def run(self, inputs):
"""Update the packages_mapping file and create PR"""
# prepare repo
repo_name = 'system-testing'
upstream_name = 'cfengine'
local_path = "../" + repo_name
repo = GitRepo(local_path, repo_name, upstream_name, self.username, "master")
timestamp = re.sub('[^0-9-]', '_', str(datetime.datetime.today()))
new_branchname = 'packages_mapping-{}'.format(timestamp)
repo.checkout(new_branchname, new=True)
# load current file
packages_mapping_file_path = 'deployment_tests/packages_mapping.json'
try:
packages_mapping_contents = repo.get_file(packages_mapping_file_path)
except FileNotFoundError as e:
raise RepoFileNotFoundException('file %s not found in repo. Is repo broken?' % packages_mapping_file_path) from e
try:
packages_mapping = json.loads(packages_mapping_contents, object_pairs_hook=collections.OrderedDict)
except json.decoder.JSONDecodeError as e:
raise JSONParsingError('file %s is not a valid JSON' % packages_mapping_file_path) from e
# sample of the file
# {
# "packages": {
# "3.6.6": {
# "agent": {
# "community": {
# "PACKAGES_i386_linux_debian_4": {
# "url": "https://cfengine-package-repos.s3.amazonaws.com/community_binaries/cfengine-community_3.6.6-1_i386.deb"
# },
for value in inputs.split(','):
value_type = is_branch_or_version(value)
assert value_type, 'couldn\'t decide if [%s] is branch or version' % value
self.slack.reply("Updating packages mapping for %s %s " % ( value_type, value))
result = {'agent':{}, 'hub':{}}
for (product, codename) in [('community', 'community'), ('enterprise', 'nova')]:
if value_type == 'version':
version = value
branch = re.sub('^(\\d+\\.\\d+\\.).*', '\\1x', version)
release_url = 'https://cfengine.com/release-data/%s/%s.json' % (product, version)
else:
branch = value
releases_url = 'https://cfengine.com/release-data/%s/releases.json' % product
releases_request = requests.get(releases_url)
if not releases_request.ok:
raise URLDownloadFailureException('failed to download %s, return code %d' % (releases_url, releases_request.status_code))
try:
releases_data = releases_request.json()
except json.decoder.JSONDecodeError as e:
raise JSONParsingError('file %s is not a valid JSON' % releases_url) from e
if 'releases' not in releases_data:
raise JSONStructureError('no "releases" in %s JSON' % releases_url)
try:
release_url, version = next((release['URL'], release['version']) for release in releases_data['releases']
if "lts_branch" in release and release["lts_branch"] == branch
and "latest_on_branch" in release and release["latest_on_branch"])
except StopIteration as e:
raise JSONStructureError('no release with "lts_branch"=="%s" and "latest_on_branch"==true in %s JSON' % (branch, releases_url)) from e
packages = self.collect_packages(release_url)
# masterfiles hack #1: different parts of code expect the package to be called differently.
# Instead of fixing it properly, we will just support both namings
packages['VIRTUAL_PACKAGES_masterfiles'] = packages['PACKAGES_VIRTUAL_PACKAGES_masterfiles']
# sort packages into agent/hub ones
if product == 'community':
# for community, they are the same
hub_packages = agent_packages = packages
else:
# masterfiles hack #2: different parts of code expect package to be in different groups
# ('hub' vs 'agent'). Instead of fixing it properly, we will just include it in both.
hub_packages = {platform: value for (platform, value) in packages.items() if
('_HUB_' in platform) or ("masterfiles" in platform)}
agent_packages = {platform: value for (platform, value) in packages.items()
if ('_HUB_' not in platform)}
result['agent'][codename] = agent_packages
result['hub'][codename] = hub_packages
# note that following code uses "branch" and "version" variables
# they are left from last iteration of the above loop and should be
# the same in all loop iterations
packages_mapping['packages'][version] = result
repo.put_file(packages_mapping_file_path, json.dumps(packages_mapping, indent=2))
# update version in upgrade_from.json
branch_nox = re.sub('\\.x$', '', branch)
upgrade_from_file_path = 'deployment_tests/upgrade_from.json'
try:
upgrade_from_content = repo.get_file(upgrade_from_file_path)
except FileNotFoundError as e:
raise RepoFileNotFoundException('file %s not found in repo. Is repo broken?' % upgrade_from_file_path) from e
try:
upgrade_from = json.loads(upgrade_from_content, object_pairs_hook=collections.OrderedDict)
except json.decoder.JSONDecodeError as e:
raise JSONParsingError('file %s is not a valid JSON' % upgrade_from_file_path) from e
upgrade_from['latest_version'][branch_nox] = version
repo.put_file(upgrade_from_file_path, json.dumps(upgrade_from, indent=4))
repo.commit('Add %s packages to packages_mapping' % version)
repo.push(new_branchname)
pr_text = self.github.create_pr(
target_repo='{}/{}'.format(upstream_name, repo_name),
target_branch='master',
source_user=self.username,
source_branch=new_branchname,
title='Add %s packages to packages_mapping' % inputs,
text='')
self.slack.reply(pr_text, True)
class UpdateChecker():
"""Class responsible for doing dependency updates
Currently it's working only with cfengine/buildscripts repo, as described at
https://github.com/mendersoftware/infra/blob/master/files/buildcache/release-scripts/RELEASE_PROCESS.org#minor-dependencies-update
"""
def __init__(self, github, slack, dispatcher, username):
self.github = github
self.slack = slack
self.username = username
dispatcher.register_command(
keyword='deps',
callback=lambda branch: self.run(branch),
parameter_name='branch',
short_help='Run dependency updates',
long_help=
'Try to find new versions of dependencies on given branch and create PR with them'
)
dispatcher.register_command(
keyword='depstable',
callback=lambda branches: self.update_deps_version(branches),
parameter_name='branches',
short_help='Rebuild dependencies table',
long_help=
'Enumerate used dependency versions and update dependency table. Argument is comma-separated list of branches, NO SPACES'
)
def get_deps_list(self, branch='master'):
"""Get list of dependencies for given branch.
Assumes proper branch checked out by `self.buildscripts` repo.
Returns a list, like this: ["lcov", "pthreads-w32", "libgnurx"]
"""
# TODO: get value of $EMBEDDED_DB from file
embedded_db = 'lmdb'
if branch == '3.7.x':
options_file = self.buildscripts.get_file(
'build-scripts/install-dependencies')
else:
options_file = self.buildscripts.get_file(
'build-scripts/compile-options')
options_lines = options_file.splitlines()
if branch == '3.7.x':
filtered_lines = (x for x in options_lines
if re.match('\s*DEPS=".*\\$DEPS', x))
only_deps = (re.sub('\\$?DEPS', '', x) for x in filtered_lines)
only_deps = (re.sub('[=";]', '', x) for x in only_deps)
only_deps = (x.strip() for x in only_deps)
else:
filtered_lines = (x for x in options_lines
if 'var_append DEPS' in x)
only_deps = (re.sub('.*DEPS "(.*)".*', "\\1", x)
for x in filtered_lines)
# currently only_deps is generator of space-separated deps,
# i.e. each item can contain several items, like this:
# list(only_deps) = ["lcov", "pthreads-w32 libgnurx"]
# to "flattern" it we first join using spaces and then split on spaces
# in the middle we also do some clean-ups
only_deps = ' '.join(only_deps)\
.replace('$EMBEDDED_DB', embedded_db)\
.replace('libgcc ','')\
.split(' ')
