def create_sdk_zip_31():
print "Creating sdk zip for 3.1 .."
platforms = ['30armv5']
build_utils.create_clean_env('\\Epoc32_3.1.zip')
sdk_zip_name = deliverables_name['32']['sdk_zip_name'][1] % \
(version, version_tag)
build_utils.unzip_file_into_dir(topdir + '\\build\\' + sdk_zip_name, '\\')
# Building only the socket
do_setupdotpy_configure('unsigned_high_capas', platforms[0])
run_cmd('python setup.py build ext\\amaretto\\socket\\group')
create_and_move_zip('31')
test_sdk_zip('_3_1')
shutil.rmtree("\\epoc32")
def test_sdk_zip(sdk_version):
sign_cert = "..\\..\..\\..\\keys\\pythonteam.crt"
sign_key = "..\\..\..\\..\\keys\\pythonteam.key"
caps_opt = ""
if sdk_version == '_3_0':
elemlist_sis_name = "elemlist_%s%s_3rdEd_alabs_pythonteam.sis" \
% (version, version_tag)
build_utils.create_clean_env('\\Epoc32_3.0.zip')
sdk_zip_name = 'Python_%s%s_SDK_3rdEdFP2.zip' % (version, version_tag)
caps_opt = ' --caps "%s"' % variants['alabs_pythonteam']['capas']
elif sdk_version == '_3_1':
elemlist_sis_name = "elemlist_%s%s_3rdEdFP1_alabs_pythonteam.sis" \
% (version, version_tag)
build_utils.create_clean_env('\\Epoc32_3.1.zip')
sdk_zip_name = 'Python_%s%s_SDK_3rdEdFP1.zip' % (version, version_tag)
caps_opt = ' --caps "%s"' % variants['alabs_pythonteam']['capas']
elif sdk_version == '_3_2':
elemlist_sis_name = "elemlist_%s%s_3rdEdFP2_alabs_pythonteam.sis" % \
(version, version_tag)
build_utils.create_clean_env('\\Epoc32_3.2.zip')
caps_opt = ' --caps "%s"' % variants['alabs_pythonteam']['capas']
sdk_zip_name = 'Python_%s%s_SDK_3rdEdFP2.zip' % (version, version_tag)
build_utils.unzip_file_into_dir(topdir + '\\build\\' + sdk_zip_name, '\\')
cmd_test = 'python setup.py test --testset-size 350 --sdk-version %s' % \
sdk_version
run_cmd(cmd_test, exception_on_error=0)
run_cmd('python setup.py configure --sdk 30armv5')
run_cmd('python setup.py build extras\\elemlist\\group')
run_cmd('python setup.py configure --sdk 30gcce' + caps_opt)
run_cmd('python setup.py build extras\\elemlist\\group')
os.chdir('extras\\elemlist\\group')
try:
run_cmd('makesis elemlist.pkg')
run_cmd('signsis elemlist.sis %s %s %s' %
(elemlist_sis_name, sign_cert, sign_key))
shutil.copy(
elemlist_sis_name,
'%s\\test\\%s' % (python_readybuild_dir, elemlist_sis_name))
finally:
os.chdir(topdir)
def release_build():
global platforms
global gflavors
global without_src_zip
global installer
global variants
global internal_proj
global build_profile
build_profile = 'release'
#Build for emu first and then build for device
gflavors = ['unsigned_alabs', 'alabs_pythonteam']
platforms = ['30armv5']
do_clean_and_build_emu('white_choco', platforms, run_regrtest=False)
# When run-interpretertimer is built using GCCE on 3.0SDK the compilation
# fails as it complains that the application is nested too deeply in the
# drive. The same error is not seen on 3.2SDK. To workaround this 3.0SDK
# quirk we don't build internal projects instead of the arduous task of
# either renaming the exe or moving the project somewhere else.
orig_internal_proj_value = internal_proj
internal_proj = False
build_device_and_move_sis(gflavors, ['30gcce'], create_sis=False)
internal_proj = orig_internal_proj_value
build_device_and_move_sis(gflavors, platforms, False)
run_cmd('python setup.py generate_ensymble')
create_and_move_zip('30armv5')
# Building for 3.2 sdk
platforms = ['32']
build_utils.create_clean_env('\\Epoc32_3.2.zip')
sdk_zip_name = deliverables_name['30armv5']['sdk_zip_name'][1] % \
(version, version_tag)
final_sdk_zip_name = deliverables_name['32']['sdk_zip_name'][1] % \
(version, version_tag)
os.rename(topdir + '\\build\\' + sdk_zip_name,
topdir + '\\build\\' + final_sdk_zip_name)
build_utils.unzip_file_into_dir(
topdir + '\\build' + '\\Python_SDK_3rdEd_temp.zip', '\\')
# Building only scriptext, sensorfw and iad_client on 3.2
proj = [
'..\\internal-src\\scriptext\\group', 'ext\\sensorfw\\group',
'..\\internal-src\\iad_client\\group'
]
# Configure for 3.2 sdk
do_setupdotpy_configure('unsigned_alabs', platforms[0])
for x in proj:
run_cmd('python setup.py build ' + x)
create_deliverables_using_elftran(platforms[0], gflavors, True)
code_size.updatelog(
"3.0", python_readybuild_dir + "\\" +
deliverables_name['30armv5']['python_dll_sis_name'][1] %
(version, version_tag, gflavors[0]),
"C:\\Program Files\\CruiseControl\\logs\\codesize_metrics.log")
delete_file(topdir + '\\build\\Python_SDK_3rdEd_temp.zip')
pyd_path = '\\epoc32\\release\\winscw\\udeb\\'
zip_object = zipfile.ZipFile(topdir + '\\build\\' + final_sdk_zip_name,
'a')
zip_object.write(pyd_path + 'kf_scriptext.pyd',
pyd_path + 'kf_scriptext.pyd')
zip_object.close()
run_cmd('python setup.py generate_ensymble')
generate_scriptshell_sis()
test_sdk_zip('_3_2')
thread_pool = []
cmd_remote_buid = 'test_device_remote --work-area ' + \
python_readybuild_dir
build_commands = ['generate_docs', 'coverage', cmd_remote_buid]
for x, command in enumerate(build_commands):
thread_pool.append(RunBuildCmd(command))
thread_pool[x].setName(command)
for threads in thread_pool:
threads.start()
for threads in thread_pool:
threads.join()
if threads.getName() == 'generate_docs':
t = BuildInstaller()
t.start()
t.join()
create_sdk_zip_31()
build_utils.create_clean_env('\\Epoc32_3.0.zip')
if without_src_zip == False:
# Create src zip
zipname = '%s\\' % (python_readybuild_dir) + \
'pys60-%s%s_src.zip' % (version, version_tag)
create_archive_from_directory(zipname, os.getcwd(), 'src')