Remove autoconfigured (didn't work as implemented).
This commit is contained in:
@ -1,5 +1,5 @@
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import std/[algorithm, atomics, json, locks, options, os, paths, sequtils,
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strutils, tables, times]
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import std/[algorithm, atomics, exitprocs, json, locks, options, os, paths,
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sequtils, strutils, tables, times]
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import timeutils
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import std/logging as stdlog
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@ -16,19 +16,9 @@ type
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thresholds: TableRef[string, Level]
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rootLevel: Atomic[Level]
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console: ThreadedConsoleLoggingState
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file: ThreadedFileLoggingState
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errorHandler: ErrorHandlerFunc
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errorHandlerLock: Lock
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takeOverGls: Option[GlobalLogService]
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# Used to direct ThreadLocalLogServices that they should switch to a new
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# GlobalLogService (logging root). This is used primarily in the context of
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# autoconfigured logging where we want to be able to reconfigure the GLS
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# used for autologging, have existing ThreadLocalLogServices switch over
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# to the newly provided GLS, and let the old GLS get garbage-collected
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GlobalLogService = ref GlobalLogServiceObj
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@ -94,18 +84,11 @@ type
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absPath: Path
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ThreadedConsoleLoggingState = object
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LogWriterThreadState[M] = object
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initialized: Atomic[bool]
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shutdown: Atomic[bool]
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chan: Channel[ConsoleMessage]
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writerThread: Thread[GlobalLogService]
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ThreadedFileLoggingState = object
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initialized: Atomic[bool]
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shutdown: Atomic[bool]
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chan: Channel[FileMessage]
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writerThread: Thread[GlobalLogService]
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chan: Channel[M]
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writerThread: Thread[void]
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ConsoleLogAppender* = ref object of LogAppender
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@ -146,6 +129,12 @@ type
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const UninitializedConfigVersion = low(int)
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let JNULL = newJNull()
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var consoleLogging {.global.}: LogWriterThreadState[ConsoleMessage]
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var fileLogging {.global.}: LogWriterThreadState[FileMessage]
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var loggingThreadInitLock {.global.}: Lock
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initLock(loggingThreadInitLock)
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proc initLogMessage*(
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scope: string,
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@ -200,40 +189,39 @@ proc defaultErrorHandlerFunc*(
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stderr.flushFile()
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except Exception: discard # we tried...
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proc shutdownThreadedConsoleLogging(gls: var GlobalLogServiceObj) =
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if not gls.console.initialized.load(): return
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proc shutdownThreadedConsoleLogging() =
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if not consoleLogging.initialized.load(): return
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gls.console.shutdown.store(true) # signal shutdown
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withLock loggingThreadInitLock:
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consoleLogging.shutdown.store(true) # signal shutdown
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# Send sentinel values to wake up the writer thread
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try: gls.console.chan.send(ConsoleMessage(message: "", useStderr: false))
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except Exception: discard
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# Send sentinel values to wake up the writer thread
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try: consoleLogging.chan.send(ConsoleMessage(message: "", useStderr: false))
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except Exception: discard
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joinThread(gls.console.writerThread)
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gls.console.chan.close()
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gls.console.initialized.store(false)
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joinThread(consoleLogging.writerThread)
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consoleLogging.chan.close()
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consoleLogging.initialized.store(false)
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proc shutdownThreadedFileLogging(gls: var GlobalLogServiceObj) =
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if not gls.file.initialized.load(): return
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proc shutdownThreadedFileLogging() =
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if not fileLogging.initialized.load(): return
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gls.file.shutdown.store(true) # signal shutdown
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fileLogging.shutdown.store(true) # signal shutdown
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try: gls.file.chan.send(FileMessage(message: "", absPath: Path("/")))
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except Exception: discard
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withLock loggingThreadInitLock:
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try: fileLogging.chan.send(FileMessage(message: "", absPath: Path("/")))
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except Exception: discard
