def install_packages(self):
# Copy all required rpms to inside the jail
package_dir = self.config.jail_dir + os.sep + "jailbuilder"
os.mkdir(package_dir)
# write a new manifest file
#(can't use manifest file on rpm < 4)
#jail_manifest = open(self.config.jail_dir + os.sep + "jailbuilder" + os.sep + "manifest", 'w')
rpm_list = ""
for rpm in self.required_rpms:
rpm_path = self.available_rpms[rpm].full_path
shutil.copy(rpm_path, package_dir)
#jail_manifest.write("jailbuilder" + os.sep + os.path.basename(rpm_path) + "\n")
rpm_list = rpm_list + " jailbuilder" + os.sep + os.path.basename(rpm_path)
#jail_manifest.close()
# Is this location ever going to be different for different distros?
shutil.rmtree(self.config.jail_dir + os.sep + "var/lib/rpm")
distutils.dir_util.mkpath(self.config.jail_dir + os.sep + "var/lib/rpm")
# Add chroot path to environment for redhat based systems
os.environ['PATH'] = os.environ['PATH'] + ":/usr/sbin"
# Find out whether to use biarch switch or not
(status, host_arch) = utils.launch_process("uname -m")
if jail_config.bi_arch_switch.has_key(host_arch) and jail_config.bi_arch_switch[host_arch].has_key(self.arch):
switch_cmd = jail_config.bi_arch_switch[host_arch][self.arch]
else:
switch_cmd = ""
# Reinitialize the rpm database with the jail's version of rpm
command = "%s chroot %s env %s rpm --initdb" % (switch_cmd, self.config.jail_dir, self.config.environment)
print command
(status, output) = utils.launch_process(command)
print "Status: %d" % status
print "Output: " + output
if status:
sys.exit(1)
# Reinstall the rpms from inside the jail
# manifest files don't work on rpm 3 and below...
#command = "chroot %s env %s rpm --force -U %s" % (self.config.jail_dir, self.environment, "jailbuilder" + os.sep + "manifest")
# But, this method may be a problem because of the length of the arguments
command = "%s chroot %s env %s rpm --force -U %s" % (switch_cmd, self.config.jail_dir, self.config.environment, rpm_list)
print command
(status, output) = utils.launch_process(command)
print "Status: %d" % status
print "Output: " + output
def initialize_jail(self):
# Blow away the directory
# Unmount the possible proc dir just in case
utils.launch_process("umount %s" % self.config.jail_dir + os.sep + "proc")
print "Removing jail target dir..."
shutil.rmtree(self.config.jail_dir)
os.makedirs(self.config.jail_dir + os.sep + "var/lib/rpm") # Needed for rpm version 3
command = """rpm --root %s --initdb""" % self.config.jail_dir
print command
(status, output) = utils.launch_process(command)
if status:
print "Error initializing the rpm database inside the jail"
sys.exit(1)
def copy_to(self, src, dest, compress=True, my_logger=""): """Args: src (list), dest, Returns: (exit_code, output).""" if not my_logger: my_logger = self.logger # this is the original 'scp' mode # fixed: You can't mput files outside the current local dir (going to have to chdir to each dir and issue separate smbclient commands) # Kinda ugly, but it works! current_dir = os.getcwd() command = "" for file in src: dir = os.path.dirname(file) filename = os.path.basename(file) if dir: dir_cmd = "cd %s;" % dir else: dir_cmd = "" command += "%s smbclient //%s/%s -A %s -U %s -D %s -c 'prompt; recurse; mput %s' ; cd %s ;" % (dir_cmd, self.hostname, self.SMB_SHARE, config.smb_passfile, self.username, dest, filename, current_dir) # This is for 'tar' mode: # (But doesn't have compression, only useful if not using tar over ssh) #command = "%s -spc %s | smbclient //%s/%s -A %s -U %s -D %s -Trqx -" % (self.local_tar_path, src, self.host, self.SMB_SHARE, config.smb_passfile, self.user, dest) return utils.launch_process(command, my_logger=my_logger)
def load_package_info(self):
(status, output) = utils.launch_process("""rpm -qp --queryformat "____NAME\n%{NAME}\n____ARCH\n%{ARCH}\n____FILELIST\n[%{FILENAMES}\n]" --queryformat "____REQUIRES\n" --requires --queryformat "____PROVIDES\n" --provides """ + self.full_path, print_output=0)
#print output
for line in output.split("\n"):
line = line.strip()
