def get_package_objs(honor_disable_webview=False):
"""Returns two lists: packages, noarch_packages."""
packages = get_packages()
pack_objs = []
noarch_pack_objs = []
for package in packages:
# Don't try to create the dirs and links because this code is run by the web server
pack_obj = packaging.package("", package, create_dirs=False)
if honor_disable_webview and pack_obj.get_info_var("disable_webview"):
continue
# Handle normal package
# Add workaround for packages that build on multiple platforms, but are noarch (currently mono-basic)
if pack_obj.info['get_destroot'].find(
'noarch') == -1 or pack_obj.get_info_var('web_ignore_noarch'):
pack_objs.append(pack_obj)
# It's noarch
else:
noarch_pack_objs.append(pack_obj)
return _web_index_sort(pack_objs), _web_index_sort(noarch_pack_objs)
def clean_sources():
for p in packages:
pobj = packaging.package("", p, HEAD_or_RELEASE=HEAD_or_RELEASE, source_basepath=source_basepath, package_basepath=package_basepath)
for i in pobj.get_source_files()[:-num_builds]:
path = os.path.join(source_basepath, pobj.name, i)
print "Removing: " + path
os.unlink(path)
def find_base_distro(pack_name, distro_name):
"""Look at all the build hosts to see which gives the same distro_root"""
plat_obj = packaging.buildconf(distro_name, exclusive=False)
pack_obj = packaging.package(plat_obj, pack_name, bundle_obj=bundle_obj)
target_base_path = pack_obj.package_relpath
base_distro = ""
for p in pack_obj.get_info_var("BUILD_HOSTS"):
plat2 = packaging.buildconf(p, exclusive=False)
pack2 = packaging.package(plat2, pack_name, bundle_obj=bundle_obj)
if pack2.package_relpath == target_base_path:
base_distro = p
#print "Found base distro for %s,%s: %s" % ( pack_name, distro_name, p)
break
return base_distro
def find_base_distro(pack_name, distro_name):
"""Look at all the build hosts to see which gives the same distro_root"""
plat_obj = packaging.buildconf(distro_name, exclusive=False)
pack_obj = packaging.package(plat_obj, pack_name, bundle_obj=bundle_obj)
target_base_path = pack_obj.package_relpath
base_distro = ""
for p in pack_obj.get_info_var("BUILD_HOSTS"):
plat2 = packaging.buildconf(p, exclusive=False)
pack2 = packaging.package(plat2, pack_name, bundle_obj=bundle_obj)
if pack2.package_relpath == target_base_path:
base_distro = p
#print "Found base distro for %s,%s: %s" % ( pack_name, distro_name, p)
break
return base_distro
def get_dep_files(self,
build_deps=False,
recommend_deps=False,
source_deps=False,
zip_runtime_deps=False):
files = []
url_dest = config.packaging_dir + os.sep + 'external_zip_pkg' + os.sep + self.package_env.name
deps = []
if build_deps:
deps += self.get_mono_deps()
if recommend_deps:
deps += self.get_mono_recommend_deps()
if source_deps:
deps += self.get_mono_source_deps()
for dep in deps:
