diff --git a/pipdeps/pipdeps.py b/pipdeps/pipdeps.py
index c3316b4adf7e1c768f144a9b3f131dfd500c5ccd..bfdc7e70d37577e73142cc8cd9480e27e57ec714 100644
--- a/pipdeps/pipdeps.py
+++ b/pipdeps/pipdeps.py
@@ -2,22 +2,30 @@
pipdeps
"""
import argparse
+import itertools
import json
-import distutils.version
import os
+import platform
import pprint
import re
import subprocess
import sys
-import urllib2
import tarfile
import tempfile
+import urllib2
import zipfile
-import wheel.metadata
import tabulate
import packaging.specifiers
import packaging.version
+import pip._internal.utils.misc
+import wheel.metadata
+
+# https://www.python.org/dev/peps/pep-0508/#environment-markers
+PY_VER = ".".join(map(str, sys.version_info[:2]))
+SYS_PLAT = sys.platform
+PLAT_PY_IMPL = platform.python_implementation()
+
def arg_parse():
"""
@@ -35,117 +43,267 @@ def arg_parse():
action='store_true',
help="upgrade upgradeable packages")
group.add_argument('-s', '--show',
- nargs='+',
+ nargs='*',
help="show detailed info about upgradeable packages")
return parser.parse_args()
-def get_pyver():
+def upgrade_package(data):
"""
- return running python version
+ pip install --upgrade "<package>==<versions>"
"""
- return ".".join(map(str, sys.version_info[:3]))
+ to_upgrade = []
+ for package, version in data:
+ to_upgrade.append("%s==%s" % (package, version))
+ subprocess.check_call(
+ ["pip", "install", "--upgrade", " ".join(to_upgrade)],
+ stderr=subprocess.STDOUT
+ )
-def is_strict_version(version):
+def get_json(url):
"""
- Return true if version is strict, otherwise return false
+ Return url json
"""
- try:
- distutils.version.StrictVersion(version)
- except ValueError:
- return False
- return True
+ return json.load(urllib2.urlopen(urllib2.Request(url)))
+
+def file_download(url):
+ """
+ Download file from url as temporary file
+ It returns file object
+ """
+ tmp_file = tempfile.NamedTemporaryFile(delete=False)
+ rfile = urllib2.urlopen(url)
+ with tmp_file as output:
+ output.write(rfile.read())
+ return tmp_file
+
+def merge_two_dicts(x, y):
+ """
+ Return merge of two dictionaries
+ """
+ z = x.copy()
+ z.update(y)
+ return z
+
+def is_version(version):
+ """
+ Return true if version satisfy regex, otherwise return false
+ """
+ if re.compile(r'^(\d+) \. (\d+) (\. (\d+))? (\. (\d+))?$', re.VERBOSE).search(version) or \
+ re.compile(r'^(\d+) \. (\d+) (\. (\d+))? (rc(\d+))?$', re.VERBOSE).search(version):
+ return True
+ return False
-def version_conform_specifiers(version, specifiers):
+def is_in_specifiers(version, specifiers):
"""
- check if version conforms specifiers
+ Return true if version satisfy specifiers, otherwise return false
"""
if not specifiers:
return True
elif version is None:
return True
else:
- ver = packaging.version.Version(version)
- spec = packaging.specifiers.SpecifierSet(",".join(specifiers))
- if spec.contains(ver):
- return True
- return False
+ # https://github.com/pypa/packaging/pull/92
+ ver = packaging.version.LegacyVersion(version)
+ specifiers = [
+ packaging.specifiers.LegacySpecifier(s.strip()) for s in specifiers if s.strip()]
+ return all(s.contains(ver) for s in specifiers)
-def upgrade_package(package, versions):
+def is_in_conditions(condition):
"""
- pip install --upgrade "<package><versions>"
+ Return true if condition satisfy sys_platform and python_version and
+ platform_python_implementation, otherwise return false
"""
- subprocess.check_call(
- ["pip", "install", "--upgrade", "%s==%s" % (package, "".join(versions))],
- stderr=subprocess.STDOUT
- )
+ if not condition:
+ return True
+ return eval(
+ condition.replace("sys_platform", '"%s"' % SYS_PLAT) \
+ .replace("python_version", '"%s"' % PY_VER) \
+ .replace("platform_python_implementation", '"%s"' % PLAT_PY_IMPL))
-def get_pip_list():
+def is_in_extra(extra, req_extra):
"""
- pip list
+ Return true if extra satisfy, otherwise return false
"""
- outdated_packages = subprocess.check_output(["pip", "list"])
- return [line.split()[0] for line in outdated_packages.strip().split("\n")[2:]]
+ if extra is None or extra in req_extra:
+ return True
+ return False
-def file_download(url):
+def specifiers_intersection(specifiers):
"""
- Download file from url as temporary file
- It returns file object
+ Return intersection of specifiers, otherwise return None
"""
- tmp_file = tempfile.NamedTemporaryFile(delete=False)
- rfile = urllib2.urlopen(url)
- with tmp_file as output:
- output.write(rfile.read())
- return tmp_file
+ if not specifiers:
+ return []
+ specifiers = [packaging.specifiers.LegacySpecifier(s.strip()) for s in specifiers if s.strip()]
+ left_boarder = [s for s in specifiers if s.operator in ['>', '>=']]
+ if left_boarder:
+ max_left = sorted([s.version for s in left_boarder],
+ key=packaging.specifiers.LegacyVersion, reverse=True)[0]
+ max_left_op = [s.operator for s in left_boarder if s.version == max_left]
+ if '>' in max_left_op:
+ max_left_op = '>'
+ else:
+ max_left_op = '>='
+ right_boarder = [s for s in specifiers if s.operator in ['<', '<=']]
+ if right_boarder:
+ min_right = sorted([s.version for s in right_boarder],
+ key=packaging.specifiers.LegacyVersion)[0]
+ min_right_op = [s.operator for s in right_boarder if s.version == min_right]
+ if '<' in min_right_op:
+ min_right_op = '<'
+ else:
+ min_right_op = '<='
+ equals = [s for s in specifiers if s.operator in ['==']]
+ if equals:
+ cmp_v = list(set([s.version for s in equals]))[0]
+ if all([packaging.version.LegacyVersion(cmp_v) == packaging.version.LegacyVersion(item) \
+ for item in list(set([s.version for s in equals]))]):
+ equals = cmp_v
+ else:
+ return None
+ notequals = [s for s in specifiers if s.operator in ['!=']]
+ notequals = list(set([s.version for s in notequals]))
+ boarders = []
+ if left_boarder and right_boarder:
+ if packaging.version.LegacyVersion(max_left) > packaging.version.LegacyVersion(min_right):
+ return None
+ elif packaging.version.LegacyVersion(max_left) == packaging.version.LegacyVersion(min_right): # pylint: disable=line-too-long
+ if max_left_op in ['>='] and min_right_op in ['<=']:
+ max_left_op = '=='
+ right_boarder = None
+ else:
+ return None
+ if left_boarder:
+ boarders.append("%s%s" % (max_left_op, max_left))
+ if right_boarder:
+ boarders.append("%s%s" % (min_right_op, min_right))
+ if boarders and notequals:
+ for item in notequals:
+ if is_in_specifiers(item, boarders):
+ boarders.append("!=%s" % item)
+ elif not boarders and notequals:
+ for item in notequals:
+ boarders.append("!=%s" % item)
+ if boarders and equals:
+ if is_in_specifiers(equals, boarders):
+ return ["==%s" % equals]
+ else:
+ return None
+ elif not boarders and equals:
+ return ["==%s" % equals]
+ return boarders
-def get_jsonpipdeptree():
+def select_upkgs(data, rkey):
"""
- pipdeptree --json-tree
+ Return data packages having requested key
"""
- pipdeptree = subprocess.check_output(
- ["pipdeptree", "--json-tree"],
- stderr=subprocess.STDOUT
- )
- return json.loads(pipdeptree.strip())
+ result = []
+ for pkg, pkg_data in data.iteritems():
+ if rkey in pkg_data.keys():
+ result.append(pkg)
+ return result
-def get_json(url):
+def print_list(data):
"""
- Return url json
+ Print upgradeable versions
"""
- return json.load(urllib2.urlopen(urllib2.Request(url)))
+ upkgs = select_upkgs(data, 'upgradeable_version')
+ if upkgs:
+ tab_data = []
+ for pkg in sorted(upkgs):
+ tab_data.append([pkg, data[pkg]['installed_version'], data[pkg]['upgradeable_version']])
+ print tabulate.tabulate(
+ tab_data,
+ ['package', 'installed_version', 'upgradeable_version']
+ )
+ return 1
+ else:
+ print "There is nothing to upgrade."
+ return 0
-def json_search(jsonpipdeptree, package, key):
- """
- find package dependencies in json tree
- """
- if isinstance(jsonpipdeptree, dict):
- keys = jsonpipdeptree.keys()
- if 'package_name' in keys and key in keys:
- if re.search(r'^%s$' % package, jsonpipdeptree['package_name'], re.IGNORECASE):
- yield jsonpipdeptree[key]
- for child_val in json_search(jsonpipdeptree['dependencies'], package, key):
- yield child_val
- elif isinstance(jsonpipdeptree, list):
- for item in jsonpipdeptree:
- for item_val in json_search(item, package, key):
- yield item_val
+def pkginfo(data, req_extra=[], repair=False):
+ """
+ Return parsed pkginfo
+ """
+ extra_match = re.compile(
+ """^(?P<package>.*?)(;\s*(?P<condition>.*?)(extra == '(?P<extra>.*?)')?)$""").search(data)
+ if extra_match:
+ groupdict = extra_match.groupdict()
+ condition = groupdict['condition']
+ extra = groupdict['extra']
+ package = groupdict['package']
+ if condition.endswith(' and '):
+ condition = condition[:-5]
+ mysearch = re.compile(r'(extra == .*)').search(condition)
+ if mysearch:
+ extra = mysearch.group(1)
+ condition = condition.replace(extra, '')
+ if not condition:
+ condition = None
+ extra = re.compile(r'extra == (.*)').search(extra).group(1).replace('"', "")
+ else:
+ condition, extra = None, None
+ package = data
+ if not is_in_conditions(condition):
+ return None
+ pkg_name, pkg_extra, pkg_ver = re.compile(
+ r'([\w\.\-]*)(\[\w*\])?(.*)').search(package).groups()
+ if pkg_extra:
+ pkg_extra = pkg_extra.replace("[", "").replace("]", "").lower()
+ pkg_ver = pkg_ver.replace("(", "").replace(")", "").strip()
+ if not pkg_ver:
+ pkg_ver = []
+ else:
+ if repair:
+ try:
+ pkg_ver = re.compile(r'^(\d.*)$').search(pkg_ver).group(1)
+ except AttributeError:
+ pass
+ pkg_ver = pkg_ver.split(",")
+ if not is_in_extra(extra, req_extra):
+ return None
+ return (pkg_name.lower(), pkg_ver, pkg_extra)
+
+def insert_extras(data):
+ """
+ Insert extras
+ """
+ for key in data.keys():
+ extra = []
+ for pkg, pkg_data in data.iteritems():
+ for dep in pkg_data['requires']:
+ if dep[0] == key:
+ if dep[2]:
+ extra.append(dep[2])
+ data[key]['extras'] = extra
+ if extra:
+ for pkg in pip._internal.utils.misc.get_installed_distributions():
+ pkg_name, pkg_ver, pkg_extra = pkginfo(str(pkg))
+ if pkg_name == key:
+ data[key]['requires'] += [pkginfo(str(dep), repair=True, req_extra=extra) \
+ for dep in pkg.requires(extras=extra)]
+ return data
-def get_highest_version(package, data):
