def run():
schemaPath = os.path.join(utils.installPath(), 'conf', 'schema', 'six')
# SIX tests
testsDir = os.path.join(utils.findSixHome(), 'six', 'modules', 'python',
'six', 'tests')
sixRunner = PythonTestRunner(testsDir)
result = sixRunner.run('testDateTime.py')
# SICD tests
testsDir = os.path.join(utils.findSixHome(), 'six', 'modules', 'python',
'six.sicd', 'tests')
sampleNITF = os.path.join(utils.findSixHome(), 'regression_files',
'six.sicd', 'sicd_1.2.0(RMA)RMAT.nitf')
sicdRunner = PythonTestRunner(testsDir)
result = (result and sicdRunner.run('test_streaming_sicd_write.py')
and sicdRunner.run('test_read_region.py')
and sicdRunner.run('test_read_sicd_xml.py', sampleNITF)
and sicdRunner.run('test_six_sicd.py', sampleNITF)
and sicdRunner.run('test_create_sicd_xml.py', '-v', '1.2.0')
and sicdRunner.run('sicd_to_sio.py', sampleNITF, schemaPath)
and sicdRunner.run('test_read_complex_data.py', sampleNITF))
# CPHD tests
cphd03Pathname = createSampleCPHD()
testsDir = os.path.join(utils.findSixHome(), 'six', 'modules', 'python',
'cphd03', 'tests')
cphd03Runner = PythonTestRunner(testsDir)
result = result and cphd03Runner.run('test_round_trip_cphd.py',
cphd03Pathname, 'out.cphd')
os.remove(cphd03Pathname)
return result
def runSIDDTests():
testDir = os.path.join(utils.installPath(), 'tests', 'six.sidd')
inputFiles = os.listdir(os.path.join(
utils.findSixHome(), 'regression_files', 'six.sidd', '2.0.0'))
passed = True
for pathname in inputFiles:
passed = passed and runTests(testDir, 'test_read_and_write_lut',
os.path.join(utils.findSixHome(), 'regression_files',
'six.sidd', '2.0.0', pathname))
return passed
def runCsmTests():
pathKey = None
if platform.system() == 'Windows':
pathKey = 'PATH'
else:
pathKey = 'LD_LIBRARY_PATH'
os.environ[pathKey] = (os.environ[pathKey] + os.pathsep +
os.path.join(utils.installPath(), 'lib'))
nitfPathname = os.path.join(utils.findSixHome(), 'croppedNitfs')
sicdPathname = os.path.join(nitfPathname, 'SICD')
siddPathname = os.path.join(nitfPathname, 'SIDD')
testRunner = CppTestRunner(os.path.join(utils.installPath(), 'bin'))
if os.path.exists(sicdPathname):
for sicd in os.listdir(sicdPathname):
sicd = os.path.join(sicdPathname, sicd)
if not testRunner.run('test_sicd_csm', sicd):
return False
if os.path.exists(siddPathname):
for sidd in os.listdir(siddPathname):
sidd = os.path.join(siddPathname, sidd)
if not testRunner.run('test_sidd_csm', sidd):
return False
return True
def run():
# SICD tests
testsDir = os.path.join(utils.findSixHome(), 'six',
'modules', 'python', 'six.sicd', 'tests')
sampleNITF = os.path.join(utils.findSixHome(), 'regression_files',
'six.sicd', 'sicd_1.2.0(RMA)RMAT.nitf')
schemaPath = os.path.join(utils.installPath(), 'conf', 'schema', 'six')
sicdRunner = PythonTestRunner(testsDir)
result = (sicdRunner.run('test_streaming_sicd_write.py') and
sicdRunner.run('test_read_region.py') and
sicdRunner.run('test_read_sicd_xml.py', sampleNITF) and
sicdRunner.run('test_six_sicd.py', sampleNITF) and
sicdRunner.run('test_create_sicd_xml.py', '-v', '1.2.0') and
sicdRunner.run('sicd_to_sio.py', sampleNITF, schemaPath))
# SIX tests
testsDir = os.path.join(utils.findSixHome(), 'six',
'modules', 'python', 'six', 'tests')
sixRunner = PythonTestRunner(testsDir)
result = result and sixRunner.run('testDateTime.py');
return result
def run():
sicdVersions = [
'0.4.0', '0.4.1', '0.5.0', '1.0.0', '1.0.1', '1.1.0', '1.2.0', '1.2.1'
]
formationAlgs = ['PFA', 'RMA', 'RGAZCOMP']
imageTypes = ['RMAT', 'RMCR', 'INCA']
home = utils.findSixHome()
if not os.path.isdir(os.path.join(home, 'regression_files', 'six.sicd')):
os.makedirs(os.path.join(home, 'regression_files', 'six.sicd'))
for args in product(sicdVersions, formationAlgs, imageTypes):
if args[1] != 'RMA':
args = (args[0], args[1], '')
createNITFs(args[0], args[1], args[2], home)
def run():
regressionDir = os.path.join(utils.findSixHome(), 'regression_files')
result = True
for pathname in glob.iglob(os.path.join(regressionDir, '*', '*.nitf')):
print('Checking {0}'.format(os.path.basename(pathname)))
result = result and roundTripSix(pathname) and validate(pathname)
if result == False:
print('Failed {0}'.format(os.path.basename(pathname)))