# Get files for mono deps
# Woah, total cheat here, I imported packaging, and am using it!
package = packaging.package(self.package_env,
dep,
HEAD_or_RELEASE=self.HEAD_or_RELEASE)
# If this is a recommended package, don't fail if missing
if self.get_mono_recommend_deps().count(package.name):
fail_flag = False
else:
fail_flag = True
files += package.get_files(fail_on_missing=fail_flag)
# Get url files
urls = package.get_distro_zip_deps()
if zip_runtime_deps:
urls += package.get_distro_zip_runtime_deps()
for url in urls:
files += [url_dest + os.sep + os.path.basename(url)]
utils.get_url(url, url_dest)
# Get rpm deps
urls += self.get_rpm_deps()
# Get url files
urls = self.get_distro_zip_deps()
if zip_runtime_deps:
urls += self.get_distro_zip_runtime_deps()
urls += self.get_rpm_deps()
for url in urls:
files += [url_dest + os.sep + os.path.basename(url)]
utils.get_url(url, url_dest)
return utils.remove_list_duplicates(files)
def get_dep_files(self, build_deps=False, recommend_deps=False, source_deps=False, zip_runtime_deps=False): files = [] url_dest = config.packaging_dir + os.sep + 'external_zip_pkg' + os.sep + self.package_env.name deps = [] if build_deps: deps += self.get_mono_deps() if recommend_deps: deps += self.get_mono_recommend_deps() if source_deps: deps += self.get_mono_source_deps() for dep in deps: # Get files for mono deps # Woah, total cheat here, I imported packaging, and am using it! package = packaging.package(self.package_env, dep, HEAD_or_RELEASE=self.HEAD_or_RELEASE) # If this is a recommended package, don't fail if missing if self.get_mono_recommend_deps().count(package.name): fail_flag = False else: fail_flag = True files += package.get_files(fail_on_missing=fail_flag) # Get url files urls = package.get_distro_zip_deps() if zip_runtime_deps: urls += package.get_distro_zip_runtime_deps() for url in urls: files += [ url_dest + os.sep + os.path.basename(url) ] utils.get_url(url, url_dest) # Get rpm deps urls += self.get_rpm_deps() # Get url files urls = self.get_distro_zip_deps() if zip_runtime_deps: urls += self.get_distro_zip_runtime_deps() urls += self.get_rpm_deps() for url in urls: files += [ url_dest + os.sep + os.path.basename(url) ] utils.get_url(url, url_dest) return utils.remove_list_duplicates(files)
def load_info(self):
# reload list of packages (allows us to update the list without restarting the daemon)
reload(config)
self.td_active = config.td_active
self.max_poll_interval = config.td_max_poll_interval
self.network_error_interval = config.td_network_error_interval
self.num_sequential = config.td_num_sequential
self.sequential = config.td_sequential
self.src_repo = src_repo_utils.svn(config.MONO_ROOT, key_file=config.src_key_file)
self.distfiles = datastore.source_file_repo()
self.pack_objs = {}
for pack in config.td_packages:
self.pack_objs[pack] = packaging.package("", pack)
def load_info(self):
# reload list of packages (allows us to update the list without restarting the daemon)
reload(config)
self.td_active = config.td_active
self.max_poll_interval = config.td_max_poll_interval
self.network_error_interval = config.td_network_error_interval
self.num_sequential = config.td_num_sequential
self.sequential = config.td_sequential
self.src_repo = src_repo_utils.svn(config.MONO_ROOT,
key_file=config.src_key_file)
self.distfiles = datastore.source_file_repo()
self.pack_objs = {}
for pack in config.td_packages:
self.pack_objs[pack] = packaging.package("", pack)
def clean_distro_builds(distro_name): # Reference global var instead of defining in our own scope global remove_noarch print "Removing packages for: " + distro_name conf_obj = packaging.buildconf(distro_name, exclusive=False) for p in packages: # fake out symlink errors by using 'inside_jail' pobj = packaging.package(conf_obj, p, HEAD_or_RELEASE=HEAD_or_RELEASE, source_basepath=source_basepath, package_basepath=package_basepath) if pobj.destroot == 'noarch' and not remove_noarch: continue for i in pobj.get_versions(fail_on_missing=False)[:-num_builds]: path = os.path.join(package_basepath, pobj.destroot, pobj.name, i) print "Removing: " + path shutil.rmtree(path) # Only remove these once remove_noarch = False
def get_package_objs(honor_disable_webview=False):
"""Returns two lists: packages, noarch_packages."""
