Line data Source code
1 : //! A C-Rust shim: defines implementation of C walproposer API, assuming wp
2 : //! callback_data stores Box to some Rust implementation.
3 :
4 : #![allow(dead_code)]
5 :
6 : use std::ffi::{CStr, CString};
7 :
8 : use crate::bindings::{
9 : NeonWALReadResult, PGAsyncReadResult, PGAsyncWriteResult, Safekeeper, Size, StringInfoData,
10 : TimestampTz, WalProposer, WalProposerConnStatusType, WalProposerConnectPollStatusType,
11 : WalProposerExecStatusType, WalproposerShmemState, XLogRecPtr, uint32, walproposer_api,
12 : };
13 : use crate::walproposer::{ApiImpl, StreamingCallback, WaitResult};
14 :
15 1404 : extern "C" fn get_shmem_state(wp: *mut WalProposer) -> *mut WalproposerShmemState {
16 : unsafe {
17 1404 : let callback_data = (*(*wp).config).callback_data;
18 1404 : let api = callback_data as *mut Box<dyn ApiImpl>;
19 1404 : (*api).get_shmem_state()
20 : }
21 1404 : }
22 :
23 186 : extern "C-unwind" fn start_streaming(wp: *mut WalProposer, startpos: XLogRecPtr) {
24 186 : unsafe {
25 186 : let callback_data = (*(*wp).config).callback_data;
26 186 : let api = callback_data as *mut Box<dyn ApiImpl>;
27 186 : let callback = StreamingCallback::new(wp);
28 186 : (*api).start_streaming(startpos, &callback);
29 186 : }
30 186 : }
31 :
32 131 : extern "C" fn get_flush_rec_ptr(wp: *mut WalProposer) -> XLogRecPtr {
33 : unsafe {
34 131 : let callback_data = (*(*wp).config).callback_data;
35 131 : let api = callback_data as *mut Box<dyn ApiImpl>;
36 131 : (*api).get_flush_rec_ptr()
37 : }
38 131 : }
39 :
40 1371 : extern "C" fn update_donor(wp: *mut WalProposer, donor: *mut Safekeeper, donor_lsn: XLogRecPtr) {
41 : unsafe {
42 1371 : let callback_data = (*(*wp).config).callback_data;
43 1371 : let api = callback_data as *mut Box<dyn ApiImpl>;
44 1371 : (*api).update_donor(&mut (*donor), donor_lsn)
45 : }
46 1371 : }
47 :
48 328576 : extern "C" fn get_current_timestamp(wp: *mut WalProposer) -> TimestampTz {
49 : unsafe {
50 328576 : let callback_data = (*(*wp).config).callback_data;
51 328576 : let api = callback_data as *mut Box<dyn ApiImpl>;
52 328576 : (*api).get_current_timestamp()
53 : }
54 328576 : }
55 :
56 11142 : extern "C" fn conn_error_message(sk: *mut Safekeeper) -> *mut ::std::os::raw::c_char {
57 : unsafe {
58 11142 : let callback_data = (*(*(*sk).wp).config).callback_data;
59 11142 : let api = callback_data as *mut Box<dyn ApiImpl>;
60 11142 : let msg = (*api).conn_error_message(&mut (*sk));
61 11142 : let msg = CString::new(msg).unwrap();
62 : // TODO: fix leaking error message
63 11142 : msg.into_raw()
64 : }
65 11142 : }
66 :
67 33854 : extern "C" fn conn_status(sk: *mut Safekeeper) -> WalProposerConnStatusType {
68 : unsafe {
69 33854 : let callback_data = (*(*(*sk).wp).config).callback_data;
70 33854 : let api = callback_data as *mut Box<dyn ApiImpl>;
