def _internal_compile (self, X_code, additional_commands):
ec_path = os.path.expandvars (os.path.join ("$ISE_EIFFEL", "studio", "spec", "$ISE_PLATFORM", "bin", _append_exe('ec')))
ecf_path = os.path.join (self._project_path, self._ecf)
# Print some information about the compilation step in the console.
SystemLogger.info("EiffelStudio: " + ec_path)
SystemLogger.info("ECF: " + ecf_path)
SystemLogger.info("Target: " + self._target)
SystemLogger.info("ISE_EIFFEL: " + os.environ['ISE_EIFFEL'])
SystemLogger.info("ISE_LIBRARY: " + os.environ['ISE_LIBRARY'])
SystemLogger.info("EIFFEL_SRC: " + os.environ['EIFFEL_SRC'])
if os.path.isfile (ecf_path):
# Invoke the Eiffel compiler with the right arguments.
command = [ec_path, '-config', ecf_path, '-batch'] + additional_commands
code = eutils.execute (command, SystemLogger.get_file(), self._project_path)
# Check if the compilation was successful and store last_result.
generated_binary = os.path.join (self._project_path, 'EIFGENs', self._target, X_code, self._binary)
if code == 0 and generated_binary != None and os.path.isfile (generated_binary):
self._last_result = generated_binary
SystemLogger.success ("Compilation of Eiffel project " + ecf_path + " (" + self._target + ") successful.")
else:
self._last_result = None
SystemLogger.error ("Compilation of Eiffel project " + ecf_path + " (" + self._target + ") failed.")
else:
SystemLogger.error("ECF file '" + ecf_path + "' does not exist")
def main():
mode = 'default'
submode = None
if (len(sys.argv) > 1):
mode = sys.argv[1]
if (len(sys.argv) > 2):
submode = sys.argv[2]
if mode == 'default':
print('usage:\n'
' eve.py update --- Update or install EiffelStudio; update and compile EVE.\n'
' eve.py finalize eve --- Finalize EVE.\n'
' eve.py eve --- Launch finalized EVE.\n'
' eve.py es --- Launch EiffelStudio.\n')
elif mode == 'es':
run_eiffel_studio()
elif mode == 'eve':
run_eve()
elif mode == 'check':
if not check_environment_variables():
update_environment_variables()
elif mode == 'update' and submode == None:
update_EiffelStudio()
esvn.update_repository(config.v_url_svn_trunk_src, elocation.trunk_source())
compile_runtime()
compile_eve('bench')
elif mode == 'update' and (submode == 'EiffelStudio' or submode == 'es'):
update_EiffelStudio()
elif mode == 'update' and submode == 'source':
esvn.update_repository(config.v_url_svn_trunk_src, elocation.trunk_source())
elif mode == 'compile' and submode == 'runtime':
if not check_environment_variables():
update_environment_variables()
ecompile.compile_runtime()
elif mode == 'compile' and (submode == None or submode == 'eve'):
if not check_environment_variables():
update_environment_variables()
#compile_eve('bench')
compile_eve ('batch', 'ecb')
elif mode == 'finalize' and (submode == None or submode == 'eve'):
if not check_environment_variables():
update_environment_variables()
#finalize_eve('bench')
finalize_eve ('batch', 'ecb')
elif mode == 'delivery':
if not check_environment_variables():
update_environment_variables()
make_delivery()
elif mode == 'merge':
make_merge()
elif mode == 'eweasel':
eweasel.main (sys.argv[1:])
else:
if submode == None:
SystemLogger.error("invalid option " + mode)
else:
SystemLogger.error("invalid option " + mode + " / " + submode)
return
def main(args):
mode = "default"
argument = None
keep = False
if len(args) > 1:
mode = args[1]
if len(args) > 2:
argument = args[2]
if mode == "default":
print(
"usage:\n"
" eweasel.py update --- Update the source code of eweasel. \n"
" eweasel.py install --- Compile the eweasel binary and set everything up.\n"
" eweasel.py precompile [library] --- Precompile the specified library, or all libraries if argument omitted.\n"
" eweasel.py run [--keep] filter... --- Run the tests with the specified filter. If --keep is present, also keeps passing tests.\n"
" eweasel.py catalog [--keep] [catalog_name] --- Run eweasel with the specified catalog..\n"
" --- If the catalog is in the BUILD directory and has the extension .eweasel_catalog,\n"
