#

# Copyright (c) 2009 Nokia Corporation and/or its subsidiary(-ies).

# All rights reserved.

# This component and the accompanying materials are made available

# under the terms of the License "Eclipse Public License v1.0"

# which accompanies this distribution, and is available

# at the URL "http://www.eclipse.org/legal/epl-v10.html".

#

# Initial Contributors:

# Nokia Corporation - initial contribution.

#

# Contributors:

#

# Description: 

#

# Runs the specified suite of raptor tests

import os

import sys

import re

import imp

import datetime

import traceback

raptor_tests = imp.load_source("raptor_tests", "common/raptor_tests.py")

# Command line options ########################################################

from optparse import OptionParser

parser = OptionParser(

		prog = "run",

		usage = "%prog [Options]")

parser.add_option("-u", "--upload", action = "store", type = "string",

		dest = "upload", default = None,

		help = "Path for uploading results (Can be UNC path)")

parser.add_option("-b", "--branch", action = "store", type = "choice",

		dest = "branch", choices = ["master", "m", "fix", "f", "wip", "w"],

		help = "string indicating which branch is being tested:\n" + \

		"master, fix or wip. Default is 'fix'")

parser.add_option("-s", "--suite", action = "store", type = "string",

		dest = "suite", help = "regex to use for selecting test suites")

parser.add_option("-t", "--tests", action = "store", type = "string",

		dest = "tests", help = "regex to use for selecting tests")

parser.add_option("-d", "--debug", action = "store_true", dest = "debug_mode",

		default = False, help = "Turns on debug-mode")

parser.add_option("--test-home", action = "store", type = "string",

		dest = "test_home",

		help = "Location of custom .sbs_init.xml (name of directory in " +

		"'custom_options'): test/custom_options/<test_home>/.sbs_init.xml")

parser.add_option("--what-failed", action = "store_true", dest = "what_failed",

		help = "Re-run all the tests that failed in the previous test run")

parser.add_option("--clean", action = "store_true", dest = "clean",

		help = "Clean EPOCROOT after each test is run")

(options, args) = parser.parse_args()

# Check for --what-failed and override '-s' and '-t' (including flagless regex)

if options.what_failed:

	try:

		what_failed_file = open("what_failed", "r")

		what_failed = what_failed_file.readline()

		what_failed_file.close()

		print "Running: run " + what_failed

		first = what_failed.find('"')

		second = what_failed.find('"', (first + 1))

		options.suite = what_failed[(first + 1):second]

		first = what_failed.find('"', (second + 1))

		second = what_failed.find('"', (first + 1))

		options.tests = what_failed[(first + 1):second]

	except:

		# If no file exists, nothing failed, so run as usual

		pass

# Allow flagless test regex

if (options.tests == None) and (len(args) > 0):

	options.tests = args[len(args) - 1]

if options.upload != None:

	if options.branch != None:

		if options.branch == "m":

			branch = "master"

		elif options.branch == "f":

			branch = "fix"

		elif options.branch == "w":

			branch = "wip"

		else:

			branch = options.branch

	else:

		print "Warning: Test branch not set - Use " + \

				"'-b [master|fix|wip]'\n Using default of 'Fix'..."

		branch = "fix"

if options.debug_mode:

	raptor_tests.activate_debug()

# Set $HOME environment variable for finding a custom .sbs_init.xml 

if options.test_home != None:

	home_dir = options.test_home

	if home_dir in os.listdir("./custom_options"):

		os.environ["HOME"] = os.environ["SBS_HOME"] + "/test/custom_options/" \

				+ home_dir + "/"

	else:

		print "Warning: Path to custom .sbs_init.xml file not found (" + \

				home_dir + ")\nUsing defaults..."

		options.test_home = None

def format_milliseconds(microseconds):

	""" format a microsecond time in milliseconds """

	milliseconds = (microseconds / 1000)

	if milliseconds == 0:

		return "000"

	elif milliseconds < 10:

		return "00" + str(milliseconds)

	elif milliseconds < 100:

		return "0" + str(milliseconds)

	return milliseconds

class TestRun(object):

	"""Represents any series of tests"""

	def __init__(self):

		self.test_set = []

		self.failed_tests = []

		self.error_tests = []

		self.pass_total = 0

		self.fail_total = 0

		self.skip_total = 0

		self.exception_total = 0

		self.test_total = 0

		# For --what-failed:

		self.suites_failed = []

		self.tests_failed = []

	def aggregate(self, atestrun):

