1. 1// MIT License
2. 1//
3. 1// Copyright (c) 2021 Kai Zhu
4. 1//
5. 1// Permission is hereby granted, free of charge, to any person obtaining a copy
6. 1// of this software and associated documentation files (the "Software"), to deal
7. 1// in the Software without restriction, including without limitation the rights
8. 1// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
9. 1// copies of the Software, and to permit persons to whom the Software is
10. 1// furnished to do so, subject to the following conditions:
11. 1//
12. 1// The above copyright notice and this permission notice shall be included in
13. 1// all copies or substantial portions of the Software.
14. 1//
15. 1// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
16. 1// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
17. 1// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
18. 1// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
19. 1// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
20. 1// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
21. 1// SOFTWARE.
22. 1
23. 1
24. 1/*jslint beta, bitwise, name, node*/
25. 1/*global FinalizationRegistry*/
26. 1"use strict";
27. 1
28. 1const JSBATON_ARGC = 8;
29. 1const JSBATON_OFFSET_ALL = 256;
30. 1const JSBATON_OFFSET_ARGV = 128;
31. 1const JSBATON_OFFSET_BUFV = 192;
32. 1// const JSBATON_OFFSET_ERRMSG = 48;
33. 1const JSBATON_OFFSET_FUNCNAME = 8;
34. 1const JS_MAX_SAFE_INTEGER = 0x1f_ffff_ffff_ffff;
35. 1const JS_MIN_SAFE_INTEGER = -0x1f_ffff_ffff_ffff;
36. 1const SIZEOF_BLOB_MAX = 1_000_000_000;
37. 1// const SIZEOF_ERRMSG = 80;
38. 1const SIZEOF_FUNCNAME = 16;
39. 1const SQLITE_DATATYPE_BLOB = 0x04;
40. 1const SQLITE_DATATYPE_EXTERNALBUFFER = 0x71;
41. 1const SQLITE_DATATYPE_FLOAT = 0x02;
42. 1const SQLITE_DATATYPE_INTEGER = 0x01;
43. 1const SQLITE_DATATYPE_INTEGER_0 = 0x00;
44. 1const SQLITE_DATATYPE_INTEGER_1 = 0x21;
45. 1const SQLITE_DATATYPE_NULL = 0x05;
46. 1const SQLITE_DATATYPE_TEXT = 0x03;
47. 1const SQLITE_DATATYPE_TEXT_0 = 0x13;
48. 1const SQLITE_RESPONSETYPE_LASTBLOB = 1;
49. 1const SQLITE_RESPONSETYPE_LASTVALUE = 2;
50. 1
51. 1const FILENAME_DBTMP = "/tmp/__dbtmp1"; //jslint-ignore-line
52. 1
53. 1const LGBM_DTYPE_FLOAT32 = 0; /* float32 (single precision float)*/
54. 1const LGBM_DTYPE_FLOAT64 = 1; /* float64 (double precision float)*/
55. 1const LGBM_DTYPE_INT32 = 2; /* int32*/
56. 1const LGBM_DTYPE_INT64 = 3; /* int64*/
57. 1const LGBM_FEATURE_IMPORTANCE_GAIN = 1; /* Gain type of feature importance*/
58. 1const LGBM_FEATURE_IMPORTANCE_SPLIT = 0;/* Split type of feature importance*/
59. 1const LGBM_MATRIX_TYPE_CSC = 1; /* CSC sparse matrix type*/
60. 1const LGBM_MATRIX_TYPE_CSR = 0; /* CSR sparse matrix type*/
61. 1const LGBM_PREDICT_CONTRIB = 3; /* Predict feature contributions (SHAP values)*/
62. 1const LGBM_PREDICT_LEAF_INDEX = 2; /* Predict leaf index*/
63. 1const LGBM_PREDICT_NORMAL = 0; /* Normal prediction w/ transform (if needed)*/
64. 1const LGBM_PREDICT_RAW_SCORE = 1; /* Predict raw score*/
65. 1const SQLITE_OPEN_AUTOPROXY = 0x00000020; /* VFS only */
66. 1const SQLITE_OPEN_CREATE = 0x00000004; /* Ok for sqlite3_open_v2() */
67. 1const SQLITE_OPEN_DELETEONCLOSE = 0x00000008; /* VFS only */
68. 1const SQLITE_OPEN_EXCLUSIVE = 0x00000010; /* VFS only */
69. 1const SQLITE_OPEN_FULLMUTEX = 0x00010000; /* Ok for sqlite3_open_v2() */
70. 1const SQLITE_OPEN_MAIN_DB = 0x00000100; /* VFS only */
71. 1const SQLITE_OPEN_MAIN_JOURNAL = 0x00000800; /* VFS only */
72. 1const SQLITE_OPEN_MEMORY = 0x00000080; /* Ok for sqlite3_open_v2() */
73. 1const SQLITE_OPEN_NOFOLLOW = 0x01000000; /* Ok for sqlite3_open_v2() */
74. 1const SQLITE_OPEN_NOMUTEX = 0x00008000; /* Ok for sqlite3_open_v2() */
75. 1const SQLITE_OPEN_PRIVATECACHE = 0x00040000; /* Ok for sqlite3_open_v2() */
76. 1const SQLITE_OPEN_READONLY = 0x00000001; /* Ok for sqlite3_open_v2() */
77. 1const SQLITE_OPEN_READWRITE = 0x00000002; /* Ok for sqlite3_open_v2() */
78. 1const SQLITE_OPEN_SHAREDCACHE = 0x00020000; /* Ok for sqlite3_open_v2() */
79. 1const SQLITE_OPEN_SUBJOURNAL = 0x00002000; /* VFS only */
80. 1const SQLITE_OPEN_SUPER_JOURNAL = 0x00004000; /* VFS only */
81. 1const SQLITE_OPEN_TEMP_DB = 0x00000200; /* VFS only */
82. 1const SQLITE_OPEN_TEMP_JOURNAL = 0x00001000; /* VFS only */
83. 1const SQLITE_OPEN_TRANSIENT_DB = 0x00000400; /* VFS only */
84. 1const SQLITE_OPEN_URI = 0x00000040; /* Ok for sqlite3_open_v2() */
85. 1const SQLITE_OPEN_WAL = 0x00080000; /* VFS only */
86. 1
87. 1let DB_EXEC_PROFILE_DICT = {};
88. 1let DB_EXEC_PROFILE_MODE;
89. 1let DB_EXEC_PROFILE_SQL_LENGTH;
90. 1let DB_STATE = {};
91. 1let IS_BROWSER;
92. 1let SQLMATH_EXE;
93. 1let SQLMATH_NODE;
94. 1let cModule;
95. 1let cModulePath;
96. 1let consoleError = console.error;
97. 1let dbFinalizationRegistry;
98. 1// init debugInline
99. 1let debugInline = (function () {
100. 3 let __consoleError = function () {
101. 3 return;
102. 3 };
103. 1 function debug(...argv) {
104. 1
105. 1// This function will print <argv> to stderr and then return <argv>[0].
106. 1
107. 1 __consoleError("\n\ndebugInline");
108. 1 __consoleError(...argv);
109. 1 __consoleError("\n");
110. 1 return argv[0];
111. 1 }
112. 1 debug(); // Coverage-hack.
113. 1 __consoleError = console.error; //jslint-ignore-line
114. 1 return debug;
115. 1}());
116. 1let moduleChildProcess;
117. 1let moduleChildProcessSpawn;
118. 1let moduleCrypto;
119. 1let moduleFs;
120. 1let moduleFsInitResolveList;
121. 1let modulePath;
122. 1let moduleUrl;
123. 1let {
124. 1 npm_config_mode_debug,
125. 1 npm_config_mode_setup,
126. 1 npm_config_mode_test
127. 1} = typeof process === "object" && process?.env;
128. 1let sqlMessageDict = {}; // dict of web-worker-callbacks
129. 1let sqlMessageId = 0;
130. 1let sqlWorker;
131. 1let version = "v2026.4.31";
132. 1
133. 86async function assertErrorThrownAsync(asyncFunc, regexp) {
134. 86
135. 86// This function will assert calling <asyncFunc> throws an error.
136. 86
137. 86 let err;
138. 86 try {
139. 1 await asyncFunc();
140. 85 } catch (errCaught) {
141. 85 err = errCaught;
142. 85 }
143. 86 assertOrThrow(err, "No error thrown.");
144. 86 assertOrThrow(
145. 83 !regexp || new RegExp(regexp).test(err.message),
146. 86 err
147. 86 );
148. 86}
149. 1
150. 14024function assertInt64(val) {
151. 14024 // This function will assert <val> is within range of c99-signed-long-long.
152. 14024 val = BigInt(val);
153. 14024 if (!(
154. 14017 -9_223_372_036_854_775_808n <= val && val <= 9_223_372_036_854_775_807n
155. 14 )) {
156. 14 throw new Error(
157. 14 `integer ${val} outside signed-64-bit inclusive-range`
158. 14 + " -9,223,372,036,854,775,808 to 9,223,372,036,854,775,807"
159. 14 );
160. 14 }
161. 14024}
162. 1
163. 4930function assertJsonEqual(aa, bb, message) {
164. 4930
165. 4930// This function will assert JSON.stringify(<aa>) === JSON.stringify(<bb>).
166. 4930
167. 4930 aa = JSON.stringify(objectDeepCopyWithKeysSorted(aa), undefined, 1);
168. 4930 bb = JSON.stringify(objectDeepCopyWithKeysSorted(bb), undefined, 1);
169. 3 if (aa !== bb) {
170. 3 throw new Error(
171. 3 "\n" + aa + "\n!==\n" + bb
172. 3 + (
173. 3 typeof message === "string"
174. 3 ? " - " + message
175. 3 : message
176. 3 ? " - " + JSON.stringify(message)
177. 3 : ""
178. 3 )
179. 3 );
180. 3 }
181. 4930}
182. 1
183. 4function assertNumericalEqual(aa, bb, message) {
184. 4
185. 4// This function will assert aa - bb <= Number.EPSILON.