# Ignore rpm warnings...
if line.count("warning:"):
pass
# If this is a marker, set the marker
elif Package.marker.search(line):
marker = line
else:
if marker == "____NAME":
self.name = line.strip()
elif marker == "____ARCH":
self.arch = line.strip()
elif marker == "____REQUIRES":
# Ignore 'rpmlib(' requirements (don't know how to find out what the rpm binary provides)
# If the rpm binary cannot resolv, something will fail later anyway
if not Package.rpmlib_req.search(line):
line = Package.remove_version_req(line)
self.requires.append(line)
elif marker == "____PROVIDES":
line = Package.remove_version_req(line)
self.provides.append(line)
elif marker == "____FILELIST":
self.provides.append(line)
else:
print "Unknown marker tag: " + marker
sys.exit(1)
def copy_from(self, src, dest, compress=True, my_logger=""):
"""Args: (src (list), dest) Returns: (exit_code, output).
Optional args: compress=0 or 1
# tar mode handles symbolic links and preserving time stamps, unlike scp.
# I guess I could also use zip/unzip... oh well (What does this mean?)
# Note: tar mode appends src path of file to dest (just the way tar works)"""
if not my_logger:
my_logger = self.logger
if compress:
# CompressionLevel only works for protocol 1... (bummer)
compress_option = "z"
else:
compress_option = ""
files = ""
# TODO: this method doesn't work (but it's not used)
tar_dir_options = ""
#tar_dir_options = "-C %s" % os.path.dirname(self.root_dir)
# Note: the -f - option to the remote tar is required for solaris tar, otherwise it tries to read from a tape
command = "cd %s; ssh %s %s@%s ' %s %s -%spcf - %s ' | %s -%spvxf - " % (
dest, self.options, self.username, self.hostname,
self.remote_tar_path, tar_dir_options, compress_option, files,
self.local_tar_path, compress_tar_option)
if debug: print "* Executing: " + command
return utils.launch_process(command, my_logger=my_logger)
def copy_to(self, src, dest, compress=True, my_logger=""):
"""Args: src (list), dest, Returns: (exit_code, output)."""
if not my_logger:
my_logger = self.logger
# this is the original 'scp' mode
# fixed: You can't mput files outside the current local dir (going to have to chdir to each dir and issue separate smbclient commands)
# Kinda ugly, but it works!
current_dir = os.getcwd()
command = ""
for file in src:
dir = os.path.dirname(file)
filename = os.path.basename(file)
if dir: dir_cmd = "cd %s;" % dir
else: dir_cmd = ""
command += "%s smbclient //%s/%s -A %s -U %s -D %s -c 'prompt; recurse; mput %s' ; cd %s ;" % (
dir_cmd, self.hostname, self.SMB_SHARE, config.smb_passfile,
self.username, dest, filename, current_dir)
# This is for 'tar' mode:
# (But doesn't have compression, only useful if not using tar over ssh)
#command = "%s -spc %s | smbclient //%s/%s -A %s -U %s -D %s -Trqx -" % (self.local_tar_path, src, self.host, self.SMB_SHARE, config.smb_passfile, self.user, dest)
return utils.launch_process(command, my_logger=my_logger)
def copy_from(self, src, dest, compress=True, my_logger=""):
"""Args: (src (list), dest) Returns: (exit_code, output).
Optional args: compress=0 or 1
# tar mode handles symbolic links and preserving time stamps, unlike scp.
# I guess I could also use zip/unzip... oh well (What does this mean?)
# Note: tar mode appends src path of file to dest (just the way tar works)"""
if not my_logger:
my_logger = self.logger
if compress:
# CompressionLevel only works for protocol 1... (bummer)
compress_option = "z"
else:
compress_option = ""
files = ""
# TODO: this method doesn't work (but it's not used)
tar_dir_options = ""
#tar_dir_options = "-C %s" % os.path.dirname(self.root_dir)
# Note: the -f - option to the remote tar is required for solaris tar, otherwise it tries to read from a tape
command = "cd %s; ssh %s %s@%s ' %s %s -%spcf - %s ' | %s -%spvxf - " % (dest, self.options, self.username, self.hostname, self.remote_tar_path, tar_dir_options, compress_option, files, self.local_tar_path, compress_tar_option )
if debug: print "* Executing: " + command
return utils.launch_process(command, my_logger=my_logger)
def latest_path_revision(self, path, revision=0):
"""given a svn dir path, what's the latest revision for that url at a given revision.