break
# Clean up
for pathname in glob.iglob(os.path.join(os.getcwd(), '*.nitf')):
os.remove(pathname)
return result
def run():
outBase = os.path.join(utils.findSixHome(), 'regression_files', 'six.sidd')
# Make siddLegend
binDir = os.path.join(utils.installPath(), 'bin')
legendNameBase = 'siddLegend'
print('Creating SIDDs with legends')
# This only does version 1.0 currently
call([
utils.executableName(os.path.join(binDir, 'test_create_sidd_legend')),
legendNameBase
])
outdir = os.path.join(outBase, '1.0.0')
moveToOutputDir([
'{}_blocked.nitf'.format(legendNameBase),
'{}_unblocked.nitf'.format(legendNameBase)
], outdir)
# Make the rest of SIDDs through test_create_sidd_from_mem
argToOutput = {
'--lut Color': 'siddWithColorLUT.nitf',
'--lut Mono': 'siddWithMonoLUT.nitf',
'--lut None': 'siddWithNoLUT.nitf',
'--multipleImages': 'siddMultipleImages.nitf',
'--multipleSegments': 'siddMultipleSegments.nitf'
}
for version in ['1.0.0', '2.0.0']:
outdir = os.path.join(outBase, version)
for arg in argToOutput.keys():
print('Creating file {}'.format(argToOutput[arg]))
if '--lut' in arg:
call([
utils.executableName(
os.path.join(binDir, 'test_create_sidd_from_mem')),
'--lut',
arg.split(' ')[1], '--version', version, argToOutput[arg]
])
else:
call([
utils.executableName(
os.path.join(binDir, 'test_create_sidd_from_mem')),
arg, '--version', version, argToOutput[arg]
])
moveToOutputDir(argToOutput.values(), outdir)
def runCPHDTests(cphdDir):
# Directory of CPHD1.0 schemas
cphdSchemaDir = os.path.join(utils.findSixHome(), 'six', 'modules', 'c++',
'cphd', 'conf', 'schema')
# Init executable path
os.environ['PATH'] = (os.environ['PATH'] + os.pathsep +
os.path.join(utils.installPath(), 'tests', 'cphd'))
result = True
# Run cphd test for each CPHD version
for file in os.listdir(cphdDir):
cphdPathname = os.path.join(cphdDir, file)
# Generate CPHD1.0 output file
writeCphd = utils.executableName('test_round_trip')
success = subprocess.call(
[writeCphd, cphdPathname, 'output.cphd', cphdSchemaDir],
stdout=subprocess.PIPE)
print('Running test_round_trip')
if success != 0:
if os.path.exists('output.cphd'):
os.remove('output.cphd')
print('Error running test_round_trip')
return False
# Check if CPHD1.0 input and output files match
cphdRunner = CppTestRunner(
os.path.join(utils.installPath(), 'tests', 'cphd'))
result = result and cphdRunner.run('test_compare_cphd', cphdPathname,
'output.cphd', cphdSchemaDir)
# Remove output file after done
if os.path.exists('output.cphd'):
os.remove('output.cphd')
return result
def run():
outdir = os.path.join(utils.findSixHome(),
'regression_files', 'six.sidd')
if not os.path.isdir(outdir):
os.makedirs(outdir)
# Make siddLegend
binDir = os.path.join(utils.installPath(), 'bin')
legendNameBase = 'siddLegend'
print('Creating SIDDs with legends')
call([utils.executableName(os.path.join(binDir, 'test_create_sidd_legend')),
legendNameBase])
moveToOutputDir(['{}_blocked.nitf'.format(legendNameBase),
'{}_unblocked.nitf'.format(legendNameBase)],
outdir)
# Make the rest of SIDDs through test_create_sidd_from_mem
argToOutput = {
'--lut Color' : 'siddWithColorLUT.nitf',
'--lut Mono' : 'siddWithMonoLUT.nitf',
'--lut None' : 'siddWithNoLUT.nitf',
'--multipleImages' : 'siddMultipleImages.nitf',
'--multipleSegments' : 'siddMultipleSegments.nitf'
}
for arg in argToOutput.keys():
print('Creating file {}'.format(argToOutput[arg]))
if '--lut' in arg:
call([utils.executableName(os.path.join(binDir,
'test_create_sidd_from_mem')), '--lut', arg.split(' ')[1],
argToOutput[arg]], stdout = open(os.devnull, 'w'))
else:
call([utils.executableName(os.path.join(binDir,
'test_create_sidd_from_mem')), arg, argToOutput[arg]],
stdout = open(os.devnull, 'w'))
moveToOutputDir(argToOutput.values(), outdir)
def getSampleSicdXML():
samples = os.path.join(utils.findSixHome(), 'six', 'modules', 'c++',
'six.sicd', 'tests', 'sample_xml')
return os.path.join(samples, random.choice(os.listdir(samples)))
def getSampleSicdXML():
samples = os.path.join(utils.findSixHome(), 'six', 'modules', 'c++',
'six.sicd', 'tests', 'sample_xml')
return os.path.join(samples, random.choice(os.listdir(samples)))