186. 4
187. 4 assertOrThrow(aa, "value cannot be 0 or falsy");
188. 2 if (!(Math.abs((aa - bb) / Math.max(aa, bb)) <= 256 * Number.EPSILON)) {
189. 2 throw new Error(
190. 2 JSON.stringify(aa) + " != " + JSON.stringify(bb) + (
191. 2 message
192. 2 ? " - " + message
193. 2 : ""
194. 2 )
195. 2 );
196. 2 }
197. 4}
198. 1
199. 49221function assertOrThrow(condition, message) {
200. 49221
201. 49221// This function will throw <message> if <condition> is falsy.
202. 49221
203. 70 if (!condition) {
204. 70 throw (
205. 70 (!message || typeof message === "string")
206. 70 ? new Error(String(message).slice(0, 2048))
207. 70 : message
208. 70 );
209. 70 }
210. 49221}
211. 1
212. 15async function childProcessSpawn2(command, args, option) {
213. 15
214. 15// This function will run child_process.spawn as a promise.
215. 15
216. 15 return await new Promise(function (resolve, reject) {
217. 15 let bufList = [[], [], []];
218. 15 let child;
219. 15 let {
220. 15 modeCapture,
221. 15 modeDebug,
222. 15 stdio = []
223. 15 } = option;
224. 1 if (modeDebug) {
225. 1 consoleError(
226. 1 `childProcessSpawn2 - ${command} ${JSON.stringify(args)}`
227. 1 );
228. 1 }
229. 15 child = moduleChildProcessSpawn(
230. 15 command,
231. 15 args,
232. 15 Object.assign({}, option, {
233. 15 stdio: [
234. 15 "ignore",
235. 15 (
236. 15 modeCapture
237. 1 ? "pipe"
238. 14 : stdio[1]
239. 15 ),
240. 15 (
241. 15 modeCapture
242. 1 ? "pipe"
243. 14 : stdio[2]
244. 15 )
245. 15 ]
246. 15 })
247. 15 );
248. 1 if (modeCapture) {
249. 1 [
250. 1 child.stdin, child.stdout, child.stderr
251. 3 ].forEach(function (pipe, ii) {
252. 1 if (ii === 0) {
253. 1 return;
254. 2 }
255. 2 pipe.on("data", function (chunk) {
256. 2 bufList[ii].push(chunk);
257. 2 if (stdio[ii] !== "ignore") {
258. 2 switch (ii) {
259. 2 case 1:
260. 2 process.stdout.write(chunk);
261. 2 break;
262. 2 case 2:
263. 2 process.stderr.write(chunk);
264. 2 break;
265. 2 }
266. 2 }
267. 2 });
268. 2 });
269. 1 }
270. 15 child.on("exit", function (exitCode) {
271. 15 let resolve0 = resolve;
272. 15 let stderr;
273. 15 let stdout;
274. 15 // coverage-hack
275. 15 if (exitCode || npm_config_mode_test) {
276. 15 resolve = reject;
277. 15 }
278. 15 // coverage-hack
279. 15 if (npm_config_mode_test) {
280. 15 resolve = resolve0;
281. 15 }
282. 15 [
283. 15 stdout, stderr
284. 30 ] = bufList.slice(1).map(function (buf) {
285. 30 return (
286. 30 typeof modeCapture === "string"
287. 2 ? Buffer.concat(buf).toString(modeCapture)
288. 28 : Buffer.concat(buf)
289. 30 );
290. 30 });
291. 15 resolve([
292. 15 exitCode, stdout, stderr
293. 15 ]);
294. 15 });
295. 15 });
296. 15}
297. 1
298. 7async function ciBuildExt({
299. 7 process
300. 7}) {
301. 7
302. 7// This function will build sqlmath from c.
303. 7
304. 7 let binNodegyp;
305. 7 let exitCode;
306. 7 binNodegyp = modulePath.resolve(
307. 7 modulePath.dirname(process.execPath || ""),
308. 7 "node_modules/npm/node_modules/node-gyp/bin/node-gyp.js"
309. 7 ).replace("/bin/node_modules/", "/lib/node_modules/");
310. 7 if (!noop(
311. 7 await fsExistsUnlessTest(cModulePath)
312. 7 )) {
313. 7 await ciBuildExt1NodejsConfigure({
314. 7 binNodegyp,
315. 7 process
316. 7 });
317. 7 }
318. 7 consoleError(
319. 7 `ciBuildExt2Nodejs - linking lib ${modulePath.resolve(cModulePath)}`
320. 7 );
321. 7 [
322. 7 exitCode
323. 7 ] = await childProcessSpawn2(
324. 7 "sh",
325. 7 [
326. 7 "-c",
327. 7 (`
328. 7(set -e
329. 7 # rebuild binding
330. 7 node "${binNodegyp}" build --release
331. 7 # node "${binNodegyp}" build --release --loglevel=verbose
332. 7 mv build/Release/binding.node "${cModulePath}"
333. 7 mv build/Release/shell "${SQLMATH_EXE}"
334. 7 # ugly-hack - win32-sqlite-shell doesn't like nodejs-builtin-zlib,
335. 7 # so link with external-zlib.
336. 7 if (uname | grep -q "MING\\|MSYS")
337. 7 then
338. 7 rm -f ${SQLMATH_EXE}
339. 7 python setup.py exe_link \
340. 7 ./build/Release/SRC_SQLITE_BASE.lib \
341. 7 ./build/Release/SRC_SQLMATH_BASE.lib \
342. 7 ./build/Release/obj/shell/sqlmath_external_sqlite.obj \
343. 7 ./zlib.v1.3.1.vcpkg.x64-windows-static.lib \
344. 7 \
345. 7 -ltcg \
346. 7 -nologo \
347. 7 -out:${SQLMATH_EXE} \
348. 7 -subsystem:console
349. 7 fi
350. 7)
351. 7 `)
352. 7 ],
353. 7 {modeDebug: npm_config_mode_debug, stdio: ["ignore", 1, 2]}
354. 7 );
355. 7 assertOrThrow(!exitCode, `ciBuildExt - exitCode=${exitCode}`);
356. 7}
357. 1
358. 7async function ciBuildExt1NodejsConfigure({
359. 7 binNodegyp
360. 7 // process
361. 7}) {
362. 7
363. 7// This function will setup posix/win32 env for building c-extension.
364. 7
365. 7 let cflagWallList = [];
366. 7 let cflagWnoList = [];
367. 7 String(
368. 7 await fsReadFileUnlessTest(".ci.sh", "utf8", (`
369. 7SQLMATH_CFLAG_WALL_LIST=" \\
370. 7"
371. 7SQLMATH_CFLAG_WNO_LIST=" \\
372. 7"
373. 7 `))
374. 7 ).replace((
375. 7 /(SQLMATH_CFLAG_WALL_LIST|SQLMATH_CFLAG_WNO_LIST)=" \\([\S\s]*?)"/g
376. 14 ), function (ignore, cflagType, cflagList) {
377. 14 cflagList = cflagList.split(/[\s\\]/).filter(noop);
378. 14 switch (cflagType) {
379. 7 case "SQLMATH_CFLAG_WALL_LIST":
380. 7 cflagWallList = cflagList;
381. 7 break;
382. 7 case "SQLMATH_CFLAG_WNO_LIST":
383. 7 cflagWnoList = cflagList;
384. 7 break;
385. 14 }
386. 14 return "";
387. 14 });
388. 7 consoleError(`ciBuildExt1Nodejs - configure binding.gyp`);
389. 7 await fsWriteFileUnlessTest("binding.gyp", JSON.stringify({
390. 7 "target_defaults": {
391. 7 "cflags": cflagWallList,
392. 7// https://github.com/nodejs/node-gyp/blob/v10.3.1/gyp/pylib/gyp/MSVSSettings.py
393. 7 "msvs_settings": {
394. 7 "VCCLCompilerTool": {
395. 7 "WarnAsError": 1,
396. 7 "WarningLevel": 4
397. 7 }
398. 7 },
399. 7 "xcode_settings": {
400. 7 "OTHER_CFLAGS": cflagWallList
401. 7 }
402. 7 },
403. 7 "targets": [
404. 7 {
405. 7 "cflags": cflagWnoList,
406. 7 "defines": [
407. 7 "SRC_SQLITE_BASE_C2"
408. 7 ],
409. 7 "msvs_settings": {
410. 7 "VCCLCompilerTool": {
411. 7 "WarnAsError": 1,
412. 7 "WarningLevel": 2
413. 7 }
414. 7 },
415. 7 "sources": [
416. 7 "sqlmath_external_sqlite.c"
417. 7 ],
418. 7 "target_name": "SRC_SQLITE_BASE",
419. 7 "type": "static_library",
420. 7 "xcode_settings": {
421. 7 "OTHER_CFLAGS": cflagWnoList
422. 7 }
423. 7 },
424. 7 {
425. 7 "defines": [
426. 7 "SRC_SQLMATH_BASE_C2"
427. 7 ],
428. 7 "dependencies": [
429. 7 "SRC_SQLITE_BASE"
430. 7 ],
431. 7 "sources": [
432. 7 "sqlmath_base.c"
433. 7 ],
434. 7 "target_name": "SRC_SQLMATH_BASE",
435. 7 "type": "static_library"
436. 7 },
437. 7 {
438. 7 "defines": [
439. 7 "SRC_SQLMATH_NODEJS_C2"
440. 7 ],
441. 7 "dependencies": [
442. 7 "SRC_SQLMATH_BASE"
443. 7 ],
444. 7 "sources": [
445. 7 "sqlmath_base.c"
446. 7 ],
447. 7 "target_name": "binding"
448. 7 },
449. 7 {
450. 7 "conditions": [
451. 7 [
452. 7 "OS==\"win\"",
453. 7 {},
454. 7 {
455. 7 "libraries": [
456. 7 "-lz"
457. 7 ]
458. 7 }
459. 7 ]
460. 7 ],
461. 7 "defines": [
462. 7 "SRC_SQLITE_SHELL_C2"
463. 7 ],
464. 7 "dependencies": [
465. 7 "SRC_SQLMATH_BASE"
466. 7 ],
467. 7 "sources": [
468. 7 "sqlmath_external_sqlite.c"
469. 7 ],
470. 7 "target_name": "shell",
471. 7 "type": "executable"
472. 7 }
473. 7 ]
474. 7 }, undefined, 4) + "\n");
475. 7 await childProcessSpawn2(
476. 7 "sh",
477. 7 [
478. 7 "-c",
479. 7 (`
480. 7(set -e
481. 7 # node "${binNodegyp}" clean
482. 7 node "${binNodegyp}" configure
483. 7)
484. 7 `)
485. 7 ],
486. 7 {modeDebug: npm_config_mode_debug, stdio: ["ignore", 1, 2]}
487. 7 );
488. 7}
489. 1
490. 3913async function dbCallAsync(baton, argList, mode, db) {
491. 3913
492. 3913// This function will call c-function dbXxx() with given <funcname>
493. 3913// and return [<baton>, ...argList].