path can either be a string or sequence of strings
"""
# Convert to list
if path.__class__ == str:
path = [ path ]
versions = []
rev_arg = ""
if revision: rev_arg = "-r " + str(revision)
for item in path:
dirname = os.path.dirname(item)
module = os.path.basename(item)
command = '%s svn %s ls %s/%s %s -v' % ( self.svn_env, self.svn_options, self.root , dirname, rev_arg)
self.debug_print("Command: " + command)
# Cache output for this command, should lessen load from svn server
# Only check if we have a revision
if revision and self.latest_path_revision_cache.has_key(command):
self.debug_print("CACHE:hit!")
(code, output) = self.latest_path_revision_cache[command]
# find hit and put it at the end of the list
self.cache_lru.append(self.cache_lru.pop(self.cache_lru.index(command)))
else:
self.debug_print("CACHE:miss...")
self.regulator()
code, output = utils.launch_process(command, print_output=0, output_timeout=output_timeout)
self.latest_path_revision_cache[command] = (code, output)
self.cache_lru.append(command)
# Cache cleanup, so we don't use up all memory since this is a long running process
if len(self.cache_lru) > self.cache_max_size:
self.debug_print("Removing old item from cache")
self.latest_path_revision_cache.pop(self.cache_lru.pop(0))
for line in output.split('\n'):
list = line.split()
# Catch network/ssh errors
try:
version = int(list[0])
except:
return 0
tmp_module = os.path.dirname(list.pop())
if tmp_module == module:
versions += [ version ]
versions.sort()
return versions.pop()
def process_memory_snapshot(snapshot_path, profile, plugin):
process = launch_process('volatility',
'--profile=%s' % profile,
'--filename=%s' % snapshot_path,
plugin)
file_name = '%s_%s.log' % (snapshot_path.split('.')[0], plugin)
collect_process_output(process, file_name)
def execute_command(self, command, my_logger=""): if not my_logger: my_logger = self.logger # TODO: execute this under a new pgid so only it gets killed, not us all # check http://aspn.activestate.com/ASPN/Cookbook/Python/Recipe/66012 # Or, put that code in the utils.launch_process routine, which would make it more robust return utils.launch_process(command, my_logger=my_logger)
def execute_command(self, command, my_logger=""):
if not my_logger:
my_logger = self.logger
# TODO: execute this under a new pgid so only it gets killed, not us all
# check http://aspn.activestate.com/ASPN/Cookbook/Python/Recipe/66012
# Or, put that code in the utils.launch_process routine, which would make it more robust
return utils.launch_process(command, my_logger=my_logger)
def execute_command(self, command, my_logger=""):
if not my_logger:
my_logger = self.logger
# Escape these so they get interpolated by the remote machine
command = command.replace('$', '\$')
# Put single quotes around the command so the whole command gets passed over ssh
# (must use single quotes here since command may have double quotes (shell allows double quotes inside of single, without escaping)
command = "ssh %s %s@%s '%s'" % (self.options, self.username, self.hostname, command)
if debug: print "* Executing: " + command
return utils.launch_process(command, my_logger=my_logger)
def start_trace_handler(self, event):
folder_path = self.configuration['results_folder']
self.logger.debug("Event %s: starting network tracing.", event)
create_folder(folder_path)
self.pcap_path = os.path.join(folder_path, "%s.pcap" % self.identifier)
self.tracer_process = launch_process(
TSHARK, '-w', self.pcap_path,
'-i', self.context.network.bridgeName())
self.context.trigger("network_tracing_started", path=self.pcap_path)
self.logger.info("Network tracing started.")
def start_trace_handler(self, event):
folder_path = self.configuration['results_folder']
self.logger.debug("Event %s: starting network tracing.", event)
create_folder(folder_path)
self.pcap_path = os.path.join(folder_path, "%s.pcap" % self.identifier)
self.tracer_process = launch_process(TSHARK, '-w', self.pcap_path,
'-i',
self.context.network.bridgeName())
self.context.trigger("network_tracing_started", path=self.pcap_path)
self.logger.info("Network tracing started.")