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joinThread(gls.file.writerThread)
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gls.file.chan.close()
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gls.file.initialized.store(false)
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joinThread(fileLogging.writerThread)
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fileLogging.chan.close()
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fileLogging.initialized.store(false)
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proc `=destroy`*(gls: var GlobalLogServiceObj) =
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# only one thread should cleanup
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if not gls.initialized.exchange(false): return
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gls.shutdownThreadedConsoleLogging()
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gls.shutdownThreadedFileLogging()
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try: deinitLock(gls.lock)
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except Exception: discard
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@ -253,12 +241,6 @@ proc ensureFreshness*(ls: var LogService) =
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if ls.configVersion == ls.global.configVersion.load(): return
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if ls.global.takeOverGls.isSome:
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let newGls = ls.global.takeOverGls.get
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assert not newGls.isNil
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assert newGls.initialized.load
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ls.global = newGls
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withLock ls.global.lock:
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ls.configVersion = ls.global.configVersion.load
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@ -434,6 +416,15 @@ proc getLogger*(
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result = Logger(scope: scope, threadSvc: ls)
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proc getLogger*(
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ls: Option[ThreadLocalLogService],
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scope: string,
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lvl: Option[Level] = none[Level]()): Option[Logger] {.gcsafe.} =
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return
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if ls.isSome: some(getLogger(ls.get, scope, lvl))
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else: none[Logger]()
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proc addAppender*(ls: var LogService, appender: LogAppender) {.gcsafe.} =
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## Add a log appender to the global log service and refresh the local thread
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## state. The updated global state will trigger other threads to refresh
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@ -553,6 +544,102 @@ template fatal*[L: Logger or Option[Logger], M](l: L, error: ref Exception, msg:
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log(l, lvlFatal, error, msg)
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# -----------------------------------------------------------------------------
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# Writer Thread Implementations
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# -----------------------------------------------------------------------------
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proc consoleWriterLoop() {.thread.} =
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while not consoleLogging.shutdown.load():
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var didSomething = false
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let (hasData, msg) = consoleLogging.chan.tryRecv()
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if hasData and msg.message.len > 0: # Skip empty sentinel messages
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try:
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let output =
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if msg.useStderr: stderr
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else: stdout
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output.write(msg.message)
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output.flushFile()
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didSomething = true
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except IOError:
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discard
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# Small delay if no work to prevent busy waiting
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if not didSomething: sleep(100)
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proc fileWriterLoop() {.thread.} =
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const bufLen = 128
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var msgsByPath = newTable[Path, seq[FileMessage]]()
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while not fileLogging.shutdown.load():
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var didSomething = false
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var msgBuf: array[bufLen, FileMessage]
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var recvIdx = 0
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var writeIdx = 0
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var dataAvailable = true
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while dataAvailable and recvIdx < bufLen:
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# Fill our message buffer if we can
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(dataAvailable, msgBuf[recvIdx]) = fileLogging.chan.tryRecv()
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if dataAvailable: inc recvIdx
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# Organize messages by destination file
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msgsByPath.clear()
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while writeIdx < recvIdx:
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let msg = msgBuf[writeIdx]
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inc writeIdx
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if msg.message.len > 0: # skip empty sentinel messages
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if not msgsByPath.contains(msg.absPath): msgsByPath[msg.absPath] = @[]
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msgsByPath[msg.absPath].add(msg)
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didSomething = true
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# Write all messages in file order to optimize file open/flush/close
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for path, msgs in pairs(msgsByPath):
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var f: File
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if not open(f, $path, fmAppend):
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# TODO: can we do better than silently failing here?
