def alien_rbpkg():
log.info('running alien_rbpkg check...')
query = '''SELECT s.name
FROM sources AS s
WHERE s.name='{pkg}' AND s.suite='{suite}'
AND s.architecture='{arch}'
ORDER BY s.name ASC, s.suite DESC, s.architecture ASC'''
bad_files = []
for root, dirs, files in os.walk(RB_PKG_PATH):
if not files:
continue
# Extract the "suite" and "arch" from the directory structure
if os.path.split(root)[1] == 'diffoscope-results':
# We are presently inspecting package pages in the
# RB_PKG_PATH/{{suite}}/{{arch}}/diffoscope-results directory
suite, arch = os.path.split(root)[0].rsplit('/', 2)[1:]
else:
# We are presently inspecting package pages in the
# RB_PKG_PATH/{{suite}}/{{arch}}/ directory
suite, arch = root.rsplit('/', 2)[1:]
for file in files:
pkg = file.rsplit('.', 1)[0]
if not query_db(query.format(pkg=pkg, suite=suite, arch=arch)):
bad_files.append('/'.join([root, file]))
log.warning('/'.join([root, file]) + ' should not be there')
return bad_files
def pbuilder_dep_fail():
log.info('running pbuilder_dep_fail check...')
bad_pkgs = []
# we only care about these failures in the !unstable !experimental suites
# as they happen all the time in there, as packages are buggy
# and specific versions also come and go
query = '''SELECT s.name, r.version, s.suite, s.architecture
FROM sources AS s JOIN results AS r ON r.package_id=s.id
WHERE r.status = 'FTBFS'
AND s.suite NOT IN ('unstable', 'experimental')
ORDER BY s.name ASC, s.suite DESC, s.architecture ASC'''
results = query_db(query)
for pkg, version, suite, arch in results:
eversion = strip_epoch(version)
rbuild = RBUILD_PATH + '/' + suite + '/' + arch + '/' + pkg + '_' + \
eversion + '.rbuild.log'
if os.access(rbuild, os.R_OK):
log.debug('\tlooking at ' + rbuild)
with open(rbuild, "br") as fd:
for line in fd:
if re.search(b'E: pbuilder-satisfydepends failed.', line):
bad_pkgs.append((pkg, version, suite, arch))
log.warning(suite + '/' + arch + '/' + pkg + ' (' +
version +
') failed to satisfy its dependencies.')
return bad_pkgs
def unrep_with_dbd_issues():
log.info('running unrep_with_dbd_issues check...')
without_dbd = []
bad_dbd = []
sources_without_dbd = set()
query = '''SELECT s.name, r.version, s.suite, s.architecture
FROM sources AS s JOIN results AS r ON r.package_id=s.id
WHERE r.status='unreproducible'
ORDER BY s.name ASC, s.suite DESC, s.architecture ASC'''
results = query_db(query)
for pkg, version, suite, arch in results:
eversion = strip_epoch(version)
dbd = DBD_PATH + '/' + suite + '/' + arch + '/' + pkg + '_' + \
eversion + '.diffoscope.html'
if not os.access(dbd, os.R_OK):
without_dbd.append((pkg, version, suite, arch))
sources_without_dbd.add(pkg)
log.warning(suite + '/' + arch + '/' + pkg + ' (' + version +
') is '
'unreproducible without diffoscope file.')
else:
log.debug(dbd + ' found.')
data = open(dbd, 'br').read(3)
if b'<' not in data:
bad_dbd.append((pkg, version, suite, arch))
log.warning(suite + '/' + arch + '/' + pkg + ' (' + version +
') has '
'diffoscope output, but it does not seem to '
'be an HTML page.')
