def verifyCI():
if args.ci and args.ci is not 'teamcity':
print 'Unknown continuous integration ' + args.ci + '. Supported CI programs: teamcity'
if args.ci and not args.citest:
print 'The name of the test was not specified in \'citest\''
if args.ci is not 'teamcity':
TeamCity.tcDisableOutput()
def verifyCI():
if args.ci and args.ci is not 'teamcity':
print 'Unknown continuous integration ' + args.ci + '. Supported CI programs: teamcity'
if args.ci and not args.citest:
print 'The name of the test was not specified in \'citest\''
if args.ci is not 'teamcity':
TeamCity.tcDisableOutput()
def buildSim():
if not os.path.exists(make_file):
print 'Unable to find make file ' + make_file
sys.exit(1)
project = os.path.basename(os.path.abspath(os.environ['NF_DESIGN_DIR']))
subprocess.call(['cp', make_file, proj_test_dir + '/Makefile'])
print '=== Work directory is ' + proj_test_dir
if args.dump:
dumpfile = 'dump.v'
else:
dumpfile = ''
if args.isim:
make_opt = args.make_opt + ' isim_top'
elif args.vcs:
make_opt = args.make_opt + ' vcs_top'
else:
make_opt = args.make_opt + ' vsim_top'
cmd = "make -f Makefile DUMP_CTRL=" + dumpfile + " SIM_OPT=" + sim_opt + " " + make_opt
os.chdir(proj_test_dir)
subprocess.call(['rm', '-rf', 'my_sim'])
print '=== Calling make to build simulation binary with'
print cmd
print ''
# Invoke make with through the appropriate ci program
if TeamCity.tcIsEnabled():
pass #if tcRunMake('', args.citest + tcGetTestSeparator() + 'make', '.', cmd) is not 0:
# sys.exit(1)
else:
status = subprocess.call(cmd, shell=True)
if status > 0:
print "Error: "
sys.exit(1)
print '=== Simulation compiled.'
def buildSim():
if not os.path.exists(make_file):
print 'Unable to find make file ' + make_file
sys.exit(1)
project = os.path.basename(os.path.abspath(os.environ['NF_DESIGN_DIR']))
subprocess.call(['cp', make_file, proj_test_dir + '/Makefile'])
print '=== Work directory is ' + proj_test_dir
if args.dump:
dumpfile = 'dump.v'
else:
dumpfile = ''
if args.isim:
make_opt = args.make_opt + ' isim_top'
elif args.vcs:
make_opt = args.make_opt + ' vcs_top'
else:
make_opt = args.make_opt + ' vsim_top'
cmd = "make -f Makefile DUMP_CTRL=" + dumpfile + " SIM_OPT=" + sim_opt + " " + make_opt
os.chdir(proj_test_dir)
subprocess.call(['rm', '-rf', 'my_sim'])
print '=== Calling make to build simulation binary with'
print cmd
print ''
# Invoke make with through the appropriate ci program
if TeamCity.tcIsEnabled():
pass#if tcRunMake('', args.citest + tcGetTestSeparator() + 'make', '.', cmd) is not 0:
# sys.exit(1)
else:
status = subprocess.call(cmd, shell=True)
if status > 0:
print "Error: "
sys.exit(1)
print '=== Simulation compiled.'
mapfile = open(args.map)
mapfile.close()
except IOError, exc:
print 'Error opening mapfile ' + args.map
print exc.strerror
sys.exit(1)
identifyTests()
#run regression tests on each project one-by-one
results = []
testResults = {}
passed = True
commonPass = True
test = args.citest + TeamCity.tcGetTestSeparator() + 'global.setup'
if not args.quiet:
print ' Running global setup... ',
TeamCity.tcTestStarted(test)
(gsResult, output) = runGlobalSetup(project)
if not gsResult:
passed = False
# Store the test results for later
testResults[GLOBAL_SETUP] = gsResult
test_result = ( GLOBAL_SETUP, gsResult, output)
results.append(test_result)
# run checks
printScriptOutput(gsResult, output)
if not gsResult:
def run_sim_test():
verifyCI()
prepareWorkDir()
if not args.no_compile:
buildSim()
if args.compile_only:
sys.exit(0)
#set up test dirs
passed = []
failed = []
gui = []
for td in tests:
prepareTestWorkDir(td)
dst_dir = proj_test_dir + '/' + td
#if os.path.exists(dst_dir + '/' + run):
# which_run = './' + run
#else:
# which_run = global_run
which_run = global_run
cmd = [which_run, '--sim']
os.chdir(dst_dir)
if args.isim:
cmd.append('isim')
elif args.vcs:
cmd.append('vcs')
else:
cmd.append('vsim')
if args.dump:
cmd.append('--dump')
if args.gui:
cmd.append('--gui')
if args.ci:
cmd.append('--ci')
cmd.append(args.ci)
cmd.append('--citest')
cmd.append(args.citest)
#run tests
print '=== Running test ' + dst_dir + ' ...',
print 'using cmd', cmd
status = subprocess.call(cmd)
if status == 99:
print "Test " + td + " ran in GUI mode. Unable to identify pass/failure"
gui.append(td)
elif status > 0:
print 'Error: test ' + td + ' failed!'