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continue
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for m in msgs:
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try: writeLine(f, m.message)
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except Exception: discard
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flushFile(f)
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close(f)
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# Wait a bit if we had no work to prevent busy waiting
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if not didSomething: sleep(100)
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proc initThreadedConsoleLogging() =
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if consoleLogging.initialized.load: return
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withLock loggingThreadInitLock:
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if consoleLogging.initialized.load: return
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consoleLogging.chan.open()
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consoleLogging.shutdown.store(false)
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# Create writer thread with reference to the service
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createThread(consoleLogging.writerThread, consoleWriterLoop)
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consoleLogging.initialized.store(true)
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proc initThreadedFileLogging() =
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if fileLogging.initialized.load: return
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withLock loggingThreadInitLock:
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if fileLogging.initialized.load: return
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fileLogging.chan.open()
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fileLogging.shutdown.store(false)
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# Create writer thread with reference to the service
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createThread(fileLogging.writerThread, fileWriterLoop)
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fileLogging.initialized.store(true)
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# -----------------------------------------------------------------------------
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# CustomLogAppender Implementation
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# -----------------------------------------------------------------------------
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@ -613,41 +700,6 @@ proc initConsoleLogAppender*(
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useStderr: useStderr)
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proc consoleWriterLoop(gls: GlobalLogService) {.thread.} =
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while not gls.console.shutdown.load():
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var didSomething = false
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let (hasData, msg) = gls.console.chan.tryRecv()
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if hasData and msg.message.len > 0: # Skip empty sentinel messages
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try:
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let output =
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if msg.useStderr: stderr
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else: stdout
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output.write(msg.message)
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output.flushFile()
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didSomething = true
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except IOError:
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discard
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# Small delay if no work to prevent busy waiting
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if not didSomething: sleep(100)
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proc initThreadedConsoleLogging(gls: GlobalLogService) =
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if gls.console.initialized.load() or # don't double-init
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not gls.initialized.load(): # don't init if the gls is shutting down
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return
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withLock gls.lock:
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if gls.console.initialized.load(): return
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gls.console.chan.open()
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gls.console.shutdown.store(false)
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# Create writer thread with reference to the service
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createThread(gls.console.writerThread, consoleWriterLoop, gls)
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gls.console.initialized.store(true)
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method clone*(cla: ConsoleLogAppender): LogAppender {.gcsafe.} =
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result = ConsoleLogAppender(
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namespace: cla.namespace,
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@ -661,11 +713,11 @@ proc appendLogMessageMultiThreaded(
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ls: ref LogService,
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msg: LogMessage) {.gcsafe.} =
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if not ls.global.console.initialized.load():
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ls.global.initThreadedConsoleLogging()
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if not consoleLogging.initialized.load():
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initThreadedConsoleLogging()
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try:
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ls.global.console.chan.send(ConsoleMessage(
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consoleLogging.chan.send(ConsoleMessage(
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message: cla.formatter(msg),
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useStderr: cla.useStderr))
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except Exception:
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@ -732,67 +784,6 @@ proc initFileLogAppender*(
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formatter: formatter,
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absPath: absolutePath(Path(filePath)))
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# TODO: initialize global state for the file log writer
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proc fileWriterLoop(gls: GlobalLogService) {.thread.} =
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const bufLen = 128
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var msgsByPath = newTable[Path, seq[FileMessage]]()
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while not gls.file.shutdown.load():
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var didSomething = false
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var msgBuf: array[bufLen, FileMessage]
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var recvIdx = 0
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var writeIdx = 0
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var dataAvailable = true
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while dataAvailable and recvIdx < bufLen:
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# Fill our message buffer if we can
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(dataAvailable, msgBuf[recvIdx]) = gls.file.chan.tryRecv()
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if dataAvailable: inc recvIdx
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# Organize messages by destination file
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msgsByPath.clear()
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while writeIdx < recvIdx:
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let msg = msgBuf[writeIdx]
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inc writeIdx
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if msg.message.len > 0: # skip empty sentinel messages
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if not msgsByPath.contains(msg.absPath): msgsByPath[msg.absPath] = @[]
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msgsByPath[msg.absPath].add(msg)
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didSomething = true
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# Write all messages in file order to optimize file open/flush/close
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for path, msgs in pairs(msgsByPath):
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var f: File
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if not open(f, $path, fmAppend):
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# TODO: can we do better than silently failing here?