sources_without_dbd.add(pkg)
return without_dbd, bad_dbd, sources_without_dbd
def update_stats(suite, arch, stats, pkgset_name):
result = query_db("""
SELECT datum, meta_pkg, suite
FROM stats_meta_pkg_state
WHERE datum = '{date}' AND suite = '{suite}'
AND architecture = '{arch}' AND meta_pkg = '{name}'
""".format(date=YESTERDAY, suite=suite, arch=arch, name=pkgset_name))
# if there is not a result for this day, add one
if not result:
insert = "INSERT INTO stats_meta_pkg_state VALUES ('{date}', " + \
"'{suite}', '{arch}', '{pkgset_name}', '{count_good}', " + \
"'{count_bad}', '{count_ugly}', '{count_rest}')"
query_db(
insert.format(date=YESTERDAY,
suite=suite,
arch=arch,
pkgset_name=pkgset_name,
count_good=stats['count_good'],
count_bad=stats['count_bad'],
count_ugly=stats['count_ugly'],
count_rest=stats['count_rest']))
log.info("Updating db entry for meta pkgset %s in %s/%s on %s.",
pkgset_name, suite, arch, YESTERDAY)
else:
log.debug(
"Not updating db entry for meta pkgset %s in %s/%s on %s as one exists already.",
pkgset_name, suite, arch, YESTERDAY)
def create_pkgset_graph(png_file, suite, arch, pkgset_name):
table = "stats_meta_pkg_state"
columns = ["datum", "reproducible", "FTBR", "FTBFS", "other"]
where = "WHERE suite = '%s' AND architecture = '%s' AND meta_pkg = '%s'" % \
(suite, arch, pkgset_name)
if arch == 'i386':
# i386 only has pkg sets since later to make nicer graphs
# (date added in commit 7f2525f7)
where += " AND datum >= '2016-05-06'"
query = "SELECT {fields} FROM {table} {where} ORDER BY datum".format(
fields=", ".join(columns), table=table, where=where)
result = query_db(query)
result_rearranged = [dict(zip(columns, row)) for row in result]
with create_temp_file(mode='w') as f:
csv_tmp_file = f.name
csv_writer = csv.DictWriter(f, columns)
csv_writer.writeheader()
csv_writer.writerows(result_rearranged)
f.flush()
graph_command = os.path.join(BIN_PATH, "make_graph.py")
main_label = "Reproducibility status for packages in " + suite + \
" from " + pkgset_name
y_label = "Amount (" + pkgset_name + " packages)"
log.info("Creating graph for meta pkgset %s in %s/%s.", pkgset_name,
suite, arch)
check_call([
graph_command, csv_tmp_file, png_file, '4', main_label, y_label,
'1920', '960'
])
def packages_matching_criteria(arch, suite, criteria):
"Return a list of packages in (SUITE, ARCH) matching the given CRITERIA."
# TODO: Rewrite this function to query all suites/archs in one go
issue, status, built_after, built_before = criteria
del criteria
formatter = dict(suite=suite, arch=arch, notes_table='')
log.info('Querying packages with given issues/status...')
query = "SELECT s.name " + \
"FROM sources AS s, {notes_table} results AS r " + \
"WHERE r.package_id=s.id " + \
"AND s.architecture= '{arch}' " + \
"AND s.suite = '{suite}' AND r.status != 'blacklisted' "
if issue:
query += "AND n.package_id=s.id AND n.issues LIKE '%%{issue}%%' "
formatter['issue'] = issue
formatter['notes_table'] = "notes AS n,"
if status:
query += "AND r.status = '{status}'"
formatter['status'] = status
if built_after:
query += "AND r.build_date > '{built_after}' "
formatter['built_after'] = built_after
if built_before:
query += "AND r.build_date < '{built_before}' "
formatter['built_before'] = built_before
results = query_db(query.format_map(formatter))
results = [x for (x, ) in results]
log.info('Selected packages: ' + ' '.join(results))
return results
def update_stats_breakages(diffoscope_timeouts, diffoscope_crashes):
