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How to use startprocessmonitor method in pyatom

Best Python code snippet using pyatom_python

run.py

Source:run.py

1from pysys.constants import *2from pysys.basetest import BaseTest3from pysys.process.monitor import *4from pysys.utils.pycompat import openfile5if PROJECT.testRootDir+'/internal/utilities/extensions' not in sys.path:6	sys.path.append(PROJECT.testRootDir+'/internal/utilities/extensions') # only do this in internal testcases; normally sys.path should not be changed from within a PySys test7from pysysinternalhelpers import *8class PySysTest(BaseTest):9	def execute(self):10		p = self.startProcess(command=sys.executable,11						  arguments = [self.input+'/spinner.py'],12						  stdout = "%s/test.out" % self.output,13						  stderr = "%s/test.err" % self.output,14						  state=BACKGROUND)15						  16		childtest = runPySys(self, 'pysys', ['run', '-o', self.output+'/myoutdir', '-X', 'pidToMonitor=%d'%p.pid], 17			state=BACKGROUND, workingDir=self.input+'/nestedtests')18		# should be a no-op, just check it doesn't throw19		ProcessMonitorTextFileHandler.setDefaults(ProcessMonitorTextFileHandler.DEFAULT_COLUMNS)20		pm = self.startProcessMonitor(p, interval=0.1, file='monitor-default.tsv')21		pm2 = self.startProcessMonitor(p, interval=0.1, file=self.output+'/monitor-numproc.tsv', numProcessors='10')22		# test all supported stats, and also use of stream rather than filename23		filehandle = openfile(self.output+'/monitor-all.csv', 'w', encoding='utf-8')24		self.addCleanupFunction(lambda: filehandle.close())25		pm_all = self.startProcessMonitor(p, interval=0.1,handlers=[26			ProcessMonitorTextFileHandler(file=filehandle, columns=[27				ProcessMonitorKey.DATE_TIME,28				ProcessMonitorKey.SAMPLE,29				ProcessMonitorKey.CPU_CORE_UTILIZATION,30				ProcessMonitorKey.CPU_TOTAL_UTILIZATION,31				ProcessMonitorKey.MEMORY_RESIDENT_KB,32				ProcessMonitorKey.MEMORY_VIRTUAL_KB,33			], delimiter=',')34		])35		pidmonitor = self.startProcessMonitor(p.pid, interval=0.1, file=self.output+'/monitor-pid.tsv')36		assert pm.running(), 'monitor is still running'37		self.waitForGrep('monitor-default.tsv', expr='.', condition='>=5', ignores=['#.*'])38		self.waitForGrep('monitor-numproc.tsv', expr='.', condition='>=5', ignores=['#.*'])39		self.waitForGrep('monitor-pid.tsv', expr='.', condition='>=5', ignores=['#.*'])40		self.waitForGrep('monitor-all.csv', expr='.', condition='>=5', ignores=['#.*'])41		assert pm.running(), 'monitor is still running'42		assert pidmonitor.running(), 'pid monitor is still running'43		self.stopProcessMonitor(pidmonitor)44		self.waitProcess(childtest, timeout=60)45		self.assertTrue(childtest.exitStatus==0, assertMessage='nested pysys test passed')46		self.stopProcessMonitor(pm)47		pm.stop() # should silently do nothing48		self.stopProcessMonitor(pm) # should silently do nothing49		assert p.exitStatus == None, 'spinner process terminated unexpectedly'50		p.stop()51		self.wait(1) # keep process monitor running after it to check it doesn't cause an error52		self.stopProcessMonitor(pm2)53						  54		55	def validate(self):56		self.logFileContents('monitor-default.tsv')57		self.logFileContents('monitor-numproc.tsv')58		self.logFileContents('monitor-all.csv')59		self.logFileContents('myoutdir/NestedTest/monitor-legacy.tsv')60		with open(self.output+'/myoutdir/NestedTest/monitor-legacy.tsv') as f:61			header = f.readline()62			f.readline() # ignore first line of results63			line = f.readline().strip() 64		# ensure tab-delimited output has same number of items as header65		line = line.split('\t')66		self.log.info('Sample legacy log line:   %s', line)67		self.assertThat('%d == 4', len(line)) 68		self.assertGrep('myoutdir/NestedTest/monitor-legacy.tsv', expr='#.*', contains=False) # no header line69		self.log.info('')70		71		with open(self.output+'/monitor-default.tsv') as f:72			header = f.readline()73			self.assertTrue(header.startswith('#')) 74			f.readline() # ignore first line of results75			line = f.readline().strip() 76		# ensure tab-delimited output has same number of items as header77		line = line.split('\t')78		self.log.info('Sample log line:   %s', line)79		self.assertThat('%d == %d', len(line), len(header.split('\t'))) # same number of items in header line as normal lines80		for i in range(len(line)):81			if i > 0: # apart from the first column, every header should be a valid float or int82				try:83					float(line[i])84				except Exception:85					self.addOutcome(FAILED, 'monitor-default.tsv sample line [%d] is not a number: "%s"'%line[i])86		with open(self.output+'/monitor-all.csv') as f:87			header = f.readline()88			self.assertTrue(header.startswith('#')) 89			f.readline() # ignore first line of results90			line = f.readline().strip() 91		# ensure delimited output has same number of items as header92		self.assertGrep('monitor-all.csv', expr='\t', contains=False) # no tabs, since we use commas for this file93		line = line.split(',')94		self.log.info('Sample log line:   %s', line)95		self.assertThat('%d == %d', len(line), len(header.split(','))) # same number of items in header line as normal lines96		for i in range(len(line)):97			if i > 0: # apart from the first column, every header should be a valid float or int98				try:99					float(line[i])100				except Exception:101					self.addOutcome(FAILED, 'monitor-all.csv sample line [%d] is not a number: "%s"'%(i, line[i]))102		self.assertGrep('monitor-all.csv', expr='.*[.]', contains=False) # no floats, currently we expect all our stats to be integral103		104		# check files have at least some valid (non -1 ) values105		self.assertGrep('monitor-default.tsv', expr='\t[0-9]+')106		self.assertGrep('monitor-pid.tsv', expr='\t[0-9]+')107		self.assertGrep('myoutdir/NestedTest/monitor-legacy.tsv', expr='\t[0-9]+')108		109		# should be nothing where we couldn't get the data110		self.assertGrep('myoutdir/NestedTest/monitor-legacy.tsv', expr='\t-1', contains=False)...