failed.append(td)
else:
print 'Test ' + td + ' passed!'
passed.append(td)
#print results
summary = '------------SUMMARY---------------\n'
summary += 'PASSING TESTS: \n'
for test in passed:
summary = summary + test + '\n'
summary += 'FAILING TESTS: \n'
for test in failed:
summary = summary + test + '\n'
summary += 'TOTAL: ' + str(
len(tests)) + ' PASS: '******' FAIL: ' + str(
len(failed)) + ' GUI: ' + str(len(gui)) + '\n'
print summary
if len(failed) >= 0: # check this
TeamCity.tcTestFailed(args.citest, 'One or more simulations failed',
summary)
if failed:
f = open(os.environ['NF_DESIGN_DIR'] + '/' + 'FAILED_TESTS', 'w')
for test in failed:
f.write(test + '\n')
f.close()
sys.exit(len(failed))
mapfile = open(args.map)
mapfile.close()
except IOError, exc:
print 'Error opening mapfile ' + args.map
print exc.strerror
sys.exit(1)
identifyTests()
#run regression tests on each project one-by-one
results = []
testResults = {}
passed = True
commonPass = True
test = args.citest + TeamCity.tcGetTestSeparator() + 'global.setup'
if not args.quiet:
print ' Running global setup... ',
TeamCity.tcTestStarted(test)
(gsResult, output) = runGlobalSetup(project)
if not gsResult:
passed = False
# Store the test results for later
testResults[GLOBAL_SETUP] = gsResult
test_result = (GLOBAL_SETUP, gsResult, output)
results.append(test_result)
# run checks
printScriptOutput(gsResult, output)
if not gsResult:
def run_sim_test():
verifyCI()
prepareWorkDir()
if not args.no_compile:
buildSim()
if args.compile_only:
sys.exit(0)
#set up test dirs
passed = []; failed = []; gui = []
for td in tests:
prepareTestWorkDir(td)
dst_dir = proj_test_dir + '/' + td
#if os.path.exists(dst_dir + '/' + run):
# which_run = './' + run
#else:
# which_run = global_run
which_run = global_run
cmd = [which_run, '--sim']
os.chdir(dst_dir)
if args.isim:
cmd.append('isim')
elif args.vcs:
cmd.append('vcs')
else:
cmd.append('vsim')
if args.dump:
cmd.append('--dump')
if args.gui:
cmd.append('--gui')
if args.ci:
cmd.append('--ci')
cmd.append(args.ci)
cmd.append('--citest')
cmd.append(args.citest)
#run tests
print '=== Running test ' + dst_dir + ' ...',
print 'using cmd', cmd
status = subprocess.call(cmd)
if status == 99:
print "Test " + td + " ran in GUI mode. Unable to identify pass/failure"
gui.append(td)
elif status > 0:
print 'Error: test ' + td + ' failed!'
failed.append(td)
else:
print 'Test ' + td + ' passed!'
passed.append(td)
#print results
summary = '------------SUMMARY---------------\n'
summary += 'PASSING TESTS: \n'
for test in passed:
summary = summary + test + '\n'
summary += 'FAILING TESTS: \n'
for test in failed:
summary = summary + test + '\n'
summary += 'TOTAL: ' + str(len(tests)) + ' PASS: '******' FAIL: ' + str(len(failed)) + ' GUI: ' + str(len(gui)) + '\n'
print summary
if len(failed) >= 0: # check this
TeamCity.tcTestFailed(args.citest, 'One or more simulations failed', summary)
if failed:
f = open(os.environ['NF_DESIGN_DIR'] + '/' + 'FAILED_TESTS', 'w')
for test in failed:
f.write(test + '\n')
f.close()
sys.exit(len(failed))