# we only do stats up until yesterday
YESTERDAY = (datetime.now() - timedelta(days=1)).strftime('%Y-%m-%d')
result = query_db("""
SELECT datum, diffoscope_timeouts, diffoscope_crashes
FROM stats_breakages
WHERE datum = '{date}'
""".format(date=YESTERDAY))
# if there is not a result for this day, add one
if not result:
insert = "INSERT INTO stats_breakages VALUES ('{date}', " + \
"'{diffoscope_timeouts}', '{diffoscope_crashes}')"
query_db(
insert.format(date=YESTERDAY,
diffoscope_timeouts=diffoscope_timeouts,
diffoscope_crashes=diffoscope_crashes))
log.info(
"Updating db table stats_breakages on %s with %s timeouts and %s crashes.",
YESTERDAY, diffoscope_timeouts, diffoscope_crashes)
else:
log.debug(
"Not updating db table stats_breakages as it already has data for %s.",
YESTERDAY)
def gen_all_rb_pkg_pages(no_clean=False):
query = 'SELECT DISTINCT name FROM sources WHERE suite = ANY(:s)'
rows = query_db(sqlalchemy.text(query), s=SUITES)
pkgs = [Package(str(i[0]), no_notes=True) for i in rows]
log.info('Processing all %s package from all suites/architectures',
len(pkgs))
gen_packages_html(pkgs, no_clean=True) # we clean at the end
purge_old_pages()
def queue_packages(all_pkgs, packages, date):
date = date.strftime('%Y-%m-%d %H:%M')
pkgs = [x for x in packages if x[0] not in all_pkgs]
if len(pkgs) > 0:
log.info('The following ' + str(len(pkgs)) + ' source packages have ' +
'been queued up for scheduling at ' + date + ': ' +
' '.join([str(x[1]) for x in pkgs]))
all_pkgs.update({x[0]: date for x in pkgs})
return all_pkgs
def load_issues():
"""
format:
{ 'issue_name': {'description': 'blabla', 'url': 'blabla'} }
"""
with open(ISSUES) as fd:
issues = yaml.load(fd)
log.info("Issues loaded. There are " + str(len(issues)) + " issues")
return issues
def alien_log(directory=None):
if directory is None:
bad_files = []
for path in RBUILD_PATH, LOGS_PATH, DIFFS_PATH:
bad_files.extend(alien_log(path))
return bad_files
log.info('running alien_log check over ' + directory + '...')
query = '''SELECT r.version
FROM sources AS s JOIN results AS r ON r.package_id=s.id
WHERE r.status != '' AND s.name='{pkg}' AND s.suite='{suite}'
AND s.architecture='{arch}'
ORDER BY s.name ASC, s.suite DESC, s.architecture ASC'''
bad_files = []
for root, dirs, files in os.walk(directory):
if not files:
continue
suite, arch = root.rsplit('/', 2)[1:]
for file in files:
# different file have differnt name patterns and different splitting needs
if file.endswith('.diff.gz'):
rsplit_level = 2
elif file.endswith('.gz'):
rsplit_level = 3
else:
rsplit_level = 2
try:
pkg, version = file.rsplit('.', rsplit_level)[0].rsplit('_', 1)
except ValueError:
log.critical(
bcolors.FAIL + '/'.join([root, file]) +
' does not seem to be a file that should be there' +
bcolors.ENDC)
continue
try:
rversion = query_db(
query.format(pkg=pkg, suite=suite, arch=arch))[0][0]
except IndexError: # that package is not known (or not yet tested)
rversion = '' # continue towards the "bad file" path
if strip_epoch(rversion) != version:
try:
if os.path.getmtime('/'.join([root, file
])) < time.time() - 86400:
os.remove('/'.join([root, file]))
log.warning(
'/'.join([root, file]) +
' should not be there and and was older than a day so it was removed.'
)
else:
bad_files.append('/'.join([root, file]))
log.info(
'/'.join([root, file]) +
' should not be there, but is also less than 24h old and will probably soon be gone. Probably diffoscope is running on that package right now.'
