@graphql-inspector/cli/esm/patch/src/patches/directives.js

Tooling for GraphQL. Compare GraphQL Schemas, check documents, find breaking changes, find similar types.

import { Kind, parseConstValue, parseType, print, } from 'graphql';
import { AddedAttributeAlreadyExistsError, AddedAttributeCoordinateNotFoundError, AddedCoordinateAlreadyExistsError, ChangedAncestorCoordinateNotFoundError, ChangedCoordinateKindMismatchError, ChangePathMissingError, DeletedAncestorCoordinateNotFoundError, DeletedAttributeNotFoundError, ValueMismatchError, } from '../errors.js';
import { nameNode, stringNode } from '../node-templates.js';
import { deleteNamedNode, findNamedNode, getDeletedNodeOfKind, parentPath } from '../utils.js';
export function directiveAdded(change, nodeByPath, config, _context) {
    if (change.path === undefined) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const changedNode = nodeByPath.get(change.path);
    if (!changedNode) {
        const node = {
            kind: Kind.DIRECTIVE_DEFINITION,
            name: nameNode(change.meta.addedDirectiveName),
            repeatable: change.meta.addedDirectiveRepeatable,
            locations: change.meta.addedDirectiveLocations.map(l => nameNode(l)),
            description: change.meta.addedDirectiveDescription
                ? stringNode(change.meta.addedDirectiveDescription)
                : undefined,
        };
        nodeByPath.set(change.path, node);
        return;
    }
    if (changedNode.kind !== Kind.DIRECTIVE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.DIRECTIVE_DEFINITION, changedNode.kind), change);
        return;
    }
    // eslint-disable-next-line eqeqeq
    if (change.meta.addedDirectiveRepeatable != changedNode.repeatable) {
        config.onError(new ValueMismatchError(changedNode.kind, `repeatable=${change.meta.addedDirectiveRepeatable}`, `repeatable=${changedNode.repeatable}`), change);
        return;
    }
    if (change.meta.addedDirectiveLocations.join('|') !==
        changedNode.locations.map(l => l.value).join('|')) {
        config.onError(new ValueMismatchError(changedNode.kind, `locations=${change.meta.addedDirectiveLocations.join('|')}`, `locations=${changedNode.locations.map(l => l.value).join('|')}`), change);
        return;
    }
    config.onError(new AddedCoordinateAlreadyExistsError(change.path, change.type), change);
}
export function directiveRemoved(change, nodeByPath, config, _context) {
    const existing = getDeletedNodeOfKind(change, nodeByPath, Kind.DIRECTIVE_DEFINITION, config);
    if (existing) {
        nodeByPath.delete(change.path);
    }
}
export function directiveArgumentAdded(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const directiveNode = nodeByPath.get(change.path);
    if (!directiveNode) {
        config.onError(new AddedAttributeCoordinateNotFoundError(change.path, change.type, change.meta.addedDirectiveArgumentName), change);
        return;
    }
    if (directiveNode.kind !== Kind.DIRECTIVE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.DIRECTIVE_DEFINITION, directiveNode.kind), change);
        return;
    }
    const existingArg = findNamedNode(directiveNode.arguments, change.meta.addedDirectiveArgumentName);
    if (!existingArg) {
        const node = {
            kind: Kind.INPUT_VALUE_DEFINITION,
            name: nameNode(change.meta.addedDirectiveArgumentName),
            type: parseType(change.meta.addedDirectiveArgumentType),
        };
        directiveNode.arguments = [
            ...(directiveNode.arguments ?? []),
            node,
        ];
        nodeByPath.set(`${change.path}.${change.meta.addedDirectiveArgumentName}`, node);
        return;
    }
    const existingType = print(existingArg.type);
    if (existingType !== change.meta.addedDirectiveArgumentType) {
        config.onError(new ValueMismatchError(existingArg.kind, `type=${change.meta.addedDirectiveArgumentType}`, `type=${existingType}`), change);
    }
    const existingDefaultValue = existingArg.defaultValue
        ? print(existingArg.defaultValue)
        : undefined;