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continue
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for m in msgs:
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try: writeLine(f, m.message)
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except Exception: discard
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flushFile(f)
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close(f)
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# Wait a bit if we had no work to prevent busy waiting
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if not didSomething: sleep(100)
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proc initThreadedFileLogging(gls: GlobalLogService) =
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if gls.file.initialized.load(): return
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withLock gls.lock:
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if gls.file.initialized.load(): return
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gls.file.chan.open()
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gls.file.shutdown.store(false)
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# Create writer thread with reference to the service
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createThread(gls.file.writerThread, fileWriterLoop, gls)
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gls.file.initialized.store(true)
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method clone*(fla: FileLogAppender): LogAppender {.gcsafe.} =
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result = FileLogAppender(
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@ -807,11 +798,11 @@ proc appendLogMessageMultiThreaded(
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ls: ref LogService,
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msg: LogMessage) {.gcsafe.} =
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if not ls.global.file.initialized.load():
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ls.global.initThreadedFileLogging()
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if not fileLogging.initialized.load():
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initThreadedFileLogging()
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try:
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ls.global.file.chan.send(FileMessage(
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fileLogging.chan.send(FileMessage(
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message: fla.formatter(msg),
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absPath: fla.absPath))
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except Exception: discard
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@ -890,113 +881,14 @@ method appendLogMessage*(
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# -----------------------------------------------------------------------------
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# Autoconfiguration Implementation
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# Cleanup
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# -----------------------------------------------------------------------------
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var autoGls = GlobalLogService()
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# we create the global reference so that it is maintained by the thread that
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# first imported this module, but leave it uninitialized until
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# initAutoconfiguredLogService is actually called (when
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# namespaced_logging/autoconfigured is imported)
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addExitProc(proc() =
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shutdownThreadedConsoleLogging()
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shutdownThreadedFileLogging()
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)
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var autoTlls {.threadvar.}: ThreadLocalLogService
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var autoLogger {.threadvar.}: Logger
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|
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|
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proc initAutoconfiguredLogService*() =
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## This exists primarily for namespaced_logging/autoconfigured to call as
|
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## part of its setup process. This function needs to live here and be
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## exported for the autoconfigured module's visibility as many of the internal
|
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## fields required to properly manage the autoconfigured LogService are not
|
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## exported, to avoid confusion and prevent misuse of the library (from a
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## thread-safety POV).
|
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assert not autoGls.isNil
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let oldGls = autoGls
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autoGls = initGlobalLogService()
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|
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if oldGls.initialized.load:
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# If we already have an auto-configured GLS, let's log to the existing GLS
|
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# that we're replacing it.
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withLock oldGls.lock:
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if autoTlls.isNil:
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# If we somehow have an auto-configured GLS but never instantiated a
|
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# thread-local LogService, let's do so temporarily.
|
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autoTlls = new(LogService)
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autoTlls.global = oldGls
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ensureFreshness(autoTlls)
|
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warn(
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getLogger(autoTlls, "namespaced_logging/autoconfigured"),
|
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"initializing a new auto-configured logging service, replacing this one")
|
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|
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oldGls.takeOverGls = some(autoGls)
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oldGls.configVersion.atomicInc
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|
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autoTlls = threadLocalRef(initLogService(autoGls))
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autoLogger = autoTlls.getLogger("")
|
||||
|
||||
|
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proc getAutoconfiguredLogService*(): ThreadLocalLogService =
|
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if autoTlls.isNil:
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if not autoGls.initialized.load():
|
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initAutoconfiguredLogService()
|
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assert autoGls.initialized.load()
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||||
|
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autoTlls = threadLocalRef(initLogService(autoGls))
|
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|
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return autoTlls
|
||||
|
||||
|
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proc getAutoconfiguredLogger*(): Logger =
|
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if autoLogger.isNil:
|
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autoLogger = getLogger(getAutoconfiguredLogService(), "")