)
except FileNotFoundError:
pass # that bad file is already gone.
return bad_files
def alien_history():
log.info('running alien_history check...')
result = query_db('SELECT DISTINCT name FROM sources')
actual_packages = [x[0] for x in result]
bad_files = []
for f in sorted(os.listdir(HISTORY_PATH)):
full_path = os.path.join(HISTORY_PATH, f)
if f.rsplit('.', 1)[0] not in actual_packages and not os.path.isdir(full_path):
bad_files.append(full_path)
os.remove(full_path)
log.warning('%s should not be there so it has been removed.', full_path)
return bad_files
def db_update():
"""
Update the database schema.
Get a list of queries to perform from schema_updates.
The need for an update is detected by checking the biggest value in the
rb_schema table against the biggest value in the schema_updates dictionary.
"""
current = query_db('SELECT MAX(version) FROM rb_schema')[0][0]
if not current:
log.warning('This is probably a new database, there are no ' +
'previous updates noted')
current = 0
last = max(schema_updates.keys())
if current == last:
return False
if current > last:
print_critiacal_message('The active database schema is higher than' +
' the last update available.\nPlease check!')
sys.exit(1)
log.info('Found schema updates.')
for update in range(current + 1, last + 1):
log.info('Applying database update #' + str(update) + '. Queries:')
startTime = datetime.now()
for query in schema_updates[update]:
log.info('\t' + query)
query_db(query)
log.info(
str(len(schema_updates[update])) + ' queries executed in ' +
str(datetime.now() - startTime))
return True
def db_create_tables():
"""
Check whether all tables are present, and create them if not.
The check is done against sqlite_master, a reserved sqlite table
containing all database metadata.
"""
changed = False
for table in db_schema:
if not table_exists(table['name']):
log.warning(table['name'] + ' does not exists. Creating...')
for query in table['query']:
log.info('\t' + re.sub(' +', ' ', query.replace('\n', ' ')))
query_db(query)
changed = True
return changed
def print_schedule_result(suite, arch, criteria, packages):
'''
`packages` is the usual list-of-tuples returned by SQL queries,
where the first item is the id and the second one the package name
'''
log.info('Criteria: ' + criteria)
log.info('Suite/Arch: ' + suite + '/' + arch)
log.info('Amount: ' + str(len(packages)))
log.info('Packages: ' + ' '.join([x[1] for x in packages]))
def lack_rbuild():
log.info('running lack_rbuild check...')
bad_pkgs = []
query = '''SELECT s.name, r.version, s.suite, s.architecture
FROM sources AS s JOIN results AS r ON r.package_id=s.id
WHERE r.status NOT IN ('blacklisted', '')
ORDER BY s.name ASC, s.suite DESC, s.architecture ASC'''
results = query_db(query)
for pkg, version, suite, arch in results:
rbuild = os.path.join(RBUILD_PATH, suite, arch) + \
'/{}_{}.rbuild.log.gz'.format(pkg, strip_epoch(version))
if not os.access(rbuild, os.R_OK):
bad_pkgs.append((pkg, version, suite, arch))
log.warning(suite + '/' + arch + '/' + pkg + ' (' + version +
') has been '
'built, but a buildlog is missing.')
return bad_pkgs
def alien_buildinfo():
log.info('running alien_buildinfo check...')
query = '''SELECT r.version
FROM sources AS s JOIN results AS r ON r.package_id=s.id
WHERE r.status != '' AND s.name='{pkg}' AND s.suite='{suite}'
AND s.architecture='{arch}'
AND r.status IN ('reproducible', 'unreproducible')
ORDER BY s.name ASC, s.suite DESC, s.architecture ASC'''
bad_files = []
for root, dirs, files in os.walk(BUILDINFO_PATH):
if not files:
continue
suite, arch = root.rsplit('/', 2)[1:]
for file in files:
try:
pkg, version = file.rsplit('.', 1)[0].split('_')[:2]
except ValueError:
log.critical(
bcolors.FAIL + '/'.join([root, file]) +
' does not seem to be a file that should be there' +
bcolors.ENDC)
continue
try:
rversion = query_db(
query.format(pkg=pkg, suite=suite, arch=arch))[0][0]
except IndexError: # that package is not known (or not yet tested)
rversion = '' # continue towards the "bad file" path
if strip_epoch(rversion) != version:
try:
if os.path.getmtime('/'.join([root, file
])) < time.time() - 86400:
os.remove('/'.join([root, file]))
log.warning(
'/'.join([root, file]) +
' should not be there and and was older than a day so it was removed.'