71 33854 : (*api).conn_status(&mut (*sk))
72 : }
73 33854 : }
74 :
75 33854 : extern "C" fn conn_connect_start(sk: *mut Safekeeper) {
76 : unsafe {
77 33854 : let callback_data = (*(*(*sk).wp).config).callback_data;
78 33854 : let api = callback_data as *mut Box<dyn ApiImpl>;
79 33854 : (*api).conn_connect_start(&mut (*sk))
80 : }
81 33854 : }
82 :
83 30536 : extern "C" fn conn_connect_poll(sk: *mut Safekeeper) -> WalProposerConnectPollStatusType {
84 : unsafe {
85 30536 : let callback_data = (*(*(*sk).wp).config).callback_data;
86 30536 : let api = callback_data as *mut Box<dyn ApiImpl>;
87 30536 : (*api).conn_connect_poll(&mut (*sk))
88 : }
89 30536 : }
90 :
91 30536 : extern "C" fn conn_send_query(sk: *mut Safekeeper, query: *mut ::std::os::raw::c_char) -> bool {
92 30536 : let query = unsafe { CStr::from_ptr(query) };
93 30536 : let query = query.to_str().unwrap();
94 :
95 : unsafe {
96 30536 : let callback_data = (*(*(*sk).wp).config).callback_data;
97 30536 : let api = callback_data as *mut Box<dyn ApiImpl>;
98 30536 : (*api).conn_send_query(&mut (*sk), query)
99 : }
100 30536 : }
101 :
102 30536 : extern "C" fn conn_get_query_result(sk: *mut Safekeeper) -> WalProposerExecStatusType {
103 : unsafe {
104 30536 : let callback_data = (*(*(*sk).wp).config).callback_data;
105 30536 : let api = callback_data as *mut Box<dyn ApiImpl>;
106 30536 : (*api).conn_get_query_result(&mut (*sk))
107 : }
108 30536 : }
109 :
110 0 : extern "C" fn conn_flush(sk: *mut Safekeeper) -> ::std::os::raw::c_int {
111 : unsafe {
112 0 : let callback_data = (*(*(*sk).wp).config).callback_data;
113 0 : let api = callback_data as *mut Box<dyn ApiImpl>;
114 0 : (*api).conn_flush(&mut (*sk))
115 : }
116 0 : }
117 :
118 11420 : extern "C" fn conn_finish(sk: *mut Safekeeper) {
119 : unsafe {
120 11420 : let callback_data = (*(*(*sk).wp).config).callback_data;
121 11420 : let api = callback_data as *mut Box<dyn ApiImpl>;
122 11420 : (*api).conn_finish(&mut (*sk))
123 : }
124 11420 : }
125 :
126 20937 : extern "C" fn conn_async_read(
127 20937 : sk: *mut Safekeeper,
128 20937 : buf: *mut *mut ::std::os::raw::c_char,
129 20937 : amount: *mut ::std::os::raw::c_int,
130 20937 : ) -> PGAsyncReadResult {
131 : unsafe {
132 20937 : let callback_data = (*(*(*sk).wp).config).callback_data;
133 20937 : let api = callback_data as *mut Box<dyn ApiImpl>;
134 :
135 : // This function has guarantee that returned buf will be valid until
136 : // the next call. So we can store a Vec in each Safekeeper and reuse
137 : // it on the next call.
138 20937 : let mut inbuf = take_vec_u8(&mut (*sk).inbuf).unwrap_or_default();
139 20937 : inbuf.clear();
140 :
141 20937 : let result = (*api).conn_async_read(&mut (*sk), &mut inbuf);
142 :
143 : // Put a Vec back to sk->inbuf and return data ptr.
