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boinc/tools/update_versions

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Python
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#!/usr/bin/env python
# $Id$
"""
Scans apps dir for current core client and application versions
and updates the database as appropriate.
config.xml must contain an <app_dir> which specifies the directory to search.
apps/APPLICATION_NAME/ contains application versions for each application.
apps/boinc/ contains core client versions (not used for most projects).
Filenames must be of the form NAME_VERSION_PLATFORM[.ext].
The prefix name and extensions .gz, .exe, .sit are ignored.
Platform strings must match the names of platforms in the database.
update_versions also handles subdirectories,
which contain files to bundle as a single app-version.
Subdirectory names are ignored.
Non-executable files can be arbitrarily named.
Example setup:
apps/boinc/boinc_7.17_i686-pc-linux-gnu.gz
apps/Astropulse/astropulse_7.17_windows_intelx86.exe
apps/SETI@home/sah_4.20_sparc-sun-solaris2.9.gz
apps/SETI@home/sah_4.20_i686-pc-linux-gnu.gz
apps/SETI@Home/sah_4.21_sparc-sun-solaris2.9/sah_4.21_sparc-sun-solaris2.9.gz
apps/SETI@Home/sah_4.21_sparc-sun-solaris2.9/sah_logo_1.0.jpg
apps/SETI@Home/sah_4.21_i686-pc-linux-gnu/sah_4.21_i686-pc-linux-gnu.gz
apps/SETI@Home/sah_4.21_i686-pc-linux-gnu/sah_logo_1.0.jpg
"""
import database, db_mid, configxml, tools
import sys, os, re, time
verbose = 0
try:
if sys.argv[1] == '-v':
verbose = 1
print '(verbose mode)'
except:
pass
config = configxml.default_config().config
database.connect()
create_time = int(time.time())
assert(config.app_dir and config.download_dir and config.download_url)
objects_to_commit = []
def xlistdir(dir):
return map(lambda file: os.path.join(dir, file), os.listdir(dir))
def add_files(
app,
match, # the output of re_match_exec_filename(exec_files[0])
exec_files, # executable files
non_exec_files=[], # non-executable files
signature_files={},
file_ref_infos = {}
):
''' add files to app/core.
'''
assert(match)
assert(exec_files[0])
version_major, version_minor, platform_name = match.groups()
version_num = int(version_major) * 100 + int(version_minor)
file_base = os.path.basename(exec_files[0])
platforms = database.Platforms.find(name = platform_name)
if not platforms:
print >>sys.stderr, " Unknown platform '%s' for file %s" %(platform_name, file_base)
return
platform = platforms[0]
if app:
existing_versions = database.AppVersions.find(app=app, platform=platform, version_num=version_num)
if existing_versions:
if verbose:
print " Skipping existing %s %3d: %s" %(app.name, version_num, file_base)
return
print " Found %s version %s for %s: %s" %(app, version_num, platform, file_base),
if non_exec_files:
print "(+ %d bundled file(s))"%len(non_exec_files)
else:
print
xml_doc = tools.process_app_version(
app = app,
version_num = version_num,
exec_files = exec_files,
non_exec_files = non_exec_files,
signature_files = signature_files,
file_ref_infos = file_ref_infos
)
object = database.AppVersion(
create_time = create_time,
app = app,
platform = platform,
version_num = version_num,
xml_doc = xml_doc)
else:
assert(not non_exec_files) # this wouldn't make sense for core clients
existing_versions = database.CoreVersions.find(platform=platform, version_num=version_num)
if existing_versions:
if verbose:
print " Skipping existing core version %s: %s" %(version_num, file_base)
return
print " Found core version %3d for %s: %s" %(version_num, platform, file_base)
xml_doc = tools.process_app_file(exec_files[0])
object = database.CoreVersion(
create_time = create_time,
platform = platform,
version_num = version_num,
xml_doc = xml_doc)
objects_to_commit.append(object)
# Return a match if the filename is a possible exec file name (or installer)
def re_match_exec_filename(filepath):
file = os.path.basename(filepath)
return re.match('[^.]+_([0-9]+)[.]([0-9]+)_([^.]+?(?:[0-9][0-9.]*[0-9])?)(?:[.]gz|[.]exe|[.]sit|[.]msi)?$', file)
def find_versions(app, dir):
"""Find application versions/core client versions in DIR.
if app==None, then dir contains core clients; else contains application
versions.