def execute_command(self, command, my_logger=""):
if not my_logger:
my_logger = self.logger
# Escape these so they get interpolated by the remote machine
command = command.replace('$', '\$')
# Put single quotes around the command so the whole command gets passed over ssh
# (must use single quotes here since command may have double quotes (shell allows double quotes inside of single, without escaping)
command = "ssh %s %s@%s '%s'" % (self.options, self.username,
self.hostname, command)
if debug: print "* Executing: " + command
return utils.launch_process(command, my_logger=my_logger)
def clean_dir(dir):
os.chdir(dir)
# Get svn:ignore for this dir
code, files = utils.launch_process('svn propget svn:ignore .', print_output=0)
# If there's some valid data
if not code:
for f in files.split():
if os.path.isdir(f):
utils.launch_process('rm -Rf ' + f, print_command=1)
else:
utils.launch_process('rm -f ' + f, print_command=1)
# Remove the ignored files
for d in os.listdir('.'):
if os.path.isdir(d):
clean_dir(d)
os.chdir('..')
def clean_dir(dir):
os.chdir(dir)
# Get svn:ignore for this dir
code, files = utils.launch_process('svn propget svn:ignore .',
print_output=0)
# If there's some valid data
if not code:
for f in files.split():
if os.path.isdir(f):
utils.launch_process('rm -Rf ' + f, print_command=1)
else:
utils.launch_process('rm -f ' + f, print_command=1)
# Remove the ignored files
for d in os.listdir('.'):
if os.path.isdir(d):
clean_dir(d)
os.chdir('..')
def snapshot_to_checkpoint(volume, snapshot, folder_path):
"""Turns a QEMU internal snapshot into a QCOW file."""
create_folder(folder_path)
name = snapshot.getName()
path = os.path.join(folder_path, '%s.qcow2' % name)
process = launch_process(QEMU_IMG, "convert", "-f", "qcow2", "-o",
"backing_file=%s" % volume_backing_path(volume),
"-O", "qcow2", "-s", name,
volume_path(volume), path)
collect_process_output(process)
return path
def collect_required_packages(self):
# Have two data structures: current requires, and current supplied provides (these structures deal with rpms names, not filenames)
# Start adding new packages to get rid of the requires list
print "Required packages:"
# Add initial deps
missing_packs = []
for req_rpm in self.orig_required_rpms:
if not self.add_package(req_rpm):
missing_packs.append(req_rpm)
if missing_packs:
print "ERROR!: missing requested packages: %s" % (" ".join(missing_packs))
sys.exit(1)
#print "Current requires:"
#for i in self.requires:
# print i
# Solve remaining deps
while(len(self.requires)):
# remove requires that are provides by our current list of packages
for req in self.requires.keys():
if self.provides.has_key(req):
# remove from requires
self.requires.pop(req)
# Add a package for each of the remaining requires
for req in self.requires.keys():
if self.provide_map.has_key(req):
self.add_package(self.provide_map[req])
else:
print "ERROR!: need requirement '%s' but do not have a package to satisfy it!" % req
print "\tmake sure you have the correct arch types in valid_arch in your jail config"
print "Current Distro Hint:"
(status, output) = utils.launch_process("""rpm -q --whatprovides '%s' """ % req)
print output
sys.exit(1)
#print self.requires
#print "***provides***"
#print self.provides
# When you make it here, you've got all your deps!
self.required_rpms.sort()
print self.required_rpms
def commandline():
if len(sys.argv) < 2:
usage()
sys.exit(1)
# Options for launch process
try:
opts, command = getopt.getopt(sys.argv[1:], "", [
"terminate_reg=", "output_timeout=", "max_output_size=",
"kill_process_group", "env=", "working_dir=", "interruptable="
])
except getopt.GetoptError:
usage()
sys.exit(1)
# Get args to pass to function
args = {}
for option, value in opts:
if option == "--terminate_reg":
args['terminate_reg'] = value
if option == "--output_timeout":
args['output_timeout'] = int(value)
if option == "--kill_process_group":
args['kill_process_group'] = 1
if option == "--max_output_size":
args['max_output_size'] = float(value)
if option == "--env":
for e in value.split(','):
k, v = e.split('=')
os.environ[k] = v
if option == "--working_dir":
try:
os.chdir(value)
except:
print "Failed to chdir: " + value
print "Exiting..."