packages = get_packages()
pack_objs = []
noarch_pack_objs = []
for package in packages:
# Don't try to create the dirs and links because this code is run by the web server
pack_obj = packaging.package("", package, create_dirs=False)
if honor_disable_webview and pack_obj.get_info_var("disable_webview"):
continue
# Handle normal package
# Add workaround for packages that build on multiple platforms, but are noarch (currently mono-basic)
if pack_obj.info['get_destroot'].find('noarch') == -1 or pack_obj.get_info_var('web_ignore_noarch'):
pack_objs.append(pack_obj)
# It's noarch
else:
noarch_pack_objs.append(pack_obj)
return _web_index_sort(pack_objs), _web_index_sort(noarch_pack_objs)
#!/usr/bin/env python
import sys
import pdb
sys.path += [".."]
import packaging
pack = packaging.package("", 'mono-1.1.7')
pdb.set_trace()
print pack.info['web_index']
def run(self):
distro = self.distro
scheduler_log.log("%s:\tStarting scheduler\n" % (distro))
while not self.cancelled():
packages_to_build = []
for pack_def in config.sd_latest_build_packages:
pack_obj = packaging.package("", pack_def)
if pack_obj.valid_build_platform(distro):
packages_to_build.append(pack_def)
num_started_builds = 0
start_time = utils.get_time()
# Build each package for this jail
for package_name in packages_to_build:
# Skip builds so we can exit
if self.cancelled():
continue
# Check to see what the latest tarball is
# The src_file_repo class is not threadsafe, so provide a mutex here
tarball_lock.acquire()
try:
tarball_filename = tarballs.get_latest_tarball("HEAD", package_name)
except:
# catch this in case the filename is being edited by hand
tarball_filename = ""
tarball_lock.release()
if not tarball_filename:
# scheduler_log.log("%s:\t*** Error getting latest tarball (%s) (Probably doesn't exist...)!!!\n" % (distro, package_name) )
pass
else:
# print "Latest tarball: " + tarball_filename
# Get version
version, ext = version_re.search(tarball_filename).groups()
info = datastore.build_info("HEAD", distro, package_name, version)
# Build if the build doesn't exist already
if not info.exists:
command = "cd %s; ./build --suppress_output %s %s %s" % (
config.packaging_dir,
distro,
package_name,
version,
)
scheduler_log.log("%s:\t%s\n" % (distro, command))
num_started_builds += 1
# TODO: hmm... is this not blocking? Seems this code continues before being able to run tests?
(code, output) = utils.launch_process(command, print_output=0)
# Testing...
# code = 2
# Is the jail busy? if so, just repeat this loop (and select a new tarball if a newer one exists)
# Hmm... this really shouldn't happen, as much at least
if code == 2:
# scheduler_log.log("%s:\tJail is busy or offline... will retry again (%s)\n" % (distro, package_name) )
num_started_builds -= 1
if code == 5:
scheduler_log.log(
"%s:\tbuild info is missing, but packages exist... ?? will retry again (%s)\n"
% (distro, package_name)
)
num_started_builds -= 1
else:
# scheduler_log.log("%s:\tSkipping existing build (%s, %s)\n" % (distro, package_name, version) )
pass
time_duration = utils.time_duration_asc(start_time, utils.get_time()) * 60
if num_started_builds == 0 and time_duration < config.sd_wakeup_interval:
# scheduler_log.log("%s:\tSleeping %d seconds...\n" % (distro, config.sd_wakeup_interval - time_duration) )
time.sleep(config.sd_wakeup_interval - time_duration)
# Exiting because we've been removed from the configuration
scheduler_log.log("%s:\tExiting upon user request...\n" % distro)
def init(location, start_date, end_date, preference):
print("Application Start...")