494. 3913
495. 3913 let errStack;
496. 3913 let funcname;
497. 3913 let id;
498. 3913 let profileObj;
499. 3913 let profileStart;
500. 3913 let result;
501. 3913 let sql;
502. 3913 let timeElapsed;
503. 3913 // If argList contains <db>, then mark it as busy.
504. 2026 if (mode === "modeDbExec" || mode === "modeDbFile") {
505. 1902 // init db
506. 1902 db = argList[0];
507. 1902 assertOrThrow(
508. 1902 db.busy >= 0,
509. 1902 `dbCallAsync - invalid db.busy = ${db.busy}`
510. 1902 );
511. 1902 db.ii = (db.ii + 1) % db.connPool.length;
512. 1902 db.ptr = db.connPool[db.ii][0];
513. 1902 // increment db.busy
514. 1902 db.busy += 1;
515. 1902 // init profileObj
516. 1902 if (DB_EXEC_PROFILE_MODE && mode === "modeDbExec") {
517. 1902 profileStart = Date.now();
518. 1902 sql = String(argList[1]);
519. 1902 // sql-hash - remove comment
520. 1902 sql = sql.replace((/(?:^|\s+?)--.*/gm), "");
521. 1902 // sql-hash - remove vowel
522. 1902 sql = sql.replace((/[aeiou]\b/gi), "\u0000$&");
523. 1902 sql = sql.replace((/([bcdfghjklmnpqrstvwxyz])[aeiou]+/gi), "$1");
524. 1902 sql = sql.replace((/\u0000([aeiou])\b/gi), "$1");
525. 1902 // sql-hash - remove underscore
526. 1902 sql = sql.replace((/_+/g), "");
527. 1902 // sql-hash - truncate long text
528. 1902 sql = sql.replace((/(\S{16})\S+/g), "$1");
529. 1902 // sql-hash - remove whitespace
530. 1902 sql = sql.replace((/\s+/g), " ");
531. 1902 sql = sql.trim().slice(0, DB_EXEC_PROFILE_SQL_LENGTH);
532. 1902 DB_EXEC_PROFILE_DICT[sql] = DB_EXEC_PROFILE_DICT[sql] || {
533. 1902 busy: 0,
534. 1902 count: 0,
535. 1902 sql,
536. 1902 timeElapsed: 0
537. 1902 };
538. 1902 profileObj = DB_EXEC_PROFILE_DICT[sql];
539. 1902 // increment profileObj.busy
540. 1902 profileObj.busy += 1;
541. 1902 profileObj.count += 1;
542. 1902 }
543. 1902 try {
544. 1902 return await dbCallAsync(
545. 1902 baton,
546. 1902 [
547. 1902 db.ptr,
548. 1902 ...argList.slice(1)
549. 1902 ],
550. 1902 undefined,
551. 1902 db
552. 1902 );
553. 1902 } finally {
554. 1902 // decrement db.busy
555. 1902 db.busy -= 1;
556. 1902 assertOrThrow(
557. 1902 db.busy >= 0,
558. 1902 `dbCallAsync - invalid db.busy = ${db.busy}`
559. 1902 );
560. 1902 // update profileObj
561. 1902 if (profileObj) {
562. 1902 // decrement profileObj.busy
563. 1902 profileObj.busy -= 1;
564. 1902 assertOrThrow(
565. 1902 profileObj.busy >= 0,
566. 1902 `dbCallAsync - invalid profileObj.busy = ${profileObj.busy}`
567. 1902 );
568. 1902 if (profileObj.busy === 0) {
569. 1902 profileObj.timeElapsed += Date.now() - profileStart;
570. 1902 }
571. 1902 }
572. 1902 }
573. 2011 }
574. 2011 // copy argList to avoid side-effect
575. 2011 argList = [...argList];
576. 2011 assertOrThrow(
577. 2011 argList.length <= JSBATON_ARGC,
578. 2011 `dbCallAsync - argList.length must be less than than ${JSBATON_ARGC}`
579. 2011 );
580. 2011 // pad argList to length JSBATON_ARGC
581. 6228 while (argList.length < JSBATON_ARGC) {
582. 6228 argList.push(0n);
583. 6228 }
584. 2011 // serialize js-value to c-value
585. 15950 argList = argList.map(function (val, argi) {
586. 15949 if (val === null || val === undefined) {
587. 2011 val = 0;
588. 2011 }
589. 15950 switch (typeof val) {
590. 8047 case "bigint":
591. 9937 case "boolean":
592. 13992 case "number":
593. 13992 // check for min/max safe-integer
594. 13992 assertOrThrow(
595. 13992 (
596. 13992 (JS_MIN_SAFE_INTEGER <= val && val <= JS_MAX_SAFE_INTEGER)
597. 13992 || typeof val === "bigint"
598. 13992 ),
599. 13992 (
600. 13992 "dbCallAsync - "
601. 13992 + "non-bigint-integer must be within inclusive-range"
602. 13992 + ` ${JS_MIN_SAFE_INTEGER} to ${JS_MAX_SAFE_INTEGER}`
603. 13992 )
604. 13992 );
605. 13992 val = BigInt(val);
606. 13992 assertInt64(val);
607. 13992 baton.setBigInt64(JSBATON_OFFSET_ARGV + argi * 8, val, true);
608. 13992 return val;
609. 15950 // case "object":
610. 15950 // break;
611. 2011 case "string":
612. 2011 baton = jsbatonSetValue(baton, argi, (
613. 2011 val.endsWith("\u0000")
614. 2011 ? val
615. 2011 // append null-terminator to string
616. 2011 : val + "\u0000"
617. 2011 ));
618. 2011 return;
619. 2011 }
620. 2011 assertOrThrow(
621. 2011 !ArrayBuffer.isView(val) || val.byteOffset === 0,
622. 15950 (
623. 15950 "dbCallAsync - argList cannot contain arraybuffer-views"
624. 15950 + " with non-zero byteOffset"
625. 15950 )
626. 15950 );
627. 2011 if (isExternalBuffer(val)) {
628. 2011 return val;
629. 2011 }
630. 2011 throw new Error(`dbCallAsync - invalid arg-type "${typeof val}"`);
631. 2011 });
632. 2011 // assert byteOffset === 0
633. 17892 [baton, ...argList].forEach(function (arg) {
634. 2011 assertOrThrow(!ArrayBuffer.isView(arg) || arg.byteOffset === 0, arg);
635. 17892 });
636. 2011 // extract funcname
637. 2011 funcname = new TextDecoder().decode(
638. 2011 new DataView(baton.buffer, JSBATON_OFFSET_FUNCNAME, SIZEOF_FUNCNAME)
639. 2011 ).replace((/\u0000/g), "");
640. 2011 // preserve stack-trace
641. 2011 errStack = new Error().stack.replace((/.*$/m), "");
642. 2011 try {
643. 2011
644. 2011// Dispatch to nodejs-napi.
645. 2011
646. 2011 if (!IS_BROWSER) {
647. 1986 await cModule._jspromiseCreate(baton.buffer, argList, funcname);
648. 1986 // prepend baton to argList
649. 1986 return [baton, ...argList];
650. 1986 }
651. 2
652. 2// Dispatch to web-worker.
653. 2
654. 2 // increment sqlMessageId
655. 2 sqlMessageId += 1;
656. 2 id = sqlMessageId;
657. 2 // postMessage to web-worker
658. 2 sqlWorker.postMessage(
659. 2 {
660. 2 FILENAME_DBTMP,
661. 2 JSBATON_OFFSET_ALL,
662. 2 JSBATON_OFFSET_BUFV,
663. 2 argList,
664. 2 baton,
665. 2 funcname,
666. 2 id
667. 2 },
668. 2 // transfer arraybuffer without copying
669. 2 [baton.buffer, ...argList.filter(isExternalBuffer)]
670. 2 );
671. 2 // init timeElapsed
672. 2 timeElapsed = Date.now();
673. 2 // await result from web-worker
674. 2 result = await new Promise(function (resolve) {
675. 2 sqlMessageDict[id] = resolve;
676. 2 });
677. 2 // cleanup sqlMessageDict
678. 2 delete sqlMessageDict[id];
679. 2 // debug slow postMessage
680. 2 timeElapsed = Date.now() - timeElapsed;
681. 2 if (timeElapsed > 500 || funcname === "testTimeElapsed") {
682. 1 consoleError(
683. 1 "sqlMessagePost - "
684. 1 + JSON.stringify({funcname, timeElapsed})
685. 1 + errStack
686. 1 );
687. 2 }
688. 2 assertOrThrow(!result.errmsg, result.errmsg);
689. 2 // prepend baton to argList
690. 2 return [result.baton, ...result.argList];
691. 55 } catch (err) {
692. 55 // debug db.filename
693. 55 if (db?.filename2 || db?.filename) {
694. 55 err.message += ` (from ${db?.filename2 || db?.filename})`;
695. 55 }
696. 55 err.stack += errStack;
697. 55 assertOrThrow(undefined, err);
698. 55 }
699. 3913}
700. 1
701. 3async function dbCloseAsync(db) {
702. 3
703. 3// This function will close sqlite-database-connection <db>.
704. 3
705. 3 // prevent segfault - do not close db if actions are pending
706. 3 assertOrThrow(
707. 3 db.busy === 0,
708. 3 `dbCloseAsync - cannot close db with ${db.busy} actions pending`
709. 3 );
710. 3 // cleanup connPool
711. 1 await Promise.all(db.connPool.map(async function (ptr) {
712. 1 let val = ptr[0];
713. 1 ptr[0] = 0n;
714. 1 await dbCallAsync(
715. 1 jsbatonCreate("_dbClose"),
716. 1 [
717. 1 val,
718. 1 db.filename
719. 1 ]
720. 1 );
721. 1 }));
722. 1}
723. 1
724. 58function dbExecAndReturnLastBlob(option) {
725. 58
726. 58// This function will exec <sql> in <db>,
727. 58// and return last-value retrieved from execution as raw blob/buffer.