# now only_deps looks like this: ["lcov", "pthreads-w32", "libgnurx"]
log.debug(pretty(only_deps))
return only_deps
def increase_version(self, version, increment, separator='.'):
"""increase last part of version - so 1.2.9 becomes 1.2.10
Args:
version - old version represented as string
increment - by how much to increase
separator - separator character between version parts. Typical
values are '.' and '-'. Special case: if separator is 'char'
string, then increase last character by 1 - so version
'1.2b' becomes '1.2c'
(we assume that we never meet version ending with 'z')
Returns:
new version as a string
"""
if separator == 'char':
return version[:-1] + chr(ord(version[-1]) + increment)
version_components = version.split(separator)
version_components[-1] = str(int(version_components[-1]) + increment)
return separator.join(version_components)
def checkfile(self, url, sha256=False):
"""Checks if file on given URL exists and optionally returns its sha256 sum
Args:
url - URL to check (starting with http or ftp, other protocols might not work)
sha256 - set it to True to force downloading file and returning sha256 sum
(otherwise, for http[s] we use HEAD request)
Returns:
True, False, or sha256 of a linked file
"""
log.debug('checking URL: ' + url)
try:
if not sha256 and url.startswith('http'):
log.debug('testing with HEAD')
r = requests.head(url)
return r.status_code >= 200 and r.status_code < 300
else:
log.debug('getting whole file')
m = hashlib.sha256()
with urllib.request.urlopen(url) as f:
data = f.read(4096)
while data:
m.update(data)
data = f.read(4096)
return m.hexdigest()
except:
return False
def maybe_replace(self, string, match, old, new):
"""replaces `old` with `new` in `string` only if it contains `match`
Does caseless compare by converting `string` to lowercase for comparison
Args:
string - string to work on
match - string to look for, MUST BE lowercase
old - string to replace
new - string to replace with
"""
if match not in string.lower():
return string
return string.replace(old, new)
def extract_version_from_filename(self, dep, filename):
if dep == 'openssl':
# On different branches we use openssl from different sources
# (this will be cleaned up soon). When downloading from github,
# filename is OpenSSL_1_1_1.tar.gz, where 1_1_1 is version.
# When downloading from openssl website, filename for same version
# is openssl-1.1.1.tar.gz, and version is 1.1.1.
# We first check for website-style version, and if it doesn't match
# then we fallback to github-style version. If neither version is
# found - match.group(1) will raise an exception.
match = re.search('-([0-9a-z.]*).tar', filename)
if not match:
match = re.search('_([0-9a-z_]*).tar', filename)
version = match.group(1)
separator = 'char'
elif dep == 'pthreads-w32':
version = re.search('w32-([0-9-]*)-rel', filename).group(1)
separator = '-'
else:
version = re.search('[-_]([0-9.]*)[\.-]', filename).group(1)
separator = '.'
return (version, separator)
def find_new_version(self, old_url, old_version, separator):
"""Finds new version by iteratively increasing version in URL and
checking if it's still possible to download a file.
Returns highest version for which a file exists.
Note that if old_version is 1.2.3, and somebody released version
1.2.5 WITHOUT releasing 1.2.4 before that, then this function will NOT
find it
"""
increment = 0
url_result = True
while url_result:
increment += 1
new_version = self.increase_version(old_version, increment,
separator)
# note that we change version on URL level, not on filename level -
# because sometimes version might be in directory name, too
new_url = old_url.replace(old_version, new_version)
url_result = self.checkfile(new_url)
# note that url_result might be True, False, or string with sha256 hash
# Loop ends when `increment` points to non-existing version -
# so we need to decrease it to point to last existing one
increment -= 1
if increment == 0:
return old_version
return self.increase_version(old_version, increment, separator)
def get_version_from_monitoring(self, dep):
"""Gets latest version of a dependency from release-monitoring.org site.
Returns latest version (string), or False if dependency not found in
release-monitoring.json file.
