int WriteToLog(char* str) { FILE* log; log = fopen(LOGFILE, "a+"); if (log == NULL)...int InitService() { int result; result = WriteToLog("Monitoring started."); return(result...request) { case SERVICE_CONTROL_STOP: case SERVICE_CONTROL_SHUTDOWN: // 服务停止 WriteToLog...GlobalMemoryStatus(&memory); sprintf(buffer, "%d", memory.dwAvailPhys); int result = WriteToLog
ServiceTable[1].lpServiceProc = NULL; StartServiceCtrlDispatcher(ServiceTable); return 0; } int WriteToLog..."; OutputDebugString(TEXT("Monitoring started.")); int result; result = WriteToLog(Message); return...Control Handler*/ void CtrlHandler(DWORD request) { switch (request) { case SERVICE_CONTROL_STOP: WriteToLog...SERVICE_STOPPED; SetServiceStatus(hStatus, &ServiceStatus); return; case SERVICE_CONTROL_SHUTDOWN: WriteToLog...("RegisterServiceCtrlHandler failed"); return; } WriteToLog("RegisterServiceCtrlHandler success"); /*
function writeToLog(string $message): void { echo $message ....$fiber->isTerminated()) { $percentage = round($copied_count / $total_count, 2) * 100; writeToLog...Copied '{$copied[0]}' to '{$copied[1]}'"); $copied = $fiber->resume(); ++$copied_count; } writeToLog
"; OutputDebugString(TEXT("Monitoring started.")); int result; result = WriteToLog(Message...void CtrlHandler(DWORD request) { switch (request) { case SERVICE_CONTROL_STOP: WriteToLog...SetServiceStatus(hStatus, &ServiceStatus); return; case SERVICE_CONTROL_SHUTDOWN: WriteToLog...("RegisterServiceCtrlHandler failed"); return; } WriteToLog("RegisterServiceCtrlHandler...&ServiceStatus); return; } Sleep(SLEEP_TIME); } WriteToLog
import kotlin.random.Random fun writeToLog(message: String) { println("INFO: $message") } fun getRandomInt...(): Int { return Random.nextInt(100).also { writeToLog("getRandomInt() generated value $it...} fun main() { val i = getRandomInt() } 你也可以为 context 对象指定任意参数名 import kotlin.random.Random fun writeToLog...getRandomInt(): Int { return Random.nextInt(100).also { value -> // use value replace it writeToLog...("getRandomInt() generated value $value") } } val i = getRandomInt() } fun writeToLog
CBCharacteristicPropertyIndicateEncryptionRequired NS_ENUM_AVAILABLE(NA, 6_0) = 0x200 }; */ [self writeTolog
FSharedRef LogWriter( new FLogWriter() ); WriteToLogDelegate.BindSP( LogWriter, &FLogWriter::WriteToLog
values map[string][]Value) (int, error) { entry := &WriteWALEntry{ Values: values, } id, err := l.writeToLog...l.stats.WriteErr, 1) return -1, err } atomic.AddInt64(&l.stats.WriteOK, 1) return id, nil } func (l *WAL) writeToLog
Execute() ExecuteIfBound()对于没有返回值的代理 IsBound()判断函数是否已经“绑定”了代理 class FLogWriter { void WriteToLog...FSharedRef LogWriter( new FLogWriter() ); WriteToLogDelegate.BindSP( LogWriter, &FLogWriter::WriteToLog
dequeueAll(x => true)) }.toMap val allocatedBlocks = AllocatedBlocks(streamIdToBlocks) if (writeToLog
函数fn_WriteToLog 将错误信息附加上日期后记录到终端然后添加到日志文件中。 ? 做好了以上所有工作后,执行脚本,当法伤网络连接问题时,就会产生日志文件错误日志。如下: ?
ToString() string { str := fmt.Sprintf("", s.tx_num) return str } func (s *StartRecord) WriteToLog...p.SetInt(UINT64_LENGTH, s.tx_num) return s.log_manager.Append(record) } 它的逻辑很简单,只需要关注ToString()和WriteToLog...>", tx_num) require.Equal(t, expected_str, start_record.ToString()) _, err := start_record.WriteToLog..., rec_op, START) require.Equal(t, rec_tx_num, tx_num) } 在测试中,我们初始化了StartRecord实例,然后调用其ToString和WriteToLog
//out << "RedisClient isConnect = " << ret; //LOGGING_DEBUG((char*)out.str().c_str()); } int <em>WriteToLog</em>
l.closing = make(chan struct{}) return nil } writeToLog写入操作 func (l *WAL) writeToLog(entry WALEntry
: def addBlock(receivedBlockInfo: ReceivedBlockInfo): Boolean = { try { val writeResult = writeToLog
"请输入日志内容:"); String content = input.nextLine(); //将用户键盘输入的内容写入到文件中 writeToLog...(content); } static void writeToLog(String content) { OutputStream stream = null;
p.SetInt(8, uint64(tx_num)) start_record := NewStartRecord(p, log_manager) start_record.WriteToLog
include #include #include #include using namespace std void writeToLog
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