728. 58
729. 58 return dbExecAsync(Object.assign({
730. 58 responseType: "lastblob"
731. 58 }, option));
732. 58}
733. 1
734. 115async function dbExecAndReturnLastRow(option) {
735. 115
736. 115// This function will exec <sql> in <db>,
737. 115// and return last-row or empty-object.
738. 115
739. 101 let result = await dbExecAsync(option);
740. 101 result = result[result.length - 1] || [];
741. 1 result = result[result.length - 1] || {};
742. 115 return result;
743. 115}
744. 1
745. 65async function dbExecAndReturnLastTable(option) {
746. 65
747. 65// This function will exec <sql> in <db>,
748. 65// and return last-table or empty-list.
749. 65
750. 65 let result = await dbExecAsync(option);
751. 1 result = result[result.length - 1] || [];
752. 65 return result;
753. 65}
754. 1
755. 1184function dbExecAndReturnLastValue(option) {
756. 1184
757. 1184// This function will exec <sql> in <db>,
758. 1184// and return last-json-value.
759. 1184
760. 1184 return dbExecAsync(Object.assign({
761. 1184 responseType: "lastvalue"
762. 1184 }, option));
763. 1184}
764. 1
765. 1900async function dbExecAsync({
766. 1900 bindList = [],
767. 1900 db,
768. 1900 modeNoop,
769. 1900 responseType,
770. 1900 sql
771. 1900}) {
772. 1900
773. 1900// This function will exec <sql> in <db> and return <result>.
774. 1900
775. 1900 let baton = jsbatonCreate("_dbExec");
776. 1900 let bindByKey = !Array.isArray(bindList);
777. 1900 let bufi = [0];
778. 1900 let referenceList = [];
779. 1900 let result;
780. 1 if (modeNoop) {
781. 1 return;
782. 1899 }
783. 1899 if (bindByKey) {
784. 1347 Object.entries(bindList).forEach(function ([key, val]) {
785. 1347 baton = jsbatonSetValue(baton, undefined, `:${key}\u0000`);
786. 1347 baton = jsbatonSetValue(
787. 1347 baton,
788. 1347 undefined,
789. 1347 val,
790. 1347 bufi,
791. 1347 referenceList
792. 1347 );
793. 1347 });
794. 1235 } else {
795. 664 bindList.forEach(function (val) {
796. 664 baton = jsbatonSetValue(
797. 664 baton,
798. 664 undefined,
799. 664 val,
800. 664 bufi,
801. 664 referenceList
802. 664 );
803. 664 });
804. 1887 }
805. 1887 [
806. 1887 baton, ...result
807. 1887 ] = await dbCallAsync(
808. 1887 baton,
809. 1887 [
810. 1887 // 0. db
811. 1887 db,
812. 1887 // 1. sql
813. 1887 String(sql) + "\n;\nPRAGMA noop",
814. 1887 // 2. bindList.length
815. 1887 (
816. 1887 bindByKey
817. 1887 ? Object.keys(bindList).length
818. 652 : bindList.length
819. 1900 ),
820. 1900 // 3. bindByKey
821. 1900 bindByKey,
822. 1900 // 4. responseType
823. 1900 (
824. 1900 responseType === "lastblob"
825. 56 ? SQLITE_RESPONSETYPE_LASTBLOB
826. 1831 : responseType === "lastvalue"
827. 1831 ? SQLITE_RESPONSETYPE_LASTVALUE
828. 1831 : 0
829. 1900 )
830. 1900 ],
831. 1900 "modeDbExec"
832. 1832 );
833. 1832 result = result[0];
834. 1832 if (!IS_BROWSER) {
835. 1832 result = cModule._jsbatonStealCbuffer(
836. 1832 baton.buffer,
837. 1832 0,
838. 1832 Number(
839. 1832 responseType !== "arraybuffer" && responseType !== "lastblob"
840. 1832 )
841. 1832 );
842. 1832 }
843. 1832 switch (responseType) {
844. 1832 case "arraybuffer":
845. 110 case "lastblob":
846. 110 break;
847. 1236 case "lastvalue":
848. 1403 case "list":
849. 1403 result = jsonParseArraybuffer(result);
850. 1403 break;
851. 319 default:
852. 345 result = jsonParseArraybuffer(result).map(function (table) {
853. 345 let colList = table.shift();
854. 13913 return table.map(function (row) {
855. 13913 let dict = {};
856. 43338 colList.forEach(function (key, ii) {
857. 43338 dict[key] = row[ii];
858. 43338 });
859. 13913 return dict;
860. 13913 });
861. 345 });
862. 1832 }
863. 1832 return result;
864. 1832}
865. 1
866. 2function dbExecProfile({
867. 2 limit = 20,
868. 2 lineLength = 80,
869. 2 modeInit,
870. 2 sqlLength = 256
871. 2}) {
872. 2
873. 2// This function will profile dbExecAsync.
874. 2
875. 2 let result;
876. 1 if (modeInit && !DB_EXEC_PROFILE_MODE) {
877. 1 DB_EXEC_PROFILE_MODE = Date.now();
878. 1 DB_EXEC_PROFILE_SQL_LENGTH = sqlLength;
879. 1 process.on("exit", function () {
880. 1 console.error(dbExecProfile({
881. 1 limit,
882. 1 lineLength
883. 1 }));
884. 1 });
885. 1 return;
886. 1 }
887. 1 result = Object.values(DB_EXEC_PROFILE_DICT);
888. 1481 result.sort(function (aa, bb) {
889. 475 return ((bb.timeElapsed - aa.timeElapsed) || (bb.count - aa.count));
890. 1481 });
891. 20 result = result.slice(0, limit).map(function ({
892. 20 count,
893. 20 sql,
894. 20 timeElapsed
895. 20 }, ii) {
896. 20 return String(
897. 20 `${Number(ii + 1).toFixed(0).padStart(2, " ")}.`
898. 20 + ` ${timeElapsed.toFixed(0).padStart(4)}`
899. 20 + ` ${count.toFixed(0).padStart(3)}`
900. 20 + " " + JSON.stringify(sql)
901. 20 ).slice(0, lineLength);
902. 20 }).join("\n");
903. 1 result = (
904. 1 `\ndbExecProfile:\n`
905. 1 + ` # time cnt sql\n`
906. 1 + `${result}\n`
907. 1 );
908. 1 return result;
909. 1}
910. 1
911. 17async function dbFileLoadAsync({
912. 17 db,
913. 17 dbData,
914. 17 filename,
915. 17 modeNoop,
916. 17 modeSave = 0
917. 17}) {
918. 17
919. 17// This function will load <filename> to <db>.
920. 17
921. 17 let filename2;
922. 15 async function _dbFileLoad() {
923. 15 dbData = await dbCallAsync(
924. 15 jsbatonCreate("_dbFileLoad"),
925. 15 [
926. 15 // 0. sqlite3 * pInMemory
927. 15 db,
928. 15 // 1. char *zFilename
929. 15 filename,
930. 15 // 2. const int isSave
931. 15 modeSave,
932. 15 // 3. undefined
933. 15 undefined,
934. 15 // 4. dbData - same position as dbOpenAsync
935. 15 dbData
936. 15 ],
937. 15 "modeDbFile"
938. 15 );
939. 15 }
940. 1 if (modeNoop) {
941. 1 return;
942. 16 }
943. 16 if (IS_BROWSER) {
944. 1 filename = FILENAME_DBTMP;
945. 16 }
946. 16 assertOrThrow(
947. 16 typeof filename === "string" && filename,
948. 17 `invalid filename ${filename}`
949. 17 );
950. 17 db.filename2 = filename;
951. 17 // Save to tmpfile and then atomically-rename to actual-filename.
952. 15 if (moduleFs && modeSave) {
953. 13 filename2 = filename;
954. 13 filename = modulePath.join(
955. 13 modulePath.dirname(filename),
956. 13 `.dbFileSaveAsync.${moduleCrypto.randomUUID()}`
957. 13 );
958. 13 try {
959. 13 await _dbFileLoad();
960. 13 await moduleFs.promises.rename(filename, filename2);
961. 13 } finally {
962. 13 await moduleFs.promises.unlink(filename).catch(noop);
963. 13 }
964. 13 } else {
965. 2 await _dbFileLoad();
966. 15 }
967. 15 return dbData[1 + 0];
968. 15}
969. 1
970. 14async function dbFileSaveAsync({
971. 14 db,
972. 14 dbData,
973. 14 filename,
974. 14 modeNoop
975. 14}) {
976. 14
977. 14// This function will save <db> to <filename>.
978. 14
979. 14 return await dbFileLoadAsync({
980. 14 db,
981. 14 dbData,
982. 14 filename,
983. 14 modeNoop,
984. 14 modeSave: 1
985. 14 });
986. 14}
987. 1
988. 56async function dbNoopAsync(...argList) {
989. 56
990. 56// This function will do nothing except return <argList>.
991. 56
992. 56 return await dbCallAsync(
993. 56 jsbatonCreate("_dbNoop"),
994. 56 argList
995. 56 );
996. 56}
997. 1
998. 32async function dbOpenAsync({
999. 32 afterFinalization,
1000. 32 dbData,
1001. 32 filename = ":memory:",
1002. 32 flags,
1003. 32 threadCount = 1,
1004. 32 timeoutBusy = 5000
1005. 32}) {
1006. 32
1007. 32// This function will open and return sqlite-database-connection <db>.