)
else:
bad_files.append('/'.join([root, file]))
log.info(
'/'.join([root, file]) +
' should not be there, but is also less than 24h old and will probably soon be gone.'
)
except FileNotFoundError:
pass # that bad file is already gone.
return bad_files
def not_unrep_with_dbd_file():
log.info('running not_unrep_with_dbd_file check...')
bad_pkgs = []
query = '''SELECT s.name, r.version, s.suite, s.architecture
FROM sources AS s JOIN results AS r ON r.package_id=s.id
WHERE r.status != 'unreproducible'
ORDER BY s.name ASC, s.suite DESC, s.architecture ASC'''
results = query_db(query)
for pkg, version, suite, arch in results:
eversion = strip_epoch(version)
dbd = DBD_PATH + '/' + suite + '/' + arch + '/' + pkg + '_' + \
eversion + '.diffoscope.html'
if os.access(dbd, os.R_OK):
bad_pkgs.append((pkg, version, suite, arch))
log.warning(dbd + ' exists but ' + suite + '/' + arch + '/' + pkg +
' (' + version + ')'
' is not unreproducible.')
return bad_pkgs
def create_index_page(suite, arch):
title = 'Package sets in %s/%s' % (suite, arch)
body = create_pkgset_navigation(suite, arch)
destfile = os.path.join(DISTRO_BASE, suite, arch, "index_pkg_sets.html")
suite_arch_nav_template = DISTRO_URI + \
'/{{suite}}/{{arch}}/index_pkg_sets.html'
left_nav_html = create_main_navigation(
suite=suite,
arch=arch,
displayed_page='pkg_set',
suite_arch_nav_template=suite_arch_nav_template,
ignore_experimental=True,
)
log.info("Creating pkgset index page for %s/%s.", suite, arch)
write_html_page(title=title,
body=body,
destfile=destfile,
left_nav_html=left_nav_html)
def iterate_over_notes(notes):
num_notes = str(len(notes))
i = 0
for package in sorted(notes):
log.debug('iterating over notes... ' + str(i) + '/' + num_notes)
note = notes[package]
note['package'] = package
log.debug('\t' + str(note))
html = gen_html_note(package, note)
title = 'Notes for ' + package + ' - reproducible builds result'
destfile = NOTES_PATH + '/' + package + '_note.html'
write_html_page(title=title, body=html, destfile=destfile)
desturl = REPRODUCIBLE_URL + NOTES_URI + '/' + package + '_note.html'
log.debug("Note created: " + desturl)
i = i + 1
log.info('Created ' + str(i) + ' note pages.')
def purge_old_pages():
for suite in SUITES:
for arch in ARCHS:
log.info('Removing old pages from ' + suite + '/' + arch + '.')
try:
presents = sorted(
os.listdir(RB_PKG_PATH + '/' + suite + '/' + arch))
except OSError as e:
if e.errno != errno.ENOENT: # that's 'No such file or
raise # directory' error (errno 17)
presents = []
log.debug('page presents: ' + str(presents))
# get the existing packages
query = "SELECT name, suite, architecture FROM sources " + \
"WHERE suite='{}' AND architecture='{}'".format(suite, arch)
cur_pkgs = set([(p.name, p.suite, p.architecture)
for p in query_db(query)])
for page in presents:
# When diffoscope results exist for a package, we create a page
# that displays the diffoscope results by default in the main iframe
# in this subdirectory. Ignore this directory.
if page == 'diffoscope-results':
continue
pkg = page.rsplit('.', 1)[0]
if (pkg, suite, arch) not in cur_pkgs:
log.info('There is no package named ' + pkg + ' from ' +
suite + '/' + arch + ' in the database. ' +
'Removing old page.')