" --- the full path and file name extension can be omitted.\n"
' --- If no catalog is specified, it will default to "autogen.eweasel_catalog" in the BUILD directory.\n'
" eweasel.py generate catalog_name filter... --- Create a catalog with name catalog_name for the specified filter.\n"
" --- The catalog will be stored in the BUILD directory with the extension .eweasel_catalog.\n"
)
elif mode == "update":
update()
elif mode == "install":
set_environment()
install()
elif mode == "precompile":
set_environment()
precompile(argument)
elif mode == "catalog":
if argument == "--keep":
keep = True
argument = None
if len(args) > 3:
argument = args[3]
set_environment()
catalog(argument, keep)
elif mode == "run":
set_environment()
if argument == "--keep":
keep = True
generate(" ".join(args[3:]), "autogen")
else:
generate(" ".join(args[2:]), "autogen")
catalog("autogen", keep)
elif mode == "generate":
assert argument != None, "Must provide argument"
generate(" ".join(sys.argv[3:]), argument)
else:
SystemLogger.error("invalid option " + mode)
return
def precompile(target):
if target == "all" or target == None:
precompile("base")
precompile("base-safe")
precompile("base-mt")
precompile("base-scoop-safe")
else:
l_path = os.path.expandvars(os.path.join("$ISE_EIFFEL", "precomp", "spec", "$ISE_PLATFORM", target + ".ecf"))
l_project = ecompile.EiffelProject(l_path, target, "driver")
if l_project.precompile():
SystemLogger.success("Precompilation of " + target + " successful.")
else:
SystemLogger.error("Precompilation of " + target + " failed.")
def run_eve():
# Select EiffelStudio (or install if not available)
current_version, current_path = get_installed_version()
if current_version == -1:
update_EiffelStudio()
current_version, current_path = get_installed_version()
# Update Environment variables
update_environment_variables()
os.environ["ISE_PRECOMP"] = os.path.join(v_dir_eve_source, "Delivery", "precomp", "spec", "platform"); #TODO
# Run EiffelStudio
exe_path = os.path.realpath(os.path.join(v_dir_eve_source, "Eiffel", "Ace", "EIFGENs", "bench", "F_code", d_eve_exe_name)) #TODO
if os.path.isfile(exe_path):
execute([exe_path, '-gui'])
else:
SystemLogger.error("Finalized eve executable does not exist (" + exe_path + ").")
def install():
assert os.environ["ISE_EIFFEL"] != None, "ISE_EIFFEL is not set."
assert os.environ["ISE_PLATFORM"] != None, "ISE_PLATFORM is not set."
assert os.environ["ISE_LIBRARY"] != None, "ISE_LIBRARY is no set."
assert os.environ["EWEASEL"] != None, "EWEASEL is not set."
update()
l_path = os.path.expandvars(os.path.join("$EWEASEL", "source", "eweasel.ecf"))
l_project = ecompile.EiffelProject(l_path, "eweasel_mt", "eweasel-mt")
if l_project.finalize():
l_target_dir = os.path.expandvars(os.path.join("$EWEASEL", "spec", "$ISE_PLATFORM", "bin"))
if not os.path.exists(l_target_dir):
os.makedirs(l_target_dir)
elocation.copy(l_project.last_result(), l_target_dir)
l_project.clean()
SystemLogger.success("Eweasel installation successful.")
SystemLogger.warning("Make sure that $EWEASEL/spec/$ISE_PLATFORM/bin is in your PATH variable!")
else:
SystemLogger.error("Installation of eweasel failed.")
def download_file(url, filename):
SystemLogger.debug("Downloading file")
SystemLogger.debug("URL: " + url)
SystemLogger.debug("Path: " + filename)
try:
response = urllib2.urlopen(url)
data = response.read()
path = os.path.realpath(filename)
with open(path, "wb") as file:
file.write(data)
SystemLogger.debug("Download complete")
except URLError as e:
path = None
if hasattr(e, 'reason'):
SystemLogger.error("Download of '" + url + "' failed. Reason: " + e.reason)
elif hasattr(e, 'code'):
SystemLogger.error("Download of '" + url + "' failed with HTTP error code " + str(e.code))
else:
raise e
return path
def compress (path, basename=None):
"""
Compress the file or directory at path
Argument path: Unicode string.
Argument basename: Name of the archive to be generated. Unicode string, can be None.
Result: Path to the compressed file. Unicode string.