		""" Aggregate other test results into this one """

		self.test_set.append(atestrun)

		self.test_total += len(atestrun.test_set)

	def show(self):

		for test_set in self.test_set:

			print "\n\n" + str(test_set.suite_dir) + ":\n"

			# If a suite has failed/erroneous tests, add it to what_failed

			if (test_set.fail_total + test_set.exception_total) > 0:

				self.suites_failed.append(test_set.suite_dir)

			if len(test_set.test_set) < 1:

				print "No tests run"

			else:

				print "PASSED: " + str(test_set.pass_total)

				print "FAILED: " + str(test_set.fail_total)

				if test_set.skip_total > 0:

					print "SKIPPED: " + str(test_set.skip_total)

				if test_set.exception_total > 0:

					print "EXCEPTIONS: " + str(test_set.exception_total)

				if test_set.fail_total > 0:

					print "\nFAILED TESTS:"

					# Add each failed test to what_failed and print it

					for test in test_set.failed_tests:

						self.tests_failed.append("^" + test + ".py")

						print "\t", test

				if test_set.exception_total > 0:

					print "\nERRONEOUS TESTS:"

					# Add each erroneous test to what_failed and print it

					for test in test_set.error_tests:

						first = test.find("'")

						second = test.find("'", (first + 1))

						self.tests_failed.append("^" +

								test[(first + 1):second] + ".py")

						print "\t", test

	def what_failed(self):

		"Create the file for --what-failed if there were failing tests"

		if len(self.suites_failed) > 0:

			self.what_failed = open("what_failed", "w")

			# Add the suites and tests to the file as command-line options

			self.what_failed.write('-s "')

			loop_number = 0

			for suite in self.suites_failed:

				loop_number += 1

				self.what_failed.write(suite)

				# If this is not the last suite, prepare to add another

				if loop_number < len(self.suites_failed):

					self.what_failed.write("|")

			self.what_failed.write('" -t "')

			loop_number = 0

			for test in self.tests_failed:

				loop_number += 1

				self.what_failed.write(test)

				# If this is not the last test, prepare to add another

				if loop_number < len(self.tests_failed):

					self.what_failed.write("|")

			self.what_failed.write('"')

			self.what_failed.close()

		else:

			# If there were no failing tests this time, remove any previous file

			try:

				os.remove("what_failed")

			except:

				try:

					os.chmod("what_failed", stat.S_IRWXU)

					os.remove("what_failed")

				except:

					pass

class Suite(TestRun):

	"""A test suite"""

	python_file_regex = re.compile("(.*)\.py$", re.I)

	def __init__(self, dir, parent):

		TestRun.__init__(self)

		self.suite_dir = dir

		# Upload directory (if set)

		self.upload_location = parent.upload_location

		# Regex for searching for tests

		self.test_file_regex = parent.test_file_regex

		self.test_pattern = parent.testpattern

	def run(self):

		"""run the suite"""

		self.time_stamp = datetime.datetime.now()

		self.results = {}

		self.start_times = {}

		self.end_times = {}

		print "\n\nRunning " + str(self.suite_dir) + "..."

		# Iterate through all files in specified directory

		for test in os.listdir(self.suite_dir):

			# Only check '*.py' files

			name_match = self.python_file_regex.match(test)

			if name_match is not None:

				if self.test_file_regex is not None:

					# Each file that matches -t input is imported if any

					name_match = self.test_file_regex.match(test)

				else:

					name_match = 1

				if name_match is not None:

					import_name = test[:-3]

					try:

						self.test_set.append(imp.load_source(import_name,

								(raptor_tests.ReplaceEnvs(self.suite_dir

								+ "/" + test))))

					except:

						print "\n", (sys.exc_type.__name__ + ":"), \

								sys.exc_value, "\n", \

								traceback.print_tb(sys.exc_traceback)

		test_number = 0

		test_total = len(self.test_set)

		if test_total < 1:

			print "No tests in suite "+self.suite_dir+" matched by specification '"+self.test_pattern+"' (regex: /.*"+self.test_pattern+".*/)\n";