1008. 32
1009. 32// int sqlite3_open_v2(
1010. 32// const char *filename, /* Database filename (UTF-8) */
1011. 32// sqlite3 **ppDb, /* OUT: SQLite db handle */
1012. 32// int flags, /* Flags */
1013. 32// const char *zVfs /* Name of VFS module to use */
1014. 32// );
1015. 32 let connPool;
1016. 32 let db = {busy: 0, filename, ii: 0};
1017. 32 assertOrThrow(typeof filename === "string", `invalid filename ${filename}`);
1018. 32 assertOrThrow(
1019. 1 !dbData || isExternalBuffer(dbData),
1020. 32 "dbData must be ArrayBuffer"
1021. 32 );
1022. 32 connPool = await Promise.all(Array.from(new Array(
1023. 32 threadCount
1024. 32 ), async function () {
1025. 32 let [ptr] = await dbCallAsync(
1026. 32 jsbatonCreate("_dbOpen"),
1027. 32 [
1028. 32 // 0. const char *filename, Database filename (UTF-8)
1029. 32 filename,
1030. 32 // 1. sqlite3 **ppDb, OUT: SQLite db handle
1031. 32 undefined,
1032. 32 // 2. int flags, Flags
1033. 32 flags ?? (
1034. 32 SQLITE_OPEN_CREATE | SQLITE_OPEN_READWRITE | SQLITE_OPEN_URI
1035. 32 ),
1036. 32 // 3. const char *zVfs Name of VFS module to use
1037. 32 undefined,
1038. 32 // 4. wasm-only - arraybuffer of raw sqlite-database
1039. 32 dbData
1040. 32 ]
1041. 32 );
1042. 32 ptr = [ptr.getBigInt64(JSBATON_OFFSET_ARGV + 0, true)];
1043. 32 dbFinalizationRegistry.register(db, {afterFinalization, ptr});
1044. 32 return ptr;
1045. 32 }));
1046. 32 db.connPool = connPool;
1047. 1 if (!IS_BROWSER && !DB_STATE.init) {
1048. 1 DB_STATE.init = true;
1049. 1 await Promise.all([
1050. 1 // PRAGMA busy_timeout
1051. 1 dbExecAsync({
1052. 1 db,
1053. 1 sql: (`
1054. 1PRAGMA busy_timeout = ${timeoutBusy};
1055. 1 `)
1056. 1 }),
1057. 1 // LGBM_DLOPEN
1058. 1 (async function () {
1059. 1 let libLgbm = `lib_lightgbm_${libPlatformArchExt()}`;
1060. 1 libLgbm = `${import.meta.dirname}/sqlmath/${libLgbm}`;
1061. 1 await moduleFs.promises.access(
1062. 1 libLgbm
1063. 1 ).then(async function () {
1064. 1 await dbExecAsync({
1065. 1 db,
1066. 1 sql: (`
1067. 1SELECT LGBM_DLOPEN('${libLgbm}');
1068. 1 `)
1069. 1 });
1070. 1 DB_STATE.lgbm = true;
1071. 1 }).catch(noop);
1072. 1 }())
1073. 1 ]);
1074. 1 }
1075. 32 return db;
1076. 32}
1077. 1
1078. 47async function dbTableImportAsync({
1079. 47 db,
1080. 47 filename,
1081. 47 headerMissing,
1082. 47 mode,
1083. 47 tableName,
1084. 47 textData
1085. 47}) {
1086. 47// This function will create table from imported csv/json <textData>.
1087. 47 let colList;
1088. 47 let rowList;
1089. 47 let rowidList;
1090. 47 let tmp;
1091. 42 if (filename) {
1092. 42 textData = await moduleFs.promises.readFile(filename, "utf8");
1093. 42 }
1094. 47 switch (mode) {
1095. 2 case "csv":
1096. 2 rowList = jsonRowListFromCsv({
1097. 2 csv: textData
1098. 2 });
1099. 2 break;
1100. 43 case "tsv":
1101. 43 rowList = [];
1102. 99001 textData.trimEnd().replace((/.+/g), function (line) {
1103. 99001 rowList.push(line.split("\t"));
1104. 99001 });
1105. 43 break;
1106. 47 // case "json":
1107. 2 default:
1108. 2 rowList = JSON.parse(textData);
1109. 47 }
1110. 1 if (!(typeof rowList === "object" && rowList)) {
1111. 1 rowList = [];
1112. 1 }
1113. 47 // normalize rowList to list
1114. 1 if (!Array.isArray(rowList)) {
1115. 1 rowidList = [];
1116. 2 rowList = Object.entries(rowList).map(function ([
1117. 2 key, val
1118. 2 ]) {
1119. 2 rowidList.push(key);
1120. 2 return val;
1121. 2 });
1122. 1 }
1123. 47 // headerMissing
1124. 42 if (headerMissing && (rowList.length > 0 && Array.isArray(rowList[0]))) {
1125. 714 rowList.unshift(Array.from(rowList[0]).map(function (ignore, ii) {
1126. 714 return String(ii + 1);
1127. 714 }));
1128. 42 }
1129. 47 // normalize rowList[ii] to list
1130. 1 if (rowList.length === 0) {
1131. 1 rowList.push([
1132. 1 "undefined"
1133. 1 ]);
1134. 1 }
1135. 1 if (!Array.isArray(rowList[0])) {
1136. 1 colList = Array.from(
1137. 1 new Set(
1138. 2 rowList.map(function (obj) {
1139. 2 return Object.keys(obj);
1140. 2 }).flat()
1141. 1 )
1142. 1 );
1143. 2 rowList = rowList.map(function (obj) {
1144. 4 return colList.map(function (key) {
1145. 4 return obj[key];
1146. 4 });
1147. 2 });
1148. 1 rowList.unshift(colList);
1149. 1 }
1150. 47 // init colList
1151. 47 colList = rowList.shift();
1152. 47 // preserve rowid
1153. 1 if (rowidList) {
1154. 1 colList.unshift("rowid");
1155. 2 rowList.forEach(function (row, ii) {
1156. 2 row.unshift(rowidList[ii]);
1157. 2 });
1158. 1 }
1159. 47 // normalize colList
1160. 47 tmp = new Set();
1161. 723 colList = colList.map(function (colName) {
1162. 723 let colName2;
1163. 723 let duplicate = 0;
1164. 723 colName = colName.trim();
1165. 723 colName = colName.replace((/\W/g), "_");
1166. 723 colName = colName.replace((/^[^A-Z_a-z]|^$/gm), "_$&");
1167. 724 while (true) {
1168. 724 duplicate += 1;
1169. 724 colName2 = (
1170. 724 duplicate === 1
1171. 724 ? colName
1172. 724 : colName + "_" + duplicate
1173. 724 );
1174. 724 if (!tmp.has(colName2)) {
1175. 724 tmp.add(colName2);
1176. 724 return colName2;
1177. 724 }
1178. 724 }
1179. 723 });
1180. 47 // create dbtable from rowList
1181. 47 await dbExecAsync({
1182. 47 bindList: {
1183. 47 rowList: JSON.stringify(rowList)
1184. 47 },
1185. 47 db,
1186. 47 sql: (
1187. 47 rowList.length === 0
1188. 3 ? `CREATE TABLE ${tableName} (${colList.join(",")});`
1189. 44 : (
1190. 44 `CREATE TABLE ${tableName} AS SELECT `
1191. 719 + colList.map(function (colName, ii) {
1192. 719 return "value->>" + ii + " AS " + colName;
1193. 719 }).join(",")
1194. 44 + " FROM JSON_EACH($rowList);"
1195. 44 )
1196. 47 )
1197. 47 });
1198. 47}
1199. 1
1200. 2async function fsCopyFileUnlessTest(file1, file2, mode) {
1201. 2
1202. 2// This function will copy <file1> to <file2> unless <npm_config_mode_test> = 1.
1203. 2
1204. 1 if (npm_config_mode_test && mode !== "force") {
1205. 1 return;
1206. 1 }
1207. 1 await moduleFs.promises.copyFile(file1, file2, mode | 0);
1208. 1}
1209. 1
1210. 10async function fsExistsUnlessTest(file, mode) {
1211. 10
1212. 10// This function will test if <file> exists unless <npm_config_mode_test> = 1.
1213. 10
1214. 8 if (npm_config_mode_test && mode !== "force") {
1215. 8 return false;
1216. 8 }
1217. 2 try {
1218. 2 await moduleFs.promises.access(file);
1219. 1 return true;
1220. 1 } catch (ignore) {
1221. 1 return false;
1222. 1 }
1223. 10}
1224. 1
1225. 22async function fsReadFileUnlessTest(file, mode, defaultData) {
1226. 22
1227. 22// This function will read <data> from <file> unless <npm_config_mode_test> = 1.
1228. 22
1229. 8 if (npm_config_mode_test && mode !== "force") {
1230. 8 return defaultData;
1231. 14 }
1232. 14 return await moduleFs.promises.readFile(
1233. 14 file,
1234. 14 mode && mode.replace("force", "utf8")
1235. 22 );
1236. 22}
1237. 1
1238. 10async function fsWriteFileUnlessTest(file, data, mode) {
1239. 10
1240. 10// This function will write <data> to <file> unless <npm_config_mode_test> = 1.
1241. 10
1242. 9 if (npm_config_mode_test && mode !== "force") {
1243. 9 return;
1244. 9 }
1245. 1 await moduleFs.promises.writeFile(file, data);
1246. 1}
1247. 1
1248. 31function isExternalBuffer(buf) {
1249. 31
1250. 31// This function will check if <buf> is ArrayBuffer.
1251. 31
1252. 17 return buf && buf.constructor === ArrayBuffer;
1253. 31}
1254. 1
1255. 2024function jsbatonCreate(funcname) {
1256. 2024
1257. 2024// This function will create buffer <baton>.
1258. 2024
1259. 2024 let baton = new DataView(new ArrayBuffer(JSBATON_OFFSET_ALL));
1260. 2024 // init nallc, nused
1261. 2024 baton.setInt32(4, JSBATON_OFFSET_ALL, true);
1262. 2024 // copy funcname into baton
1263. 2024 new Uint8Array(
1264. 2024 baton.buffer,
1265. 2024 baton.byteOffset + JSBATON_OFFSET_FUNCNAME,
1266. 2024 SIZEOF_FUNCNAME - 1
1267. 2024 ).set(new TextEncoder().encode(funcname));
1268. 2024 return baton;
1269. 2024}
1270. 1
1271. 24function jsbatonGetInt64(baton, argi) {
1272. 24
1273. 24// This function will return int64-value from <baton> at <argi>.