"""
SystemLogger.debug("Compressing path")
SystemLogger.debug("Path: " + path)
result = None
if basename == None:
basename = os.path.basename(path)
if platform.system() == 'Windows':
output_file = os.path.join('.', basename + '.' + config.d_archive_extension)
SystemLogger.debug("Destination: " + output_file)
# TODO: get path from registry
executable = os.path.join('C:\\', 'Program Files', '7-zip', '7z.exe')
if os.path.isfile(executable):
if execute([executable, 'a', output_file, path], SystemLogger.get_file()) == 0:
SystemLogger.debug("Compression complete")
result = output_file
else:
SystemLogger.error("Compression of '" + path + "' failed")
else:
SystemLogger.error("Comperssion of '" + path + "' failed. 7zip executable not found at " + executable)
else:
output_file = os.path.realpath(os.path.join('.', basename + '.' + config.d_archive_extension))
workingdir, compressdir = os.path.split(path)
if execute(['tar', '-C', workingdir, '-cjf', output_file, compressdir], SystemLogger.get_file()) == 0:
SystemLogger.debug("Compression complete")
result = output_file
else:
SystemLogger.error("Compression of '" + path + "' failed")
return result
def update_repository(url, path):
"""Update repository at given path. If no checkout exists, do a new checkout from given url."""
revision = -1
if os.path.exists(path):
SystemLogger.info("Updating repository")
SystemLogger.info("Path: " + path)
remote_url = info_remote_url(path)
if url == remote_url:
revision = info_local_revision_number(path)
remote_revision = info_remote_revision_number(url)
SystemLogger.debug("Local revision: " + str(revision))
SystemLogger.debug("Remote revision: " + str(remote_revision))
if revision == remote_revision:
SystemLogger.success("Repository '" + path + "' is up-to-date at revision " + str(revision))
else:
revision = update(path)
SystemLogger.success("Repository '" + path + "' is updated to revision " + str(revision))
else:
SystemLogger.error("Repository URL of existing directory '" + path + "' does not match expected remote url")
SystemLogger.error("Existing URL: " + remote_url)
SystemLogger.error("Expected URL: " + url)
else:
SystemLogger.info("Checking out repository")
SystemLogger.info("URL: " + url)
SystemLogger.info("Location: " + path)
revision = checkout(url, path)
SystemLogger.success("Checkout of revision " + str(revision) + " complete")
return revision
def extract (a_file):
"""
Extract a_file to the current directory.
Argument a_file: Unicode string.
"""
SystemLogger.debug("Extracting file")
SystemLogger.debug("Path: " + a_file)
if platform.system() == 'Windows':
# TODO: get path from registry
executable = os.path.join('C:\\', 'Program Files', '7-zip', '7z.exe')
if os.path.isfile(executable):
if execute([executable, 'x', a_file], SystemLogger.get_file()) == 0:
SystemLogger.debug("Extraction complete")
else:
SystemLogger.error("Extraction of '" + a_file + "' failed")
else:
SystemLogger.error("Extraction of '" + a_file + "' failed. 7zip executable not found at " + executable)
else:
if execute(['tar', '-xjf', a_file], SystemLogger.get_file()) == 0:
SystemLogger.debug("Extraction complete")
else:
SystemLogger.error("Extraction of '" + a_file + "' failed")
import sys
v_encoding = sys.stdout.encoding
# Import pysvn if available.
try:
import pysvn
_has_pysvn = True
except ImportError:
try:
if subprocess.call(['svn', 'help'], stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE) == 0:
_has_cmdsvn = True
# We can only parse english output, so make sure we get it from SVN.
os.environ['LC_MESSAGES']='en'
else:
SystemLogger.error("pysvn module is not available. SVN command line not available. All SVN operations are disabled.")
except OSError:
SystemLogger.error("pysvn module is not available. SVN command line not available. All SVN operations are disabled.")