		# Run each test, capturing all its details and its results

		for test in self.test_set:

			test_number += 1

			# Save start/end times and save in dictionary for TMS

			start_time = datetime.datetime.now()

			try:

				test_number_text = "\n\nTEST " + str(test_number) + "/" + \

						str(test_total) + ":"

				if self.fail_total > 0:

					test_number_text += "    So far " + str(self.fail_total) + \

							" FAILED"

				if self.exception_total > 0:

					test_number_text += "    So far " + str(self.exception_total) + \

							" ERRONEOUS"

				print test_number_text

				test_object = test.run()

				end_time = datetime.datetime.now()

				# Add leading 0s

				test_object.id = raptor_tests.fix_id(test_object.id)

				# No millisecond function, so need to use microseconds/1000

				start_milliseconds = start_time.microsecond

				end_milliseconds = end_time.microsecond

				# Add trailing 0's if required

				start_milliseconds = \

						format_milliseconds(start_milliseconds)

				end_milliseconds = \

						format_milliseconds(end_milliseconds)

				self.start_times[test_object.id] = \

						start_time.strftime("%H:%M:%S:" +

						str(start_milliseconds))

				self.end_times[test_object.id] = \

						end_time.strftime("%H:%M:%S:" + \

						str(end_milliseconds))

				run_time = (end_time - start_time)

				run_time_seconds = (str(run_time.seconds) + "." + \

						str(format_milliseconds(run_time.microseconds)))

				print ("RunTime: " + run_time_seconds + "s")

				# Add to pass/fail count and save result to dictionary

				if test_object.result == raptor_tests.SmokeTest.PASS:

					self.pass_total += 1

					self.results[test_object.id] = "Passed"

				elif test_object.result == raptor_tests.SmokeTest.FAIL:

					self.fail_total += 1

					self.results[test_object.id] = "Failed"

					self.failed_tests.append(test_object.name)

				elif test_object.result == raptor_tests.SmokeTest.SKIP:

					self.skip_total += 1

				# Clean epocroot after running each test if --clean option is specified

				if options.clean:

					print "\nCLEANING TEST RESULTS..."

					raptor_tests.clean_epocroot()

			except:

				print "\nTEST ERROR:"

				print (sys.exc_type.__name__ + ":"), \

						sys.exc_value, "\n", \

						traceback.print_tb(sys.exc_traceback)

				self.exception_total += 1

				self.error_tests.append(str(self.test_set[test_number - 1]))

		if self.upload_location != None:

			self.create_csv()

		end_time_stamp = datetime.datetime.now()

		runtime = end_time_stamp - self.time_stamp

		seconds = (str(runtime.seconds) + "." + \

				str(format_milliseconds(runtime.microseconds)))

		if options.upload:

			self.create_tri(seconds)

		print ("\n" + str(self.suite_dir) + " RunTime: " + seconds + "s")

	def create_csv(self):

		"""

		This method will create a CSV file with the smoke test's output

				in order to successfully upload results to TMS QC

		"""

		# This sorts the dictionaries by their key values (Test IDs)

		id_list = run_tests.sort_dict(self.results)

		self.test_file_name = (self.suite_dir + "_" + \

				self.time_stamp.strftime("%Y-%m-%d_%H-%M-%S") + "_" +

				branch + "_results.csv")

		# This is the path for file-creation on the server. Includes

		self.test_path = (self.upload_location + "/csv/" + self.suite_dir + "/"

				+ self.test_file_name)

		try:

			if not os.path.isdir(self.upload_location + "/csv/" +

					self.suite_dir):

				os.makedirs(self.upload_location + "/csv/" + self.suite_dir)

			csv_file = \

					open(raptor_tests.ReplaceEnvs(os.path.normpath(self.test_path)),

					"w")

			csv_file.write("TestCaseID,StartTime,EndTime,Result\n")

			for test_id in id_list:

				csv_file.write("PCT-SBSV2-" + self.suite_dir + "-" + test_id + \

						"," + str(self.start_times[test_id]) + "," + \

						str(self.end_times[test_id]) + "," + \

						self.results[test_id] + "\n")

			csv_file.close()

		except OSError, e:

			print "SBS_TESTS: Error:", e

	def create_tri(self, overall_seconds):

		"""

		This method will create a TRI (xml) file containing the location of the

				CSV file in order to successfully upload results to TMS QC

		"""