sys.exit(1)
if option == "--interruptable":
args['interruptable'] = value
command = " ".join(command)
code, output = utils.launch_process(command, **args)
sys.exit(code)
def copy_from(self, src, dest, compress=True, my_logger=""): """Args: (src (list), dest) Returns: (exit_code, output).""" if not my_logger: my_logger = self.logger # fixed: You can't mput files outside the current local dir (going to have to chdir to each dir and issue separate smbclient commands) # Kinda ugly, but it works! current_dir = os.getcwd() command = "" for file in src: dir = os.path.dirname(file) if not dir: dir = "." filename = os.path.basename(file) command += "cd %s; smbclient //%s/%s -A %s -U %s -D %s -c 'prompt; recurse; mget %s' ; cd %s ;" % (dest, self.hostname, self.SMB_SHARE, config.smb_passfile, self.username, dir, filename, current_dir) return utils.launch_process(command, my_logger=my_logger)
def execute_function(self, func_name, var_to_echo=""):
tmp_script = tempfile.mktemp()
# Kind of a pain to maintain... any var you want to use in get_destroot bash function must be listed here
my_script = open(tmp_script, 'w')
my_script.write("DISTRO=%s\n" % self.package_env.info['distro'])
my_script.write("ARCH=%s\n" % self.package_env.info['arch'])
my_script.write("USE_ZIP_PKG=%s\n" % self.package_env.get_info_var('USE_ZIP_PKG') )
my_script.write("HEAD_or_RELEASE=%s\n" % self.HEAD_or_RELEASE )
my_script.write(self.info[func_name])
if var_to_echo: my_script.write("echo ${%s}\n" % var_to_echo)
my_script.close()
(code, output) = utils.launch_process("sh %s" % tmp_script, print_output=0)
os.unlink(tmp_script)
return output
def latest_tree_revision(self):
"""Get the last commit version.
"""
self.regulator()
code, output = utils.launch_process('%s svn %s ls %s -v' % ( self.svn_env, self.svn_options, self.root ), print_output=0, output_timeout=output_timeout )
versions = []
for line in output.split('\n'):
list = line.split()
# Catch network/ssh errors
try:
versions.append(int(list[0]))
except:
return 0
versions.sort()
return versions.pop()
def copy_to(self, src, dest, compress=True, my_logger=""): """Args: src (list of strings), dest, Returns: (exit_code, output). Optional args: compress=True of False""" if not my_logger: my_logger = self.logger src = " ".join(src) if compress: compress_option = "z" # This was causing problems with copy to the windows machine... hmm... ? (ssh problem? Would explain the s390 problems) #compress_option = "j" else: compress_option = "" # Note: the -f - option to the remote tar is required for solaris tar, otherwise it tries to read from a tape command = "%s -%spc %s | ssh %s %s@%s 'cd %s ; %s -%spvxf - ' " % (self.local_tar_path, compress_option, src, self.options, self.username, self.hostname, dest, self.remote_tar_path, compress_option ) if debug: print "* Executing: " + command return utils.launch_process(command, my_logger=my_logger)
def copy_from(self, src, dest, compress=True, my_logger=""):
"""Args: (src (list), dest) Returns: (exit_code, output)."""
if not my_logger:
my_logger = self.logger
# fixed: You can't mput files outside the current local dir (going to have to chdir to each dir and issue separate smbclient commands)
# Kinda ugly, but it works!
current_dir = os.getcwd()
command = ""
for file in src:
dir = os.path.dirname(file)
if not dir: dir = "."
filename = os.path.basename(file)
command += "cd %s; smbclient //%s/%s -A %s -U %s -D %s -c 'prompt; recurse; mget %s' ; cd %s ;" % (
dest, self.hostname, self.SMB_SHARE, config.smb_passfile,
self.username, dir, filename, current_dir)
return utils.launch_process(command, my_logger=my_logger)
def commandline():
if len(sys.argv) < 2:
usage()
sys.exit(1)
# Options for launch process
try:
opts, command = getopt.getopt(sys.argv[1:], "", [ "terminate_reg=", "output_timeout=", "max_output_size=", "kill_process_group", "env=", "working_dir=", "interruptable=" ])
except getopt.GetoptError:
usage()
sys.exit(1)
# Get args to pass to function
args = {}
for option, value in opts:
if option == "--terminate_reg":
args['terminate_reg'] = value
if option == "--output_timeout":
args['output_timeout'] = int(value)
if option == "--kill_process_group":
args['kill_process_group'] = 1
if option == "--max_output_size":
args['max_output_size'] = float(value)
if option == "--env":
for e in value.split(','):
k, v = e.split('=')
os.environ[k] = v
if option == "--working_dir":
try:
os.chdir(value)
except:
print "Failed to chdir: " + value
print "Exiting..."