def svn_get_login(realm, username, may_save):
return True, v_svn_user, v_svn_password, False
def ssl_server_trust_prompt(trust_dict):
"""Helper function to ignore any SSL trust errors"""
return True, trust_dict['failures'], True
svn_helper_revision = -1
def svn_notify(arg):
global svn_helper_revision
if arg['action'] == pysvn.wc_notify_action.update_completed:
def check_environment_variables():
result = True
# ISE_PLATFORM
if not "ISE_PLATFORM" in os.environ:
SystemLogger.error("Environment variable ISE_PLATFORM not set")
result = False
elif os.getenv("ISE_PLATFORM") != d_ise_platform:
SystemLogger.error("Value of environment variable ISE_PLATFORM (" + os.getenv("ISE_PLATFORM") + ") should be '" + d_ise_platform + "'")
result = False
else:
SystemLogger.debug("ISE_PLATFORM = " + os.getenv("ISE_PLATFORM"))
# ISE_EIFFEL
if not "ISE_EIFFEL" in os.environ:
SystemLogger.error("Environment variable ISE_EIFFEL not set")
result = False
elif not os.path.isdir(os.getenv("ISE_EIFFEL")):
SystemLogger.error("Path from environment variable ISE_EIFFEL (" + os.getenv("ISE_EIFFEL") + ") does not exist")
result = False
elif not os.path.isdir(os.path.join(os.getenv("ISE_EIFFEL"), "studio", "spec", os.getenv("ISE_PLATFORM"))):
SystemLogger.error("Installed EiffelStudio version invalid (no directory found under " + os.path.join(os.getenv("ISE_EIFFEL"), "studio", "spec", os.getenv("ISE_PLATFORM")) + ")")
result = False
else:
SystemLogger.debug("ISE_EIFFEL = " + os.getenv("ISE_EIFFEL"))
# ISE_C_COMPILER
if not "ISE_C_COMPILER" in os.environ:
SystemLogger.error("Environment variable ISE_C_COMPILER not set")
result = False
elif os.getenv("ISE_C_COMPILER") != d_ise_c_compiler:
SystemLogger.error("Value of environment variable ISE_C_COMPILER (" + os.getenv("ISE_C_COMPILER") + ") should be '" + d_ise_c_compiler + "'")
result = False
else:
SystemLogger.debug("ISE_C_COMPILER = " + os.getenv("ISE_C_COMPILER"))
# EIFFEL_SRC
if not "EIFFEL_SRC" in os.environ:
SystemLogger.error("Environment variable EIFFEL_SRC not set. EVE compilation not possible")
result = False
elif not os.path.isdir(os.getenv("EIFFEL_SRC")):
SystemLogger.error("Path from environment variable EIFFEL_SRC (" + os.getenv("EIFFEL_SRC") + ") does not exist")
result = False
else:
SystemLogger.debug("EIFFEL_SRC = " + os.getenv("EIFFEL_SRC"))
# EWEASEL
if not "EWEASEL" in os.environ:
SystemLogger.error("Environment variable EWEASEL not set. EVE compilation not possible")
result = False
elif not os.path.isdir(os.getenv("EWEASEL")):
SystemLogger.error("Path from environment variable EWEASEL (" + os.getenv("EWEASEL") + ") does not exist")
result = False
else:
SystemLogger.debug("EWEASEL = " + os.getenv("EWEASEL"))
# ISE_LIBRARY
if not "ISE_LIBRARY" in os.environ:
SystemLogger.error("Environment variable ISE_LIBRARY not set. EVE compilation not possible")
result = False
elif not os.path.isdir(os.getenv("ISE_LIBRARY")):
SystemLogger.error("Path from environment variable ISE_LIBRARY (" + os.getenv("ISE_LIBRARY") + ") does not exist")
result = False
else:
SystemLogger.debug("ISE_LIBRARY = " + os.getenv("ISE_LIBRARY"))
# PATH: EiffelStudio, Boogie, Z3
if not "PATH" in os.environ:
SystemLogger.error("Environment variable PATH not set")
result = False
elif False: # TODO: check PATH contents
result = False
# final check
if result:
SystemLogger.success("Environment variables checked")
return result
def make_merge():
global v_dir_eve_source
# set up parameters
merge_path = os.path.realpath(v_dir_merge)
v_dir_eve_source = os.path.join(merge_path, 'Src')
os.environ['EIFFEL_SRC'] = v_dir_eve_source
os.environ['ISE_LIBRARY'] = v_dir_eve_source
# update dependencies
update_EiffelStudio()
# update repository
try:
elocation.delete(merge_path)
esvn.update_repository(v_url_svn_eve, merge_path)
except Exception as e1:
SystemLogger.warning("Checkout failed. Trying one more time.")
send_mail(v_email_merge_info, "[EVE] WARNING: checkout failed", "I will try again.")
try:
elocation.delete(merge_path)
esvn.update_repository(v_url_svn_eve, merge_path)
except Exception as e2:
SystemLogger.error("Checkout failed, again...")
send_mail(v_email_merge_info, "[EVE] ERROR: checkout failed again", "I give up...")
sys.exit(0)
# send email to block commits
send_mail(v_email_merge_update, '[EVE] merge started', """Dear assistants,
The eve branch is being synchronized with the trunk.