os.remove(RB_PKG_PATH + '/' + suite + '/' + arch + '/' +
page)
# Additionally clean up the diffoscope results default pages
log.info('Removing old pages from ' + suite + '/' + arch +
'/diffoscope-results/.')
try:
presents = sorted(
os.listdir(RB_PKG_PATH + '/' + suite + '/' + arch +
'/diffoscope-results'))
except OSError as e:
if e.errno != errno.ENOENT: # that's 'No such file or
raise # directory' error (errno 17)
presents = []
log.debug('diffoscope page presents: ' + str(presents))
for page in presents:
pkg = page.rsplit('.', 1)[0]
if (pkg, suite, arch) not in cur_pkgs:
log.info('There is no package named ' + pkg + ' from ' +
suite + '/' + arch + '/diffoscope-results in ' +
'the database. Removing old page.')
os.remove(RB_PKG_PATH + '/' + suite + '/' + arch + '/' +
'diffoscope-results/' + page)
def lack_buildinfo():
log.info('running lack_buildinfo check...')
bad_pkgs = []
query = '''SELECT s.name, r.version, s.suite, s.architecture
FROM sources AS s JOIN results AS r ON r.package_id=s.id
WHERE r.status NOT IN
('blacklisted', 'not for us', 'FTBFS', 'depwait', '404', '')
ORDER BY s.name ASC, s.suite DESC, s.architecture ASC'''
results = query_db(query)
for pkg, version, suite, arch in results:
eversion = strip_epoch(version)
buildinfo = BUILDINFO_PATH + '/' + suite + '/' + arch + '/' + pkg + \
'_' + eversion + '_' + arch + '.buildinfo'
if not os.access(buildinfo, os.R_OK):
bad_pkgs.append((pkg, version, suite, arch))
log.warning(suite + '/' + arch + '/' + pkg + ' (' + version +
') has been '
'successfully built, but a .buildinfo is missing')
return bad_pkgs
def iterate_over_issues(issues):
num_issues = str(len(issues))
for suite in SUITES:
i = 0
for issue in sorted(issues):
log.debug('iterating over issues in ' + suite +'... ' + str(i) + '/' + num_issues)
log.debug('\t' + str(issue))
html = gen_html_issue(issue, suite)
title = 'Notes about issue ' + issue + ' in ' + suite
destfile = ISSUES_PATH + '/' + suite + '/' + issue + '_issue.html'
left_nav_html = create_main_navigation(displayed_page='issues')
write_html_page(title=title, body=html, destfile=destfile,
style_note=True, left_nav_html=left_nav_html)
desturl = REPRODUCIBLE_URL + ISSUES_URI + '/' + suite + '/' + issue + '_issue.html'
log.debug("Issue created: " + desturl)
i = i + 1
log.info('Created ' + str(i) + ' issue pages for ' + suite)
def create_breakages_graph(png_file, main_label):
png_fullpath = os.path.join(DISTRO_BASE, png_file)
table = "stats_breakages"
columns = ["datum", "diffoscope_timeouts", "diffoscope_crashes"]
query = "SELECT {fields} FROM {table} ORDER BY datum".format(
fields=", ".join(columns), table=table)
result = query_db(query)
result_rearranged = [dict(zip(columns, row)) for row in result]
with create_temp_file(mode='w') as f:
csv_tmp_file = f.name
csv_writer = csv.DictWriter(f, columns)
csv_writer.writeheader()
csv_writer.writerows(result_rearranged)
f.flush()
graph_command = os.path.join(BIN_PATH, "make_graph.py")
y_label = "Amount (packages)"
log.info("Creating graph for stats_breakges.")