		# Path for the tri file

		tri_path = (self.upload_location + "/new/" + self.suite_dir + \

				"_" + self.time_stamp.strftime("%Y-%m-%d_%H-%M-%S") + ".xml")

		run_name_timestamp = self.time_stamp.strftime(self.suite_dir + \

				"%Y-%m-%d_%H-%M-%S")

		date_time_timestamp = self.time_stamp.strftime("%d.%m.%Y %H:%M:%S")

		test_set_name = "Root\\Product Creation Tools\\Regression\\" + \

				"SBS v2 (Raptor)\\" + self.suite_dir + "_"

		if sys.platform.startswith("win"):

			test_set_name += ("WinXP_" + branch)

		else:

			test_set_name += ("Linux_" + branch)

		# /mnt/ -> // Fixes the difference in paths for lon-rhdev mounts vs. win

		if not sys.platform.startswith("win"):

			if self.test_path.startswith("/mnt/"):

				self.test_path = self.test_path.replace("mnt", "", 1)

		try:

			tri_file = \

					open(raptor_tests.ReplaceEnvs(os.path.normpath(tri_path)), \

					"w")

			tri_file.write(

					"<TestRunInfo>\n" + \

						"\t<RunName>\n\t\t" + \

							run_name_timestamp + \

						"\n\t</RunName>\n" + \

						"\t<TestGroup>\n" + \

							"\t\tSBSv2 (Non-SITK)\n" + \

						"\t</TestGroup>\n" + \

						"\t<DateTime>\n\t\t" + \

							date_time_timestamp + \

						"\n\t</DateTime>\n" + \

						"\t<RunDuration>\n\t\t" + \

							overall_seconds + \

						"\n\t</RunDuration>\n" + \

						'\t<TestSet name="' + test_set_name + '">\n' + \

							"\t\t<TestResults>\n\t\t\t" + \

								self.test_path + \

							"\n\t\t</TestResults>\n" + \

						"\t</TestSet>\n" + \

					"</TestRunInfo>")

			tri_file.close()

			print "Tests uploaded to '" + self.upload_location + "' (" + \

					branch + ")"

		except OSError, e:

			print "SBS_TESTS: Error:", e

class SuiteRun(TestRun):

	""" Represents a 'run' of a number of test suites """

	def __init__(self, suitepattern = None, testpattern = None,

			upload_location = None):

		TestRun.__init__(self)

		# Add common directory to list of paths to search for modules

		sys.path.append(raptor_tests.ReplaceEnvs("$(SBS_HOME)/test/common"))

		if suitepattern:

			self.suite_regex = re.compile(".*" + suitepattern + ".*", re.I)

		else:

			self.suite_regex = re.compile(".*\_suite$", re.I)

		if testpattern:

			self.test_file_regex = re.compile(".*" + testpattern + ".*",

					re.I)

		else:

			self.test_file_regex = None

		self.suitepattern = suitepattern

		self.testpattern = testpattern

		self.upload_location = upload_location

	def run_tests(self):

		"""

		Run all the tests in the specified suite (directory)

		"""

		suites = []

		for dir in os.listdir("."):

			name_match = self.suite_regex.match(dir)

			# Each folder that matches the suite pattern will be looked into

			# Also checks to make sure the found entry is actually a directory

			if name_match is not None and os.path.isdir(dir):

				s = Suite(dir, self)

				s.run()

				self.aggregate(s)

				suites.append(dir)

		# Print which options were used

		if options.test_home == None:

			options_dir = "defaults)"

		else:

			options_dir = "'" + options.test_home + "' options file)"

		print "\n(Tests run using %s" %options_dir

		# Summarise the entire test run

		if self.suitepattern and (len(suites) < 1):

			print "\nNo suites matched specification '" + self.suitepattern + \

					"'\n"

		else:

			print "Overall summary (%d suites, %d tests):" \

					%(len(suites), self.test_total)

			self.show()

			self.what_failed()

	def sort_dict(self, input_dict):

		"""

		This method sorts values in a dictionary

		"""

		keys = input_dict.keys()

		keys.sort()

		return keys

# Make SBS_HOME, EPOCROOT have uppercase drive letters to match os.getcwd() and

# thus stop all those insane test problems which result from one being uppercase

# and the other lowercase

if sys.platform.startswith("win"):

	sh = os.environ['SBS_HOME']

	if sh[1] == ':':

		os.environ['SBS_HOME'] = sh[0].upper() + sh[1:]

	er = os.environ['EPOCROOT']