|
||||
|
||||
return autoLogger
|
||||
|
||||
|
||||
proc useForAutoconfiguredLogging*(ls: LogService) =
|
||||
# Reconfigure the autoconfigured logging behavior to use the given LogService
|
||||
# configuration instead of the existing autoconfigured configuration. This is
|
||||
# useful in applications that want to control the behavior of third-party
|
||||
# libraries or code that use namespaced_logging/autoconfigured.
|
||||
#
|
||||
# Libraries and other non-application code are suggested to use
|
||||
# namespaced_logging/autoconfigured. The autoconfigured log service has no
|
||||
# appenders when it is initialized which means that applications which are
|
||||
# unaware of namespaced_logging are unaffected and no logs are generated.
|
||||
|
||||
if ls.global == autoGls:
|
||||
# As of Nim 2 `==` on `ref`s performs a referential equality check by
|
||||
# default, and we don't overload `==`. Referential equality is what we're
|
||||
# after here. If the reference in ls already points to the same place as
|
||||
# autoGls, we have nothing to do
|
||||
return
|
||||
|
||||
if autoGls.initialized.load:
|
||||
# if there is an existing autoGls, let's leave instructions for loggers and
|
||||
# LogService instances to move to the newly provided GLS before we change
|
||||
# our autoGls reference.
|
||||
withLock autoGls.lock:
|
||||
autoGls.takeOverGls = some(ls.global)
|
||||
autoGls.configVersion.atomicInc
|
||||
|
||||
autoGls = ls.global
|
||||
|
||||
|
||||
proc useForAutoconfiguredLogging*(tlls: ThreadLocalLogService) =
|
||||
useForAutoconfiguredLogging(tlls[])
|
||||
|
||||
|
||||
proc resetAutoconfiguredLogging*() =
|
||||
## Reset the auto-configured logging service. In general it is suggested to
|
||||
# define a new LogService, configure it, and pass it to
|
||||
# *useForAutoconfiguredLogging* instead. in a way that disconnects it
|
||||
#from
|
||||
autoGls = GlobalLogService()
|
||||
initAutoconfiguredLogService()
|
||||
|
||||
# -----------------------------------------------------------------------------
|
||||
# Tests
|
||||
|
||||
@ -1,220 +0,0 @@
|
||||
import std/[json, options, strutils]
|
||||
from logging import Level
|
||||
import ../namespaced_logging
|
||||
|
||||
export
|
||||
# Types
|
||||
Level,
|
||||
Logger,
|
||||
LogAppender,
|
||||
LogMessage,
|
||||
ConsoleLogAppender,
|
||||
CustomLogAppender,
|
||||
CustomLogAppenderFunc,
|
||||
FileLogAppender,
|
||||
|
||||
# Procs/Funcs
|
||||
`%`,
|
||||
initConsoleLogAppender,
|
||||
initCustomLogAppender,
|
||||
initFileLogAppender,
|
||||
formatJsonStructuredLog,
|
||||
useForAutoconfiguredLogging
|
||||
|
||||
|
||||
proc setRootLoggingThreshold*(lvl: Level) =
|
||||
setRootThreshold(getAutoconfiguredLogService(), lvl)
|
||||
|
||||
|
||||
proc setLoggingThreshold*(scope: string, lvl: Level) =
|
||||
setThreshold(getAutoconfiguredLogService(), scope, lvl)
|
||||
|
||||
|
||||
proc addLogAppender*(appender: LogAppender) =
|
||||
addAppender(getAutoconfiguredLogService(), appender)
|
||||
|
||||
|
||||
proc clearLogAppenders*() =
|
||||