pywindbg.py

Source:pywindbg.py

1# pywindbg.py2# Created by Starwarsfan2099 on 4/22/20193import argparse4from colorama import Fore5import commandParse6import utilities7version = "0.9"8utils = utilities.Utilities()9utils.dbgPrint("", Fore.GREEN)10utils.dbgPrint("PyWinDbg", Fore.GREEN)11utils.dbgPrint("Version %s" % version)12utils.dbgPrint("by Starwarsfan2099\n")13# Add all our command line arguments14parser = argparse.ArgumentParser()15parser.add_argument("-p", "--pid", type=int, help="process PID to attach to.")16parser.add_argument("-o", "--open", type=str, help="executable to launch and attach to.")17parser.add_argument("-l", "--log", type=str, help="log file to log to.")18parser.add_argument("-v", "--verbose", help="print more information.", action="store_true")19parser.add_argument("-d", "--debug", help="gives debugging information for development and bug hunting.", action="store_true")20parser.add_argument("-x", "--hide", help="hides debugger from debugee when first breakpoint is hit.", action="store_true")21parser.add_argument("-c", "--crash_mode", help="places hooks and prints information when a process crashes.", action="store_true")22parser.add_argument("-f", "--file_mode", help="hooks file creation and modification functions, printing info when called.", action="store_true")23parser.add_argument("-pm", "--process_monitor", help="starts monitoring all created processes.", action="store_true")24parser.add_argument("-fm", "--file_monitor", help="monitors file modification, creation, and deletion.", action="store_true")25args = parser.parse_args()26parser = commandParse.Parser()27# Parse the command line arguments given, if any28if args.log is not None:                                            # Log file29    parser.variables["logfile"] = args.log30    parser.variableParse("set logging True")31    utils.dbgPrint("[*] Logfile = %s" % args.log, Fore.GREEN)32if args.open is not None:                                           # Opening a file from command line33    parser.openAndAttach(args.open)34if args.verbose is True:                                            # Verbose mode35    parser.variables["verbose"] = True36    parser.variableParse("set verbose True")37    utils.dbgPrint("[*] Verbose = True", Fore.GREEN)38if args.debug is True:                                              # Debug mode39    parser.variables["debug"] = True40    parser.variableParse("set debug True")41    utils.dbgPrint("[*] Debug = True", Fore.GREEN)42if args.hide is True:                                               # Hide debugger43    parser.variables["hide-debugger"] = True44    parser.variableParse("set hide-debugger True")45    utils.dbgPrint("[*] Hide-debugger = True", Fore.GREEN)46if args.crash_mode is True:                                         # Crash Mode47    parser.variables["crash-mode"] = True48    parser.variableParse("set crash-mode True")49    utils.dbgPrint("[*] Crash-mode = True", Fore.GREEN)50if args.file_mode is True:                                          # File Mode51    parser.variables["file-mode"] = True52    parser.variableParse("set file-mode True")53    utils.dbgPrint("[*] File-mode = True", Fore.GREEN)54if args.process_monitor is True:                                    # Process monitor55    parser.startProcessMonitor()56if args.file_monitor is True:                                       # File monitor57    parser.startFileMonitor("fm")58utils.dbgPrint("")59# Start the main command prompt loop60if __name__ == '__main__':61    while True:...

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