144 20937 : *amount = inbuf.len() as i32;
145 20937 : *buf = store_vec_u8(&mut (*sk).inbuf, inbuf);
146 :
147 20937 : result
148 : }
149 20937 : }
150 :
151 6690 : extern "C" fn conn_async_write(
152 6690 : sk: *mut Safekeeper,
153 6690 : buf: *const ::std::os::raw::c_void,
154 6690 : size: usize,
155 6690 : ) -> PGAsyncWriteResult {
156 : unsafe {
157 6690 : let buf = std::slice::from_raw_parts(buf as *const u8, size);
158 6690 : let callback_data = (*(*(*sk).wp).config).callback_data;
159 6690 : let api = callback_data as *mut Box<dyn ApiImpl>;
160 6690 : (*api).conn_async_write(&mut (*sk), buf)
161 : }
162 6690 : }
163 :
164 34936 : extern "C" fn conn_blocking_write(
165 34936 : sk: *mut Safekeeper,
166 34936 : buf: *const ::std::os::raw::c_void,
167 34936 : size: usize,
168 34936 : ) -> bool {
169 : unsafe {
170 34936 : let buf = std::slice::from_raw_parts(buf as *const u8, size);
171 34936 : let callback_data = (*(*(*sk).wp).config).callback_data;
172 34936 : let api = callback_data as *mut Box<dyn ApiImpl>;
173 34936 : (*api).conn_blocking_write(&mut (*sk), buf)
174 : }
175 34936 : }
176 :
177 696 : extern "C-unwind" fn recovery_download(wp: *mut WalProposer, sk: *mut Safekeeper) -> bool {
178 : unsafe {
179 696 : let callback_data = (*(*(*sk).wp).config).callback_data;
180 696 : let api = callback_data as *mut Box<dyn ApiImpl>;
181 :
182 : // currently `recovery_download` is always called right after election
183 696 : (*api).after_election(&mut (*wp));
184 :
185 696 : (*api).recovery_download(&mut (*wp), &mut (*sk))
186 : }
187 696 : }
188 :
189 1411 : extern "C" fn wal_reader_allocate(sk: *mut Safekeeper) {
190 1411 : unsafe {
191 1411 : let callback_data = (*(*(*sk).wp).config).callback_data;
192 1411 : let api = callback_data as *mut Box<dyn ApiImpl>;
193 1411 : (*api).wal_reader_allocate(&mut (*sk));
194 1411 : }
195 1411 : }
196 :
197 : #[allow(clippy::unnecessary_cast)]
198 1291 : extern "C" fn wal_read(
199 1291 : sk: *mut Safekeeper,
200 1291 : buf: *mut ::std::os::raw::c_char,
201 1291 : startptr: XLogRecPtr,
202 1291 : count: Size,
203 1291 : _errmsg: *mut *mut ::std::os::raw::c_char,
204 1291 : ) -> NeonWALReadResult {
205 : unsafe {
206 1291 : let buf = std::slice::from_raw_parts_mut(buf as *mut u8, count);
207 1291 : let callback_data = (*(*(*sk).wp).config).callback_data;
208 1291 : let api = callback_data as *mut Box<dyn ApiImpl>;
209 : // TODO: errmsg is not forwarded
210 1291 : (*api).wal_read(&mut (*sk), buf, startptr)
211 : }
212 1291 : }
213 :
214 23953 : extern "C" fn wal_reader_events(sk: *mut Safekeeper) -> uint32 {
215 : unsafe {
216 23953 : let callback_data = (*(*(*sk).wp).config).callback_data;
217 23953 : let api = callback_data as *mut Box<dyn ApiImpl>;
218 23953 : (*api).wal_reader_events(&mut (*sk))
219 : }
220 23953 : }
221 :
222 9203 : extern "C" fn init_event_set(wp: *mut WalProposer) {
223 9203 : unsafe {
224 9203 : let callback_data = (*(*wp).config).callback_data;
225 9203 : let api = callback_data as *mut Box<dyn ApiImpl>;
226 9203 : (*api).init_event_set(&mut (*wp));
227 9203 : }
228 9203 : }
229 :
230 67601 : extern "C" fn update_event_set(sk: *mut Safekeeper, events: uint32) {
231 67601 : unsafe {
232 67601 : let callback_data = (*(*(*sk).wp).config).callback_data;
233 67601 : let api = callback_data as *mut Box<dyn ApiImpl>;
234 67601 : (*api).update_event_set(&mut (*sk), events);
235 67601 : }
236 67601 : }
237 :
238 7929 : extern "C" fn active_state_update_event_set(sk: *mut Safekeeper) {
239 7929 : unsafe {
240 7929 : let callback_data = (*(*(*sk).wp).config).callback_data;
241 7929 : let api = callback_data as *mut Box<dyn ApiImpl>;
242 7929 : (*api).active_state_update_event_set(&mut (*sk));
243 7929 : }
244 7929 : }
245 :
246 61072 : extern "C" fn add_safekeeper_event_set(sk: *mut Safekeeper, events: uint32) {
247 61072 : unsafe {
248 61072 : let callback_data = (*(*(*sk).wp).config).callback_data;
249 61072 : let api = callback_data as *mut Box<dyn ApiImpl>;
250 61072 : (*api).add_safekeeper_event_set(&mut (*sk), events);
251 61072 : }
252 61072 : }
253 :
254 38638 : extern "C" fn rm_safekeeper_event_set(sk: *mut Safekeeper) {
255 38638 : unsafe {
256 38638 : let callback_data = (*(*(*sk).wp).config).callback_data;
257 38638 : let api = callback_data as *mut Box<dyn ApiImpl>;
258 38638 : (*api).rm_safekeeper_event_set(&mut (*sk));
259 38638 : }
260 38638 : }
261 :
262 91458 : extern "C-unwind" fn wait_event_set(
263 91458 : wp: *mut WalProposer,
264 91458 : timeout: ::std::os::raw::c_long,
265 91458 : event_sk: *mut *mut Safekeeper,
266 91458 : events: *mut uint32,
267 91458 : ) -> ::std::os::raw::c_int {
268 : unsafe {
269 91458 : let callback_data = (*(*wp).config).callback_data;
270 91458 : let api = callback_data as *mut Box<dyn ApiImpl>;
271 91458 : let result = (*api).wait_event_set(&mut (*wp), timeout);
272 91458 : match result {
273 : WaitResult::Latch => {
274 9242 : *event_sk = std::ptr::null_mut();
275 9242 : *events = crate::bindings::WL_LATCH_SET;
276 9242 : 1
277 : }
278 : WaitResult::Timeout => {
279 2719 : *event_sk = std::ptr::null_mut();
280 : // WaitEventSetWait returns 0 for timeout.