check_call([graph_command, csv_tmp_file, png_fullpath, '2', main_label,
y_label, '1920', '960'])
def index_issues(issues, scorefuncs):
firstscorefunc = next(iter(scorefuncs.values()))
templ = "\n<table class=\"body\">\n" + tab + "<tr>\n" + tab*2 + "<th>\n" \
+ tab*3 + "Identified issues\n" + tab*2 + "</th>\n" + tab*2 + "<th>\n" \
+ "".join(
tab*3 + k + "\n" + tab*2 + "</th>\n" + tab*2 + "<th>\n"
for k in scorefuncs.keys()) \
+ tab*3 + "Affected packages<br/>\n" \
+ tab*3 + "(the 1/4 most-popular ones (within the issue) are underlined)\n" \
+ tab*2 + "</th>\n" + tab + "</tr>\n"
html = (tab*2).join(templ.splitlines(True))
for issue in sorted(issues, key=lambda issue: sort_issues(firstscorefunc, issue)):
html += tab*3 + '<tr>\n'
html += tab*4 + '<td><a href="' + ISSUES_URI + '/' + defaultsuite + \
'/'+ issue + '_issue.html">' + issue.replace("_", " ") + '</a></td>\n'
issues_list = issues_count.get(issue, [])
for scorefunc in scorefuncs.values():
html += tab*4 + '<td><b>' + str(scorefunc(issues_list)) + '</b></td>\n'
html += tab*4 + '<td>\n'
issues_with_popcon = issues_popcon_annotate(issues_list)
issue_strings = [
'<span %stitle="popcon score: %s">%s</span>' % (
'class="package-popular" ' if p[2] else '', p[1], p[0]
) for p in issues_with_popcon]
html += tab*5 + ', '.join(issue_strings) + '\n'
html += tab*4 + '</td>\n'
html += tab*3 + '</tr>\n'
html += tab*2 + '</table>\n'
html += tab*2 + '<p>For a total of <b>' + \
str(len([x for x in notes if notes[x].get('issues')])) + \
'</b> packages categorized in <b>' + str(len(issues)) + \
'</b> issues.</p>'
html += tab*2 + '<p>' + NOTESGIT_DESCRIPTION + '</p>'
title = 'Known issues related to reproducible builds'
destfile = DISTRO_BASE + '/index_issues.html'
desturl = DISTRO_URL + '/index_issues.html'
left_nav_html = create_main_navigation(displayed_page='issues')
write_html_page(title=title, body=html, destfile=destfile,
left_nav_html=left_nav_html)
log.info('Issues index now available at ' + desturl)
def store_notes():
log.debug('Removing all notes')
notes_table = db_table('notes')
conn_db.execute(notes_table.delete())
to_insert = []
for entry in [x for y in sorted(notes) for x in notes[y]]:
pkg_id = entry['id']
pkg_version = entry['version']
pkg_issues = json.dumps(entry['issues'])
pkg_bugs = json.dumps(entry['bugs'])
pkg_comments = entry['comments']
to_insert.append({
'package_id': pkg_id,
'version': pkg_version,
'issues': pkg_issues,
'bugs': pkg_bugs,
'comments': pkg_comments
})
if (len(to_insert)):
conn_db.execute(notes_table.insert(), to_insert)
log.info('Saved ' + str(len(to_insert)) + ' notes in the database')
def generate_oldies(arch):
log.info('Building the oldies page for ' + arch + '...')
title = 'Oldest results on ' + arch
html = ''
for suite in SUITES:
query = select([
sources.c.suite, sources.c.architecture, sources.c.name,
results.c.status, results.c.build_date
]).select_from(results.join(sources)).where(
and_(sources.c.suite == bindparam('suite'),
sources.c.architecture == bindparam('arch'),
results.c.status != 'blacklisted')).order_by(
results.c.build_date).limit(15)
text = Template('Oldest results on $suite/$arch:')
rows = query_db(query.params({'arch': arch, 'suite': suite}))
html += build_leading_text_section({'text': text}, rows, suite, arch)
html += '<p><table class="scheduled">\n' + tab
html += '<tr><th class="center">#</th><th class="center">suite</th><th class="center">arch</th>'
html += '<th class="center">source package</th><th class="center">status</th><th class="center">build date</th></tr>\n'
for row in rows:
# 0: suite, 1: arch, 2: pkg name 3: status 4: build date
pkg = row[2]
html += tab + '<tr><td> </td><td>' + row[0] + '</td>'
html += '<td>' + row[1] + '</td><td><code>'
html += Package(pkg).html_link(row[0], row[1])
html += '</code></td><td>' + convert_into_status_html(str(
row[3])) + '</td><td>' + row[4] + '</td></tr>\n'
html += '</table></p>\n'
destfile = DISTRO_BASE + '/index_' + arch + '_oldies.html'
desturl = DISTRO_URL + '/index_' + arch + '_oldies.html'
left_nav_html = create_main_navigation(arch=arch)
write_html_page(title=title,
body=html,
destfile=destfile,
style_note=True,
refresh_every=60,
left_nav_html=left_nav_html)
log.info("Page generated at " + desturl)
def not_unrep_with_dbd_file():
log.info('running not_unrep_with_dbd_file check...')