sys.exit(1)
if option == "--interruptable":
args['interruptable'] = value
command = " ".join(command)
code, output = utils.launch_process(command, **args)
sys.exit(code)
def copy_to(self, src, dest, compress=True, my_logger=""): """Args: src (list of strings), dest, Returns: (exit_code, output). Optional args: compress=0 or 1 (but doesn't actually do anything in ssh protocol 2... oh well Note, in scp mode, recursive is on by default""" if not my_logger: my_logger = self.logger src = " ".join(src) if compress: # CompressionLevel only works for protocol 1... (bummer) compress_option = ' -o "Compression yes" -o "CompressionLevel 9" ' else: compress_option = "" command = "scp -r %s %s %s@%s:%s" % (self.options + compress_option, src, self.username, self.hostname, dest) if debug: print "* Executing: " + command return utils.launch_process(command, my_logger=my_logger)
def execute_function(self, func_name, var_to_echo=""):
tmp_script = tempfile.mktemp()
# Kind of a pain to maintain... any var you want to use in get_destroot bash function must be listed here
my_script = open(tmp_script, 'w')
my_script.write("DISTRO=%s\n" % self.package_env.info['distro'])
my_script.write("ARCH=%s\n" % self.package_env.info['arch'])
my_script.write("USE_ZIP_PKG=%s\n" %
self.package_env.get_info_var('USE_ZIP_PKG'))
my_script.write("HEAD_or_RELEASE=%s\n" % self.HEAD_or_RELEASE)
my_script.write(self.info[func_name])
if var_to_echo: my_script.write("echo ${%s}\n" % var_to_echo)
my_script.close()
(code, output) = utils.launch_process("sh %s" % tmp_script,
print_output=0)
os.unlink(tmp_script)
return output
def latest_tree_revision(self):
"""Get the last commit version.
"""
self.regulator()
code, output = utils.launch_process(
'%s svn %s ls %s -v' % (self.svn_env, self.svn_options, self.root),
print_output=0,
output_timeout=output_timeout)
versions = []
for line in output.split('\n'):
list = line.split()
# Catch network/ssh errors
try:
versions.append(int(list[0]))
except:
return 0
versions.sort()
return versions.pop()
def bootstrap_install(self): # Generate a manifest file (list of rpm files) manifest_filename = tempfile.mktemp() manifest = open(manifest_filename, 'w') for rpm in self.required_rpms: path = self.available_rpms[rpm].full_path manifest.write(path + "\n") manifest.close() # This will work (using a manifest filename) as long as you're using rpm version 4 and above on the host machine command = """rpm --nodeps --root %s -i %s""" % (self.config.jail_dir, manifest_filename) print command (status, output) = utils.launch_process(command) print output if status: print "Error installing rpms inside the jail!!!" print "***Usually this is ok for now***" # Cleanup... os.unlink(manifest_filename)
def copy_from(self, src, dest, compress=True, my_logger=""): """Args: (src (list), dest) Returns: (exit_code, output). Optional args: compress=0 or 1, mode=tar or scp. # I guess I could also use zip/unzip... oh well (??)""" if not my_logger: my_logger = self.logger if compress: # CompressionLevel only works for protocol 1... (bummer) compress_option = ' -o "Compression yes" -o "CompressionLevel 9" ' else: compress_option = "" files = "" for file in src: files += " %s@%s:%s " % (self.username, self.hostname, file) command = "scp -r %s %s %s" % (self.options + compress_option, files, dest) if debug: print "* Executing: " + command return utils.launch_process(command, my_logger=my_logger)
def copy_to(self, src, dest, compress=True, my_logger=""):
"""Args: src (list of strings), dest, Returns: (exit_code, output).