281 2719 : *events = 0;
282 2719 : 0
283 : }
284 79497 : WaitResult::Network(sk, event_mask) => {
285 79497 : *event_sk = sk;
286 79497 : *events = event_mask;
287 79497 : 1
288 : }
289 : }
290 : }
291 91458 : }
292 :
293 0 : extern "C" fn strong_random(
294 0 : wp: *mut WalProposer,
295 0 : buf: *mut ::std::os::raw::c_void,
296 0 : len: usize,
297 0 : ) -> bool {
298 : unsafe {
299 0 : let buf = std::slice::from_raw_parts_mut(buf as *mut u8, len);
300 0 : let callback_data = (*(*wp).config).callback_data;
301 0 : let api = callback_data as *mut Box<dyn ApiImpl>;
302 0 : (*api).strong_random(buf)
303 : }
304 0 : }
305 :
306 280 : extern "C" fn get_redo_start_lsn(wp: *mut WalProposer) -> XLogRecPtr {
307 : unsafe {
308 280 : let callback_data = (*(*wp).config).callback_data;
309 280 : let api = callback_data as *mut Box<dyn ApiImpl>;
310 280 : (*api).get_redo_start_lsn()
311 : }
312 280 : }
313 :
314 400 : unsafe extern "C-unwind" fn finish_sync_safekeepers(wp: *mut WalProposer, lsn: XLogRecPtr) -> ! {
315 : unsafe {
316 400 : let callback_data = (*(*wp).config).callback_data;
317 400 : let api = callback_data as *mut Box<dyn ApiImpl>;
318 400 : (*api).finish_sync_safekeepers(lsn)
319 : }
320 : }
321 :
322 2864 : extern "C" fn process_safekeeper_feedback(wp: *mut WalProposer, sk: *mut Safekeeper) {
323 2864 : unsafe {
324 2864 : let callback_data = (*(*wp).config).callback_data;
325 2864 : let api = callback_data as *mut Box<dyn ApiImpl>;
326 2864 : (*api).process_safekeeper_feedback(&mut (*wp), &mut (*sk));
327 2864 : }
328 2864 : }
329 :
330 157723 : extern "C-unwind" fn log_internal(
331 157723 : wp: *mut WalProposer,
332 157723 : level: ::std::os::raw::c_int,
333 157723 : line: *const ::std::os::raw::c_char,
334 157723 : ) {
335 : unsafe {
336 157723 : let callback_data = (*(*wp).config).callback_data;
337 157723 : let api = callback_data as *mut Box<dyn ApiImpl>;
338 157723 : let line = CStr::from_ptr(line);
339 157723 : let line = line.to_str().unwrap();
340 157723 : (*api).log_internal(&mut (*wp), Level::from(level as u32), line)
341 : }
342 157723 : }
343 :
344 : /* BEGIN_HADRON */
345 9203 : extern "C" fn reset_safekeeper_statuses_for_metrics(wp: *mut WalProposer, num_safekeepers: u32) {
346 : unsafe {
347 9203 : let callback_data = (*(*wp).config).callback_data;
348 9203 : let api = callback_data as *mut Box<dyn ApiImpl>;
349 9203 : if api.is_null() {
350 0 : return;
351 9203 : }
352 9203 : (*api).reset_safekeeper_statuses_for_metrics(&mut (*wp), num_safekeepers);
353 : }
354 9203 : }
355 :
356 9513 : extern "C" fn update_safekeeper_status_for_metrics(
357 9513 : wp: *mut WalProposer,
358 9513 : sk_index: u32,
359 9513 : status: u8,
360 9513 : ) {
361 : unsafe {
362 9513 : let callback_data = (*(*wp).config).callback_data;
363 9513 : let api = callback_data as *mut Box<dyn ApiImpl>;
364 9513 : if api.is_null() {
365 0 : return;
366 9513 : }
367 9513 : (*api).update_safekeeper_status_for_metrics(&mut (*wp), sk_index, status);