"""
if dep not in self.monitoring_ids:
return False
id = self.monitoring_ids[dep]
url = 'https://release-monitoring.org/api/project/{}'.format(id)
try:
data = requests.get(url).json()
except:
raise ReleaseMonitoringException(
'Failed to do a request to release-monitoring.org website')
try:
return data['version']
except:
raise ReleaseMonitoringException(
'Failed to get version from data received from release-monitoring.org website'
)
def get_current_version(self, dep):
"""Get current version of dependency dep"""
# Note: this function partially duplicates next one.
# It is done on purpose, since that one does some extra stuff.
dist_file_path = 'deps-packaging/{}/distfiles'.format(dep)
dist_file = self.buildscripts.get_file(dist_file_path)
dist_file = dist_file.strip()
old_filename = re.sub('.* ', '', dist_file)
(old_version,
separator) = self.extract_version_from_filename(dep, old_filename)
return old_version
def update_single_dep(self, dep):
"""Check if new version of dependency dep was released and create
commit updating it in *.spec, dist, source, and README.md files
"""
# Note: this function partially duplicates above one.
# It is done on purpose, since it will need several other variables
# afterwards: dist_file_path, old_filename, and separator.
log.info('Checking new version of {}'.format(dep))
dist_file_path = 'deps-packaging/{}/distfiles'.format(dep)
dist_file = self.buildscripts.get_file(dist_file_path)
dist_file = dist_file.strip()
source_file_path = 'deps-packaging/{}/source'.format(dep)
source_file = self.buildscripts.get_file(source_file_path)
source_file = source_file.strip()
old_filename = re.sub('.* ', '', dist_file)
old_url = '{}{}'.format(source_file, old_filename)
(old_version,
separator) = self.extract_version_from_filename(dep, old_filename)
new_version = self.get_version_from_monitoring(dep)
if not new_version:
log.warning(
'Dependency {} not found in release-monitoring.org or in data file'
.format(dep))
new_version = self.find_new_version(old_url, old_version,
separator)
if new_version == old_version:
# no update needed
return False
new_filename = old_filename.replace(old_version, new_version)
new_url = old_url.replace(old_version, new_version)
sha256sum = self.checkfile(new_url, True)
if not sha256sum:
message = 'Update {} from {} to {} FAILED to download {}'.format(
dep, old_version, new_version, new_url)
log.warn(message)
self.slack.reply(message)
return False
message = 'Update {} from {} to {}'.format(dep, old_version,
new_version)
log.info(message)
dist_file = '{} {}'.format(sha256sum, new_filename)
self.buildscripts.put_file(dist_file_path, dist_file + '\n')
source_file = source_file.replace(old_version, new_version)
self.buildscripts.put_file(source_file_path, source_file + '\n')
self.readme_lines = [
self.maybe_replace(x, '* [{}]('.format(dep.replace('-hub', '')),
old_version, new_version)
for x in self.readme_lines
]
readme_file = '\n'.join(self.readme_lines)
self.buildscripts.put_file(self.readme_file_path, readme_file)
spec_file_path = 'deps-packaging/{}/cfbuild-{}.spec'.format(dep, dep)
try:
spec_file = self.buildscripts.get_file(spec_file_path)
except:
pass
else:
spec_file = spec_file.replace(old_version, new_version)
self.buildscripts.put_file(spec_file_path, spec_file)
self.buildscripts.commit(message)
return message
def collect_deps(self, branch):
"""List used dependencies for a branch, returns a dict like this:
{"dep1": "version", "dep2": "version",...}
"""
deps_versions = {}
deps_list = self.get_deps_list(branch)
for dep in deps_list:
deps_versions[dep] = self.get_current_version(dep)
return deps_versions
def update_deps_version(self, branches):
# prepare repo
repo_name = 'buildscripts'