# get number of days
start_dt = dt.datetime.strptime(start_date, "%Y-%m-%d").date()
end_dt = dt.datetime.strptime(end_date, "%Y-%m-%d").date()
num_days = (end_dt - start_dt).days
print("Number of days: {}".format(num_days))
# scrap data
restaurant_data, hotel_data, attraction_data, weather_data = scrap_data(
location, start_date, end_date, preference)
# filter data
# print("###################################################")
print("Sorting data with preference 【{}】 and filtering...".format(
preference))
hotel_filtered, restaurant_filtered, attraction_filtered = data_filter(
restaurant_data, hotel_data, attraction_data, preference, num_days)
# print("\n\n#########filtered#########")
# with pd.option_context('display.max_rows', None, 'display.max_columns', None, 'expand_frame_repr', False):
# print(hotel_filtered)
# print(restaurant_filtered)
# print(attraction_filtered)
# calculate distances between POIs and package them to bundles
print("\n\nCalculating Distance...")
attraction_restaurant_package = cd.package_att_rest(
attraction_filtered, restaurant_filtered)
attraction_restaurant_package_filtered = [
item for item in attraction_restaurant_package if int(item[2]) <= 20000
]
# package items to actual routes
print("Calculating distances between each POI ...")
routes = pg.package(hotel_filtered, attraction_restaurant_package_filtered,
num_days)
# transform name df to address df
route_address = route_to_address(routes, hotel_filtered,
attraction_filtered, restaurant_filtered)
route_distance = cd.calculate_each_route(route_address)
print("\n\n#########route_distance#########")
with pd.option_context('display.max_rows', None, 'display.max_columns',
None, 'expand_frame_repr', False,
'display.max_colwidth', -1):
print(route_distance)
# replace name in route with actual POI contents
print("\n\n#########Final_route_outputs#########")
routes = to_route_output(routes, hotel_filtered, attraction_filtered,
restaurant_filtered)
with pd.option_context('display.max_rows', None, 'display.max_columns',
None, 'display.max_colwidth', -1):
print(routes)
print("\n\n#########Weather_outputs#########")
weather_output = weather_data[["Description", "High / Low"]]
with pd.option_context('display.max_rows', None, 'display.max_columns',
None, 'display.max_colwidth', -1):
print(weather_output)
export_plot(route_distance, routes)
return routes, route_distance, weather_output
#!/usr/bin/env python
import sys
sys.path += [ '../pyutils' ]
import packaging
env = packaging.buildenv('sles-9-i586')
#env = packaging.buildenv('win-4-i386')
env = packaging.buildenv('macos-10-ppc')
pack = packaging.package(env, 'mono-1.1.13')
print pack.info['POSTBUILD_STEP_NAME1']
print pack.info['POSTBUILD_STEP1']
env.ssh.print_command=1
environment = {}
environment['HEAD_or_RELEASE'] = "HEAD"
pack.info['POSTBUILD_STEP1'] = """
python -c 'print 'hey''
"""
env.ssh.execute(pack.info['POSTBUILD_STEP1'], env=environment)
#!/usr/bin/env python
import sys
sys.path += [".."]
import packaging
import shell_parse
#env = packaging.buildenv('sles-9-x86_64')
env = packaging.buildenv('win-4-i386')
print env.info
#pack = packaging.package(env, 'gecko-sharp-2.0')
pack = packaging.package(env, 'mono')
print pack.info
print "---------------------------------------------------------------------"
pack_def = shell_parse.parse_file('../../packaging/defs/libgdiplus')
print pack_def['macos_10_ppc_ZIP_BUILD']
print "---------------------------------------------------------------------"
if not os.path.exists(distro_obj.name):
distutils.dir_util.mkpath(distro_obj.name)
else:
# TODO: Better way to do this?
# Clean up all directories
for dir in os.listdir(distro_obj.name):
full_dir = distro_obj.name + os.sep + dir
if os.path.isdir(full_dir):
shutil.rmtree(full_dir)
rpms = []
# Get rpms for this distro
for pack in packages_in_repo:
pack_obj = packaging.package(distro_obj,
os.path.basename(pack),
bundle_obj=bundle_conf,
package_basepath=package_src_dir)
# Only if package is valid on this distro
if pack_obj.valid_use_platform(distro_obj.name):
rpms += pack_obj.get_files(fail_on_missing=False)
# Get external rpms
for rpm_file in glob.glob(
os.path.join(package_src_dir, '..', 'external_packages',
distro_obj.name, "*.rpm")):
# Skip source rpms
if not re.compile('\.src\.rpm').search(rpm_file):
rpms.append(os.path.normpath(rpm_file))
# Create hard links for all rpms
distutils.dir_util.mkpath(os.path.join(output_dir, "archive", bundle_conf.info['archive_version'], 'sources'))
out = open(os.path.join(output_dir, 'sources-' + bundle_conf.info['bundle_urlname'], 'index.html'), 'w')
arc_out = open(os.path.join(output_dir, 'archive', bundle_conf.info['archive_version'], 'sources', 'index.html'), 'w')
fd = open(os.path.join(config.release_repo_root, 'website', 'sources-index'))
template = fd.readlines()
fd.close()
for line in template:
line_items = line.split()
if line_items and line_items[0] == "#":
args = line_items[1:]
tarballs = []
for pack in args:
pack_obj = packaging.package("", pack, bundle_obj=bundle_conf, source_basepath=sources_dir)
try:
source_file = pack_obj.get_source_file()
except IndexError:
# TODO: Sort of a hack...
# There's no source for this module
source_file = ''
# Skip if there is no source for this bundle
if source_file:
tarballs.append(source_file)
print tarballs
out.write("<ul>\n")
arc_out.write("<ul>\n")
for i in tarballs:
#!/usr/bin/env python
import sys
import pdb
sys.path += [ ".." ]
import packaging
pack = packaging.package("", 'mono-1.1.7')
pdb.set_trace()
print pack.info['web_index']
arc_out_file = os.path.join(output_dir, 'archive', version, 'download', build_conf.name, 'index.html')
distutils.dir_util.mkpath(os.path.dirname(out_file))
distutils.dir_util.mkpath(os.path.dirname(arc_out_file))
out = open(out_file, 'w')
arc_out = open(arc_out_file, 'w')
for line in template:
line_segs = line.split()
if line_segs and line_segs[0] == "#":
ARGS = line_segs[2:]
RPMS = []
SPECS = []
for package in ARGS:
pack_obj = packaging.package(build_conf, package, bundle_obj=bundle_conf, package_basepath=package_src_dir)
if not pack_obj.valid_use_platform(build_conf.name):
continue
# probably won't ever want to post zip files ... ?
RPMS += pack_obj.get_files_relpath(ext=["rpm"], fail_on_missing=False)
# Remove src.rpms in case we saved them (which we usually don't)
for i in RPMS:
if re.compile(".*\.src\.rpm").search(i):
RPMS.remove(i)
SPECS += pack_obj.get_files_relpath(ext="spec", fail_on_missing=False)
if len(RPMS) == 0:
build_info = datastore.build_info(
bundle_obj2.HEAD_or_RELEASE(), base_distro, pack,
ver)
# check for a build that passed all tests
if build_info.get_state() == "success":
target_ver = ver
print "Found validated build for %s: %s" % (
pack, target_ver)
break
if target_ver:
bundle_obj2.add_version(pack, target_ver)
pack_obj = packaging.package(plat_obj,
pack,
bundle_obj=bundle_obj2)
# Ignore versioning from external sources (which we don't build svn versions of)
old_version_map_exists = pack_obj.bundle_obj.version_map_exists
if pack_obj.get_info_var("EXTERNAL_SOURCE"):
pack_obj.bundle_obj.ignore_version_map()
if pack_obj.valid_use_platform(plat_obj.info['distro']):
rpms += pack_obj.get_files(fail_on_missing=fail_on_missing)
# Restore version_map_exists
pack_obj.bundle_obj.version_map_exists = old_version_map_exists
# Gather sources
for pack in build.get_packages():
#!/usr/bin/env python
import sys
import pdb
sys.path.append("../pyutils")
import packaging
bundle_conf = packaging.bundle(bundle_name='1.1.13')
for i in ['gtk-sharp', 'gtk-sharp-2.0', 'gtk-sharp-2.8']:
env = packaging.buildenv('suse-101-i586')
pack = packaging.package(
env,
i,
bundle_obj=bundle_conf,
source_basepath='/var/www/mono-website/go-mono/sources',
package_basepath='/var/www/mono-website/go-mono/download')
print "\n".join(pack.get_files())
print pack.get_source_file()
arc_out = open(
os.path.join(output_dir, 'archive', bundle_conf.info['archive_version'],
'sources', 'index.html'), 'w')
fd = open(os.path.join(config.release_repo_root, 'website', 'sources-index'))
template = fd.readlines()
fd.close()
for line in template:
line_items = line.split()
if line_items and line_items[0] == "#":
args = line_items[1:]
tarballs = []
for pack in args:
pack_obj = packaging.package("",
pack,
bundle_obj=bundle_conf,
source_basepath=sources_dir)
try:
source_file = pack_obj.get_source_file()
except IndexError:
# TODO: Sort of a hack...
# There's no source for this module
source_file = ''
# Skip if there is no source for this bundle
if source_file:
tarballs.append(source_file)
print tarballs
out.write("<ul>\n")
arc_out.write("<ul>\n")
target_ver = ""
for ver in versions:
build_info = datastore.build_info(bundle_obj2.HEAD_or_RELEASE(), base_distro, pack, ver)
# check for a build that passed all tests
if build_info.get_state() == "success":
target_ver = ver
print "Found validated build for %s: %s" % (pack, target_ver)
break
if target_ver:
bundle_obj2.add_version(pack, target_ver)
pack_obj = packaging.package(plat_obj, pack, bundle_obj=bundle_obj2)
# Ignore versioning from external sources (which we don't build svn versions of)
old_version_map_exists = pack_obj.bundle_obj.version_map_exists
if pack_obj.get_info_var("EXTERNAL_SOURCE"):
pack_obj.bundle_obj.ignore_version_map()
if pack_obj.valid_use_platform(plat_obj.info['distro']):
rpms += pack_obj.get_files(fail_on_missing=fail_on_missing)
# Restore version_map_exists
pack_obj.bundle_obj.version_map_exists = old_version_map_exists
# Gather sources
for pack in build.get_packages():
pack_obj = packaging.package("", pack, bundle_obj=bundle_obj, create_dirs=False)
def run(self):
distro = self.distro
scheduler_log.log("%s:\tStarting scheduler\n" % (distro))
while not self.cancelled():
packages_to_build = []
for pack_def in config.sd_latest_build_packages:
pack_obj = packaging.package("", pack_def)
if pack_obj.valid_build_platform(distro):
packages_to_build.append(pack_def)
num_started_builds = 0
start_time = utils.get_time()
# Build each package for this jail
for package_name in packages_to_build:
# Skip builds so we can exit
if self.cancelled(): continue
# Check to see what the latest tarball is
# The src_file_repo class is not threadsafe, so provide a mutex here
tarball_lock.acquire()
try:
tarball_filename = tarballs.get_latest_tarball(
"HEAD", package_name)
except:
# catch this in case the filename is being edited by hand
tarball_filename = ""
tarball_lock.release()
if not tarball_filename:
#scheduler_log.log("%s:\t*** Error getting latest tarball (%s) (Probably doesn't exist...)!!!\n" % (distro, package_name) )
pass
else:
#print "Latest tarball: " + tarball_filename
# Get version
version, ext = version_re.search(tarball_filename).groups()
info = datastore.build_info("HEAD", distro, package_name,
version)
# Build if the build doesn't exist already
if not info.exists:
command = "cd %s; ./build --suppress_output %s %s %s" % (
config.packaging_dir, distro, package_name,
version)
scheduler_log.log("%s:\t%s\n" % (distro, command))
num_started_builds += 1
# TODO: hmm... is this not blocking? Seems this code continues before being able to run tests?
(code, output) = utils.launch_process(command,
print_output=0)