368 : }
369 9513 : }
370 : /* END_HADRON */
371 :
372 : #[derive(Debug, PartialEq)]
373 : pub enum Level {
374 : Debug5,
375 : Debug4,
376 : Debug3,
377 : Debug2,
378 : Debug1,
379 : Log,
380 : Info,
381 : Notice,
382 : Warning,
383 : Error,
384 : Fatal,
385 : Panic,
386 : WPEvent,
387 : }
388 :
389 : impl Level {
390 157723 : pub fn from(elevel: u32) -> Level {
391 : use crate::bindings::*;
392 :
393 157723 : match elevel {
394 5279 : DEBUG5 => Level::Debug5,
395 0 : DEBUG4 => Level::Debug4,
396 0 : DEBUG3 => Level::Debug3,
397 2864 : DEBUG2 => Level::Debug2,
398 0 : DEBUG1 => Level::Debug1,
399 136377 : LOG => Level::Log,
400 0 : INFO => Level::Info,
401 0 : NOTICE => Level::Notice,
402 13110 : WARNING => Level::Warning,
403 0 : ERROR => Level::Error,
404 87 : FATAL => Level::Fatal,
405 6 : PANIC => Level::Panic,
406 0 : WPEVENT => Level::WPEvent,
407 0 : _ => panic!("unknown log level {elevel}"),
408 : }
409 157723 : }
410 : }
411 :
412 9203 : pub(crate) fn create_api() -> walproposer_api {
413 9203 : walproposer_api {
414 9203 : get_shmem_state: Some(get_shmem_state),
415 9203 : start_streaming: Some(start_streaming),
416 9203 : get_flush_rec_ptr: Some(get_flush_rec_ptr),
417 9203 : update_donor: Some(update_donor),
418 9203 : get_current_timestamp: Some(get_current_timestamp),
419 9203 : conn_error_message: Some(conn_error_message),
420 9203 : conn_status: Some(conn_status),
421 9203 : conn_connect_start: Some(conn_connect_start),
422 9203 : conn_connect_poll: Some(conn_connect_poll),
423 9203 : conn_send_query: Some(conn_send_query),
424 9203 : conn_get_query_result: Some(conn_get_query_result),
425 9203 : conn_flush: Some(conn_flush),
426 9203 : conn_finish: Some(conn_finish),
427 9203 : conn_async_read: Some(conn_async_read),
428 9203 : conn_async_write: Some(conn_async_write),
429 9203 : conn_blocking_write: Some(conn_blocking_write),
430 9203 : recovery_download: Some(recovery_download),
431 9203 : wal_reader_allocate: Some(wal_reader_allocate),
432 9203 : wal_read: Some(wal_read),
433 9203 : wal_reader_events: Some(wal_reader_events),
434 9203 : init_event_set: Some(init_event_set),
435 9203 : update_event_set: Some(update_event_set),
436 9203 : active_state_update_event_set: Some(active_state_update_event_set),
437 9203 : add_safekeeper_event_set: Some(add_safekeeper_event_set),
438 9203 : rm_safekeeper_event_set: Some(rm_safekeeper_event_set),
439 9203 : wait_event_set: Some(wait_event_set),
440 9203 : strong_random: Some(strong_random),
441 9203 : get_redo_start_lsn: Some(get_redo_start_lsn),
442 9203 : finish_sync_safekeepers: Some(finish_sync_safekeepers),
443 9203 : process_safekeeper_feedback: Some(process_safekeeper_feedback),
444 9203 : log_internal: Some(log_internal),
445 9203 : /* BEGIN_HADRON */
446 9203 : reset_safekeeper_statuses_for_metrics: Some(reset_safekeeper_statuses_for_metrics),
447 9203 : update_safekeeper_status_for_metrics: Some(update_safekeeper_status_for_metrics),
448 9203 : /* END_HADRON */
449 9203 : }