upstream_name = 'cfengine'
local_path = "../" + repo_name
self.buildscripts = GitRepo(local_path, repo_name, upstream_name,
self.username, 'master')
branches = branches.split(',')
# fetch versions from all branches
deps_table = {}
# deps_table is a 2d dict: deps_table[dep][branch]=version
branch_column_widths = {}
for branch in branches:
branch_column_widths[branch] = len(branch)
self.buildscripts.checkout(branch)
self.buildscripts.run_command('pull')
deps_versions = self.collect_deps(branch)
# deps_versions is a dict: deps_versions[dep]=version
for dep in deps_versions:
if not dep in deps_table:
deps_table[dep] = collections.defaultdict(lambda: "-")
deps_table[dep][branch] = deps_versions[dep]
branch_column_widths[branch] = max(
branch_column_widths[branch], len(deps_versions[dep]))
# patch the readme
self.buildscripts.checkout('master')
self.readme_file_path = 'README.md'
readme_file = self.buildscripts.get_file(self.readme_file_path)
readme_lines = readme_file.split('\n')
has_notes = False # flag to say that we're in a table that has "Notes" column
in_hub = False # flag that we're in Hub section
for i, line in enumerate(readme_lines):
if ' Hub ' in line:
in_hub = True
if not line.startswith('| '):
continue
if line.startswith('| CFEngine version '):
has_notes = 'Notes' in line
# Desired output row: ['CFEngine version', branches..., 'Notes']
# Also note that list addition is concatenation: [1] + [2] == [1, 2]
row = (["CFEngine version"] + [branch for branch in branches] +
(['Notes'] if has_notes else []))
# Width of source columns
column_widths = [len(x) for x in line.split('|')]
# Note that first and last column widths are zero, since line
# begins and ends with '|'. We're actually interested in widths
# of first column (with words "CFEngine version" in it) and,
# possibly, last ("Notes", which is now second-to-last).
# Between them are branch column widths, calculated earlier.
# Also we substract 2 to remove column "padding".
column_widths = (
[column_widths[1] - 2] + # "CFEngine version"
[branch_column_widths[branch] for branch in branches] +
([column_widths[-2] - 2] if has_notes else []
) # "Notes", if exists
)
line = '| ' + (" | ".join(
(val.ljust(width)
for val, width in zip(row, column_widths)))) + ' |'
elif line.startswith('| --'):
line = '| ' + (' | '.join(
('-' * width for width in column_widths))) + ' |'
else:
# Sample line:
# | [PHP](http://php.net/) ...
# For it, in regexp below,
# \[([a-z0-9-]*)\] will match [PHP]
# \((.*?)\) will match (http://php.net/)
match = re.match('\| \[([a-z0-9-]*)\]\((.*?)\) ',
line,
flags=re.IGNORECASE)
if match:
dep_title = match.group(1)
dep = dep_title.lower()
url = match.group(2)
else:
log.warn("didn't find dep in line [%s]", line)
continue
if dep not in deps_table:
log.warn(
"unknown dependency in README: [%s] line [%s], will be EMPTY",
dep, line)
deps_table[dep] = collections.defaultdict(lambda: "-")
if has_notes:
note = re.search('\| ([^|]*) \|$', line)
if not note:
log.warn("didn't find note in line [%s]", line)
note = ''
else:
note = note.group(1)
if in_hub:
dep = re.sub('-hub$', '', dep)
row = (["[%s](%s)" % (dep_title, url)] +
[deps_table[dep][branch] for branch in branches] +
([note] if has_notes else []))
line = '| ' + (" | ".join(
(val.ljust(width)
for val, width in zip(row, column_widths)))) + ' |'
readme_lines[i] = line
timestamp = re.sub('[^0-9-]', '_', str(datetime.datetime.today()))
new_branchname = 'deptables-{}'.format(timestamp)
self.buildscripts.checkout(new_branchname, new=True)
readme_file = '\n'.join(readme_lines)
self.buildscripts.put_file(self.readme_file_path, readme_file)
self.buildscripts.commit('Update dependency tables')
self.buildscripts.push(new_branchname)