+def insert_availables(data):
"""
- Return upgradeable version if possible, otherwise return installed version
+ Insert available versions
"""
- try:
- version = data[package]['upgradeable_version']
- except KeyError:
- version = data[package]['installed_version']
- return version
+ for pkg, pkg_data in data.iteritems():
+ if 'available_version' in pkg_data.keys():
+ continue
+ try:
+ data[pkg]['available_version'] = get_available_vers(pkg)
+ except urllib2.HTTPError:
+ data[pkg]['available_version'] = []
+ return data
-def find_available_vers(package_name, pyver):
+def get_available_vers(package):
"""
- Return descending list of available strict version
+ Return descending list of public available strict version
"""
versions = []
try:
- data = get_json("https://pypi.python.org/pypi/%s/json" % (package_name,))
+ data = get_json("https://pypi.python.org/pypi/%s/json" % (package))
except urllib2.HTTPError, err:
print "%s %s" % (err, err.url)
raise urllib2.HTTPError(err.url, err.code, None, err.hdrs, err.fp)
@@ -154,41 +312,109 @@ def find_available_vers(package_name, pyver):
requires_python = []
for item in data["releases"][release]:
if item['requires_python'] is not None:
- requires_python.append(item['requires_python'])
- if is_strict_version(release) and version_conform_specifiers(pyver, requires_python):
+ for reqpyt in item['requires_python'].split(","):
+ requires_python.append(reqpyt.strip())
+ if requires_python:
+ requires_python = list(set(requires_python))
+ if is_version(release) and is_in_specifiers(PY_VER, requires_python):
versions.append(release)
- return sorted(versions, key=distutils.version.StrictVersion, reverse=True)
+ return sorted(versions, key=packaging.specifiers.LegacyVersion, reverse=True)
-def get_newer_vers(available_version, required_version, installed_version=None):
+def select_news(available_version, installed_version=None):
"""
- Return list of newer versions which conforms pipdeptree dependencies, otherwise return none.
+ Select versions newer than installed version, if it is known
"""
- if required_version is None:
- result = [aver for aver in list(available_version)]
- return sorted(result, key=distutils.version.StrictVersion, reverse=True)
- if [rver for rver in required_version if re.search(r'(^==.*|^\d.*)', rver) is not None]:
- return None
- result = []
- av_version = list(available_version)
- while True:
+ if installed_version is None:
+ return sorted(available_version, key=packaging.specifiers.LegacyVersion, reverse=True)
+ iver = packaging.version.Version(installed_version)
+ return sorted([aver for aver in available_version if packaging.version.Version(aver) > iver],
+ key=packaging.specifiers.LegacyVersion, reverse=True)
+
+def insert_news(data):
+ """
+ Insert new versions
+ """
+ for pkg, pkg_data in data.iteritems():
+ if 'new_version' in pkg_data.keys():
+ continue
try:
- version = av_version.pop(0)
- except IndexError:
- break
- aver = packaging.version.Version(version)
- rver = packaging.specifiers.SpecifierSet(",".join(required_version))
- if rver.contains(aver):
- if installed_version is not None:
- iver = packaging.version.Version(installed_version)
- if aver == iver:
- break
- elif aver > iver:
- result.append(version)
- else:
- result.append(version)
- if result:
- return sorted(result, key=distutils.version.StrictVersion, reverse=True)
- return None
+ new_version = select_news(pkg_data['available_version'], pkg_data['installed_version'])
+ except KeyError:
+ new_version = select_news(pkg_data['available_version'])
+ if new_version:
+ res = {}
+ for version in new_version:
+ content = parse_metadata(get_metadata(pkg, version), pkg_data['extras'])
+ res[version] = content
+ if res:
+ pkg_data['new_version'] = res
+ return data
+
+def new_packages(data):
+ """
+ Return new packages as dictionary
+ """
+ out = {}
+ arr = []
+ pkg_list = data.keys()
+ for pkg, pkg_data in data.iteritems():
+ try:
+ for ver, ver_data in pkg_data['new_version'].iteritems():
+ for dep in ver_data:
+ if dep[0] not in pkg_list:
+ arr.append(dep)
+ except KeyError:
+ pass
+ for item in list(set([_[0] for _ in arr])):
+ extras = []
+ for pkg, req, extra in arr:
+ if pkg == item and extra is not None:
+ extras.append(extra)
+ out[item] = {'extras': extras}
+ return out
+
+def check_new_extras(data):
+ """
+ Check if there are new extras
+ """
+ extra_pkgs = []
+ pkg_list = data.keys()
+ for pkg, pkg_data in data.iteritems():
+ try:
+ for ver, ver_data in pkg_data['new_version'].iteritems():
+ for dep in ver_data:
+ if dep[0] in pkg_list and dep[2] is not None:
+ extra_pkgs.append(dep)
+ except KeyError:
+ pass
+ for pkg, req, extra in extra_pkgs:
+ if extra not in data[pkg]['extras']:
+ raise Exception('There are new extras!')
+
+def check_extras(data):
+ """
+ Check if there are extras in upgradeable packages
+ """
+ upkgs = select_upkgs(data, 'upgradeable_version')
+ for package in select_upkgs(data, 'upgradeable_version'):
+ if data[package]['extras']:
+ raise Exception('There are extras in upgradeable packages!')
