const dbTypes = [ 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8', 'character', 'blob sub_type text', 'blob', 'real', 'double', 'double precision', 'float', 'numeric', 'boolean', 'date', 'datetime', 'text', 'varchar', 'timestamp' ] export class SqliteUi { static getNewTableColumns() { return [ { cn: 'id', dt: 'integer', dtx: 'integer', ct: 'int(11)', nrqd: false, rqd: true, ck: false, pk: true, un: false, ai: true, cdf: null, clen: null, np: null, ns: 0, dtxp: '', dtxs: '', altered: 1, uidt: 'ID', uip: '', uicn: '' }, { cn: 'title', dt: 'varchar', dtx: 'specificType', ct: 'varchar', nrqd: true, rqd: false, ck: false, pk: false, un: false, ai: false, cdf: null, clen: 45, np: null, ns: null, dtxp: '', dtxs: '', altered: 1, uidt: 'SingleLineText', uip: '', uicn: '' }, { cn: 'created_at', dt: 'datetime', dtx: 'specificType', ct: 'varchar', nrqd: true, rqd: false, ck: false, pk: false, un: false, ai: false, cdf: 'CURRENT_TIMESTAMP', clen: 45, np: null, ns: null, dtxp: '', dtxs: '', altered: 1, uidt: 'CreateTime', uip: '', uicn: '' }, { cn: 'updated_at', dt: 'datetime', dtx: 'specificType', ct: 'varchar', nrqd: true, rqd: false, ck: false, pk: false, un: false, ai: false, cdf: 'CURRENT_TIMESTAMP', clen: 45, np: null, ns: null, dtxp: '', dtxs: '', altered: 1, uidt: 'LastModifiedTime', uip: '', uicn: '' } ] } static getNewColumn(suffix) { return { cn: 'title' + suffix, dt: 'integer', dtx: 'specificType', ct: 'integer(11)', nrqd: true, rqd: false, ck: false, pk: false, un: false, ai: false, cdf: null, clen: 45, np: null, ns: null, // data_type_x_specific: ' ', dtxp: '', dtxs: ' ', altered: 1, uidt: 'Number', uip: '', uicn: '' } } // static getDefaultLengthForDatatype(type) { // switch (type) { // case "int": // return 11; // break; // case "tinyint": // return 1; // break; // case "smallint": // return 5; // break; // // case "mediumint": // return 9; // break; // case "bigint": // return 20; // break; // case "bit": // return 64; // break; // case "boolean": // return ''; // break; // case "float": // return 12; // break; // case "decimal": // return 10; // break; // case "double": // return 22; // break; // case "serial": // return 20; // break; // case "date": // return ''; // break; // case "datetime": // case "timestamp": // return 6; // break; // case "time": // return ''; // break; // case "year": // return ''; // break; // case "char": // return 255; // break; // case "varchar": // return 45; // break; // case "nchar": // return 255; // break; // case "text": // return ''; // break; // case "tinytext": // return ''; // break; // case "mediumtext": // return ''; // break; // case "longtext": // return '' // break; // case "binary": // return 255; // break; // case "varbinary": // return 65500; // break; // case "blob": // return ''; // break; // case "tinyblob": // return ''; // break; // case "mediumblob": // return ''; // break; // case "longblob": // return ''; // break; // case "enum": // return '\'a\',\'b\''; // break; // case "set": // return '\'a\',\'b\''; // break; // case "geometry": // return ''; // case "point": // return ''; // case "linestring": // return ''; // case "polygon": // return ''; // case "multipoint": // return ''; // case "multilinestring": // return ''; // case "multipolygon": // return ''; // case "json": // return '' // break; // // } // // } static getDefaultLengthForDatatype(type) { switch (type) { case 'int': return '' case 'tinyint': return '' case 'smallint': return '' case 'mediumint': return '' case 'bigint': return '' case 'bit': return '' case 'boolean': return '' case 'float': return '' case 'decimal': return '' case 'double': return '' case 'serial': return '' case 'date': return '' case 'datetime': case 'timestamp': return '' case 'time': return '' case 'year': return '' case 'char': return '' case 