1274. 24
1275. 24 return baton.getBigInt64(JSBATON_OFFSET_ARGV + argi * 8, true);
1276. 24}
1277. 1
1278. 9function jsbatonGetString(baton, argi) {
1279. 9
1280. 9// This function will return string-value from <baton> at <argi>.
1281. 9
1282. 9 let offset = baton.getInt32(JSBATON_OFFSET_ARGV + argi * 8, true);
1283. 9 return new TextDecoder().decode(new Uint8Array(
1284. 9 baton.buffer,
1285. 9 baton.byteOffset + offset + 1 + 4,
1286. 9 // remove null-terminator from string
1287. 9 baton.getInt32(offset + 1, true) - 1
1288. 9 ));
1289. 9}
1290. 1
1291. 5154function jsbatonSetValue(baton, argi, val, bufi, referenceList) {
1292. 5154
1293. 5154// This function will set <val> to buffer <baton>.
1294. 5154
1295. 5154 let nn;
1296. 5154 let nused;
1297. 5154 let tmp;
1298. 5154 let vsize;
1299. 5154 let vtype;
1300. 5154/*
1301. 5154#define SQLITE_DATATYPE_BLOB 0x04
1302. 5154#define SQLITE_DATATYPE_EXTERNALBUFFER 0x71
1303. 5154#define SQLITE_DATATYPE_FLOAT 0x02
1304. 5154#define SQLITE_DATATYPE_INTEGER 0x01
1305. 5154#define SQLITE_DATATYPE_INTEGER_0 0x00
1306. 5154#define SQLITE_DATATYPE_INTEGER_1 0x21
1307. 5154#define SQLITE_DATATYPE_NULL 0x05
1308. 5154#define SQLITE_DATATYPE_TEXT 0x03
1309. 5154#define SQLITE_DATATYPE_TEXT_0 0x13
1310. 5154 // 1. 0.bigint
1311. 5154 // 2. 0.boolean
1312. 5154 // 3. 0.function
1313. 5154 // 4. 0.number
1314. 5154 // 5. 0.object
1315. 5154 // 6. 0.string
1316. 5154 // 7. 0.symbol
1317. 5154 // 8. 0.undefined
1318. 5154 // 9. 1.bigint
1319. 5154 // 10. 1.boolean
1320. 5154 // 11. 1.function
1321. 5154 // 12. 1.number
1322. 5154 // 13. 1.object
1323. 5154 // 14. 1.string
1324. 5154 // 15. 1.symbol
1325. 5154 // 16. 1.undefined
1326. 5154 // 17. 1.buffer
1327. 5154 // 18. 1.externalbuffer
1328. 5154*/
1329. 5154 // 10. 1.boolean
1330. 5130 if (val === 1 || val === 1n) {
1331. 30 val = true;
1332. 30 }
1333. 5154 switch (
1334. 5154 val
1335. 4773 ? "1." + typeof(val)
1336. 381 : "0." + typeof(val)
1337. 5154 ) {
1338. 5154 // 1. 0.bigint
1339. 24 case "0.bigint":
1340. 5154 // 2. 0.boolean
1341. 30 case "0.boolean":
1342. 5154 // 4. 0.number
1343. 250 case "0.number":
1344. 250 if (Number.isNaN(val)) {
1345. 250 vtype = SQLITE_DATATYPE_NULL;
1346. 250 vsize = 0;
1347. 250 break;
1348. 250 }
1349. 250 vtype = SQLITE_DATATYPE_INTEGER_0;
1350. 250 vsize = 0;
1351. 250 break;
1352. 5154 // 3. 0.function
1353. 5154 // case "0.function":
1354. 5154 // 5. 0.object
1355. 98 case "0.object":
1356. 5154 // 7. 0.symbol
1357. 98 case "0.symbol":
1358. 5154 // 8. 0.undefined
1359. 105 case "0.undefined":
1360. 5154 // 11. 1.function
1361. 119 case "1.function":
1362. 5154 // 15. 1.symbol
1363. 125 case "1.symbol":
1364. 125 // 16. 1.undefined
1365. 125 // case "1.undefined":
1366. 125 vtype = SQLITE_DATATYPE_NULL;
1367. 125 vsize = 0;
1368. 125 break;
1369. 5154 // 6. 0.string
1370. 26 case "0.string":
1371. 26 vtype = SQLITE_DATATYPE_TEXT_0;
1372. 26 vsize = 0;
1373. 26 break;
1374. 5154 // 9. 1.bigint
1375. 42 case "1.bigint":
1376. 42 vtype = SQLITE_DATATYPE_INTEGER;
1377. 42 vsize = 8;
1378. 42 break;
1379. 5154 // 10. 1.boolean
1380. 36 case "1.boolean":
1381. 36 vtype = SQLITE_DATATYPE_INTEGER_1;
1382. 36 vsize = 0;
1383. 36 break;
1384. 5154 // 12. 1.number
1385. 561 case "1.number":
1386. 561 vtype = SQLITE_DATATYPE_FLOAT;
1387. 561 vsize = 8;
1388. 561 break;
1389. 5154 // 14. 1.string
1390. 4032 case "1.string":
1391. 4032 val = new TextEncoder().encode(val);
1392. 4032 vtype = SQLITE_DATATYPE_TEXT;
1393. 4032 vsize = 4 + val.byteLength;
1394. 4032 break;
1395. 5154 // 13. 1.object
1396. 82 default:
1397. 82 // 18. 1.externalbuffer
1398. 82 if (val.constructor === ArrayBuffer) {
1399. 82 assertOrThrow(
1400. 82 !IS_BROWSER,
1401. 82 "external ArrayBuffer cannot be passed directly to wasm"
1402. 82 );
1403. 82 vtype = SQLITE_DATATYPE_EXTERNALBUFFER;
1404. 82 vsize = 4;
1405. 82 break;
1406. 82 }
1407. 82 // 17. 1.buffer
1408. 82 if (ArrayBuffer.isView(val)) {
1409. 82 if (val.byteLength === 0) {
1410. 82 vtype = SQLITE_DATATYPE_NULL;
1411. 82 vsize = 0;
1412. 82 break;
1413. 82 }
1414. 82 vtype = SQLITE_DATATYPE_BLOB;
1415. 82 vsize = 4 + val.byteLength;
1416. 82 break;
1417. 82 }
1418. 82 // 13. 1.object
1419. 82 val = new TextEncoder().encode(
1420. 82 typeof val.toJSON === "function"
1421. 82 ? val.toJSON()
1422. 82 : JSON.stringify(val)
1423. 82 );
1424. 82 vtype = SQLITE_DATATYPE_TEXT;
1425. 82 vsize = 4 + val.byteLength;
1426. 5154 }
1427. 5154 nused = baton.getInt32(4, true);
1428. 5154 nn = nused + 1 + vsize;
1429. 5154 assertOrThrow(
1430. 5154 nn <= 0xffff_ffff,
1431. 5154 "jsbaton cannot exceed 0x7fff_ffff / 2,147,483,647 bytes"
1432. 5154 );
1433. 5154 // exponentially grow baton as needed
1434. 2136 if (baton.byteLength < nn) {
1435. 2136 tmp = baton;
1436. 2136 baton = new DataView(new ArrayBuffer(
1437. 2136 Math.min(2 ** Math.ceil(Math.log2(nn)), 0x7fff_ffff)
1438. 2136 ));
1439. 2136 // update nallc
1440. 2136 baton.setInt32(0, baton.byteLength, true);
1441. 2136 // copy old-baton into new-baton
1442. 2136 new Uint8Array(baton.buffer, baton.byteOffset, nused).set(
1443. 2136 new Uint8Array(tmp.buffer, tmp.byteOffset, nused)
1444. 2136 );
1445. 2136 }
1446. 5154 // push vtype - 1-byte
1447. 5154 baton.setUint8(nused, vtype);
1448. 5154 // update nused
1449. 5154 baton.setInt32(4, nused + 1 + vsize, true);
1450. 5154 // handle blob-value
1451. 5154 switch (vtype) {
1452. 30 case SQLITE_DATATYPE_BLOB:
1453. 4090 case SQLITE_DATATYPE_TEXT:
1454. 4090 // set argv[ii] to blob/text location
1455. 4090 if (argi !== undefined) {
1456. 4090 baton.setInt32(JSBATON_OFFSET_ARGV + argi * 8, nused, true);
1457. 4090 }
1458. 4090 vsize -= 4;
1459. 4090 assertOrThrow(
1460. 4090 0 <= vsize && vsize <= SIZEOF_BLOB_MAX,
1461. 4090 (
1462. 4090 "sqlite-blob byte-length must be within inclusive-range"
1463. 4090 + ` 0 to ${SIZEOF_BLOB_MAX}`
1464. 4090 )
1465. 4090 );
1466. 4090 // push vsize - 4-byte
1467. 4090 baton.setInt32(nused + 1, vsize, true);
1468. 4090 // push SQLITE-BLOB/TEXT - vsize-byte
1469. 4090 new Uint8Array(
1470. 4090 baton.buffer,
1471. 4090 baton.byteOffset + nused + 1 + 4,
1472. 4090 vsize
1473. 4090 ).set(new Uint8Array(val.buffer, val.byteOffset, vsize));
1474. 4090 break;
1475. 12 case SQLITE_DATATYPE_EXTERNALBUFFER:
1476. 12 vsize = val.byteLength;
1477. 12 assertOrThrow(
1478. 12 0 <= vsize && vsize <= SIZEOF_BLOB_MAX,
1479. 12 (
1480. 12 "sqlite-blob byte-length must be within inclusive-range"
1481. 12 + ` 0 to ${SIZEOF_BLOB_MAX}`
1482. 12 )
1483. 12 );
1484. 12 assertOrThrow(
1485. 12 bufi[0] < JSBATON_ARGC,
1486. 12 `cannot pass more than ${JSBATON_ARGC} arraybuffers`
1487. 12 );
1488. 12 // push externalbuffer - 4-byte
1489. 12 baton.setInt32(nused + 1, bufi[0], true);
1490. 12 // set buffer
1491. 12 cModule._jsbatonSetArraybuffer(baton.buffer, bufi[0], val);
1492. 12 // increment bufi
1493. 12 bufi[0] += 1;
1494. 12 // add buffer to reference_list to prevent gc during db_call.