    if (change.meta.addedDirectiveDefaultValue !== existingDefaultValue) {
        config.onError(new ValueMismatchError(existingArg.kind, `defaultValue=${change.meta.addedDirectiveDefaultValue}`, `defaultValue=${existingDefaultValue}`), change);
    }
    config.onError(new AddedAttributeAlreadyExistsError(change.path, change.type, 'arguments', change.meta.addedDirectiveArgumentName), change);
}
export function directiveArgumentRemoved(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const argNode = getDeletedNodeOfKind(change, nodeByPath, Kind.INPUT_VALUE_DEFINITION, config);
    if (argNode) {
        const directiveNode = nodeByPath.get(parentPath(change.path));
        if (!directiveNode) {
            config.onError(new DeletedAncestorCoordinateNotFoundError(change.path, change.type, change.meta.removedDirectiveArgumentName), change);
            return;
        }
        if (directiveNode.kind !== Kind.DIRECTIVE_DEFINITION) {
            config.onError(new ChangedCoordinateKindMismatchError(Kind.DIRECTIVE_DEFINITION, directiveNode.kind), change);
            return;
        }
        directiveNode.arguments =
            deleteNamedNode(directiveNode.arguments, change.meta.removedDirectiveArgumentName);
    }
}
export function directiveLocationAdded(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const changedNode = nodeByPath.get(change.path);
    if (!changedNode) {
        config.onError(new ChangedAncestorCoordinateNotFoundError(change.path, change.type, change.meta.addedDirectiveLocation), change);
        return;
    }
    if (changedNode.kind !== Kind.DIRECTIVE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.DIRECTIVE_DEFINITION, changedNode.kind), change);
        return;
    }
    if (changedNode.locations.some(l => l.value === change.meta.addedDirectiveLocation)) {
        config.onError(new AddedAttributeAlreadyExistsError(change.path, change.type, 'locations', change.meta.addedDirectiveLocation), change);
        return;
    }
    changedNode.locations = [
        ...changedNode.locations,
        nameNode(change.meta.addedDirectiveLocation),
    ];
}
export function directiveLocationRemoved(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const changedNode = nodeByPath.get(change.path);
    if (!changedNode) {
        config.onError(new DeletedAncestorCoordinateNotFoundError(change.path, change.type, change.meta.removedDirectiveLocation), change);
        return;
    }
    if (changedNode.kind !== Kind.DIRECTIVE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.DIRECTIVE_DEFINITION, changedNode.kind), change);
        return;
    }
    const existing = changedNode.locations.findIndex(l => l.value === change.meta.removedDirectiveLocation);
    if (existing >= 0) {
        changedNode.locations = changedNode.locations.toSpliced(existing, 1);
    }
    else {
        config.onError(new DeletedAttributeNotFoundError(change.path, change.type, 'locations', change.meta.removedDirectiveLocation), change);
    }
}
export function directiveDescriptionChanged(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const directiveNode = nodeByPath.get(change.path);
    if (!directiveNode) {
        config.onError(new ChangedAncestorCoordinateNotFoundError(change.path, change.type, change.meta.newDirectiveDescription), change);
        return;
    }
    if (directiveNode.kind !== Kind.DIRECTIVE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.DIRECTIVE_DEFINITION, directiveNode.kind), change);
        return;
    }
    if ((directiveNode.description?.value ?? null) !== change.meta.oldDirectiveDescription) {
        config.onError(new ValueMismatchError(Kind.STRING, change.meta.oldDirectiveDescription, directiveNode.description?.value), change);
    }
    directiveNode.description = change.meta.newDirectiveDescription
        ? stringNode(change.meta.newDirectiveDescription)
        : undefined;
}
export function directiveArgumentDefaultValueChanged(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const argumentNode = nodeByPath.get(change.path);
    if (!argumentNode) {
        config.onError(new ChangedAncestorCoordinateNotFoundError(change.path, change.type, change.meta.newDirectiveArgumentDefaultValue ?? null), change);
        return;
    }
    if (argumentNode.kind !== Kind.INPUT_VALUE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.INPUT_VALUE_DEFINITION, argumentNode.kind), change);
        return;
    }
    if ((argumentNode.defaultValue && print(argumentNode.defaultValue)) ===
        change.meta.oldDirectiveArgumentDefaultValue) {
        argumentNode.defaultValue = change.meta
            .newDirectiveArgumentDefaultValue
            ? parseConstValue(change.meta.newDirectiveArgumentDefaultValue)
            : undefined;
    }
    else {
        config.onError(new ValueMismatchError(Kind.INPUT_VALUE_DEFINITION, change.meta.oldDirectiveArgumentDefaultValue, argumentNode.defaultValue && print(argumentNode.defaultValue)), change);
    }
}
export function directiveArgumentDescriptionChanged(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const argumentNode = nodeByPath.get(change.path);
    if (!argumentNode) {
        config.onError(new ChangedAncestorCoordinateNotFoundError(change.path, change.type, change.meta.newDirectiveArgumentDescription), change);
        return;
    }
    if (argumentNode.kind !== Kind.INPUT_VALUE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.INPUT_VALUE_DEFINITION, argumentNode.kind), change);
        return;
    }
    if ((argumentNode.description?.value ?? null) !== change.meta.oldDirectiveArgumentDescription) {
        config.onError(new ValueMismatchError(Kind.STRING, change.meta.oldDirectiveArgumentDescription ?? undefined, argumentNode.description?.value), change);
    }
    argumentNode.description = change.meta
        .newDirectiveArgumentDescription
        ? stringNode(change.meta.newDirectiveArgumentDescription)
        : undefined;
}
export function directiveArgumentTypeChanged(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const argumentNode = nodeByPath.get(change.path);
    if (!argumentNode) {
        config.onError(new ChangedAncestorCoordinateNotFoundError(change.path, change.type, change.meta.newDirectiveArgumentType), change);
        return;
    }
    if (argumentNode.kind !== Kind.INPUT_VALUE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.INPUT_VALUE_DEFINITION, argumentNode.kind), change);
        return;
    }
    if (print(argumentNode.type) !== change.meta.oldDirectiveArgumentType) {
        config.onError(new ValueMismatchError(Kind.STRING, change.meta.oldDirectiveArgumentType, print(argumentNode.type)), change);
    }
    argumentNode.type = parseType(change.meta.newDirectiveArgumentType);
}
export function directiveRepeatableAdded(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const directiveNode = nodeByPath.get(change.path);
    if (!directiveNode) {
        config.onError(new ChangedAncestorCoordinateNotFoundError(change.path, change.type, true), change);
        return;
    }
    if (directiveNode.kind !== Kind.DIRECTIVE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.DIRECTIVE_DEFINITION, directiveNode.kind), change);
        return;
    }
    if (directiveNode.repeatable !== false) {
        config.onError(new ValueMismatchError(Kind.BOOLEAN, String(directiveNode.repeatable), 'false'), change);
    }
    directiveNode.repeatable = true;
}
export function directiveRepeatableRemoved(change, nodeByPath, config, _context) {
    if (!change.path) {
        config.onError(new ChangePathMissingError(change), change);
        return;
    }
    const directiveNode = nodeByPath.get(change.path);
    if (!directiveNode) {
        config.onError(new DeletedAncestorCoordinateNotFoundError(change.path, change.type, true), change);
        return;
    }
    if (directiveNode.kind !== Kind.DIRECTIVE_DEFINITION) {
        config.onError(new ChangedCoordinateKindMismatchError(Kind.DIRECTIVE_DEFINITION, directiveNode.kind), change);
        return;
    }
    if (directiveNode.repeatable !== true) {
        config.onError(new ValueMismatchError(Kind.BOOLEAN, String(directiveNode.repeatable), 'true'), change);
    }
    directiveNode.repeatable = false;
}