450 9203 : }
451 :
452 9203 : pub fn empty_shmem() -> crate::bindings::WalproposerShmemState {
453 9203 : let empty_feedback = crate::bindings::PageserverFeedback {
454 9203 : present: false,
455 9203 : currentClusterSize: 0,
456 9203 : last_received_lsn: 0,
457 9203 : disk_consistent_lsn: 0,
458 9203 : remote_consistent_lsn: 0,
459 9203 : replytime: 0,
460 9203 : shard_number: 0,
461 9203 : corruption_detected: false,
462 9203 : };
463 :
464 9203 : let empty_wal_rate_limiter = crate::bindings::WalRateLimiter {
465 9203 : effective_max_wal_bytes_per_second: crate::bindings::pg_atomic_uint32 { value: 0 },
466 9203 : should_limit: crate::bindings::pg_atomic_uint32 { value: 0 },
467 9203 : sent_bytes: 0,
468 9203 : batch_start_time_us: crate::bindings::pg_atomic_uint64 { value: 0 },
469 9203 : batch_end_time_us: crate::bindings::pg_atomic_uint64 { value: 0 },
470 9203 : };
471 :
472 9203 : crate::bindings::WalproposerShmemState {
473 9203 : propEpochStartLsn: crate::bindings::pg_atomic_uint64 { value: 0 },
474 9203 : donor_name: [0; 64],
475 9203 : donor_conninfo: [0; 1024],
476 9203 : donor_lsn: 0,
477 9203 : mutex: 0,
478 9203 : mineLastElectedTerm: crate::bindings::pg_atomic_uint64 { value: 0 },
479 9203 : backpressureThrottlingTime: crate::bindings::pg_atomic_uint64 { value: 0 },
480 9203 : currentClusterSize: crate::bindings::pg_atomic_uint64 { value: 0 },
481 9203 : shard_ps_feedback: [empty_feedback; 128],
482 9203 : num_shards: 0,
483 9203 : replica_promote: false,
484 9203 : min_ps_feedback: empty_feedback,
485 9203 : wal_rate_limiter: empty_wal_rate_limiter,
486 9203 : num_safekeepers: 0,
487 9203 : safekeeper_status: [0; 32],
488 9203 : }
489 9203 : }
490 :
491 : impl std::fmt::Display for Level {
492 693 : fn fmt(&self, f: &mut std::fmt::Formatter) -> std::fmt::Result {
493 693 : write!(f, "{self:?}")
494 693 : }
495 : }
496 :
497 : /// Take ownership of `Vec<u8>` from StringInfoData.
498 : #[allow(clippy::unnecessary_cast)]
499 48538 : pub(crate) fn take_vec_u8(pg: &mut StringInfoData) -> Option<Vec<u8>> {
500 48538 : if pg.data.is_null() {
501 27607 : return None;
502 20931 : }
503 :
504 20931 : let ptr = pg.data as *mut u8;
505 20931 : let length = pg.len as usize;
506 20931 : let capacity = pg.maxlen as usize;
507 :
508 20931 : pg.data = std::ptr::null_mut();
509 20931 : pg.len = 0;
510 20931 : pg.maxlen = 0;
511 :
512 20931 : unsafe { Some(Vec::from_raw_parts(ptr, length, capacity)) }
513 48538 : }
514 :
515 : /// Store `Vec<u8>` in StringInfoData.
516 20937 : fn store_vec_u8(pg: &mut StringInfoData, vec: Vec<u8>) -> *mut ::std::os::raw::c_char {
517 20937 : let ptr = vec.as_ptr() as *mut ::std::os::raw::c_char;
518 20937 : let length = vec.len();
519 20937 : let capacity = vec.capacity();
520 :
521 20937 : assert!(pg.data.is_null());
522 :
523 20937 : pg.data = ptr;
524 20937 : pg.len = length as i32;
525 20937 : pg.maxlen = capacity as i32;
526 :
527 20937 : std::mem::forget(vec);
528 :
529 20937 : ptr
530 20937 : }
|
