mirror of
https://github.com/dhewm/dhewm3.git
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209 lines
6.6 KiB
Python
209 lines
6.6 KiB
Python
# run doom process on a series of maps
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# can be used for regression testing, or to fetch media
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# keeps a log of each run ( see getLogfile )
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# currently uses a basic stdout activity timeout to decide when to move on
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# using a periodic check of /proc/<pid>/status SleepAVG
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# when the sleep average is reaching 0, issue a 'quit' to stdout
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# keeps serialized run status in runner.pickle
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# NOTE: can be used to initiate runs on failed maps only for instance etc.
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# TODO: use the serialized and not the logs to sort the run order
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# TODO: better logging. Use idLogger?
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# TODO: configurable event when the process is found interactive
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# instead of emitting a quit, perform some warning action?
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import sys, os, commands, string, time, traceback, pickle
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from twisted.application import internet, service
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from twisted.internet import protocol, reactor, utils, defer
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from twisted.internet.task import LoopingCall
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class doomClientProtocol( protocol.ProcessProtocol ):
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# ProcessProtocol API
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def connectionMade( self ):
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self.logfile.write( 'connectionMade\n' )
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def outReceived( self, data ):
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print data
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self.logfile.write( data )
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def errReceived( self, data ):
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print 'stderr: ' + data
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self.logfile.write( 'stderr: ' + data )
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def inConnectionLost( self ):
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self.logfile.write( 'inConnectionLost\n' )
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def outConnectionLost( self ):
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self.logfile.write( 'outConnectionLost\n' )
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def errConnectionLost( self ):
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self.logfile.write( 'errConnectionLost\n' )
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def processEnded( self, status_object ):
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self.logfile.write( 'processEnded %s\n' % repr( status_object ) )
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self.logfile.write( time.strftime( '%H:%M:%S', time.localtime( time.time() ) ) + '\n' )
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self.logfile.close()
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self.deferred.callback( None )
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# mac management
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def __init__( self, logfilename, deferred ):
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self.logfilename = logfilename
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self.logfile = open( logfilename, 'a' )
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self.logfile.write( time.strftime( '%H:%M:%S', time.localtime( time.time() ) ) + '\n' )
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self.deferred = deferred
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class doomService( service.Service ):
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# current monitoring state
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# 0: nothing running
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# 1: we have a process running, we're monitoring it's CPU usage
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# 2: we issued a 'quit' to the process's stdin
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# either going to get a processEnded, or a timeout
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# 3: we forced a kill because of error, timeout etc.
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state = 0
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# load check period
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check_period = 10
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# pickled status file
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pickle_file = 'runner.pickle'
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# stores status indexed by filename
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# { 'mapname' : ( state, last_update ), .. }
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status = {}
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# start the maps as multiplayer server
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multiplayer = 0
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def __init__( self, bin, cmdline, maps, sort = 0, multiplayer = 0, blank_run = 0 ):
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self.p_transport = None
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self.multiplayer = multiplayer
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self.blank_run = blank_run
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if ( self.multiplayer ):
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print 'Operate in multiplayer mode'
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self.bin = os.path.abspath( bin )
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if ( type( cmdline ) is type( '' ) ):
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self.cmdline = string.split( cmdline, ' ' )
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else:
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self.cmdline = cmdline
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self.maps = maps
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if ( os.path.exists( self.pickle_file ) ):
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print 'Loading pickled status %s' % self.pickle_file
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handle = open( self.pickle_file, 'r' )
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self.status = pickle.load( handle )
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handle.close()
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if ( sort ):
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print 'Sorting maps oldest runs first'
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maps_sorted = [ ]
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for i in self.maps:
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i_log = self.getLogfile( i )
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if ( os.path.exists( i_log ) ):
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maps_sorted.append( ( i, os.path.getmtime( i_log ) ) )
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else:
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maps_sorted.append( ( i, 0 ) )
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maps_sorted.sort( lambda x,y : cmp( x[1], y[1] ) )
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self.maps = [ ]
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if ( blank_run ):
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self.maps.append( 'blankrun' )
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for i in maps_sorted:
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self.maps.append( i[ 0 ] )
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print 'Sorted as: %s\n' % repr( self.maps )
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def getLogfile( self, name ):
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return 'logs/' + string.translate( name, string.maketrans( '/', '-' ) ) + '.log'
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# deferred call when child process dies
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def processEnded( self, val ):
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print 'child has died - state %d' % self.state
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self.status[ self.maps[ self.i_map ] ] = ( self.state, time.time() )
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self.i_map += 1
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if ( self.i_map >= len( self.maps ) ):
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reactor.stop()
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else:
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self.nextMap()
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def processTimeout( self ):
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self.p_transport.signalProcess( "KILL" )
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def sleepAVGReply( self, val ):
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try:
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s = val[10:][:-2]
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print 'sleepAVGReply %s%%' % s
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if ( s == '0' ):
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# need twice in a row
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if ( self.state == 2 ):
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print 'child process is interactive'
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self.p_transport.write( 'quit\n' )
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else:
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self.state = 2
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else:
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self.state = 1
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# else:
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# reactor.callLater( self.check_period, self.checkCPU )
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except:
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print traceback.format_tb( sys.exc_info()[2] )
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print sys.exc_info()[0]
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print 'exception raised in sleepAVGReply - killing process'
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self.state = 3
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self.p_transport.signalProcess( 'KILL' )
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def sleepAVGTimeout( self ):
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print 'sleepAVGTimeout - killing process'
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self.state = 3
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self.p_transport.signalProcess( 'KILL' )
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# called at regular intervals to monitor the sleep average of the child process
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# when sleep reaches 0, it means the map is loaded and interactive
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def checkCPU( self ):
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if ( self.state == 0 or self.p_transport is None or self.p_transport.pid is None ):
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print 'checkCPU: no child process atm'
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return
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defer = utils.getProcessOutput( '/bin/bash', [ '-c', 'cat /proc/%d/status | grep SleepAVG' % self.p_transport.pid ] )
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defer.addCallback( self.sleepAVGReply )
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defer.setTimeout( 2, self.sleepAVGTimeout )
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def nextMap( self ):
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self.state = 0
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name = self.maps[ self.i_map ]
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print 'Starting map: ' + name
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logfile = self.getLogfile( name )
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print 'Logging to: ' + logfile
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if ( self.multiplayer ):
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cmdline = [ self.bin ] + self.cmdline + [ '+set', 'si_map', name ]
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if ( name != 'blankrun' ):
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cmdline.append( '+spawnServer' )
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else:
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cmdline = [ self.bin ] + self.cmdline
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if ( name != 'blankrun' ):
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cmdline += [ '+devmap', name ]
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print 'Command line: ' + repr( cmdline )
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self.deferred = defer.Deferred()
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self.deferred.addCallback( self.processEnded )
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self.p_transport = reactor.spawnProcess( doomClientProtocol( logfile, self.deferred ), self.bin, cmdline , path = os.path.dirname( self.bin ), env = os.environ )
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self.state = 1
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# # setup the CPU usage loop
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# reactor.callLater( self.check_period, self.checkCPU )
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def startService( self ):
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print 'doomService startService'
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loop = LoopingCall( self.checkCPU )
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loop.start( self.check_period )
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self.i_map = 0
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self.nextMap()
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def stopService( self ):
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print 'doomService stopService'
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if ( not self.p_transport.pid is None ):
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self.p_transport.signalProcess( 'KILL' )
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# serialize
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print 'saving status to %s' % self.pickle_file
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handle = open( self.pickle_file, 'w+' )
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pickle.dump( self.status, handle )
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handle.close()
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