'varchar': return '' case 'nchar': return '' case 'text': return '' case 'tinytext': return '' case 'mediumtext': return '' case 'longtext': return '' case 'binary': return '' case 'varbinary': return '' case 'blob': return '' case 'tinyblob': return '' case 'mediumblob': return '' case 'longblob': return '' case 'enum': return '' case 'set': return '' case 'geometry': return '' case 'point': return '' case 'linestring': return '' case 'polygon': return '' case 'multipoint': return '' case 'multilinestring': return '' case 'multipolygon': return '' case 'json': return '' } } static getDefaultLengthIsDisabled(type) { switch (type) { case 'integer': case 'blob': case 'real': case 'numeric': return true case 'text': return false } } static getDefaultValueForDatatype(type) { switch (type) { case 'integer': return 'eg : ' + 10 case 'text': return 'eg : hey' case 'numeric': return 'eg : ' + 10 case 'real': return 'eg : ' + 10.0 case 'blob': return 'eg : ' + 100 } } static getDefaultScaleForDatatype(type) { switch (type) { case 'integer': return ' ' case 'text': return ' ' case 'numeric': return ' ' case 'real': return ' ' case 'blob': return ' ' } } static colPropAIDisabled(col, columns) { // console.log(col); if (col.dt === 'integer') { for (let i = 0; i < columns.length; ++i) { if (columns[i].cn !== col.cn && columns[i].ai) { return true } } return false } else { return true } } static colPropUNDisabled(col) { // console.log(col); return true // if (col.dt === 'int' || // col.dt === 'tinyint' || // col.dt === 'smallint' || // col.dt === 'mediumint' || // col.dt === 'bigint') { // return false; // } else { // return true; // } } static onCheckboxChangeAI(col) { console.log(col) if (col.dt === 'int' || col.dt === 'bigint' || col.dt === 'smallint' || col.dt === 'tinyint') { col.altered = col.altered || 2 } // if (!col.ai) { // col.dtx = 'specificType' // } else { // col.dtx = '' // } } static showScale(columnObj) { return false } static removeUnsigned(columns) { for (let i = 0; i < columns.length; ++i) { if (columns[i].altered === 1 && (!(columns[i].dt === 'int' || columns[i].dt === 'bigint' || columns[i].dt === 'tinyint' || columns[i].dt === 'smallint' || columns[i].dt === 'mediumint'))) { columns[i].un = false console.log('>> resetting unsigned value', columns[i].cn) } console.log(columns[i].cn) } } static extractFunctionName(query) { const reg = /^\s*CREATE\s+(?:OR\s+REPLACE\s*)?\s*FUNCTION\s+(?:[\w\d_]+\.)?([\w_\d]+)/i const match = query.match(reg) return match && match[1] } static extractProcedureName(query) { const reg = /^\s*CREATE\s+(?:OR\s+REPLACE\s*)?\s*PROCEDURE\s+(?:[\w\d_]+\.)?([\w_\d]+)/i const match = query.match(reg) return match && match[1] } static columnEditable(colObj) { return true // colObj.altered === 1; } static handleRawOutput(result, headers) { console.log(result) if (Array.isArray(result) && result[0]) { const keys = Object.keys(result[0]) // set headers before settings result for (let i = 0; i < keys.length; i++) { const text = keys[i] headers.push({ text, value: text, sortable: false }) } } return result } static splitQueries(query) { /*** * we are splitting based on semicolon * there are mechanism to escape semicolon within single/double quotes(string) */ return query.match(/\b("[^"]*;[^"]*"|'[^']*;[^']*'|[^;])*;/g) } /** * if sql statement is SELECT - it limits to a number * @param args * @returns {string|*} */ sanitiseQuery(args) { let q = args.query.trim().split(';') if (q[0].startsWith('Select')) { q = q[0] + ` LIMIT 0,${args.limit ? args.limit : 100};` } else if (q[0].startsWith('select')) { q = q[0] + ` LIMIT 0,${args.limit ? args.limit : 100};` } else if (q[0].startsWith('SELECT')) { q = q[0] + ` LIMIT 0,${args.limit ? args.limit : 100};` } else { return args.query } return q } static getColumnsFromJson(json, tn) { const