clearAppenders(getAutoconfiguredLogService())
|
||||
|
||||
|
||||
proc getLogger*(scope: string, lvl: Option[Level] = none[Level]()): Logger =
|
||||
getLogger(getAutoconfiguredLogService(), scope, lvl)
|
||||
|
||||
|
||||
template log*(lm: LogMessage) = log(getAutoconfiguredLogger(), lm)
|
||||
|
||||
template log*(lvl: Level, msg: untyped) = log(getAutoconfiguredLogger(), lvl, msg)
|
||||
|
||||
template log*[T: ref Exception](lvl: Level, error: T, msg: untyped) =
|
||||
log(getAutoconfiguredLogger(), lvl, error, msg)
|
||||
|
||||
template debug*[T](msg: T) = log(lvlDebug, msg)
|
||||
template info*[T](msg: T) = log(lvlInfo, msg)
|
||||
template notice*[T](msg: T) = log(lvlNotice, msg)
|
||||
template warn*[T](msg: T) = log(lvlWarn, msg)
|
||||
template error*[T](msg: T) = log(lvlError, msg)
|
||||
template error*[T](error: ref Exception, msg: T) = log(lvlError, error, msg)
|
||||
template fatal*[T](msg: T) = log(lvlFatal, msg)
|
||||
template fatal*[T](error: ref Exception, msg: T) = log(lvlFatal, error, msg)
|
||||
|
||||
when isMainModule:
|
||||
import std/unittest
|
||||
import ./testutil
|
||||
|
||||
suite "Automatic Global Setup":
|
||||
|
||||
setup:
|
||||
clearLogAppenders()
|
||||
let loggedMsgs = initLoggedMessages()
|
||||
addLogAppender(initTestLogAppender(loggedMsgs))
|
||||
# note that we are not resetting the global log service reference as the
|
||||
# module default behavior in setting up the global log service reference
|
||||
# is what we want to test
|
||||
|
||||
test "simple logging works":
|
||||
info("test message")
|
||||
|
||||
let lm = loggedMsgs.get()
|
||||
check:
|
||||
lm.len == 1
|
||||
lm[0].level == lvlInfo
|
||||
lm[0].message == "test message"
|
||||
lm[0].scope == ""
|
||||
|
||||
suite "Autoconfigured Logging":
|
||||
setup:
|
||||
resetAutoconfiguredLogging()
|
||||
let loggedMsgs = initLoggedMessages()
|
||||
addLogAppender(initTestLogAppender(loggedMsgs))
|
||||
|
||||
test "message construction is avoided if the message is not logged":
|
||||
var expensiveCallCount = 0
|
||||
proc expensiveCall(): int =
|
||||
inc expensiveCallCount
|
||||
return expensiveCallCount
|
||||
|
||||
setRootLoggingThreshold(lvlInfo)
|
||||
|
||||
debug("Expensive call (" & $expensiveCall() & ")")
|
||||
info("Expensive call (" & $expensiveCall() & ")")
|
||||
|
||||
let lm = loggedMsgs.get()
|
||||
check:
|
||||
lm.len == 1
|
||||
lm[0].message.contains("Expensive call (1)")
|
||||
expensiveCallCount == 1
|
||||
|
||||
test "thread local variables are cached":
|
||||
# Get the service reference multiple times - should be same instance
|
||||
let svc1 = getAutoconfiguredLogService()
|
||||
let svc2 = getAutoconfiguredLogService()
|
||||
check svc1 == svc2
|
||||
|
||||
# Default logger should also be cached
|
||||
let logger1 = getAutoconfiguredLogger()
|
||||
let logger2 = getAutoconfiguredLogger()
|
||||
check logger1 == logger2
|
||||
|
||||
test "logging with exceptions works":
|
||||
let testException = newException(ValueError, "test error")
|
||||
error(testException, "Something went wrong")
|
||||
|
||||
let lm = loggedMsgs.get()
