def test_cpu_model_linux(self):
"""Test getting CPU model (mocked for Linux)."""
st.get_os_type = lambda: st.LINUX
st.read_file = mocked_read_file
st.is_readable = lambda fp: mocked_is_readable(PROC_CPUINFO_FP, fp)
st.platform.uname = mocked_uname
global MACHINE_NAME
global PROC_CPUINFO_TXT
MACHINE_NAME = 'x86_64'
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_INTEL
self.assertEqual(get_cpu_model(), "Intel(R) Xeon(R) CPU E5-2670 0 @ 2.60GHz")
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_AMD
self.assertEqual(get_cpu_model(), "Six-Core AMD Opteron(tm) Processor 2427")
MACHINE_NAME = 'ppc64'
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_POWER
self.assertEqual(get_cpu_model(), "IBM,8205-E6C")
MACHINE_NAME = 'armv7l'
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_RASPI2
self.assertEqual(get_cpu_model(), "ARM Cortex-A7")
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_ODROID_XU3
self.assertEqual(get_cpu_model(), "ARM Cortex-A7 + Cortex-A15")
def test_cpu_model_linux(self):
"""Test getting CPU model (mocked for Linux)."""
st.get_os_type = lambda: st.LINUX
st.read_file = mocked_read_file
st.is_readable = lambda fp: mocked_is_readable(PROC_CPUINFO_FP, fp)
st.platform.uname = mocked_uname
global MACHINE_NAME
global PROC_CPUINFO_TXT
MACHINE_NAME = 'x86_64'
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_INTEL
self.assertEqual(get_cpu_model(),
"Intel(R) Xeon(R) CPU E5-2670 0 @ 2.60GHz")
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_AMD
self.assertEqual(get_cpu_model(),
"Six-Core AMD Opteron(tm) Processor 2427")
MACHINE_NAME = 'ppc64'
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_POWER
self.assertEqual(get_cpu_model(), "IBM,8205-E6C")
MACHINE_NAME = 'armv7l'
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_RASPI2
self.assertEqual(get_cpu_model(), "ARM Cortex-A7")
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_ODROID_XU3
self.assertEqual(get_cpu_model(), "ARM Cortex-A7 + Cortex-A15")
def test_cpu_model_linux(self):
"""Test getting CPU model (mocked for Linux)."""
st.get_os_type = lambda: st.LINUX
st.read_file = mocked_read_file
st.os.path.exists = lambda fp: mocked_os_path_exists(PROC_CPUINFO_FP, fp)
global PROC_CPUINFO_TXT
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_X86
self.assertEqual(get_cpu_model(), "Intel(R) Xeon(R) CPU E5-2670 0 @ 2.60GHz")
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_POWER
self.assertEqual(get_cpu_model(), "IBM,8205-E6C")
PROC_CPUINFO_TXT = PROC_CPUINFO_TXT_ARM
self.assertEqual(get_cpu_model(), "ARMv7 Processor rev 5 (v7l)")
def _guess_aarch64_default_optarch(self):
"""
Guess default optarch for AARCH64 (vanilla ARM cores only)
This heuristic may fail if the CPU module is not supported by the GCC version being used.
"""
default_optarch = None
cpu_vendor = systemtools.get_cpu_vendor()
cpu_model = systemtools.get_cpu_model()
if cpu_vendor == systemtools.ARM and cpu_model.startswith('ARM '):
self.log.debug("Determining architecture-specific optimization flag for ARM (model: %s)", cpu_model)
core_types = []
for core_type in [ct.strip().lower() for ct in cpu_model[4:].split('+')]:
# Determine numeric ID for each core type, since we need to sort them later numerically
res = re.search('\d+$', core_type) # note: numeric ID is expected at the end
if res:
core_id = int(res.group(0))
core_types.append((core_id, core_type))
self.log.debug("Extracted numeric ID for ARM core type '%s': %s", core_type, core_id)
else:
# Bail out if we can't determine numeric ID
core_types = None
self.log.debug("Failed to extract numeric ID for ARM core type '%s', bailing out", core_type)
break
if core_types:
# On big.LITTLE setups, sort core types to have big core (higher model number) first.
# Example: 'mcpu=cortex-a72.cortex-a53' for "ARM Cortex-A53 + Cortex-A72"
default_optarch = 'mcpu=%s' % '.'.join([ct[1] for ct in sorted(core_types, reverse=True)])
self.log.debug("Using architecture-specific compiler optimization flag '%s'", default_optarch)
return default_optarch
def _guess_aarch64_default_optarch(self):
"""
Guess default optarch for AARCH64 (vanilla ARM cores only)
This heuristic may fail if the CPU module is not supported by the GCC version being used.
"""
default_optarch = None
cpu_vendor = systemtools.get_cpu_vendor()
cpu_model = systemtools.get_cpu_model()
if cpu_vendor == systemtools.ARM and cpu_model.startswith('ARM '):
self.log.debug("Determining architecture-specific optimization flag for ARM (model: %s)", cpu_model)
core_types = []
for core_type in [ct.strip().lower() for ct in cpu_model[4:].split('+')]:
# Determine numeric ID for each core type, since we need to sort them later numerically
res = re.search('\d+$', core_type) # note: numeric ID is expected at the end
if res:
core_id = int(res.group(0))
core_types.append((core_id, core_type))
self.log.debug("Extracted numeric ID for ARM core type '%s': %s", core_type, core_id)
else:
# Bail out if we can't determine numeric ID
core_types = None
self.log.debug("Failed to extract numeric ID for ARM core type '%s', bailing out", core_type)
break
if core_types:
# On big.LITTLE setups, sort core types to have big core (higher model number) first.
# Example: 'mcpu=cortex-a72.cortex-a53' for "ARM Cortex-A53 + Cortex-A72"
default_optarch = 'mcpu=%s' % '.'.join([ct[1] for ct in sorted(core_types, reverse=True)])
self.log.debug("Using architecture-specific compiler optimization flag '%s'", default_optarch)
return default_optarch
def get_build_stats(app, starttime):
"""
Return build statistics for this build
"""
buildtime = round(time.time() - starttime, 2)
buildstats = OrderedDict([
('easybuild-framework_version', str(FRAMEWORK_VERSION)),
('easybuild-easyblocks_version', str(EASYBLOCKS_VERSION)),
('host', os.uname()[1]),
('platform' , platform.platform()),
('cpu_model', systemtools.get_cpu_model()),
('core_count', systemtools.get_core_count()),
('timestamp', int(time.time())),
('build_time', buildtime),
('install_size', app.det_installsize()),
])
return buildstats
def get_build_stats(app, starttime):
"""
Return build statistics for this build
"""
buildtime = round(time.time() - starttime, 2)
buildstats = OrderedDict([
('easybuild-framework_version', str(FRAMEWORK_VERSION)),
('easybuild-easyblocks_version', str(EASYBLOCKS_VERSION)),
('host', os.uname()[1]),
('platform' , platform.platform()),
('cpu_model', systemtools.get_cpu_model()),
('core_count', systemtools.get_core_count()),
('timestamp', int(time.time())),
('build_time', buildtime),
('install_size', app.det_installsize()),
])
return buildstats
def get_build_stats(app, starttime):
"""
Return build statistics for this build
"""
buildtime = round(time.time() - starttime, 2)
buildstats = OrderedDict(
[
("easybuild-framework_version", str(FRAMEWORK_VERSION)),
("easybuild-easyblocks_version", str(EASYBLOCKS_VERSION)),
("host", os.uname()[1]),
("platform", platform.platform()),
("cpu_model", systemtools.get_cpu_model()),
("core_count", systemtools.get_core_count()),
("timestamp", int(time.time())),
("build_time", buildtime),
("install_size", app.det_installsize()),
]
)
return buildstats
def get_build_stats(app, start_time, command_line):
"""
Return build statistics for this build
"""
time_now = time.time()
build_time = round(time_now - start_time, 2)
buildstats = OrderedDict([
('easybuild-framework_version', str(FRAMEWORK_VERSION)),
('easybuild-easyblocks_version', str(EASYBLOCKS_VERSION)),
('host', os.uname()[1]),
('platform', platform.platform()),
('cpu_model', get_cpu_model()),
('core_count', get_avail_core_count()),
('timestamp', int(time_now)),
('build_time', build_time),
('install_size', app.det_installsize()),
('command_line', command_line),
('modules_tool', app.modules_tool.buildstats()),
])
return buildstats
def test_cpu_model(self):
"""Test getting CPU model."""
cpu_model = get_cpu_model()
self.assertTrue(isinstance(cpu_model, basestring))
def test_cpu_model_darwin(self):
"""Test getting CPU model (mocked for Darwin)."""
st.get_os_type = lambda: st.DARWIN
st.run_cmd = mocked_run_cmd
self.assertEqual(get_cpu_model(),
"Intel(R) Core(TM) i5-4258U CPU @ 2.40GHz")
def test_cpu_model_darwin(self):
"""Test getting CPU model (mocked for Darwin)."""
st.get_os_type = lambda: st.DARWIN
st.run_cmd = mocked_run_cmd
self.assertEqual(get_cpu_model(), "Intel(R) Core(TM) i5-4258U CPU @ 2.40GHz")
def test_cpu_model_native(self):
"""Test getting CPU model."""
cpu_model = get_cpu_model()
self.assertTrue(isinstance(cpu_model, basestring))
def test_cpu_model_native(self):
"""Test getting CPU model."""
cpu_model = get_cpu_model()
self.assertTrue(isinstance(cpu_model, string_type))
perform_step('sanity check', app, lambda x: x.sanitycheck())
perform_step('cleanup', app, lambda x: x.cleanup())
perform_step('make module', app, lambda x: x.make_module())
# remove handler
app.log.removeHandler(handler)
if app not in build_stopped:
# gather build stats
build_time = round(time.time() - start_time, 2)
buildstats = {
'build_time': build_time,
'platform': platform.platform(),
'core_count': systemtools.get_core_count(),
'cpu_model': systemtools.get_cpu_model(),
'install_size': app.installsize(),
'timestamp': int(time.time()),
'host': os.uname()[1],
}
succes.append((app, buildstats))
for result in test_results:
log.info("%s crashed with an error during fase: %s, error: %s" % result)
failed = len(build_stopped)
total = len(apps)
log.info("%s from %s packages failed to build!" % (failed, total))
output_file = os.path.join(output_dir, "easybuild-test.xml")
# walk install dir to determine total size
for dirpath, _, filenames in os.walk(app.installdir):
for filename in filenames:
fullpath = os.path.join(dirpath, filename)
if os.path.exists(fullpath):
installsize += os.path.getsize(fullpath)
except OSError, err:
log.error("Failed to determine install size: %s" % err)
currentbuildstats = app.getcfg("buildstats")
buildstats = {
"build_time": buildtime,
"platform": platform.platform(),
"core_count": systemtools.get_core_count(),
"cpu_model": systemtools.get_cpu_model(),
"install_size": installsize,
"timestamp": int(time.time()),
"host": os.uname()[1],
}
log.debug("Build stats: %s" % buildstats)
if app.getcfg("stop"):
ended = "STOPPED"
newLogDir = os.path.join(app.builddir, config.logPath())
else:
newLogDir = os.path.join(app.installdir, config.logPath())
try:
## Upload spec to central repository
repo = getRepository()