Please do not commit to the eve branch until the synchronization is complete.
Regards,
EVE""")
# merge
trunk_revision = esvn.info_remote_revision_number(v_url_svn_trunk)
last_merge_revision = esvn.last_merge_revision_number(v_url_svn_eve)
esvn.merge(merge_path, v_url_svn_trunk, pysvn.Revision(pysvn.opt_revision_kind.number, last_merge_revision), pysvn.Revision(pysvn.opt_revision_kind.number, trunk_revision))
# wait for conflicts to be resolved
success = not esvn.has_conflicts(merge_path)
first = True
while not success:
if first:
first = False
SystemLogger.error("Merge has produced conflicts")
send_mail(v_email_merge_info, "[EVE] WAITING: merge produced conflicts", "Resolve conflicts manually and then continue script.")
else:
SystemLogger.error("There are still conflits!")
print ("---")
print ("Press enter when conflicts are resolved.")
input()
success = not esvn.has_conflicts(merge_path)
SystemLogger.success("Merge successful")
# compile
check_environment_variables()
compile_runtime()
compile_eve('bench')
# wait for compilation to be successful
success = is_eve_compilation_successful('bench')
first = True
while not success:
if first:
first = False
SystemLogger.error("EVE compilation failed")
send_mail(v_email_merge_info, "[EVE] WAITING: EVE compilation failed", "Solve compilation problems manually and then continue script.")
else:
SystemLogger.error("compilation still fails!")
print ("---")
print ("Press enter when compilation problems are resolved.")
input()
if not is_eve_compilation_successful('bench'):
compile_runtime()
compile_eve('bench')
success = is_eve_compilation_successful('bench')
SystemLogger.success("Compilation successful")
# commit
message = "<<Merged from trunk#" + str(trunk_revision) + ".>>"
esvn.commit(merge_path, message)
first = True
esvn.update (merge_path, True)
while esvn.info_local_revision_number(merge_path) <= trunk_revision and False: #???
if first:
first = False
SystemLogger.error("EVE commit failed")
send_mail(v_email_merge_info, "[EVE] WAITING: commit failed", "Commit manually and then continue script.")
else:
SystemLogger.error("Local revision (" + str(esvn.info_local_revision_number(merge_path)) + ") still smaller than TRUNK (" + str(trunk_revision) + ")")
print ("---")
print ("Press enter when you have commited the repository manually.")
print ("Commit message: " + message)
input()
esvn.update (merge_path, true)
SystemLogger.success("Commit successful")
# make delivery
delivery_url = make_delivery()
version, path = get_installed_version()
# send email
if delivery_url == None:
send_mail(v_email_merge_update, "[EVE] merge completed with trunk#" + str(trunk_revision) + ".", """Dear assistants,
The eve branch is now synchronized with trunk#""" + str(trunk_revision) + """ using EiffelStudio """ + str(version) + """.
You can now update your checkout of eve and commit again.
Regards,
EVE""")
send_mail(v_email_merge_info, "[EVE] Delivery creation failed", "See log for more information.")
else:
send_mail(v_email_merge_update, "[EVE] merge completed with trunk#" + str(trunk_revision) + " and new delivery available.", """Dear assistants,
The eve branch is now synchronized with trunk#""" + str(trunk_revision) + """ using EiffelStudio """ + str(version) + """.
You can now update your checkout of eve and commit again.
