def _output_type_python(out_format, out_filepath, out_prefix, packages):
result = '# -*- coding: utf-8 -*-\n\n'
packages_dict_str = ''
for (
root_package,
package,
package_name,
extracted_package,
) in packages:
curr_var_name = _get_var_name(out_prefix, package)
result += "{curr_var_name} = '{extracted_package}'\n".format(
**locals())
packages_dict_str += "\t'{curr_var_name}': '{extracted_package}',\n".format(
**locals())
result += '\nPACKAGES_ROOT = {\n' + packages_dict_str + '}\n'
_write_to_file(result, out_filepath)
pm_common.warning(
'Write packages info to file [{}]\n\tcontent:'.format(out_filepath))
pm_common.warning(result)
def make_output(out_format, out_filepath, out_prefix, packages):
if out_format not in _OUTPUT_FORMAT_MAP:
pm_common.warning( 'Error: unknown output type: [{}]'.format( out_format ))
sys.exit( pm_common.CMAKEPM_ERRORCODE_UNKNOWN_OUTTYPE )
f = _OUTPUT_FORMAT_MAP[ out_format ]
return f( out_format, out_filepath, out_prefix, packages )
def make_output(out_format, out_filepath, out_prefix, packages):
if out_format not in _OUTPUT_FORMAT_MAP:
pm_common.warning(
'Error: unknown output type: [{}]'.format(out_format))
sys.exit(pm_common.CMAKEPM_ERRORCODE_UNKNOWN_OUTTYPE)
f = _OUTPUT_FORMAT_MAP[out_format]
return f(out_format, out_filepath, out_prefix, packages)
def _output_type_cmd(out_format, out_filepath, out_prefix, packages):
result = '\n'
for ( root_package, package, package_name, extracted_package, ) in packages:
curr_var_name = _get_var_name( out_prefix, package )
result += 'set {curr_var_name}={extracted_package}\n'.format( **locals() )
result += '\n'
_write_to_file( result, out_filepath )
pm_common.warning( 'Write packages info to file [{}]\n\tcontent:'.format( out_filepath ))
pm_common.warning( result )
def _output_type_json(out_format, out_filepath, out_prefix, packages):
result = '{\n'
n = len( packages )
for i, ( root_package, package, package_name, extracted_package, ) in enumerate( packages ):
curr_var_name = _get_var_name( out_prefix, package )
comma = ',' if i < n - 1 else ''
result += "\t\"{curr_var_name}\": \"{extracted_package}\"{comma}\n".format( **locals() )
result += '}\n'
_write_to_file( result, out_filepath )
pm_common.warning( 'Write packages info to file [{}]\n\tcontent:'.format( out_filepath ))
pm_common.warning( result )
def _output_type_python(out_format, out_filepath, out_prefix, packages):
result = '# -*- coding: utf-8 -*-\n\n'
packages_dict_str = ''
for ( root_package, package, package_name, extracted_package, ) in packages:
curr_var_name = _get_var_name( out_prefix, package )
result += "{curr_var_name} = '{extracted_package}'\n".format( **locals() )
packages_dict_str += "\t'{curr_var_name}': '{extracted_package}',\n".format( **locals() )
result += '\nPACKAGES_ROOT = {\n' + packages_dict_str + '}\n'
_write_to_file( result, out_filepath )
pm_common.warning( 'Write packages info to file [{}]\n\tcontent:'.format( out_filepath ))
pm_common.warning( result )
def _output_type_shell(out_format, out_filepath, out_prefix, packages):
result = '\n'
for (
root_package,
package,
package_name,
extracted_package,
) in packages:
curr_var_name = _get_var_name(out_prefix, package)
result += "{curr_var_name}='{extracted_package}'\n".format(**locals())
result += '\n'
_write_to_file(result, out_filepath)
pm_common.warning(
'Write packages info to file [{}]\n\tcontent:'.format(out_filepath))
pm_common.warning(result)
def _output_type_json(out_format, out_filepath, out_prefix, packages):
result = '{\n'
n = len(packages)
for i, (
root_package,
package,
package_name,
extracted_package,
) in enumerate(packages):
curr_var_name = _get_var_name(out_prefix, package)
comma = ',' if i < n - 1 else ''
result += "\t\"{curr_var_name}\": \"{extracted_package}\"{comma}\n".format(
**locals())
result += '}\n'
_write_to_file(result, out_filepath)
pm_common.warning(
'Write packages info to file [{}]\n\tcontent:'.format(out_filepath))
pm_common.warning(result)
def _write_to_file(text, out_filepath):
out_filepath = os.path.realpath( out_filepath )
out_dir_path = os.path.dirname( out_filepath )
if not os.path.exists( out_dir_path ):
pm_common.warning(
'mkdirs [{}] ..'.format( out_dir_path ),
end='',
)
os.makedirs( out_dir_path )
pm_common.warning( 'Done!' )
elif not os.path.isdir( out_dir_path ):
pm_common.warning( 'Unable to make directory [{}]. File with the same name exists'.format( out_dir_path ))
sys.exit( pm_common.CMAKEPM_ERRORCODE_FILE_IO )
with open( out_filepath, 'w+' ) as f:
f.write( text )
def _write_to_file(text, out_filepath):
out_filepath = os.path.realpath(out_filepath)
out_dir_path = os.path.dirname(out_filepath)
if not os.path.exists(out_dir_path):
pm_common.warning(
'mkdirs [{}] ..'.format(out_dir_path),
end='',
)
os.makedirs(out_dir_path)
pm_common.warning('Done!')
elif not os.path.isdir(out_dir_path):
pm_common.warning(
'Unable to make directory [{}]. File with the same name exists'.
format(out_dir_path))
sys.exit(pm_common.CMAKEPM_ERRORCODE_FILE_IO)
with open(out_filepath, 'w+') as f:
f.write(text)