connection.executeQuery(CompiledQuery.raw("commit"));
}
async rollbackTransaction(connection) {
await connection.executeQuery(CompiledQuery.raw("rollback"));
}
async savepoint(connection, savepointName, compileQuery) {
await connection.executeQuery(compileQuery(parseSavepointCommand("savepoint", savepointName), createQueryId()));
}
async rollbackToSavepoint(connection, savepointName, compileQuery) {
await connection.executeQuery(compileQuery(parseSavepointCommand("rollback to", savepointName), createQueryId()));
}
async releaseSavepoint(connection, savepointName, compileQuery) {
await connection.executeQuery(compileQuery(parseSavepointCommand("release", savepointName), createQueryId()));
}
async releaseConnection() {}
async destroy() {
this.#db?.close();
}
};
var SqliteConnection = class {
#db;
constructor(db) {
this.#db = db;
}
async executeQuery(compiledQuery) {
const { sql, parameters } = compiledQuery;
const stmt = this.#db.prepare(sql);
if (stmt.reader) return { rows: stmt.all(parameters) };
const { changes, lastInsertRowid } = stmt.run(parameters);
return {
insertId: lastInsertRowid != null ? BigInt(lastInsertRowid) : void 0,
numAffectedRows: changes != null ? BigInt(changes) : void 0,
rows: []
};
}
async *streamQuery(compiledQuery, _chunkSize) {
const { sql, parameters, query } = compiledQuery;
const stmt = this.#db.prepare(sql);
if (!SelectQueryNode.is(query)) throw new Error("Sqlite driver only supports streaming of select queries");
const iter = stmt.iterate(parameters);
for (const row of iter) yield { rows: [row] };
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/dialect/sqlite/sqlite-query-compiler.js
const ID_WRAP_REGEX = /"/g;
const JSON_PATH_MEMBER_ESCAPE_REGEX = /[\\'"]/g;
var SqliteQueryCompiler = class extends DefaultQueryCompiler {
visitOrAction(node) {
this.append("or ");
this.append(node.action);
}
getCurrentParameterPlaceholder() {
return "?";
}
getLeftExplainOptionsWrapper() {
return "";
}
getRightExplainOptionsWrapper() {
return "";
}
getLeftIdentifierWrapper() {
return "\"";
}
getRightIdentifierWrapper() {
return "\"";
}
getAutoIncrement() {
return "autoincrement";
}
sanitizeIdentifier(identifier) {
return identifier.replace(ID_WRAP_REGEX, "\"\"");
}
sanitizeJSONPathMemberValue(value) {
return value.replace(JSON_PATH_MEMBER_ESCAPE_REGEX, (char) => char === "\\" ? "\\\\" : char === "'" ? "''" : "\\\"");
}
visitDefaultInsertValue(_) {
this.append("null");
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/migration/migrator.js
const DEFAULT_MIGRATION_TABLE = "kysely_migration";
const DEFAULT_MIGRATION_LOCK_TABLE = "kysely_migration_lock";
freeze({ __noMigrations__: true });
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/dialect/sqlite/sqlite-introspector.js
var SqliteIntrospector = class {
#db;
constructor(db) {
this.#db = db;
}
async getSchemas() {
return [];
}
async getTables(options = { withInternalKyselyTables: false }) {
return await this.#getTableMetadata(options);
}
#tablesQuery(qb, options) {
let tablesQuery = qb.selectFrom("sqlite_master").where("type", "in", ["table", "view"]).where("name", "not like", "sqlite_%").select([
"name",
"sql",
"type"
]).orderBy("name");
if (!options.withInternalKyselyTables) tablesQuery = tablesQuery.where("name", "!=", DEFAULT_MIGRATION_TABLE).where("name", "!=", DEFAULT_MIGRATION_LOCK_TABLE);
return tablesQuery;
}
async #getTableMetadata(options) {
const tablesResult = await this.#tablesQuery(this.#db, options).execute();
const tableMetadata = await this.#db.with("table_list", (qb) => this.#tablesQuery(qb, options)).selectFrom(["table_list as tl", sql`pragma_table_info(tl.name)`.as("p")]).select([
"tl.name as table",
"p.cid",
"p.name",
"p.type",
"p.notnull",
"p.dflt_value",
"p.pk"
]).orderBy("tl.name").orderBy("p.cid").execute();
const columnsByTable = {};
for (const row of tableMetadata) {
columnsByTable[row.table] ??= [];
columnsByTable[row.table].push(row);
}
return tablesResult.map(({ name, sql, type }) => {
let autoIncrementCol = sql?.split(/[\(\),]/)?.find((it) => it.toLowerCase().includes("autoincrement"))?.trimStart()?.split(/\s+/)?.[0]?.replace(/["`]/g, "");
const columns = columnsByTable[name] ?? [];
if (!autoIncrementCol) {
const pkCols = columns.filter((r) => r.pk > 0);
if (pkCols.length === 1 && pkCols[0].type.toLowerCase() === "integer") autoIncrementCol = pkCols[0].name;
}
return {
name,
isView: type === "view",
isForeign: false,
columns: columns.map((col) => ({
name: col.name,
dataType: col.type,
isNullable: !col.notnull,
isAutoIncrementing: col.name === autoIncrementCol,
hasDefaultValue: col.dflt_value != null,
comment: void 0
}))
};
});
}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/dialect/sqlite/sqlite-adapter.js
var SqliteAdapter = class extends DialectAdapterBase {
get supportsMultipleConnections() {
return false;
}
get supportsTransactionalDdl() {
return false;
}
get supportsReturning() {
return true;
}
async acquireMigrationLock(_db, _opt) {}
async releaseMigrationLock(_db, _opt) {}
};
//#endregion
//#region node_modules/.pnpm/kysely@0.29.6/node_modules/kysely/dist/dialect/sqlite/sqlite-dialect.js
/**
* SQLite dialect that uses the [better-sqlite3](https://github.com/JoshuaWise/better-sqlite3) library.