Optional args: compress=0 or 1 (but doesn't actually do anything in ssh protocol 2... oh well
Note, in scp mode, recursive is on by default"""
if not my_logger:
my_logger = self.logger
src = " ".join(src)
if compress:
# CompressionLevel only works for protocol 1... (bummer)
compress_option = ' -o "Compression yes" -o "CompressionLevel 9" '
else:
compress_option = ""
command = "scp -r %s %s %s@%s:%s" % (self.options + compress_option,
src, self.username, self.hostname,
dest)
if debug: print "* Executing: " + command
return utils.launch_process(command, my_logger=my_logger)
def copy_to(self, src, dest, compress=True, my_logger=""):
"""Args: src (list of strings), dest, Returns: (exit_code, output).
Optional args: compress=True of False"""
if not my_logger:
my_logger = self.logger
src = " ".join(src)
if compress:
compress_option = "z"
# This was causing problems with copy to the windows machine... hmm... ? (ssh problem? Would explain the s390 problems)
#compress_option = "j"
else:
compress_option = ""
# Note: the -f - option to the remote tar is required for solaris tar, otherwise it tries to read from a tape
command = "%s -%spc %s | ssh %s %s@%s 'cd %s ; %s -%spvxf - ' " % (
self.local_tar_path, compress_option, src, self.options,
self.username, self.hostname, dest, self.remote_tar_path,
compress_option)
if debug: print "* Executing: " + command
return utils.launch_process(command, my_logger=my_logger)
def copy_from(self, src, dest, compress=True, my_logger=""):
"""Args: (src (list), dest) Returns: (exit_code, output).
Optional args: compress=0 or 1, mode=tar or scp.
# I guess I could also use zip/unzip... oh well (??)"""
if not my_logger:
my_logger = self.logger
if compress:
# CompressionLevel only works for protocol 1... (bummer)
compress_option = ' -o "Compression yes" -o "CompressionLevel 9" '
else:
compress_option = ""
files = ""
for file in src:
files += " %s@%s:%s " % (self.username, self.hostname, file)
command = "scp -r %s %s %s" % (self.options + compress_option, files,
dest)
if debug: print "* Executing: " + command
return utils.launch_process(command, my_logger=my_logger)
#!/usr/bin/env python
import sys
sys.path += ['..']
import utils
utils.launch_process('./timeout_script.sh', output_timeout=3)
def process_memory_snapshot(snapshot_path, profile, plugin):
process = launch_process('volatility', '--profile=%s' % profile,
'--filename=%s' % snapshot_path, plugin)
file_name = '%s_%s.log' % (snapshot_path.split('.')[0], plugin)
collect_process_output(process, file_name)
topdir = "monodevelop"
_dir = os.path.join(dir.replace('[[version]]', _version),'*')
candidates = glob.glob(_dir)
latest = utils.version_sort(candidates).pop()
#installer_dirs.append(latest)
cwd = os.getcwd()
splitter = os.sep + _version + os.sep
(prefix, sync_dir) = latest.split(splitter)
os.chdir(prefix)
print "Syncing: %s" % os.path.join(_version,sync_dir)
cmd ='rsync -avzR -e ssh %s %s/%s' % (os.path.join(_version,sync_dir), dest, topdir)
#print cmd
status, output = utils.launch_process(cmd)
os.chdir(cwd)
except Exception, e:
print "******* ERROR syncing: " + dir
print "\tarchive_version = %s" % _version
print "\tException = " + str(e)
print "\tSkipping..."
# mirror OBS repos
url_prefix = 'download-' + bundle_obj.info['bundle_urlname']
obs_repos = utils.get_dict_var('obs_repos', bundle_obj.info)
if not skip_obs_repos:
for obs_repo in obs_repos:
repo_name = string.split(obs_repo, "/")[-2]
print "Downloading %s..." % (repo_name)
#!/usr/bin/env python
import utils
print_output = 0
print utils.launch_process('ls /tmp', capture_stderr=1, print_output=print_output)
print utils.launch_process('ls /junk', capture_stderr=1, print_output=print_output)
print utils.launch_process('ls /tmp', capture_stderr=0, print_output=print_output)
print utils.launch_process('ls /junk', capture_stderr=0, print_output=print_output)
print utils.launch_process('./a.out', capture_stderr=1, print_output=print_output)
_dir = os.path.join(dir.replace('[[version]]', _version), '*')
candidates = glob.glob(_dir)
latest = utils.version_sort(candidates).pop()
#installer_dirs.append(latest)
cwd = os.getcwd()
splitter = os.sep + _version + os.sep
(prefix, sync_dir) = latest.split(splitter)
os.chdir(prefix)
print "Syncing: %s" % os.path.join(_version, sync_dir)
cmd = 'rsync -avzR -e ssh %s %s/%s' % (os.path.join(
_version, sync_dir), dest, topdir)
#print cmd
status, output = utils.launch_process(cmd)
os.chdir(cwd)
except Exception, e:
print "******* ERROR syncing: " + dir
print "\tarchive_version = %s" % _version
print "\tException = " + str(e)
print "\tSkipping..."
