30 static SerializedLogEntry* LogToLogBuffer(std::list<SerializedLogChunk>& log_buffer,  in LogToLogBuffer()  argument
34     if (log_buffer.empty()) {  in LogToLogBuffer()
35         log_buffer.push_back(SerializedLogChunk(max_size / SerializedLogBuffer::kChunkSizeDivisor));  in LogToLogBuffer()
39     if (!log_buffer.back().CanLog(total_len)) {  in LogToLogBuffer()
40         log_buffer.back().FinishWriting();  in LogToLogBuffer()
41         log_buffer.push_back(SerializedLogChunk(max_size / SerializedLogBuffer::kChunkSizeDivisor));  in LogToLogBuffer()
44     return log_buffer.back().Log(sequence, realtime, uid, pid, tid, msg, len);  in LogToLogBuffer()
51 void ClearLogsByUid(std::list<SerializedLogChunk>& log_buffer, uid_t uid, size_t max_size,  in ClearLogsByUid()  argument
55     auto it = log_buffer.begin();  in ClearLogsByUid()
56     while (it != log_buffer.end()) {  in ClearLogsByUid()
70                 new_logs.splice(new_logs.end(), log_buffer, chunk);  in ClearLogsByUid()
89         log_buffer.erase(chunk);  in ClearLogsByUid()
91     std::swap(new_logs, log_buffer);  in ClearLogsByUid()
186     auto& log_buffer = logs_[log_id];  in Prune()  local
187     auto it = log_buffer.begin();  in Prune()
188     while (it != log_buffer.end()) {  in Prune()
224         log_buffer.erase(it_to_prune);  in Prune()