pr_text = self.github.create_pr(target_repo='{}/{}'.format(
upstream_name, repo_name),
target_branch='master',
source_user=self.username,
source_branch=new_branchname,
title='Update dependency tables',
text='')
self.slack.reply("Dependency tables:\n{}".format(pr_text), True)
def run(self, branch):
"""Run the dependency update for a branch, creating PR in the end"""
self.slack.reply("Running dependency updates for " + branch)
# prepare repo
repo_name = 'buildscripts'
upstream_name = 'cfengine'
local_path = "../" + repo_name
self.buildscripts = GitRepo(local_path, repo_name, upstream_name,
self.username, branch)
timestamp = re.sub('[^0-9-]', '_', str(datetime.datetime.today()))
new_branchname = '{}-deps-{}'.format(branch, timestamp)
self.buildscripts.checkout(new_branchname, new=True)
self.readme_file_path = 'deps-packaging/README.md'
readme_file = self.buildscripts.get_file(self.readme_file_path)
self.readme_lines = readme_file.split('\n')
self.monitoring_file_path = 'deps-packaging/release-monitoring.json'
self.monitoring_ids = json.loads(
self.buildscripts.get_file(self.monitoring_file_path))
updates_summary = []
only_deps = self.get_deps_list(branch)
for dep in only_deps:
single_result = self.update_single_dep(dep)
if single_result:
updates_summary.append(single_result)
self.slack.reply(single_result)
if len(updates_summary) == 0:
self.slack.reply("Dependency checked, nothing to update")
return
self.buildscripts.push(new_branchname)
updates_summary = '\n'.join(updates_summary)
pr_text = self.github.create_pr(
target_repo='{}/{}'.format(upstream_name, repo_name),
target_branch=branch,
source_user=self.username,
source_branch=new_branchname,
title='Dependency updates for ' + branch,
text=updates_summary)
self.slack.reply(
"Dependency updates:\n```\n{}\n```\n{}".format(
updates_summary, pr_text), True)
class UpdateChecker():
"""Class responsible for doing dependency updates
Currently it's working only with cfengine/buildscripts repo, as described at
https://github.com/mendersoftware/infra/blob/master/files/buildcache/release-scripts/RELEASE_PROCESS.org#minor-dependencies-update
"""
def __init__(self, github, slack, dispatcher, username):
self.github = github
self.slack = slack
self.username = username
dispatcher.register_command(
keyword='deps',
callback=lambda branch: self.run(branch),
parameter_name='branch',
short_help='Run dependency updates',
long_help=
'Try to find new versions of dependencies on given branch and create PR with them'
)
def get_deps_list(self, branch='master'):
"""Get list of dependencies for given branch.
Assumes proper branch checked out by `self.buildscripts` repo.
Returns a list, like this: ["lcov", "pthreads-w32", "libgnurx"]
"""
# TODO: get value of $EMBEDDED_DB from file
embedded_db = 'lmdb'
if branch == '3.7.x':
options_file = self.buildscripts.get_file(
'build-scripts/install-dependencies')
else:
options_file = self.buildscripts.get_file(
'build-scripts/compile-options')
options_lines = options_file.splitlines()
if branch == '3.7.x':
filtered_lines = (x for x in options_lines
if re.match('\s*DEPS=".*\\$DEPS', x))
only_deps = (re.sub('\\$?DEPS', '', x) for x in filtered_lines)
only_deps = (re.sub('[=";]', '', x) for x in only_deps)
only_deps = (x.strip() for x in only_deps)
else:
filtered_lines = (x for x in options_lines
if 'var_append DEPS' in x)
only_deps = (re.sub('.*DEPS "(.*)".*', "\\1", x)
for x in filtered_lines)
# currently only_deps is generator of space-separated deps,
# i.e. each item can contain several items, like this:
# list(only_deps) = ["lcov", "pthreads-w32 libgnurx"]
# to "flattern" it we first join using spaces and then split on spaces
# in the middle we also do some clean-ups
only_deps = ' '.join(only_deps)\