# Testing...
#code = 2
# Is the jail busy? if so, just repeat this loop (and select a new tarball if a newer one exists)
# Hmm... this really shouldn't happen, as much at least
if code == 2:
#scheduler_log.log("%s:\tJail is busy or offline... will retry again (%s)\n" % (distro, package_name) )
num_started_builds -= 1
if code == 5:
scheduler_log.log(
"%s:\tbuild info is missing, but packages exist... ?? will retry again (%s)\n"
% (distro, package_name))
num_started_builds -= 1
else:
#scheduler_log.log("%s:\tSkipping existing build (%s, %s)\n" % (distro, package_name, version) )
pass
time_duration = utils.time_duration_asc(start_time,
utils.get_time()) * 60
if num_started_builds == 0 and time_duration < config.sd_wakeup_interval:
#scheduler_log.log("%s:\tSleeping %d seconds...\n" % (distro, config.sd_wakeup_interval - time_duration) )
time.sleep(config.sd_wakeup_interval - time_duration)
# Exiting because we've been removed from the configuration
scheduler_log.log("%s:\tExiting upon user request...\n" % distro)
else:
if not os.path.exists(distro_obj.name):
distutils.dir_util.mkpath(distro_obj.name)
else:
# TODO: Better way to do this?
# Clean up all directories
for dir in os.listdir(distro_obj.name):
full_dir = distro_obj.name + os.sep + dir
if os.path.isdir(full_dir):
shutil.rmtree(full_dir)
rpms = []
# Get rpms for this distro
for pack in packages_in_repo:
pack_obj = packaging.package(distro_obj, os.path.basename(pack), bundle_obj=bundle_conf, package_basepath=package_src_dir)
# Only if package is valid on this distro
if pack_obj.valid_use_platform(distro_obj.name):
rpms += pack_obj.get_files(fail_on_missing=False)
# Get external rpms
for rpm_file in glob.glob(os.path.join(package_src_dir, '..', 'external_packages', distro_obj.name, "*.rpm")):
# Skip source rpms
if not re.compile('\.src\.rpm').search(rpm_file):
rpms.append(os.path.normpath(rpm_file))
# Create hard links for all rpms
for file in rpms:
arch_dir = distro_obj.name + os.sep + rpm_utils.rpm_query('ARCH', file)
if not os.path.exists(arch_dir): distutils.dir_util.mkpath(arch_dir)
distutils.dir_util.mkpath(os.path.dirname(out_file))
distutils.dir_util.mkpath(os.path.dirname(arc_out_file))
out = open(out_file, 'w')
arc_out = open(arc_out_file, 'w')
for line in template:
line_segs = line.split()
if line_segs and line_segs[0] == "#":
ARGS = line_segs[2:]
RPMS = []
SPECS = []
for package in ARGS:
pack_obj = packaging.package(build_conf,
package,
bundle_obj=bundle_conf,
package_basepath=package_src_dir)
if not pack_obj.valid_use_platform(build_conf.name):
continue
# probably won't ever want to post zip files ... ?
RPMS += pack_obj.get_files_relpath(ext=["rpm"],
fail_on_missing=False)
# Remove src.rpms in case we saved them (which we usually don't)
for i in RPMS:
if re.compile(".*\.src\.rpm").search(i):
RPMS.remove(i)
SPECS += pack_obj.get_files_relpath(ext="spec",
#!/usr/bin/env python
import sys
import pdb
sys.path.append("../pyutils")
import packaging
bundle_conf = packaging.bundle(bundle_name='1.1.13')
for i in ['gtk-sharp', 'gtk-sharp-2.0', 'gtk-sharp-2.8']:
env = packaging.buildenv('suse-101-i586')
pack = packaging.package(env, i, bundle_obj=bundle_conf, source_basepath='/var/www/mono-website/go-mono/sources', package_basepath='/var/www/mono-website/go-mono/download')
print "\n".join(pack.get_files())
print pack.get_source_file()