*
* The constructor takes an instance of {@link SqliteDialectConfig}.
*
* ```ts
* import Database from 'better-sqlite3'
*
* new SqliteDialect({
* database: new Database('db.sqlite')
* })
* ```
*
* If you want the pool to only be created once it's first used, `database`
* can be a function:
*
* ```ts
* import Database from 'better-sqlite3'
*
* new SqliteDialect({
* database: async () => new Database('db.sqlite')
* })
* ```
*/
var SqliteDialect = class {
#config;
constructor(config) {
this.#config = freeze({ ...config });
}
createDriver() {
return new SqliteDriver(this.#config);
}
createQueryCompiler() {
return new SqliteQueryCompiler();
}
createAdapter() {
return new SqliteAdapter();
}
createIntrospector(db) {
return new SqliteIntrospector(db);
}
};
//#endregion
//#region src/infra/kysely-sync.ts
const nodeVersion = parseNodeReleaseVersion(process.versions.node);
const supportsRepreparedAll = !process.versions.bun && (nodeVersion?.major === 24 && isNodeVersionAtLeast(nodeVersion, {
major: 24,
minor: 20,
patch: 0
}) || isNodeVersionAtLeast(nodeVersion, {
major: 26,
minor: 6,
patch: 0
}));
const compileOnlySqliteDialect = new SqliteDialect({ database: async () => {
throw new Error("getNodeSqliteKysely() returns a compile-only Kysely facade; use executeSqliteQuerySync() to execute node:sqlite queries.");
} });
function getNodeSqliteKysely(db) {
const existing = kyselyByDatabase.get(db);
if (existing) return existing;
const kysely = new Kysely({ dialect: compileOnlySqliteDialect });
kyselyByDatabase.set(db, kysely);
return kysely;
}
/** A single bound set avoids SQLite parameter and JS variadic-call limits. */
function sqliteStringSet(values) {
const encoded = JSON.stringify(values.map(toUSVString)).replace(/\\(?:\\|u0000)/g, (escape) => escape === "\\u0000" ? "\\x00" : escape);
return sql`(SELECT value FROM json_each(${encoded}))`;
}
function reportNodeSqliteKyselyQueryError(db, error) {
try {
queryErrorHandlerByDatabase.get(db)?.(error);
} catch {}
}
function throwSqliteIteratorCleanupError(error) {
throw toErrorObject(error, "SQLite iterator cleanup failed");
}
/** Execute a compiled Kysely query synchronously against node:sqlite. */
function executeCompiledSqliteQuerySync(db, compiledQuery, firstRowOnly = false, parameters = compiledQuery.parameters) {
try {
const sql = compiledQuery.sql;
installStatementInvalidation(db);
return executeWithCachedStatement(db, sql, parameters, (statement) => {
if (firstRowOnly && SelectQueryNode.is(compiledQuery.query)) {
const row = statement.get(...parameters);
return { rows: row === void 0 ? [] : [row] };
}
if (SelectQueryNode.is(compiledQuery.query) || statement.columns().length > 0) {
if (supportsRepreparedAll) return { rows: statement.all(...parameters) };
const iterator = statement.iterate(...parameters);
const reader = retainSqliteReader(db, "kysely eager query");
let cleanupError;
let failed = false;
let failure;
const rows = [];
try {
for (const row of iterator) {
reader.progress();
rows.push(row);
}
} catch (error) {
failed = true;
failure = error;
}
try {
iterator.return?.();
} catch (error) {
cleanupError = error;
}
reader.release();
if (failed) throw toErrorObject(failure, "SQLite query failed");
if (cleanupError !== void 0) throw toErrorObject(cleanupError, "SQLite query cleanup failed");
return { rows };
}
statement.setReadBigInts(true);
let outcome;
try {
outcome = statement.run(...parameters);
} finally {
statement.setReadBigInts(false);
}
const { changes, lastInsertRowid } = outcome;
const result = {
numAffectedRows: BigInt(changes),
rows: []
};
if (InsertQueryNode.is(compiledQuery.query) && changes > 0) return {
...result,