.replace('$EMBEDDED_DB', embedded_db)\
.replace('libgcc ','')\
.split(' ')
# now only_deps looks like this: ["lcov", "pthreads-w32", "libgnurx"]
log.debug(pretty(only_deps))
return only_deps
def increase_version(self, version, increment, separator='.'):
"""increase last part of version - so 1.2.9 becomes 1.2.10
Args:
version - old version represented as string
increment - by how much to increase
separator - separator character between version parts. Typical
values are '.' and '-'. Special case: if separator is 'char'
string, then increase last character by 1 - so version
'1.2b' becomes '1.2c'
(we assume that we never meet version ending with 'z')
Returns:
new version as a string
"""
if separator == 'char':
return version[:-1] + chr(ord(version[-1]) + increment)
version_components = version.split(separator)
version_components[-1] = str(int(version_components[-1]) + increment)
return separator.join(version_components)
def checkfile(self, url, md5=False):
"""Checks if file on given URL exists and optionally returns its md5 sum
Args:
url - URL to check (starting with http or ftp, other protocols might not work)
md5 - set it to True to force downloading file and returning md5 sum
(otherwise, for http[s] we use HEAD request)
Returns:
True, False, or md5 of a linked file
"""
log.debug('checking URL: ' + url)
try:
if not md5 and url.startswith('http'):
log.debug('testing with HEAD')
r = requests.head(url)
return r.status_code >= 200 and r.status_code < 300
else:
log.debug('getting whole file')
m = hashlib.md5()
with urllib.request.urlopen(url) as f:
data = f.read(4096)
while data:
m.update(data)
data = f.read(4096)
return m.hexdigest()
except:
return False
def maybe_replace(self, string, match, old, new):
"""replaces `old` with `new` in `string` only if it contains `match`
Does caseless compare by converting `string` to lowercase for comparison
Args:
string - string to work on
match - string to look for, MUST BE lowercase
old - string to replace
new - string to replace with
"""
if match not in string.lower():
return string
return string.replace(old, new)
def extract_version_from_filename(self, dep, filename):
if dep == 'openssl':
version = re.search('-([0-9a-z.]*).tar', filename).group(1)
separator = 'char'
elif dep == 'pthreads-w32':
version = re.search('w32-([0-9-]*)-rel', filename).group(1)
separator = '-'
else:
version = re.search('[-_]([0-9.]*)[\.-]', filename).group(1)
separator = '.'
return (version, separator)
def find_new_version(self, old_url, old_version, separator):
"""Finds new version by iteratively increasing version in URL and
checking if it's still possible to download a file.
Returns highest version for which a file exists.
Note that if old_version is 1.2.3, and somebody released version
1.2.5 WITHOUT releasing 1.2.4 before that, then this function will NOT
find it
"""
increment = 0
url_result = True
while url_result:
increment += 1
new_version = self.increase_version(old_version, increment,
separator)
# note that we change version on URL level, not on filename level -
# because sometimes version might be in directory name, too
new_url = old_url.replace(old_version, new_version)
url_result = self.checkfile(new_url)
# note that url_result might be True, False, or string with md5 hash
# Loop ends when `increment` points to non-existing version -
# so we need to decrease it to point to last existing one
increment -= 1
if increment == 0:
return old_version
return self.increase_version(old_version, increment, separator)
def get_version_from_monitoring(self, dep):
"""Gets latest version of a dependency from release-monitoring.org site.
Returns latest version (string), or False if dependency not found in
release-monitoring.json file.