1495. 12 referenceList.push(val);
1496. 12 break;
1497. 561 case SQLITE_DATATYPE_FLOAT:
1498. 561 // push SQLITE-REAL - 8-byte
1499. 561 baton.setFloat64(nused + 1, val, true);
1500. 561 break;
1501. 42 case SQLITE_DATATYPE_INTEGER:
1502. 42 assertInt64(val);
1503. 42 // push SQLITE-INTEGER - 8-byte
1504. 42 baton.setBigInt64(nused + 1, val, true);
1505. 42 break;
1506. 5142 }
1507. 5142 return baton;
1508. 5142}
1509. 1
1510. 1723function jsonParseArraybuffer(buf) {
1511. 1723
1512. 1723// This function will JSON.parse arraybuffer <buf>.
1513. 1723
1514. 1723 return JSON.parse(
1515. 1723 (
1516. 1723 IS_BROWSER
1517. 1 ? new TextDecoder().decode(buf)
1518. 1722 : buf
1519. 1723 )
1520. 1 || "null"
1521. 1723 );
1522. 1723}
1523. 1
1524. 2function jsonRowListFromCsv({
1525. 2 csv
1526. 2}) {
1527. 2// This function will convert <csv>-text to json list-of-list.
1528. 2//
1529. 2// https://tools.ietf.org/html/rfc4180#section-2
1530. 2// Definition of the CSV Format
1531. 2// While there are various specifications and implementations for the
1532. 2// CSV format (for ex. [4], [5], [6] and [7]), there is no formal
1533. 2// specification in existence, which allows for a wide variety of
1534. 2// interpretations of CSV files. This section documents the format that
1535. 2// seems to be followed by most implementations:
1536. 2//
1537. 2// 1. Each record is located on a separate line, delimited by a line
1538. 2// break (CRLF). For example:
1539. 2// aaa,bbb,ccc CRLF
1540. 2// zzz,yyy,xxx CRLF
1541. 2//
1542. 2// 2. The last record in the file may or may not have an ending line
1543. 2// break. For example:
1544. 2// aaa,bbb,ccc CRLF
1545. 2// zzz,yyy,xxx
1546. 2//
1547. 2// 3. There maybe an optional header line appearing as the first line
1548. 2// of the file with the same format as normal record lines. This
1549. 2// header will contain names corresponding to the fields in the file
1550. 2// and should contain the same number of fields as the records in
1551. 2// the rest of the file (the presence or absence of the header line
1552. 2// should be indicated via the optional "header" parameter of this
1553. 2// MIME type). For example:
1554. 2// field_name,field_name,field_name CRLF
1555. 2// aaa,bbb,ccc CRLF
1556. 2// zzz,yyy,xxx CRLF
1557. 2//
1558. 2// 4. Within the header and each record, there may be one or more
1559. 2// fields, separated by commas. Each line should contain the same
1560. 2// number of fields throughout the file. Spaces are considered part
1561. 2// of a field and should not be ignored. The last field in the
1562. 2// record must not be followed by a comma. For example:
1563. 2// aaa,bbb,ccc
1564. 2//
1565. 2// 5. Each field may or may not be enclosed in double quotes (however
1566. 2// some programs, such as Microsoft Excel, do not use double quotes
1567. 2// at all). If fields are not enclosed with double quotes, then
1568. 2// double quotes may not appear inside the fields. For example:
1569. 2// "aaa","bbb","ccc" CRLF
1570. 2// zzz,yyy,xxx
1571. 2//
1572. 2// 6. Fields containing line breaks (CRLF), double quotes, and commas
1573. 2// should be enclosed in double-quotes. For example:
1574. 2// "aaa","b CRLF
1575. 2// bb","ccc" CRLF
1576. 2// zzz,yyy,xxx
1577. 2//
1578. 2// 7. If double-quotes are used to enclose fields, then a double-quote
1579. 2// appearing inside a field must be escaped by preceding it with
1580. 2// another double quote. For example:
1581. 2// "aaa","b""bb","ccc"
1582. 2 let match;
1583. 2 let quote;
1584. 2 let rgx;
1585. 2 let row;
1586. 2 let rowList;
1587. 2 let val;
1588. 2 // normalize "\r\n" to "\n"
1589. 2 csv = csv.trimEnd().replace((
1590. 2 /\r\n?/gu
1591. 2 ), "\n") + "\n";
1592. 2 rgx = (
1593. 2 /(.*?)(""|"|,|\n)/gu
1594. 2 );
1595. 2 rowList = [];
1596. 2 // reset row
1597. 2 row = [];
1598. 2 val = "";
1599. 28 while (true) {
1600. 28 match = rgx.exec(csv);
1601. 28 if (!match) {
1602. 28// 2. The last record in the file may or may not have an ending line
1603. 28// break. For example:
1604. 28// aaa,bbb,ccc CRLF
1605. 28// zzz,yyy,xxx
1606. 28 if (!row.length) {
1607. 28 break;
1608. 28 }
1609. 28 // // if eof missing crlf, then mock it
1610. 28 // rgx.lastIndex = csv.length;
1611. 28 // match = [
1612. 28 // "\n", "", "\n"
1613. 28 // ];
1614. 28 }
1615. 28 // build val
1616. 28 val += match[1];
1617. 28 if (match[2] === "\"") {
1618. 28// 5. Each field may or may not be enclosed in double quotes (however
1619. 28// some programs, such as Microsoft Excel, do not use double quotes
1620. 28// at all). If fields are not enclosed with double quotes, then
1621. 28// double quotes may not appear inside the fields. For example:
1622. 28// "aaa","bbb","ccc" CRLF
1623. 28// zzz,yyy,xxx
1624. 28 quote = !quote;
1625. 28 } else if (quote) {
1626. 28// 7. If double-quotes are used to enclose fields, then a double-quote
1627. 28// appearing inside a field must be escaped by preceding it with
1628. 28// another double quote. For example:
1629. 28// "aaa","b""bb","ccc"
1630. 28 if (match[2] === "\"\"") {
1631. 28 val += "\"";
1632. 28// 6. Fields containing line breaks (CRLF), double quotes, and commas
1633. 28// should be enclosed in double-quotes. For example:
1634. 28// "aaa","b CRLF
1635. 28// bb","ccc" CRLF
1636. 28// zzz,yyy,xxx
1637. 28 } else {
1638. 28 val += match[2];
1639. 28 }
1640. 28 } else if (match[2] === ",") {
1641. 28// 4. Within the header and each record, there may be one or more
1642. 28// fields, separated by commas. Each line should contain the same
1643. 28// number of fields throughout the file. Spaces are considered part
1644. 28// of a field and should not be ignored. The last field in the
1645. 28// record must not be followed by a comma. For example:
1646. 28// aaa,bbb,ccc
1647. 28 // delimit val
1648. 28 row.push(val);
1649. 28 val = "";
1650. 28 } else if (match[2] === "\n") {
1651. 28// 1. Each record is located on a separate line, delimited by a line
1652. 28// break (CRLF). For example:
1653. 28// aaa,bbb,ccc CRLF
1654. 28// zzz,yyy,xxx CRLF
1655. 28 // delimit val
1656. 28 row.push(val);
1657. 28 val = "";
1658. 28 // append row
1659. 28 rowList.push(row);
1660. 28 // reset row
1661. 28 row = [];
1662. 28 }
1663. 28 }
1664. 2 // // append val
1665. 2 // if (val) {
1666. 2 // row.push(val);
1667. 2 // }
1668. 2 // // append row
1669. 2 // if (row.length) {
1670. 2 // rowList.push(row);
1671. 2 // }
1672. 2 return rowList;
1673. 2}
1674. 1
1675. 1function libPlatformArchExt() {
1676. 1 let libArch = process.arch;
1677. 1 let libExt = process.platform;
1678. 1 let libPlatform = process.platform;
1679. 1 libExt = libExt.replace("darwin", "dylib");
1680. 1 libExt = libExt.replace("win32", "dll");
1681. 1 libExt = libExt.replace(libPlatform, "so");
1682. 1 return `${libPlatform}_${libArch}.${libExt}`;
1683. 1}
1684. 1
1685. 1function listOrEmptyList(list) {
1686. 1
1687. 1// This function will return <list> or empty-list if falsy.
1688. 1
1689. 1 return list || [];
1690. 1}
1691. 1
1692. 8async function moduleFsInit() {
1693. 8
1694. 8// This function will import nodejs builtin-modules if they have not yet been
1695. 8// imported.
1696. 8
1697. 8// State 3 - Modules already imported.
1698. 8
1699. 6 if (moduleFs !== undefined) {
1700. 6 return;
1701. 6 }
1702. 2
1703. 2// State 2 - Wait while modules are importing.
1704. 2
1705. 2 if (moduleFsInitResolveList !== undefined) {
1706. 1 return new Promise(function (resolve) {
1707. 1 moduleFsInitResolveList.push(resolve);
1708. 1 });
1709. 1 }
1710. 1
1711. 1// State 1 - Start importing modules.
1712. 1
1713. 1 moduleFsInitResolveList = [];
1714. 1 [
1715. 1 moduleChildProcess,
1716. 1 moduleCrypto,
1717. 1 moduleFs,
1718. 1 modulePath,
1719. 1 moduleUrl
1720. 1 ] = await Promise.all([
1721. 1 import("child_process"),
1722. 1 import("crypto"),
1723. 1 import("fs"),
1724. 1 import("path"),
1725. 1 import("url")
1726. 1 ]);
1727. 1 while (moduleFsInitResolveList.length > 0) {
1728. 1 moduleFsInitResolveList.shift()();
1729. 1 }
1730. 1 SQLMATH_NODE = `_sqlmath.napi6_${process.platform}_${process.arch}.node`;
1731. 1 SQLMATH_EXE = (
1732. 1 `_sqlmath.shell_${process.platform}_${process.arch}`
1733. 1 + process.platform.replace(
1734. 1 "win32",
1735. 1 ".exe"
1736. 1 ).replace(
1737. 1 process.platform,
1738. 1 ""
1739. 1 )
1740. 1 );
1741. 1}
1742. 1
1743. 263function noop(val) {
1744. 263
1745. 263// This function will do nothing except return <val>.