columns = [] try { if (typeof json === 'object' && !Array.isArray(json)) { const keys = Object.keys(json) for (let i = 0; i < keys.length; ++i) { const column = { dp: null, tn, cn: keys[i], cno: keys[i], np: null, ns: null, clen: null, cop: 1, pk: false, nrqd: false, rqd: false, un: false, ct: 'int(11) unsigned', ai: false, unique: false, cdf: null, cc: '', csn: null, dtx: 'specificType', dtxp: null, dtxs: 0, altered: 1 } switch (typeof json[keys[i]]) { case 'number': if (Number.isInteger(json[keys[i]])) { if (SqliteUi.isValidTimestamp(keys[i], json[keys[i]])) { Object.assign(column, { dt: 'timestamp' }) } else { Object.assign(column, { dt: 'integer' }) } } else { Object.assign(column, { dt: 'real' }) } break case 'string': // if (SqliteUi.isValidDate(json[keys[i]])) { // Object.assign(column, { // "dt": "datetime" // }); // } else if (json[keys[i]].length <= 255) { Object.assign(column, { dt: 'varchar' }) } else { Object.assign(column, { dt: 'text' }) } break case 'boolean': Object.assign(column, { dt: 'integer' }) break case 'object': Object.assign(column, { dt: 'text', np: null, dtxp: null }) break default: break } columns.push(column) } } } catch (e) { console.log('Error in getColumnsFromJson', e) } return columns } static isValidTimestamp(key, value) { if (typeof value !== 'number') { return false } return new Date(value).getTime() > 0 && /(?:_|(?=A))[aA]t$/.test(key) } static isValidDate(value) { return new Date(value).getTime() > 0 } static onCheckboxChangeAU(col) { console.log(col) // if (1) { col.altered = col.altered || 2 // } // if (!col.ai) { // col.dtx = 'specificType' // } else { // col.dtx = '' // } } static colPropAuDisabled(col) { if (col.altered !== 1) { return true } switch (col.dt) { case 'date': case 'datetime': case 'timestamp': case 'time': return false default : return true } } static getAbstractType(col) { switch ((col.dt || col.dt).toLowerCase()) { case 'date': return 'date' case 'datetime': case 'timestamp': return 'datetime' case 'integer': case 'int': case 'tinyint': case 'smallint': case 'mediumint': case 'bigint': case 'int2': case 'int8': return 'integer' case 'text': return 'text' case 'boolean': return 'boolean' case 'real': case 'double': case 'double precision': case 'float': case 'numeric': return 'float' case 'blob sub_type text': case 'blob': return 'blob' case 'character': case 'varchar': return 'string' } } static getUIType(col) { switch (this.getAbstractType(col)) { case 'integer': return 'Number' case 'boolean': return 'Checkbox' case 'float': return 'Decimal' case 'date': return 'Date' case 'datetime': return 'CreateTime' case 'time': return 'Time' case 'year': return 'Year' case 'string': return 'SingleLineText' case 'text': return 'LongText' case 'blob': return 'Attachment' case 'enum': return 'SingleSelect' case 'set': return 'MultiSelect' case 'json': return 'LongText' } } static getDataTypeForUiType(col) { const colProp = {} switch (col.uidt) { case 'ID': colProp.dt = 'integer' colProp.pk = true colProp.un = true colProp.ai = true colProp.rqd = true break case 'ForeignKey': colProp.dt = 'varchar' break case 'SingleLineText': colProp.dt = 'varchar' break case 'LongText': colProp.dt = 'text' break case 'Attachment': colProp.dt = 'text' break case 'Checkbox': // colProp.dt = 'tinyint'; // colProp.dtxp = 1; colProp.dt = 'boolean' break case 'MultiSelect': colProp.dt = 'text' break case 'SingleSelect': colProp.dt = 'text' break case 'Collaborator': colProp.dt = 'varchar' break case 'Date': colProp.dt = 'date' break case 'Year': colProp.dt = 'year' break case 'Time': colProp.dt = 'time' break case 'PhoneNumber': colProp.dt = 'varchar' colProp.validate = { func: ['isMobilePhone'], args: [''], msg: ['Validation failed : isMobilePhone'] } break case 'Email': colProp.dt = 'varchar' colProp.validate = { func: ['isEmail'], args: [''], msg: ['Validation failed : isEmail'] } break case 'URL': colProp.dt = 'varchar' colProp.validate = { func: ['isURL'], args: [''], msg: ['Validation failed : isURL'] } break case 'Number': colProp.dt = 'integer' break case 'Decimal': colProp.dt = 'decimal' break case 'Currency': colProp.dt = 'double precision' colProp.validate = { func: ['isCurrency'], args: [''], msg: ['Validation failed : isCurrency'] } break case 'Percent': colProp.dt = 'double' break case 'Duration': colProp.dt = 'integer' break case 'Rating': colProp.dt = 'float' break case 'Formula': colProp.dt = 'varchar' break case 'Rollup': colProp.dt = 'varchar' break case 'Count': colProp.dt = 'integer' break case 'Lookup': colProp.dt = 'varchar' break case 'DateTime': colProp.dt = 'datetime' break case 'CreateTime': colProp.dt = 'datetime' break case 'LastModifiedTime': colProp.dt = 'datetime' break case 'AutoNumber': colProp.dt = 'integer' break case 'Barcode': colProp.dt = 'varchar' break case 'Button': colProp.dt = 'varchar' break case 'JSON': colProp.dt = 'text' break default: colProp.dt = 'varchar' break } return colProp } static getDataTypeListForUiType(col) { switch (col.uidt) { case 'ID': case 'ForeignKey': return dbTypes case 'SingleLineText': case 'LongText': case 'Attachment': case 'Collaborator': return [ 'character', 'text', 'varchar' ] case 'Checkbox': return [ 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8', 'boolean' ] case 'MultiSelect': return [ 'text', 'varchar' ] case 'SingleSelect': return [ 'text', 'varchar' ] case 'Year': return ['int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8'] case 'Time': return [ 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8'] case 'PhoneNumber': case 'Email': return [ 'varchar', 'text' ] case 'URL': return [ 'varchar', 'text' ] case 'Number': return [ 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8', 'numeric', 'real', 'double', 'double precision', 'float' ] case 'Decimal': return [ 'real', 'double', 'double precision', 'float', 'numeric' ] case 'Currency': return [ 'real', 'double', 'double precision', 'float', 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8', 'numeric'] case 'Percent': return [ 'real', 'double', 'double precision', 'float', 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8', 'numeric' ] case 'Duration': return [ 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8'] case 'Rating': return [ 'real', 'double', 'double precision', 'float', 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8', 'numeric'] case 'Formula': return [ 'text', 'varchar' ] case 'Rollup': return [ 'varchar' ] case 'Count': return [ 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8' ] case 'Lookup': return [ 'varchar' ] case 'Date': return [ 'date', 'varchar' ] case 'DateTime': case 'CreateTime': case 'LastModifiedTime': return [ 'datetime', 'timestamp' ] case 'AutoNumber': return [ 'int', 'integer', 'tinyint', 'smallint', 'mediumint', 'bigint', 'int2', 'int8' ] case 'Barcode': return ['varchar'] case 'Geometry': return [ 'text' ] case 'JSON': return [ 'text' ] case 'Button': default: return dbTypes } } static getUnsupportedFnList() { return [ 'LOG', 'EXP', 'POWER', 'SQRT' ] } } // module.exports = PgUiHelp; /** * @copyright Copyright (c) 2021, Xgene Cloud Ltd * * @author Naveen MR * @author Pranav C Balan * * @license GNU AGPL version 3 or any later version * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU Affero General Public License as * published by the Free Software Foundation, either version 3 of the * License, or (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU Affero General Public License for more details. * * You should have received a copy of the GNU Affero General Public License * along with this program. If not, see . * */