|
||||
check:
|
||||
lm.len == 1
|
||||
lm[0].level == lvlError
|
||||
lm[0].error.isSome
|
||||
lm[0].error.get.msg == "test error"
|
||||
|
||||
test "all convenience methods work":
|
||||
debug("debug message")
|
||||
info("info message")
|
||||
notice("notice message")
|
||||
warn("warn message")
|
||||
error("error message")
|
||||
fatal("fatal message")
|
||||
|
||||
let lm = loggedMsgs.get()
|
||||
check:
|
||||
lm.len == 6
|
||||
lm[0].level == lvlDebug
|
||||
lm[1].level == lvlInfo
|
||||
lm[2].level == lvlNotice
|
||||
lm[3].level == lvlWarn
|
||||
lm[4].level == lvlError
|
||||
lm[5].level == lvlFatal
|
||||
|
||||
test "message construction is avoided if the message is not logged":
|
||||
var expensiveCallCount = 0
|
||||
proc expensiveCall(): int =
|
||||
inc expensiveCallCount
|
||||
return expensiveCallCount
|
||||
|
||||
setRootLoggingThreshold(lvlInfo)
|
||||
|
||||
debug("Expensive call (" & $expensiveCall() & ")")
|
||||
info("Expensive call (" & $expensiveCall() & ")")
|
||||
|
||||
let lm = loggedMsgs.get()
|
||||
check:
|
||||
lm.len == 1
|
||||
lm[0].message.contains("Expensive call (1)")
|
||||
expensiveCallCount == 1
|
||||
|
||||
|
||||
suite "Global Service Management":
|
||||
setup:
|
||||
resetAutoconfiguredLogging()
|
||||
|
||||
test "useForAutoconfiguredLogging changes global service":
|
||||
|
||||
let origLogs = initLoggedMessages()
|
||||
let newLogs = initLoggedMessages()
|
||||
|
||||
# autoconfiged first
|
||||
addLogAppender(initTestLogAppender(origLogs))
|
||||
let origLogger = getAutoconfiguredLogger()
|
||||
debug("msg 1")
|
||||
|
||||
# Then we setup a custom service that will take over the autoconfig
|
||||
var customLogService = initLogService(lvlWarn)
|
||||
customLogService.addAppender(initTestLogAppender(newLogs))
|
||||
useForAutoconfiguredLogging(customLogService)
|
||||
|
||||
# Subsequent calls to debug, info, etc. should use the new config
|
||||
debug("msg 2 - should be filtered")
|
||||
warn("msg 3 - should appear")
|
||||
|
||||
# Any Loggers that are still around should also get updates
|
||||
origLogger.debug("msg 4 - should be filtered")
|
||||
origLogger.error("msg 5 - should appear")
|
||||
|
||||
let lmOrig = origLogs.get()
|
||||
let lmNew = newLogs.get()
|
||||
check:
|
||||
lmOrig.len == 1
|
||||
lmOrig[0].message == "msg 1"
|
||||
lmNew.len == 2
|
||||
lmNew[0].message == "msg 3 - should appear"
|
||||
lmNew[1].message == "msg 5 - should appear"
|
||||
|
||||
test "configuration changes affect autoconfigured logging":
|
||||
let loggedMsgs = initLoggedMessages()
|
||||
addLogAppender(initTestLogAppender(loggedMsgs))
|
||||
|
||||
# Initially all levels should work
|
||||
debug("debug message")
|
||||
|
||||
# Change root threshold
|
||||
setRootLoggingThreshold(lvlInfo)
|
||||
|
||||
# Debug should now be filtered
|
||||
debug("should be filtered")
|
||||
info("should appear")
|
||||
|
||||
let lm = loggedMsgs.get()
|
||||
check:
|
||||
lm.len == 2 # First debug + info
|
||||
lm[0].level == lvlDebug
|
||||
lm[1].level == lvlInfo
|
||||
Reference in New Issue
Block a user