+
+def check_co_branches(data):
+ """
+ Check if there branches with intersection of packages
+ """
+ co_branches = []
+ package_branches = get_branches(data)
+ for branch in package_branches.keys():
+ for pkg, reqs in package_branches.iteritems():
+ if pkg == branch:
+ continue
+ if len(package_branches[branch]+reqs) != len(list(set(package_branches[branch]+reqs))):
+ co_branches.append(branch)
+ co_branches = list(set(co_branches))
+ if co_branches:
+ raise Exception('There are branches with intersection of packages!')
def write_metadata(tmp_file):
"""
@@ -249,7 +475,7 @@ def get_metadata(package, version):
break
return metadata
-def parse_metadata(metadata, pyver):
+def parse_metadata(metadata, extra):
"""
Return dependencies parsed from metadata
"""
@@ -257,157 +483,456 @@ def parse_metadata(metadata, pyver):
if 'Metadata-Version' in line.decode('utf-8'):
metadata_version = line.replace('Metadata-Version:', '').strip()
break
- if packaging.version.Version(metadata_version) >= packaging.version.Version('2.0'):
- out = []
- for dep in [
- line.replace('Requires-Dist:', '').strip() \
- for line in metadata if re.search(r'^Requires-Dist:', line)]:
- if ';' in dep:
- dep = dep.split(';')
- if 'python_version' in dep[1]:
- if packaging.specifiers.SpecifierSet(
- dep[1].replace('python_version', '').replace('"', '').strip()) \
- .contains(packaging.version.Version(pyver)):
- dep = dep[0]
- else:
- continue
- else:
- continue
- dep = dep.split()
- try:
- pkg = re.search(r'(.*)(\[.*\])', dep[0]).group(1)
- except AttributeError:
- pkg = dep[0]
- try:
- pkg = re.search(r'(^[\w\.\-]*)(.*)', dep[0]).group(1)
- dep.append(re.search(r'(^[\w\.\-]*)(.*)', dep[0]).group(2))
- except AttributeError:
- pkg = dep[0]
- try:
- ver = dep[1].replace('(', '').replace(')', '').replace(';', '')
- except IndexError:
- ver = None
- out.append((pkg, ver))
- return out
+ arr = []
+ if metadata_version and \
+ packaging.version.Version(metadata_version) >= packaging.version.Version('2.0'):
+ arr = []
+ lines = [line.replace('Requires-Dist:', '').strip() \
+ for line in metadata if re.search(r'^Requires-Dist:', line)]
+ for line in lines:
+ data = pkginfo(str(line), req_extra=extra, repair=True)
+ if data:
+ arr.append(pkginfo(str(line), req_extra=extra, repair=True))
+ return arr
-def find_new_dependencies(package, version, package_list, pyver):
+def pvector(package, data):
"""
- Return package dependencies parsed from pypi json
+ Return vector of package versions
"""
- content = parse_metadata(get_metadata(package, version), pyver)
- for pkg, ver in content:
- try:
- if pkg in package_list:
- yield (pkg, ver)
+ out = []
+ if 'new_version' not in data[package].keys():
+ out.append((package, data[package]['installed_version']))
+ else:
+ if 'upgradeable_version' in data[package].keys():
+ out.append((package, data[package]['upgradeable_version']))
+ else:
+ if 'installed_version' in data[package].keys():
+ out.append((package, data[package]['installed_version']))
+ for ver in sorted(data[package]['new_version'].keys(),
+ key=packaging.specifiers.LegacyVersion):
+ if 'upgradeable_version' in data[package].keys():
+ if packaging.specifiers.LegacyVersion(ver) > \
+ packaging.specifiers.LegacyVersion(data[package]['upgradeable_version']):
+ out.append((package, ver))
else:
- try:
- for child in find_new_dependencies(
- pkg,
- get_newer_vers(find_available_vers(pkg, pyver), ver, None)[0],
- package_list,
- pyver
- ):
- yield child
- except TypeError:
- pass
- except AttributeError:
- pass
+ out.append((package, ver))
+ return out
+
+def single_multi(data):
+ """
+ Return list of packages with new versions and list of packages without new versions
+ """
+ pkg_list, single, multi = [], [], []
+ for pkg, pkg_data in data.iteritems():
+ if 'requires' in pkg_data.keys():
+ pkg_list.append(pkg)
+ for pkg in pkg_list:
+ vec = pvector(pkg, data)
+ if len(vec) == 1:
+ single.append(*vec)
+ elif len(vec) > 1:
+ multi.append(vec)
+ single = list(set([item[0] for item in single]))
+ multi = list(set([item[0] for pkg_data in multi for item in pkg_data]))
+ return single, multi
+
+def incompatible(data, to_delete):
+ """
+ Move new version to incompatible
+ """
+ if not to_delete:
+ return data
+ for package, version in to_delete:
+ if 'incompatible_version' not in data[package].keys():
+ data[package]['incompatible_version'] = {}
+ data[package]['incompatible_version'][version] = data[package]['new_version'][version]
+ del data[package]['new_version'][version]
+ if not data[package]['new_version']:
+ del data[package]['new_version']
+ return data
+
+def del_hards(data):
+ """
+ Return list of packages and their versions that does not satisfy
+ requirements of packages without new version
+ """
+ package_no_news, package_with_news = single_multi(data)
+ deps = []
+ for package in package_no_news:
+ if 'requires' in data[package].keys():
+ if 'upgradeable_version' in data[package].keys():
+ uver = data[package]['upgradeable_version']
+ deps += [dep for dep in data[package]['new_version'][uver] if dep[1] or dep[2]]