insertId: BigInt(lastInsertRowid)
};
return result;
});
} catch (error) {
reportNodeSqliteKyselyQueryError(db, error);
throw error;
}
}
/** Compile and execute a Kysely query synchronously. */
function executeSqliteQuerySync(db, query) {
return executeCompiledSqliteQuerySync(db, query.compile());
}
/** Cache compiled query functions or bundles by native connection. */
function createSqliteQueryCache(create) {
const queriesByDatabase = /* @__PURE__ */ new WeakMap();
return (database) => {
let queries = queriesByDatabase.get(database);
if (queries === void 0) {
queries = create(database);
queriesByDatabase.set(database, queries);
}
return queries;
};
}
/** Compile fixed SQL and fresh bindings without taking ownership of a native statement. */
function compileSqliteQueryBindings(build) {
const bindings = /* @__PURE__ */ new Map();
const compiled = build((read) => {
const marker = Symbol("sqlite-query-parameter");
bindings.set(marker, read);
return sql`${marker}`;
}).compile();
const readers = compiled.parameters.map((value) => bindings.get(value) ?? (() => value));
return {
compiled,
bind: (params) => readers.map((read) => read(params))
};
}
/** Compile a fixed query once; bind fresh values through the normal sync executor on each call. */
function prepareSqliteQuerySync(db, build) {
const { compiled, bind } = compileSqliteQueryBindings(build);
return (params) => executeCompiledSqliteQuerySync(db, compiled, false, bind(params));
}
/** Compile a fixed first-row read once and bind fresh values on every execution. */
function prepareSqliteQueryTakeFirstSync(db, build) {
const { compiled, bind } = compileSqliteQueryBindings(build);
return (params) => executeCompiledSqliteQuerySync(db, compiled, true, bind(params)).rows[0];
}
/** Compile once and capture fresh bindings before lazily opening each private iterator. */
function prepareSqliteQueryIterator(db, build) {
const { compiled, bind } = compileSqliteQueryBindings(build);
return (params) => {
const parameters = bind(params);
return iterateSqliteQuerySync(db, { compile: () => ({
...compiled,
parameters
}) });
};
}
/** Compile and lazily iterate a Kysely query synchronously against node:sqlite. */
function iterateSqliteQuerySync(db, query) {
const owner = captureSqliteReaderOwner();
return (function* () {
const compiledQuery = query.compile();
try {
const statement = db.prepare(compiledQuery.sql);
if (!SelectQueryNode.is(compiledQuery.query) && statement.columns().length === 0) return;
const parameters = compiledQuery.parameters;
const iterator = statement.iterate(...parameters);
const reader = retainSqliteReader(db, "kysely iterator", owner);
let cleanupError;
let failed = false;
try {
for (const row of iterator) {
reader.progress();
yield row;
}
} catch (error) {
failed = true;
throw toErrorObject(error, "SQLite iterator failed");
} finally {
try {
iterator.return?.();
} catch (error) {
cleanupError = error;
}
reader.release();
if (!failed && cleanupError !== void 0) throwSqliteIteratorCleanupError(cleanupError);
}
} catch (error) {
reportNodeSqliteKyselyQueryError(db, error);
throw error;
}
})();
}
/** Execute a Kysely query synchronously and return its first row. */
function executeSqliteQueryTakeFirstSync(db, query) {
return executeCompiledSqliteQuerySync(db, query.compile(), true).rows[0];
}
//#endregion
export { getNodeSqliteKysely as a, prepareSqliteQuerySync as c, sql as d, expressionBuilder as f, executeSqliteQueryTakeFirstSync as i, prepareSqliteQueryTakeFirstSync as l, createSqliteQueryCache as n, iterateSqliteQuerySync as o, executeSqliteQuerySync as r, prepareSqliteQueryIterator as s, compileSqliteQueryBindings as t, sqliteStringSet as u };