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#!/usr/bin/env python

import os.path

import imp

import sys

import traceback

import re

SETUP_TAG = "LGTM_PYTHON_SETUP_SETUP_PY"

setup_file_path = "<default value>"

requirements_file_path = "<default value>"

if sys.version_info >= (3,):

basestring = str

def setup_interceptor(**args):

requirements = make_requirements(**args)

write_requirements_file(requirements)

def make_requirements(requires=(), install_requires=(), extras_require={}, dependency_links=[], **other_args):

# Install main requirements.

requirements = list(requires) + list(install_requires)

# Install requirements for all features.

for feature, feature_requirements in extras_require.items():

if isinstance(feature_requirements, basestring):

requirements += [feature_requirements]

else:

requirements += list(feature_requirements)

# Attempt to use dependency_links to find requirements first.

for link in dependency_links:

split_link = link.rsplit("#egg=", 1)

if len(split_link) != 2:

print("Invalid dependency link \"%s\" was ignored." % link)

continue

if not link.startswith("http"):

print("Dependency link \"%s\" is not an HTTP link so is being ignored." % link)

continue

package_name = split_link[1].rsplit("-", 1)[0]

for index, requirement in enumerate(requirements):

if requirement_name(requirement) == package_name:

print("Using %s to install %s." % (link, requirement))

requirements[index] = package_name + " @ " + link

print("Creating %s file from %s." % (requirements_file_path, setup_file_path))

requirements = [requirement.encode("ascii", "ignore").strip().decode("ascii") for requirement in requirements]

print("Requirements extracted from setup.py: %s" % requirements)

return requirements

REQUIREMENT = re.compile(r"^([\w-]+)")

def requirement_name(req_string):

req_string = req_string.strip()

if req_string[0] == '#':

return None

match = REQUIREMENT.match(req_string)

if match:

return match.group(1)

return None

def write_requirements_file(requirements):

if os.path.exists(requirements_file_path):

# Only overwrite the existing requirements if the new requirements are not empty.

if requirements:

print("%s already exists. It will be overwritten." % requirements_file_path)

else:

print("%s already exists and it will not be overwritten because the new requirements list is empty." % requirements_file_path)

return

elif not requirements:

print("%s will not be written because the new requirements list is empty." % requirements_file_path)

return

with open(requirements_file_path, "w") as requirements_file:

for requirement in requirements:

requirements_file.write(requirement + "\n")

print("Requirements have been written to " + requirements_file_path)

def convert_setup_to_requirements(root):

global setup_file_path

if SETUP_TAG in os.environ:

setup_file_path = os.environ[SETUP_TAG]

if setup_file_path == "false":

print("setup.py explicitly ignored")

return 0

else:

setup_file_path = os.path.join(root, "setup.py")

if not os.path.exists(setup_file_path):

print("%s does not exist. Not generating requirements.txt." % setup_file_path)

return 0

# Override the setuptools and distutils.core implementation of setup with our own.

import setuptools

setattr(setuptools, "setup", setup_interceptor)

import distutils.core

setattr(distutils.core, "setup", setup_interceptor)

# TODO: WHY are we inserting at index 1?

# >>> l = [1,2,3]; l.insert(1, 'x'); print(l)

# [1, 'x', 2, 3]

# Ensure the current directory is on path since setup.py might try and include some files in it.

sys.path.insert(1, root)

# Modify the arguments since the setup file sometimes checks them.

sys.argv = [setup_file_path, "build"]

# Run the setup.py file.

try:

imp.load_source("__main__", setup_file_path)

except BaseException as ex:

# We don't really care about errors so long as a requirements.txt exists in the next build step.

print("Running %s failed." % setup_file_path)

traceback.print_exc(file=sys.stdout)

if not os.path.exists(requirements_file_path):

print("%s failed, and a %s file does not exist. Exiting with error." % (setup_file_path, requirements_file_path))

return 1

return 0

def main():

global requirements_file_path

requirements_file_path = sys.argv[2]

sys.path.extend(sys.argv[3:])

sys.exit(convert_setup_to_requirements(sys.argv[1]))

if __name__ == "__main__":

main()

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