bad_pkgs = []
query = '''SELECT s.name, r.version, s.suite, s.architecture
FROM sources AS s JOIN results AS r ON r.package_id=s.id
WHERE r.status != 'FTBR'
ORDER BY s.name ASC, s.suite DESC, s.architecture ASC'''
results = query_db(query)
for pkg, version, suite, arch in results:
eversion = strip_epoch(version)
for prefix, extension in ((
(DBD_PATH, 'html'),
(DBDTXT_PATH, 'txt.gz'),
(DBDJSON_PATH, 'json.gz'),
)):
filename = '{}/{}/{}/{}_{}.diffoscope.{}.gz'.format(
prefix, suite, arch, pkg, eversion, extension)
if not os.access(filename, os.R_OK):
continue
bad_pkgs.append((pkg, version, suite, arch))
log.warning(filename + ' exists but ' + suite + '/' + arch + '/' + pkg + ' (' + version + ')'
' is not FTBR.')
return bad_pkgs
def purge_old_notes(notes):
removed_pages = []
to_rebuild = []
presents = sorted(os.listdir(NOTES_PATH))
for page in presents:
pkg = page.rsplit('_', 1)[0]
log.debug('Checking if ' + page + ' (from ' + pkg + ') is still needed')
if pkg not in notes:
log.info('There are no notes for ' + pkg + '. Removing old page.')
os.remove(NOTES_PATH + '/' + page)
removed_pages.append(pkg)
for pkg in removed_pages:
for suite in SUITES:
try:
query = "SELECT s.name " + \
"FROM results AS r JOIN sources AS s ON r.package_id=s.id " + \
"WHERE s.name='{pkg}' AND r.status != '' AND s.suite='{suite}'"
query = query.format(pkg=pkg, suite=suite)
to_rebuild.append(query_db(query)[0][0])
except IndexError: # the package is not tested. this can happen if
pass # a package got removed from the archive
if to_rebuild:
gen_packages_html([Package(x) for x in to_rebuild])
def store_issues():
issues_table = db_table('issues')
# Get existing issues
results = conn_db.execute(sql.select([issues_table.c.name]))
existing_issues = set([row[0] for row in results])
to_insert = []
to_update = []
for name in issues:
url = issues[name]['url'] if 'url' in issues[name] else ''
desc = issues[name]['description']
if name in existing_issues:
to_update.append({
'issuename': name,
'url': url,
'description': desc
})
# remove this package from the set, to know who to delete later
existing_issues.remove(name)
else:
to_insert.append({'name': name, 'url': url, 'description': desc})
if to_update:
update_query = issues_table.update().\
where(issues_table.c.name == sql.bindparam('issuename'))
conn_db.execute(update_query, to_update)
log.debug('Issues updated in the database')
if to_insert:
conn_db.execute(issues_table.insert(), to_insert)
log.debug('Issues added to the database')
# if there are any existing issues left, delete them.
if existing_issues:
to_delete = [{'issuename': name} for name in existing_issues]
delete_query = issues_table.delete().\
where(issues_table.c.name == sql.bindparam('issuename'))
conn_db.execute(delete_query, to_delete)
log.info("Removed the following issues: " + str(existing_issues))
