In addition to the header files, several cimport-able .pxd Cython declaration files are provided:
show-pxd
import os import textwrap
import bezier
- class Path(object):
"""This class is a hack for Windows.
It wraps a simple string but prints / repr-s it with Windows path separator converted to the standard *nix separator.
This way doctests will succeed on Windows without modification. """
- def __init__(self, path):
self.path = path
- def __repr__(self):
posix_path = self.path.replace(os.path.sep, "/") return repr(posix_path)
- def sort_key(name):
return name.lower().lstrip("_")
- def tree(directory, suffix=None):
names = sorted(os.listdir(directory), key=sort_key) parts = [] for name in names: path = os.path.join(directory, name) if os.path.isdir(path): sub_part = tree(path, suffix=suffix) if sub_part is not None: # NOTE: We always use posix separator. parts.append(name + "/") parts.append(textwrap.indent(sub_part, " ")) else: if suffix is None or name.endswith(suffix): parts.append(name)
- if parts:
return "n".join(parts)
- else:
return None
- def print_tree(directory, suffix=None):
- if isinstance(directory, Path):
# Make Windows act like posix. directory = directory.path separator = "/"
- else:
separator = os.path.sep
print(os.path.basename(directory) + separator) full_tree = tree(directory, suffix=suffix) print(textwrap.indent(full_tree, " "))
include_directory = bezier.get_include() bezier_directory = Path(os.path.dirname(include_directory))
show-pxd
>>> bezier_directory '.../site-packages/bezier' >>> print_tree(bezier_directory, suffix=".pxd") bezier/ _curve.pxd _curve_intersection.pxd _helpers.pxd _status.pxd _surface.pxd _surface_intersection.pxd
For example, cimport bezier._curve will provide all the functions in bezier/curve.h.
curve <curve> curve_intersection <curve_intersection> helpers <helpers> status <status> surface <surface> surface_intersection <surface_intersection>