def boot():
from sys import path as module_path
from os.path import abspath as path_absolute, join as path_join
module_path.insert(1, path_absolute(path_join(module_path[0], '..')))
module_path.insert(
2, path_absolute(path_join(module_path[0], '../../Gem-py')))
import Gem
def boot():
from sys import path as module_path
from os.path import abspath as path_absolute, join as path_join
path_0 = module_path[0]
module_path.insert(0, path_absolute(path_join(path_0, '../')))
module_path.insert(1, path_absolute(path_join(path_0, '../../Gem')))
import Gem
# Platform-independent file path handling.
# (Additional functions are added to module depending on platform,
# but the core is platform-independent.)
# There is really no reason why your code should be limited to one platform,
# such as Linux, MacOS X, or Windows. No extra work is required in most cases.
from os.path import (
abspath as path_absolute,
relpath as path_relative,
curdir as path_curdir,
pardir as path_pardir,
extsep as path_extsep,
join as path_join,
)
# Transform to the absolute path to the current directory.
print( path_absolute( path_curdir ) )
# Transform to the relative path to the parent directory.
print( path_relative( path_pardir ) )
# Join various elements together into a path.
# Is like p1 + os.path.dirsep + p2 etc....
print( path_join( path_curdir, "stdlib-demo" + path_extsep + "py" ) )
# <demo> --- stop ---
### 'os.path' Module ###
from os.path import(
expanduser as path_expand_user,
dirname as path_dirname,
basename as path_basename,
)