"""
if dep not in self.monitoring_ids:
return False
id = self.monitoring_ids[dep]
url = 'https://release-monitoring.org/api/project/{}'.format(id)
try:
data = requests.get(url).json()
except:
raise ReleaseMonitoringException(
'Failed to do a request to release-monitoring.org website')
try:
return data['version']
except:
raise ReleaseMonitoringException(
'Failed to get version from data received from release-monitoring.org website'
)
def update_single_dep(self, dep):
"""Check if new version of dependency dep was released and create
commit updating it in *.spec, dist, source, and README.md files
"""
log.info('Checking new version of {}'.format(dep))
dist_file_path = 'deps-packaging/{}/distfiles'.format(dep)
dist_file = self.buildscripts.get_file(dist_file_path)
dist_file = dist_file.strip()
source_file_path = 'deps-packaging/{}/source'.format(dep)
source_file = self.buildscripts.get_file(source_file_path)
source_file = source_file.strip()
old_filename = re.sub('.* ', '', dist_file)
old_url = '{}{}'.format(source_file, old_filename)
(old_version,
separator) = self.extract_version_from_filename(dep, old_filename)
new_version = self.get_version_from_monitoring(dep)
if not new_version:
log.warning(
'Dependency {} not found in release-monitoring.org or in data file'
.format(dep))
new_version = self.find_new_version(old_url, old_version,
separator)
if new_version == old_version:
# no update needed
return False
new_filename = old_filename.replace(old_version, new_version)
new_url = old_url.replace(old_version, new_version)
md5sum = self.checkfile(new_url, True)
if not md5sum:
message = 'Update {} from {} to {} FAILED to download {}'.format(
dep, old_version, new_version, new_url)
log.warn(message)
self.slack.reply(message)
return False
message = 'Update {} from {} to {}'.format(dep, old_version,
new_version)
log.info(message)
dist_file = '{} {}'.format(md5sum, new_filename)
self.buildscripts.put_file(dist_file_path, dist_file + '\n')
source_file = source_file.replace(old_version, new_version)
self.buildscripts.put_file(source_file_path, source_file + '\n')
self.readme_lines = [
self.maybe_replace(x, '* [{}]('.format(dep.replace('-hub', '')),
old_version, new_version)
for x in self.readme_lines
]
readme_file = '\n'.join(self.readme_lines)
self.buildscripts.put_file(self.readme_file_path, readme_file)
spec_file_path = 'deps-packaging/{}/cfbuild-{}.spec'.format(dep, dep)
try:
spec_file = self.buildscripts.get_file(spec_file_path)
except:
pass
else:
spec_file = spec_file.replace(old_version, new_version)
self.buildscripts.put_file(spec_file_path, spec_file + '\n')
self.buildscripts.commit(message)
return message
def run(self, branch):
"""Run the dependency update for a branch, creating PR in the end"""
self.slack.reply("Running dependency updates for " + branch)
# prepare repo
repo_name = 'buildscripts'
upstream_name = 'cfengine'
local_path = "../" + repo_name
self.buildscripts = GitRepo(local_path, repo_name, upstream_name,
self.username, branch)
timestamp = re.sub('[^0-9-]', '_', str(datetime.datetime.today()))
new_branchname = '{}-deps-{}'.format(branch, timestamp)
self.buildscripts.checkout(new_branchname, True)
self.readme_file_path = 'deps-packaging/README.md'
readme_file = self.buildscripts.get_file(self.readme_file_path)
self.readme_lines = readme_file.split('\n')
self.monitoring_file_path = 'deps-packaging/release-monitoring.json'
self.monitoring_ids = json.loads(
self.buildscripts.get_file(self.monitoring_file_path))
updates_summary = []
only_deps = self.get_deps_list(branch)
for dep in only_deps:
single_result = self.update_single_dep(dep)
if single_result:
updates_summary.append(single_result)
self.slack.reply(single_result)
if len(updates_summary) == 0:
self.slack.reply("Dependency checked, nothing to update")
return
self.buildscripts.push(new_branchname)
updates_summary = '\n'.join(updates_summary)
pr_text = self.github.create_pr(
target_repo='{}/{}'.format(upstream_name, repo_name),
target_branch=branch,
source_user=self.username,
source_branch=new_branchname,
title='Dependency updates for ' + branch,
text=updates_summary)
self.slack.reply(
"Dependency updates:\n```\n{}\n```\n{}".format(
updates_summary, pr_text), True)