A """ + d_ise_platform + """ delivery of EVE has been created and is available at
""" + delivery_url + """
Regards,
EVE""")
def make_delivery():
SystemLogger.info("Generating new delivery")
eve_version = esvn.info_local_revision_number(v_dir_eve_source) #TODO
delivery_name = 'eve_' + str(eve_version)
delivery_path = os.path.realpath(os.path.join(v_dir_delivery, delivery_name))
# generate finalized version
check_environment_variables()
compile_runtime()
update_version_number()
finalize_eve('bench')
revert_version_number()
# copy EiffelStudio to delivery destination (this copies the runtime)
elocation.copy(os.getenv("ISE_EIFFEL"), delivery_path)
# copy finalized eve to delivery destination
eve_exe_source = os.path.join(v_dir_eve_source, 'Eiffel', 'Ace', 'EIFGENs', 'bench', 'F_code', d_eve_exe_name)
eve_exe_target = os.path.join(delivery_path, 'studio', 'spec', os.getenv("ISE_PLATFORM"), 'bin', d_eve_exe_name)
elocation.copy(eve_exe_source, eve_exe_target)
# AutoProof: copy update to base library
source = os.path.join(v_dir_eve_source, 'library', 'base', 'eve')
target = os.path.join(delivery_path, 'library', 'base', 'eve')
elocation.copy(source, target)
source = os.path.join(v_dir_eve_source, 'library', 'base', 'base2')
target = os.path.join(delivery_path, 'library', 'base', 'base2')
elocation.copy(source, target)
source = os.path.join(v_dir_eve_source, 'library', 'base', 'mml')
target = os.path.join(delivery_path, 'library', 'base', 'mml')
elocation.copy(source, target)
source = os.path.join(v_dir_eve_source, 'library', 'base', 'base-eve.ecf')
target = os.path.join(delivery_path, 'library', 'base', 'base-eve.ecf')
elocation.copy(source, target)
# AutoProof: copy ecf for precompile
source = os.path.join(v_dir_eve_source, 'Delivery', 'precomp', 'spec', 'platform', 'base-eve.ecf')
target = os.path.join(delivery_path, 'precomp', 'spec', os.getenv("ISE_PLATFORM"), 'base-eve.ecf')
elocation.copy(source, target)
# AutoProof: copy Boogie files
source = os.path.join(v_dir_eve_source, 'Delivery', 'studio', 'tools', 'autoproof')
target = os.path.join(delivery_path, 'studio', 'tools', 'autoproof')
elocation.copy(source, target)
# copy Boogie to delivery destination
boogie_target = os.path.join(delivery_path, 'studio', 'tools', 'boogie')
elocation.copy(v_dir_boogie, boogie_target)
# copy libraries to delivery destination
source = os.path.join(v_dir_eve_source, 'library', 'fixing')
target = os.path.join(delivery_path, 'library', 'fixing')
elocation.copy(source, target)
# TODO
# copy install/run scripts to destination
source = os.path.join(v_dir_eve_source, 'Delivery', 'run_eve.bat')
target = os.path.join(delivery_path, 'run_eve.bat')
elocation.copy(source, target)
source = os.path.join(v_dir_eve_source, 'Delivery', 'run_eve.py')
target = os.path.join(delivery_path, 'run_eve.py')
elocation.copy(source, target)
# generate zip archive
archive_path = eutils.compress(delivery_path, delivery_name + "-" + d_ise_platform)
delivery_file = os.path.join(v_dir_delivery, os.path.basename(archive_path))
elocation.move(archive_path, delivery_file)
# clean up
elocation.delete(delivery_path)
SystemLogger.success("Delivery " + delivery_name + " finished")
# upload zip to server
result = None
if os.path.exists(v_dir_delivery_remote):
remote_file = os.path.join(v_dir_delivery_remote, os.path.basename(delivery_file))
elocation.copy(delivery_file, remote_file)
SystemLogger.success("Delivery copied to remote location")
result = v_remote_base_url + '/' + os.path.basename(delivery_file)
else:
if v_dir_delivery_remote != None:
SystemLogger.error("Remote location (" + v_dir_delivery_remote + ") does not exist")
return result
d_ise_platform = 'win64'
else:
d_ise_platform = 'windows'
d_eve_exe_name = 'ec.exe'
d_ise_c_compiler = 'msc'
d_archive_extension = '7z'
elif platform.system() == 'Linux':
if platform.architecture()[0] == '64bit':
d_ise_platform = 'linux-x86-64'
else:
d_ise_platform = 'linux-x86'
d_eve_exe_name = 'ec'
d_ise_c_compiler = 'gcc'
d_archive_extension = 'tar.bz2'
else:
SystemLogger.error("Platform " + platform.system() + " not supported")
sys.exit()
# ----------------------------------------------------------------------------
# helper functions: process
# ----------------------------------------------------------------------------
def execute(program, output_file = None, execution_directory = None):
SystemLogger.debug("Executing " + ' '.join(program))
if isinstance(output_file, str):
pipe = open(output_file, 'a')
else:
pipe = output_file
if execution_directory is None:
proc = subprocess.Popen(program, stdin=pipe, stdout=pipe, stderr=pipe)
else: