@itrocks/mysql-maintainer/cjs/mysql.js

Reactively maintains database structure by updating schema and retrying on MySQL errors

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.Mysql = void 0;
const mysql_1 = require("@itrocks/mysql");
const reflect_1 = require("@itrocks/reflect");
const contextual_connection_1 = require("./contextual-connection");
class Mysql extends mysql_1.Mysql {
    async connect() {
        return contextual_connection_1.Contextual.prototype.applyTo(await super.connect());
    }
    async deleteId(type, id, property = 'id') {
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push(type);
        const result = await super.deleteId(type, id, property);
        contexts.pop();
        return result;
    }
    async deleteRelatedId(object, property, id) {
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push(object);
        const result = await super.deleteRelatedId(object, property, id);
        contexts.pop();
        return result;
    }
    async insert(object) {
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push(object);
        const result = await super.insert(object);
        contexts.pop();
        return result;
    }
    async insertRelatedId(object, property, id) {
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push(object);
        const result = await super.insertRelatedId(object, property, id);
        contexts.pop();
        return result;
    }
    async read(type, id) {
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push(type);
        const result = await super.read(type, id);
        contexts.pop();
        return result;
    }
    async readCollection(object, property, type) {
        type ??= new reflect_1.ReflectProperty(object, property).collectionType.elementType.type;
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push([object, type]);
        const result = await super.readCollection(object, property, type);
        contexts.pop();
        return result;
    }
    async readCollectionIds(object, property, type) {
        type ??= new reflect_1.ReflectProperty(object, property).collectionType.elementType.type;
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push([object, type]);
        const result = await super.readCollectionIds(object, property, type);
        contexts.pop();
        return result;
    }
    async readMultiple(type, ids) {
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push(type);
        const result = await super.readMultiple(type, ids);
        contexts.pop();
        return result;
    }
    async save(object) {
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push(object);
        const result = await super.save(object);
        contexts.pop();
        return result;
    }
    async search(type, search = {}, options) {
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push(type);
        const result = await super.search(type, search, options);
        contexts.pop();
        return result;
    }
    async update(object) {
        const contexts = (this.connection ?? await this.connect()).contexts;
        contexts.push(object);
        const result = await super.update(object);
        contexts.pop();
        return result;
    }
}
exports.Mysql = Mysql;
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