+ else:
+ deps += [dep for dep in data[package]['requires'] if dep[1] or dep[2]]
+ hard_requirements = {}
+ for item in list(set([pkg[0] for pkg in deps])):
+ reqs, extras = [], []
+ for pkg, req, extra in deps:
+ if pkg == item:
+ reqs += req
+ if extra:
+ extras += extra
+ hard_requirements[item] = {'installed_version': data[item]['installed_version'],
+ 'requirements': list(set(reqs)),
+ 'extras': list(set(extras))}
+ to_delete = []
+ for pkg in package_with_news+not_installed(data):
+ for ver, ver_data in data[pkg]['new_version'].iteritems():
+ for dep, req, extra in ver_data:
+ if dep in hard_requirements.keys():
+ if specifiers_intersection(req+hard_requirements[dep]['requirements']) is None:
+ to_delete.append((pkg, ver))
+ return to_delete
+
+def del_no_news(data):
+ """
+ Return list of packages and their versions that does not satisfy packages without new version
+ """
+ to_delete = []
+ package_no_news, package_with_news = single_multi(data)
+ for package in package_with_news+not_installed(data):
+ deps = []
+ for pkg, pkg_data in data.iteritems():
+ if pkg != package and 'requires' in data[pkg].keys() and pkg in package_no_news:
+ if 'upgradeable_version' in data[pkg].keys():
+ deps += [item for item in data[pkg]['new_version'][data[pkg]['upgradeable_version']] if item[0] == package]
+ else:
+ deps += [item for item in data[pkg]['requires'] if item[0] == package]
+ specifiers = specifiers_intersection([i for i in itertools.chain(*[dep[1] for dep in deps])])
+ versions = [pkg[1] for pkg in pvector(package, data)]
+ incver = sorted([version for version in versions if not is_in_specifiers(version, specifiers)], key=packaging.specifiers.LegacyVersion, reverse=True)
+ for version in versions:
+ if version in incver:
+ to_delete.append((package,version))
+ return to_delete
+
+def del_one_ver(data):
+ """
+ If all packages requirements lead to one specific version, return list of thath packages
+ """
+ to_delete = []
+ package_no_news, package_with_news = single_multi(data)
+ for package in package_with_news+not_installed(data):
+ deps = []
+ for pkg, pkg_data in data.iteritems():
+ uver = None
+ if pkg != package and 'requires' in data[pkg].keys():
+ if 'upgradeable_version' in data[pkg].keys():
+ uver = data[pkg]['upgradeable_version']
+ for req in data[pkg]['new_version'][uver]:
+ if req[0] == package:
+ deps.append(req)
+ else:
+ for req in data[pkg]['requires']:
+ if req[0] == package:
+ deps.append(req)
+ if 'new_version' in data[pkg].keys():
+ for ver, ver_data in data[pkg]['new_version'].iteritems():
+ if uver:
+ if packaging.specifiers.LegacyVersion(ver) <= packaging.specifiers.LegacyVersion(uver):
+ continue
+ for req in ver_data:
+ if req[0] == package:
+ deps.append(req)
+ specifiers = specifiers_intersection([i for i in itertools.chain(*[dep[1] for dep in deps])])
+ if specifiers:
+ if len(specifiers) ==1 and '==' in specifiers[0]:
+ versions = [pkg[1] for pkg in pvector(package, data)]
+ versions.remove(specifiers[0].replace('==', ''))
+ for version in versions:
+ to_delete.append((package, version))
+ return to_delete
-def depless_vers(res):
+def get_deps(data, package):
"""
- If there is no dependencies or versionless dependencies, return the upgradeable version,
- otherwise return None
+ Return package deep requirements
"""
- depless = []
- for ver, deps in res.iteritems():
- if not deps:
- depless.append(ver)
- else:
- if not [dep for dep in deps if dep[1] is not None]:
- depless.append(ver)
- if depless:
- depless = sorted(depless, key=distutils.version.StrictVersion, reverse=True)[0]
- else:
- depless = None
- return depless
-
-def collect_packages(package_list, jsonpipdeptree, pyver=None):
- """
- Collect data about packages as dictionary
- """
- result = {}
- for package in package_list:
- installed_version = "".join(list(set(
- [_ for _ in json_search(jsonpipdeptree, package, 'installed_version')])))
- required_version = []
- for dep in list(set(
- [_ for _ in json_search(jsonpipdeptree, package, 'required_version')]
- )):
- if 'Any' not in dep:
- required_version.append(dep)
- try:
- available_version = find_available_vers(package, pyver)
- except urllib2.HTTPError:
- available_version = [installed_version]
- newer_version = get_newer_vers(available_version, required_version, installed_version)
- rev = {'installed_version': installed_version,
- 'required_version': required_version,
- 'available_version': available_version}
- if newer_version is not None:
- res = {}
- for version in newer_version:
- res[version] = [
- _ for _ in find_new_dependencies(package, version, package_list, pyver)]
- rev['newer_version'] = res
+ try:
+ content = data[package]
+ except KeyError:
+ content = []
+ for pkg in content:
+ yield pkg
+ for child in get_deps(data, pkg):
+ yield child
- depless = depless_vers(res)
- if depless:
- rev['upgradeable_version'] = depless
+def not_installed(data):
+ """
+ Return not installed packages
+ """
+ not_installed = []
+ for pkg, pkg_data in data.iteritems():
+ if 'requires' not in pkg_data.keys():
+ not_installed.append(pkg)
+ return not_installed
- result[package] = rev
- return result
+def get_no_news_req(data):
+ """
+ Return requirements of packages without new versions
+ """
+ reqs = {}
+ package_no_news, package_with_news = single_multi(data)
+ for package in package_no_news:
+ version = pvector(package, data)[0][1]
+ reqs = save_version(reqs, data, package, version)
+ return reqs
-def check_deps(deps, packages_data):
+def save_version(r_data, p_data, pkg, ver):
"""
- Return true, if all package dependencies conforms
+ Save the highest package version
"""
- ndeps = []
- for item in deps:
- if item[1] is not None:
- ndeps.append(
- version_conform_specifiers(
- get_highest_version(item[0], packages_data),
- packages_data[item[0]]['required_version']+[item[1]]
- )
- )
- return all(ndeps)
+ if 'installed_version' in p_data[pkg].keys() and p_data[pkg]['installed_version'] == ver:
+ r_data[pkg] = p_data[pkg]['requires']
+ else:
+ r_data[pkg] = p_data[pkg]['new_version'][ver]
+ return r_data
-def select_pkgs(packages_data, rkey):
+def add_reqs(reqs, data, pkg=None, onlypkg=False):
"""
- Return data packages having requested key
+ Append requirements
"""
- result = {}
- for pkg, pkg_data in packages_data.iteritems():
- if rkey in pkg_data.keys():
- result[pkg] = pkg_data
- return result
+ for dep, req, extra in data:
+ if pkg and dep != pkg:
+ continue
+ if onlypkg:
+ if isinstance(onlypkg, basestring):
+ reqs.append(onlypkg)
+ else:
+ reqs.append(dep)
+ else:
+ reqs.append((dep, req, extra))
-def print_list(upgradeable_pkgs):
+def save_ic(out, package, incompatible=None, compatible=None):
"""
- Provides list option
+ Save compatible/incompatible version
"""
- if upgradeable_pkgs:
- data = []
- for pkg, pkg_data in sorted(upgradeable_pkgs.iteritems(), key=lambda x: x[0].lower()):
- data.append([pkg, pkg_data['installed_version'], pkg_data['upgradeable_version']])
- print tabulate.tabulate(
- data,
- ['package', 'installed_version', 'upgradeable_version']
- )
- sys.exit(1)
- else:
- print "There is nothing to upgrade."
- sys.exit(0)
+ if package not in out.keys():
+ out[package] = {'incompatible': [], 'compatible': None}
+ if incompatible:
+ out[package]['incompatible'].append(incompatible)
+ if compatible:
+ out[package]['compatible'] = compatible
+ return out
+
+def phase_one(data):
+ """
+ First phase of resolving upgra
+ """
+ no_requires_no_deps = []
+ out, no_requires, only_no_news_requires, no_requires_deps = {}, {}, {}, {}
+ package_no_news, package_with_news = single_multi(data)
+ for pkg in package_with_news:
+ dep_in_no_news_vers = []
+ dep_vers = []
+ uver = None
+ if 'upgradeable_version' in data[pkg].keys():
+ uver = data[pkg]['upgradeable_version']
+ if 'new_version' in data[pkg].keys():
+ for ver, ver_data in data[pkg]['new_version'].iteritems():
+ if uver:
+ if packaging.specifiers.LegacyVersion(ver) <= packaging.specifiers.LegacyVersion(uver):
+ continue
+ if ver_data:
+ reqs = [dep[0] for dep in ver_data]
+ reqs_in_no_news = [dep for dep in reqs if dep in package_no_news]
+ reqs_not_in_no_news = [dep for dep in reqs if dep not in package_no_news]
+ if not reqs_not_in_no_news:
+ dep_in_no_news_vers.append(ver)
+ else:
+ dep_vers.append(ver)
+ if dep_vers:
+ no_requires[pkg] = dep_vers
+ if dep_in_no_news_vers:
+ only_no_news_requires[pkg] = dep_in_no_news_vers
+
+ for package, version in no_requires.iteritems():
+ reqs = []
+ for pkg, pkg_data in data.iteritems():
+ uver = None
+ if pkg != package and 'requires' in data[pkg].keys():
+ if 'upgradeable_version' in data[pkg].keys():
+ uver = data[pkg]['upgradeable_version']
+ add_reqs(reqs, data[pkg]['new_version'][uver], pkg=package, onlypkg=pkg)
+ else:
+ add_reqs(reqs, data[pkg]['requires'], pkg=package, onlypkg=pkg)
+ if 'new_version' in data[pkg].keys():
+ for ver, ver_data in data[pkg]['new_version'].iteritems():
+ if uver:
+ if packaging.specifiers.LegacyVersion(ver) <= packaging.specifiers.LegacyVersion(uver):
+ continue
+ add_reqs(reqs, ver_data, pkg=package, onlypkg=pkg)
+ if reqs:
+ no_requires_deps[package] = list(set(reqs))
+ else:
+ out = save_ic(out, package, compatible=sorted(no_requires[package], key=packaging.specifiers.LegacyVersion, reverse=True)[0])
+
+ for package, dep in no_requires_deps.iteritems():
+ if all([pkg in package_no_news for pkg in dep]):
+ reqs = []
+ for pkg in dep:
+ if 'upgradeable_version' in data[pkg].keys():
+ add_reqs(reqs, data[pkg]['new_version'][data[pkg]['upgradeable_version']], pkg=package)
+ else:
+ add_reqs(reqs, data[pkg]['requires'], pkg=package)
+ specifiers = specifiers_intersection([i for i in itertools.chain(*[req[1] for req in reqs])])
+ versions = no_requires[package]
+ compatible = sorted([version for version in versions if is_in_specifiers(version, specifiers)], key=packaging.specifiers.LegacyVersion, reverse=True)
+ for version in versions:
+ if version not in compatible:
+ out = save_ic(out, package, incompatible=version)
+ if compatible:
+ out = save_ic(out, package, compatible=compatible[0])
+
+ for package, versions in only_no_news_requires.iteritems():
+ reqs = []