1746. 263
1747. 263 return val;
1748. 263}
1749. 1
1750. 42774function objectDeepCopyWithKeysSorted(obj) {
1751. 42774
1752. 42774// This function will recursively deep-copy <obj> with keys sorted.
1753. 42774
1754. 42774 let sorted;
1755. 28326 if (typeof obj !== "object" || !obj) {
1756. 28326 return obj;
1757. 28326 }
1758. 14448
1759. 14448// Recursively deep-copy list with child-keys sorted.
1760. 14448
1761. 14448 if (Array.isArray(obj)) {
1762. 2202 return obj.map(objectDeepCopyWithKeysSorted);
1763. 12246 }
1764. 12246
1765. 12246// Recursively deep-copy obj with keys sorted.
1766. 12246
1767. 12246 sorted = Object.create(null);
1768. 13714 Object.keys(obj).sort().forEach(function (key) {
1769. 13714 sorted[key] = objectDeepCopyWithKeysSorted(obj[key]);
1770. 13714 });
1771. 12246 return sorted;
1772. 12246}
1773. 1
1774. 3async function sqlmathInit() {
1775. 3
1776. 3// This function will init sqlmath.
1777. 3
1778. 3 let moduleModule;
1779. 3 dbFinalizationRegistry = (
1780. 3 dbFinalizationRegistry
1781. 19 ) || new FinalizationRegistry(function ({afterFinalization, ptr}) {
1782. 19
1783. 19// This function will auto-close any open sqlite3-db-pointer,
1784. 19// after its js-wrapper has been garbage-collected.
1785. 19
1786. 19 dbCallAsync(
1787. 19 jsbatonCreate("_dbClose"),
1788. 19 [
1789. 19 ptr[0]
1790. 19 ]
1791. 19 );
1792. 1 if (afterFinalization) {
1793. 1 afterFinalization();
1794. 1 }
1795. 19 });
1796. 3
1797. 3// Feature-detect nodejs.
1798. 3
1799. 3 if (
1800. 3 typeof process !== "object"
1801. 3 || typeof process?.versions?.node !== "string"
1802. 3 || cModule
1803. 1 ) {
1804. 1 return;
1805. 2 }
1806. 2
1807. 2// Init moduleFs.
1808. 2
1809. 2 await moduleFsInit();
1810. 2 moduleFsInit(); // coverage-hack
1811. 2 moduleChildProcessSpawn = moduleChildProcess.spawn;
1812. 2
1813. 2// Init moduleFs.
1814. 2
1815. 2 await moduleFsInit();
1816. 2 moduleFsInit(); // coverage-hack
1817. 2 moduleChildProcessSpawn = moduleChildProcess.spawn;
1818. 2 cModulePath = moduleUrl.fileURLToPath(import.meta.url).replace(
1819. 2 (/\bsqlmath\.mjs$/),
1820. 2 SQLMATH_NODE
1821. 2 );
1822. 2
1823. 2// Import napi c-addon.
1824. 2
1825. 2 if (!npm_config_mode_setup) {
1826. 2 moduleModule = await import("module");
1827. 2 if (!cModule) {
1828. 2 cModule = moduleModule.createRequire(cModulePath);
1829. 2 cModule = cModule(cModulePath);
1830. 2 }
1831. 2 }
1832. 2 if (npm_config_mode_test) {
1833. 2
1834. 2// Mock consoleError.
1835. 2
1836. 2 consoleError = noop;
1837. 2
1838. 2// Mock moduleChildProcessSpawn.
1839. 2
1840. 15 moduleChildProcessSpawn = function () {
1841. 15 let child = {
1842. 15 end: noop,
1843. 17 on: function (onType, resolve) {
1844. 17 switch (onType) {
1845. 2 case "data":
1846. 2 resolve(Buffer.alloc(0));
1847. 2 return;
1848. 15 default:
1849. 15 resolve(0);
1850. 17 }
1851. 17 },
1852. 15 setEncoding: noop,
1853. 15 write: noop
1854. 15 };
1855. 15 child.stderr = child;
1856. 15 child.stdin = child;
1857. 15 child.stdout = child;
1858. 15 return child;
1859. 15 };
1860. 2 }
1861. 3}
1862. 1
1863. 1function sqlmathWebworkerInit({
1864. 1 db,
1865. 1 modeTest
1866. 1}) {
1867. 1
1868. 1// This function will init sqlmath web-worker.
1869. 1
1870. 1// Feature-detect browser.
1871. 1
1872. 1 let Worker = globalThis.Worker;
1873. 1 IS_BROWSER = true;
1874. 1 if (modeTest) {
1875. 1 Worker = function () {
1876. 1 return;
1877. 1 };
1878. 1 }
1879. 1 sqlWorker = new Worker("sqlmath_wasm.js");
1880. 2 sqlWorker.onmessage = function ({
1881. 2 data
1882. 2 }) {
1883. 2 sqlMessageDict[data.id](data);
1884. 2 };
1885. 1 if (modeTest) {
1886. 2 sqlWorker.postMessage = function (data) {
1887. 2 setTimeout(function () {
1888. 2 sqlWorker.onmessage({data});
1889. 2 });
1890. 2 };
1891. 1 // test dbCallAsync handling-behavior
1892. 1 dbCallAsync(
1893. 1 jsbatonCreate("testTimeElapsed"),
1894. 1 [
1895. 1 true
1896. 1 ]
1897. 1 );
1898. 1 // test dbFileLoadAsync handling-behavior
1899. 1 dbFileLoadAsync({db, filename: "aa", modeTest});
1900. 1 // test jsonParseArraybuffer handling-behavior
1901. 1 jsonParseArraybuffer(new TextEncoder().encode("0"));
1902. 1 // revert IS_BROWSER
1903. 1 IS_BROWSER = undefined;
1904. 1 }
1905. 1}
1906. 1
1907. 1function waitAsync(timeout) {
1908. 1
1909. 1// This function will wait <timeout> ms.
1910. 1
1911. 1 return new Promise(function (resolve) {
1912. 1 let ms = Number(timeout);
1913. 1 if (!Number.isFinite(ms)) {
1914. 1 ms = 0;
1915. 1 }
1916. 1 setTimeout(resolve, ms * !npm_config_mode_test);
1917. 1 });
1918. 1}
1919. 1
1920. 1sqlmathInit(); // coverage-hack
1921. 1await sqlmathInit();
1922. 1sqlmathInit(); // coverage-hack
1923. 1
1924. 1export {
1925. 1 DB_EXEC_PROFILE_DICT,
1926. 1 DB_STATE,
1927. 1 LGBM_DTYPE_FLOAT32,
1928. 1 LGBM_DTYPE_FLOAT64,
1929. 1 LGBM_DTYPE_INT32,
1930. 1 LGBM_DTYPE_INT64,
1931. 1 LGBM_FEATURE_IMPORTANCE_GAIN,
1932. 1 LGBM_FEATURE_IMPORTANCE_SPLIT,
1933. 1 LGBM_MATRIX_TYPE_CSC,
1934. 1 LGBM_MATRIX_TYPE_CSR,
1935. 1 LGBM_PREDICT_CONTRIB,
1936. 1 LGBM_PREDICT_LEAF_INDEX,
1937. 1 LGBM_PREDICT_NORMAL,
1938. 1 LGBM_PREDICT_RAW_SCORE,
1939. 1 SQLITE_OPEN_AUTOPROXY,
1940. 1 SQLITE_OPEN_CREATE,
1941. 1 SQLITE_OPEN_DELETEONCLOSE,
1942. 1 SQLITE_OPEN_EXCLUSIVE,
1943. 1 SQLITE_OPEN_FULLMUTEX,
1944. 1 SQLITE_OPEN_MAIN_DB,
1945. 1 SQLITE_OPEN_MAIN_JOURNAL,
1946. 1 SQLITE_OPEN_MEMORY,
1947. 1 SQLITE_OPEN_NOFOLLOW,
1948. 1 SQLITE_OPEN_NOMUTEX,
1949. 1 SQLITE_OPEN_PRIVATECACHE,
1950. 1 SQLITE_OPEN_READONLY,
1951. 1 SQLITE_OPEN_READWRITE,
1952. 1 SQLITE_OPEN_SHAREDCACHE,
1953. 1 SQLITE_OPEN_SUBJOURNAL,
1954. 1 SQLITE_OPEN_SUPER_JOURNAL,
1955. 1 SQLITE_OPEN_TEMP_DB,
1956. 1 SQLITE_OPEN_TEMP_JOURNAL,
1957. 1 SQLITE_OPEN_TRANSIENT_DB,
1958. 1 SQLITE_OPEN_URI,
1959. 1 SQLITE_OPEN_WAL,
1960. 1 SQLMATH_EXE,
1961. 1 SQLMATH_NODE,
1962. 1 assertErrorThrownAsync,
1963. 1 assertInt64,
1964. 1 assertJsonEqual,
1965. 1 assertNumericalEqual,
1966. 1 assertOrThrow,
1967. 1 childProcessSpawn2,
1968. 1 ciBuildExt,
1969. 1 dbCloseAsync,
1970. 1 dbExecAndReturnLastBlob,
1971. 1 dbExecAndReturnLastRow,
1972. 1 dbExecAndReturnLastTable,
1973. 1 dbExecAndReturnLastValue,
1974. 1 dbExecAsync,
1975. 1 dbExecProfile,
1976. 1 dbFileLoadAsync,
1977. 1 dbFileSaveAsync,
1978. 1 dbNoopAsync,
1979. 1 dbOpenAsync,
1980. 1 dbTableImportAsync,
1981. 1 debugInline,
1982. 1 fsCopyFileUnlessTest,
1983. 1 fsExistsUnlessTest,
1984. 1 fsReadFileUnlessTest,
1985. 1 fsWriteFileUnlessTest,
1986. 1 jsbatonGetInt64,
1987. 1 jsbatonGetString,
1988. 1 libPlatformArchExt,
1989. 1 listOrEmptyList,
1990. 1 noop,
1991. 1 objectDeepCopyWithKeysSorted,
1992. 1 sqlmathWebworkerInit,
1993. 1 version,
1994. 1 waitAsync
1995. 1};
1996. 1