Files
bun-mariadb/dist/utils/sql-generator-gen-query-str.js
T
tbenandClaude Opus 5.5 ddf431e866 Add tests, schema sync safeguards, and query/handler improvements
- Add bun test suite: SQL generator and value unit tests, plus MariaDB
  integration tests gated on BUN_MARIADB_TEST_DB
- schema: add --dry-run and require confirmation (or --yes) before
  dropping tables/columns; block unapproved destructive statements
- Always AND targetId with the query, regardless of searchOperator
- Initialize lazily on first call; init throws instead of exiting
- Generate IN (?, ?, ...) lists for IN / NOT IN
- Share value binding between insert and update (booleans, embeddings,
  function values, "" -> NULL for non-text columns)
- Keep Buffers and convert BigInt/Date without a JSON round-trip
- DbSQL: report success for empty SELECT results
- Run update() in a transaction with row locking
- Key the client cache on the full connection config
- Consolidate identifier quoting, drop dead code, merge column lookup
- Read CLI version from package.json, pin @types/bun, chmod CLI on compile
- Rebuild dist

Co-Authored-By: Claude Opus 5.5 <[email protected]>
2026-10-14 02:27:59 +01:00

196 lines
8.3 KiB
JavaScript

import _, { isUndefined } from "lodash";
import sqlGenGrabConcatStr from "./sql-generator-grab-concat-str";
import sqlGenGenJoinStr from "./sql-generator-gen-join-str";
import sqlGenGrabSelectFieldSQL from "./sql-generator-grab-select-field-sql";
import { columnRef, quoteIdentifier, quoteQualified, sqlJoinType, sqlLogicalOperator, } from "./sql-identifier";
export default function sqlGenGenQueryStr(params) {
let str = "SELECT";
const genObject = params.genObject;
const table_name = params.table_name;
const full_text_match_str = params.full_text_match_str;
const full_text_search_str = params.full_text_search_str;
let sqlSearhValues = [];
if (genObject?.select_sql) {
str += ` ${genObject.select_sql}`;
}
else if (genObject?.selectFields?.[0]) {
if (genObject.join) {
str += sqlGenGrabSelectFieldSQL({
selectFields: genObject.selectFields,
append_table_names: true,
table_name,
});
}
else {
str += sqlGenGrabSelectFieldSQL({
selectFields: genObject.selectFields,
table_name,
});
}
}
else {
if (genObject?.join) {
str += ` ${table_name}.*`;
}
else {
str += " *";
}
}
if (genObject?.countSubQueries) {
let countSqls = [];
for (let i = 0; i < genObject.countSubQueries.length; i++) {
const countSubQuery = genObject.countSubQueries[i];
if (!countSubQuery)
continue;
const tableAlias = countSubQuery.table_alias;
const countTableRef = quoteQualified(tableAlias || countSubQuery.table);
let subQStr = `(SELECT COUNT(*)`;
subQStr += ` FROM ${quoteQualified(countSubQuery.table)}${tableAlias ? ` ${quoteIdentifier(tableAlias)}` : ""}`;
subQStr += ` WHERE (`;
for (let j = 0; j < countSubQuery.srcTrgMap.length; j++) {
const csqSrc = countSubQuery.srcTrgMap[j];
if (!csqSrc)
continue;
subQStr += ` ${countTableRef}.${quoteIdentifier(csqSrc.src)}`;
if (typeof csqSrc.trg == "string") {
subQStr += ` = ?`;
sqlSearhValues.push(csqSrc.trg);
}
else if (typeof csqSrc.trg == "object") {
subQStr += ` = ${columnRef(csqSrc.trg.field, csqSrc.trg.table)}`;
}
if (j < countSubQuery.srcTrgMap.length - 1) {
subQStr += ` AND `;
}
}
subQStr += ` )) AS ${quoteIdentifier(countSubQuery.alias)}`;
countSqls.push(subQStr);
}
str += `, ${countSqls.join(",")}`;
}
if (genObject?.join) {
const existingJoinTableNames = [table_name];
const joinSelects = genObject.join
.flat()
.filter((j) => !isUndefined(j))
.map((joinObj) => {
const joinTableName = joinObj.alias
? joinObj.alias
: joinObj.tableName;
const joinTableRef = quoteQualified(joinTableName);
if (existingJoinTableNames.includes(joinTableRef))
return null;
existingJoinTableNames.push(joinTableRef);
if (joinObj.group_concat) {
return sqlGenGrabConcatStr({
field: columnRef(joinObj.group_concat.field, joinTableName),
alias: joinObj.group_concat.alias,
separator: joinObj.group_concat.separator,
});
}
else if (joinObj.selectFields) {
return joinObj.selectFields
.map((selectField) => {
if (typeof selectField == "string") {
return columnRef(selectField, joinTableName);
}
else if (typeof selectField == "object") {
const fieldRef = columnRef(String(selectField.field), joinTableName);
let aliasSelectField = fieldRef;
if (selectField.count) {
aliasSelectField = `COUNT(${fieldRef})`;
}
else if (selectField.sum) {
aliasSelectField = `SUM(${selectField.distinct ? "DISTINCT " : ""}${fieldRef})`;
}
else if (selectField.average) {
aliasSelectField = `AVG(${fieldRef})`;
}
else if (selectField.max) {
aliasSelectField = `MAX(${fieldRef})`;
}
else if (selectField.min) {
aliasSelectField = `MIN(${fieldRef})`;
}
else if (selectField.group_concat &&
selectField.alias) {
return sqlGenGrabConcatStr({
field: fieldRef,
alias: selectField.alias,
separator: selectField.group_concat.separator,
distinct: selectField.group_concat.distinct,
});
}
else if (selectField.distinct) {
aliasSelectField = `DISTINCT ${fieldRef}`;
}
if (selectField.alias)
aliasSelectField += ` AS ${quoteIdentifier(selectField.alias)}`;
return aliasSelectField;
}
})
.join(",");
}
else {
return `${joinTableRef}.*`;
}
})
.filter((_) => Boolean(_));
if (joinSelects.length) {
str += "," + joinSelects.join(",");
}
}
if (genObject?.fullTextSearch &&
genObject.fullTextSearch.scoreAlias &&
full_text_match_str &&
full_text_search_str) {
str += `, ${full_text_match_str} AS ${quoteIdentifier(genObject.fullTextSearch.scoreAlias)}`;
sqlSearhValues.push(full_text_search_str);
}
str += ` FROM ${table_name}`;
if (genObject?.join) {
str +=
" " +
genObject.join
.flat()
.filter((j) => !isUndefined(j))
.map((join) => {
return (sqlJoinType(join.joinType) +
" " +
(join.alias
? `${quoteQualified(join.tableName)} ${quoteIdentifier(join.alias)}`
: `${quoteQualified(join.tableName)}`) +
" ON " +
(() => {
if (Array.isArray(join.match)) {
return ("(" +
join.match
.filter((mtch) => !_.isUndefined(mtch))
.map((mtch) => {
const { str, values } = sqlGenGenJoinStr({
mtch,
join,
table_name,
});
sqlSearhValues.push(...values);
return str;
})
.join(` ${sqlLogicalOperator(join.operator)} `) +
")");
}
else if (typeof join.match == "object") {
const { str, values } = sqlGenGenJoinStr({
mtch: join.match,
join,
table_name,
});
sqlSearhValues.push(...values);
return str;
}
})());
})
.join(" ");
}
return { str, values: sqlSearhValues };
}