+ for pkg, pkg_data in data.iteritems():
+ uver = None
+ if pkg != package and 'requires' in data[pkg].keys():
+ if 'upgradeable_version' in data[pkg].keys():
+ uver = data[pkg]['upgradeable_version']
+ add_reqs(reqs, data[pkg]['new_version'][uver], pkg=package, onlypkg=pkg)
+ else:
+ add_reqs(reqs, data[pkg]['requires'], pkg=package, onlypkg=pkg)
+ if 'new_version' in data[pkg].keys():
+ for ver, ver_data in data[pkg]['new_version'].iteritems():
+ if uver:
+ if packaging.specifiers.LegacyVersion(ver) <= packaging.specifiers.LegacyVersion(uver):
+ continue
+ add_reqs(reqs, ver_data, pkg=package, onlypkg=pkg)
+ if all([item in package_no_news for item in list(set(reqs))]):
+ out = save_ic(out, package, compatible=sorted(versions, key=packaging.specifiers.LegacyVersion, reverse=True)[0])
+ return out
+
+def get_branches(data):
+ """
+ Return branches
+ """
+ branches = []
+ all_package_req, package_reqs, package_branches = {}, {}, {}
+ package_no_news, package_with_news = single_multi(data)
+ packages_new = not_installed(data)
+ for package in data:
+ reqs = []
+ uver = None
+ if 'upgradeable_version' in data[package].keys():
+ uver = data[package]['upgradeable_version']
+ add_reqs(reqs, data[package]['new_version'][uver], onlypkg=True)
+ elif 'requires' in data[package].keys():
+ add_reqs(reqs, data[package]['requires'], onlypkg=True)
+ if 'new_version' in data[package].keys():
+ for ver, ver_data in data[package]['new_version'].iteritems():
+ if uver:
+ if packaging.specifiers.LegacyVersion(ver) <= packaging.specifiers.LegacyVersion(uver):
+ continue
+ add_reqs(reqs, ver_data, onlypkg=True)
+ all_package_req[package] = list(set(reqs))
+ for package in package_with_news+packages_new:
+ package_reqs[package] = list(set([i for i in get_deps(all_package_req, package)]))
+ for package in package_with_news+packages_new:
+ res = []
+ for pkg, deps in package_reqs.iteritems():
+ if pkg == package:
+ continue
+ if package in deps:
+ res.append(pkg)
+ if not res:
+ branches.append(package)
+ for branch in branches:
+ package_branches[branch] = [i for i in package_reqs[branch] if i in package_with_news or i in packages_new]
+ return package_branches
+
+def cross_packages(data):
+ """
+ Return cross packages
+ """
+ cross_branches = []
+ out, final_result, pkg_reqs = {}, {}, {}
+ no_news_req = get_no_news_req(data)
+ package_branches = get_branches(data)
+ package_no_news, package_with_news = single_multi(data)
+ for package in package_with_news+not_installed(data):
+ res = []
+ for pkg, reqs in package_branches.iteritems():
+ if package in reqs:
+ res.append(pkg)
+ if len(res) > 1:
+ cross_branches.append(package)
+ for package in package_with_news+not_installed(data):
+ if package not in cross_branches:
+ version = pvector(package, data)[0][1]
+ pkg_reqs = save_version(pkg_reqs, data, package, version)
+ ff = merge_two_dicts(pkg_reqs, no_news_req)
+ for package in cross_branches:
+ reqs = []
+ for pkg, pkg_data in ff.iteritems():
+ add_reqs(reqs, pkg_data, pkg=package)
+ specifiers = specifiers_intersection([i for i in itertools.chain(*[req[1] for req in reqs])])
+ versions = [pkg[1] for pkg in pvector(package, data)]
+ compatible = sorted([version for version in versions if is_in_specifiers(version, specifiers)], key=packaging.specifiers.LegacyVersion, reverse=True)
+ if compatible:
+ out = save_ic(out, package, compatible=compatible[0])
+ return out
+
+
+
+def ibranch(data, fix=False):
+ """
+ Return upgradeable versions of independent branch
+ """
+ co_branches = []
+ out, final_result = {}, {}
+ no_news_req = get_no_news_req(data)
+ package_branches = get_branches(data)
+ package_no_news, package_with_news = single_multi(data)
+ for branch in package_branches.keys():
+ for pkg, reqs in package_branches.iteritems():
+ if pkg == branch:
+ continue
+ if len(package_branches[branch]+reqs) != len(list(set(package_branches[branch]+reqs))):
+ co_branches.append(branch)
+ co_branches = list(set(co_branches))
+ for branch in package_branches.keys():
+ if branch in co_branches:
+ continue
+ if fix:
+ version = pvector(branch, data)[0][1]
+ pkg_reqs = save_version({}, data, branch, version)
+ ff = merge_two_dicts(pkg_reqs, no_news_req)
+ packages = [pvector(pkg, data)[:2] for pkg in package_branches[branch] if pkg in package_with_news]
+ else:
+ ff = no_news_req.copy()
+ packages = [pvector(branch, data)]+[pvector(pkg, data) for pkg in package_branches[branch] if pkg in package_with_news]
+ for comb in list(itertools.product(*packages)):
+ pkg_reqs = {}
+ for package, version in comb:
+ pkg_reqs = save_version(pkg_reqs, data, package, version)
+ ff = merge_two_dicts(ff, pkg_reqs)
+ for package, version in comb:
+ reqs = []
+ for pkg, pkg_data in ff.iteritems():
+ add_reqs(reqs, pkg_data, pkg=package)
+ specifiers = specifiers_intersection([i for i in itertools.chain(*[req[1] for req in reqs])])
+ final_result[comb] = is_in_specifiers(version, specifiers)
+ for comb in final_result.keys():
+ if final_result[comb]:
+ sumary = 0
+ for package, version in comb:
+ sumary += pvector(package, data).index((package, version))
+ final_result[comb] = sumary
+ high = 0
+ for comb, summary in final_result.iteritems():
+ if summary > high:
+ high = summary
+ if high >0:
+ res = []
+ for comb, summary in final_result.iteritems():
+ if summary == high:
+ res.append(comb)
+ for package,version in res[0]:
+ if data[package]['installed_version'] != version:
+ out = save_ic(out, package, compatible=version)
+ return out
def main():
"""
@@ -415,38 +940,82 @@ def main():
"""
os.environ["PYTHONWARNINGS"] = "ignore:DEPRECATION"
arguments = arg_parse()
- pyver = get_pyver()
- pkglist = get_pip_list()
- jsonpipdeptree = get_jsonpipdeptree()
- packages_data = collect_packages(pkglist, jsonpipdeptree, pyver=pyver)
- for pkg, pkg_data in sorted(
- select_pkgs(packages_data, 'newer_version').iteritems(), key=lambda x: x[0].lower()
- ):
- pkg_keys = pkg_data.keys()
- if 'newer_version' in pkg_keys and 'upgradeable_version' not in pkg_keys:
- for ver, deps in sorted(
- pkg_data['newer_version'].iteritems(),
- key=lambda x: distutils.version.StrictVersion(x[0]),
- reverse=True
- ):
- ndeps = check_deps(deps, packages_data)
- if ndeps:
- packages_data[pkg]['upgradeable_version'] = ver
- break
- upgradeable_pkgs = select_pkgs(packages_data, 'upgradeable_version')
+ packages_data = {}
+ for pkg in pip._internal.utils.misc.get_installed_distributions():
+ pkg_name, pkg_ver, pkg_extra = pkginfo(str(pkg))
+ rev = {'installed_version': pkg_ver,
+ 'requires': [pkginfo(str(dep), repair=True) for dep in pkg.requires()]}
+ packages_data[pkg_name] = rev
+ packages_data = insert_extras(packages_data)
+ packages_data = insert_availables(packages_data)
+ packages_data = insert_news(packages_data)
+
+ while True:
+ new_packages_data = new_packages(packages_data)
+ if not new_packages_data:
+ break
+ new_packages_data = insert_availables(new_packages_data)
+ new_packages_data = insert_news(new_packages_data)
+ packages_data = merge_two_dicts(packages_data, new_packages_data)
+ check_new_extras(packages_data)
+
+ while True:
+ to_delete_hards = del_hards(packages_data)
+ packages_data = incompatible(packages_data, to_delete_hards)
+ to_delete_no_news = del_no_news(packages_data)
+ packages_data = incompatible(packages_data, to_delete_no_news)
+ to_delete_one_ver = del_one_ver(packages_data)
+ packages_data = incompatible(packages_data, to_delete_one_ver)
+
+ phase_one_packages = phase_one(packages_data)
+ for package, data in phase_one_packages.iteritems():
+ if data['compatible']:
+ packages_data[package]['upgradeable_version'] = data['compatible']
+ if data['incompatible']:
+ for version in data['incompatible']:
+ if data['compatible'] and version not in data['compatible']:
+ packages_data = incompatible(packages_data, [(package, version)])
+ elif not data['compatible']:
+ packages_data = incompatible(packages_data, [(package, version)])
+
+ cross_pkgs = cross_packages(packages_data)
+ for package, data in cross_pkgs.iteritems():
+ if data['compatible']:
+ packages_data[package]['upgradeable_version'] = data['compatible']
+ if data['incompatible']:
+ for version in data['incompatible']:
+ if data['compatible'] and version not in data['compatible']:
+ packages_data = incompatible(packages_data, (package, version))
+
+ i_branch = ibranch(packages_data, fix=True)
+ for package, data in i_branch.iteritems():
+ if data['compatible']:
+ packages_data[package]['upgradeable_version'] = data['compatible']
+ if not to_delete_hards and not to_delete_no_news and not to_delete_one_ver and not phase_one_packages and not cross_pkgs and not i_branch:
+ break
+
+ i_branch = ibranch(packages_data)
+ for package, data in i_branch.iteritems():
+ if data['compatible']:
+ packages_data[package]['upgradeable_version'] = data['compatible']
+ check_co_branches(packages_data)
+ check_extras(packages_data)
+
if arguments.list:
- print_list(upgradeable_pkgs)
- if arguments.show:
- for pkg in arguments.show:
+ sys.exit(print_list(packages_data))
+ if arguments.show is not None:
+ if arguments.show: pkgs = arguments.show
+ else: pkgs = packages_data
+ for pkg in pkgs:
pprint.pprint({pkg: packages_data[pkg]})
sys.exit(0)
if arguments.upgrade:
- if 'pip' in upgradeable_pkgs.keys():
- upgrade_package('pip', upgradeable_pkgs['pip']['upgradeable_version'])
- del upgradeable_pkgs['pip']
- for pkg, pkg_data in sorted(upgradeable_pkgs.iteritems(), key=lambda x: x[0].lower()):
- upgrade_package(pkg, pkg_data['upgradeable_version'])
+ upkgs = select_upkgs(data, upgradeable_version)
+ to_upgrade =[]
+ for pkg in sorted(upkgs):
+ to_upgrade.append((pkg, packages_data[pkg]['upgradeable_version']))
+ upgrade_package(to_upgrade)
print "Done."
if __name__ == "__main__":
diff --git a/setup.py b/setup.py
index ee78dd6cbad34ab22439bef8693725107fe6179b..a706d072a0c0792878f318b3ae3d5d5835399e93 100644
--- a/setup.py
+++ b/setup.py
@@ -28,8 +28,8 @@ setup(
setup_requires=['mustache', 'pystache', 'setuptools-git-version', 'setuptools-markdown'],
install_requires=[
'packaging',
- 'pipdeptree',
'tabulate',
+ 'wheel',
],
entry_points={
'console_scripts': [