If directory contains sub-directories, those are scanned (non-recursively)
for files. If an executable is found, the first one found
(alphabetically) is the main program and other files bundled as
non-executables.
"""
for filepath in xlistdir(dir):
# ignore symlinks
if os.path.islink(filepath):
continue
# ignore signature files
if filepath.endswith('.sig'):
continue
# look for an executable file (proper .ext at end)
match = re_match_exec_filename(filepath)
if not match:
print >>sys.stderr, " Ignoring unknown file", filepath
continue
if os.path.isdir(filepath):
find_versions__process_bundle(app, match, filepath)
else:
find_versions__process_single_file(app, match, filepath)
# Process an app that is a single file only,
# possibly with a signature file included.
#
def find_versions__process_single_file(app, match, filepath):
'''add a single executable as app version'''
# Find signature file, if it exists.
signature_files={}
exec_files=[]
sig_file = filepath + ".sig"
if os.path.isfile(sig_file):
signature_files[filepath] = sig_file
exec_files.insert(0, filepath)
add_files(
app = app,
match = match,
exec_files = exec_files,
signature_files = signature_files,
)
# Process an app that is a bundle of files in a directory of the same name,
# possibly with signature files included.
def find_versions__process_bundle(app, match, dir):
'''add executable + bundle as app/core version'''
exec_files = []
non_exec_files = []
signature_files = {}
file_ref_infos = {}
dirname = os.path.basename(dir)
for filepath in xlistdir(dir):
if os.path.isdir(filepath):
continue
if os.path.basename(filepath) == dirname:
# the filename matches the folder name,
# so this is the main program executable.
exec_files.insert(0, filepath)
continue
# if filename is of format 'EXECFILE.sig' treat it as signature file
if filepath.endswith('.sig'):
s = filepath[:-4]
signature_files[s] = filepath
continue
if filepath.endswith('.file_ref_info'):
s = filepath[:-len('.file_ref_info')]
file_ref_infos[s] = open(filepath).read()
continue
if os.access(filepath, os.X_OK):
exec_files.append(filepath)
continue;
non_exec_files.append(filepath)
if not exec_files:
print >>sys.stderr, " Ignoring directory (no executable found - it has to be named the same as the directory)", dir
return
# check signatures, file_path_infos
for filepath, signature_file in signature_files.items():
if filepath not in exec_files and filepath not in non_exec_files:
print >>sys.stderr, " Warning: signature file '%s' will be ignored because it does not match a file" %signature_file
for filepath in file_ref_infos:
file_ref_info_filepath = filepath+'.file_ref_info'
if filepath not in exec_files and filepath not in non_exec_files:
print >>sys.stderr, " Warning: file_ref info file '%s' will be ignored because it does not match a file" %file_ref_info_filepath
add_files(
app = app,
match = match,
exec_files = exec_files,
non_exec_files = non_exec_files,
signature_files = signature_files,
file_ref_infos = file_ref_infos,
)
####################
# BEGIN:
for appdir in xlistdir(config.app_dir):
if not os.path.isdir(appdir): continue
dirname = os.path.basename(appdir)
if dirname == 'boinc':
if verbose:
print "Looking for core versions in", appdir
find_versions(None, appdir)
continue
appname = os.path.basename(appdir)
apps = database.Apps.find(name=appname)
if apps:
if verbose:
print "Looking for %s versions in"%apps[0], appdir
find_versions(apps[0], appdir)
continue
print "Couldn't find app '%s'" %(appname)
if not objects_to_commit:
raise SystemExit("No new versions found!")
print "Ready to commit %d items:" %len(objects_to_commit)
for object in objects_to_commit:
print " ", object
if not tools.query_yesno("Continue"):
raise SystemExit
print "Committed:"
for object in objects_to_commit:
object.commit()
print " ", object
print "Done"
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