# mirror OBS repos
url_prefix = 'download-' + bundle_obj.info['bundle_urlname']
obs_repos = utils.get_dict_var('obs_repos', bundle_obj.info)
if not skip_obs_repos:
for obs_repo in obs_repos:
repo_name = string.split(obs_repo, "/")[-2]
print "Downloading %s..." % (repo_name)
def run(self):
sync_log.log("sync thread starting...\n")
while not self.cancelled():
self.load_info()
# Must base these dirs off 'trunk/release'
dirs = []
# Add tarball_map
dirs += ['packaging/tarball_map']
# Add config
dirs += ['pyutils/config.py']
#sync_log.log(" *** Gathering dirs ***\n")
# Gather dirs to synchronize
for i in ['HEAD', 'RELEASE']:
i_dir = config.build_info_dir + os.sep + i
if os.path.exists(i_dir):
for distro in os.listdir(i_dir):
distro_dir = i_dir + os.sep + distro
if os.path.exists(distro_dir):
for component in os.listdir(distro_dir):
# Get the last 'num_builds' number of elements from the list
versions = build.get_versions(
i, distro,
component)[-self.sync_num_builds:]
for j in versions:
dirs.append(
os.path.join('monobuild/www/builds', i,
distro, component, j))
# Grab latest num_builds for tarball log files as well
tarball_path = os.path.join(config.build_info_dir, '..',
'tarball_logs', i)
if os.path.exists(tarball_path):
for component in os.listdir(tarball_path):
component_dir = tarball_path + os.sep + component
versions = utils.version_sort(
os.listdir(component_dir))
for j in versions[-self.sync_num_builds:]:
dirs.append(
os.path.join('monobuild/www/tarball_logs', i,
component, j))
# conduct a dirs string up to the length of the max arg length, and run rsync for each of those blocks (what's the real maximum?)
while len(dirs):
dir_string = ""
counter = 0
for i in dirs:
# +1 is for the space char
if len(i) + 1 + len(dir_string) < self.sync_max_arg_len:
dir_string += " %s" % i
else:
break
counter += 1
# Remove counter elements from dirs
dirs = dirs[counter:]
#sync_log.log(" *** Syncing ***\n")
# For some reason the --delete option crashes when running the second time to go-mono.com and mono.ximian.com ... ?
# rsync all files over, and don't include the builds... just logs and info.xml
command = 'cd %s; rsync -avzR -e "ssh %s" --exclude "files/downloads" --exclude "files/*.tar.*" --exclude "files/steps/*/*.tar.*" %s %s:%s' % (
config.release_repo_root, config.ssh_options, dir_string,
self.sync_host, self.sync_target_dir)
#sync_log.log(command + "\n")
status, output = utils.launch_process(command,
print_output=0,
output_timeout=600)
#sync_log.log(output)
if status:
sync_log.log("Error running rsync: " + output)
#sync_log.log(" *** sync Sleeping ***\n")
time.sleep(self.sync_sleep_time)
sync_log.log("sync thread shutting down...\n")
def run(self):
tarball_log.log("Tarball creator starting...\n")
while not self.cancelled():
start_time = utils.get_time()
# routinely check for updates (sleep every so often)
for pack_name, pack_obj in self.pack_objs.iteritems():
# We are reloading pack_objs, but this for loop won't notice it until we enter it again
if self.cancelled():
continue
# get latest version from the tree
latest_tree_rev = self.src_repo.latest_tree_revision()
# print "Latest tree rev: %d (%s)" % (latest_tree_rev, pack_name)
if not latest_tree_rev:
tarball_log.log("Error getting latest tree rev, trying later... (%s)\n" % pack_name)
# Restart for loop over...
break
# Only do for the last couple of commits, rather than constantly updating a base revision
if latest_tree_rev <= self.num_sequential:
starting_rev = 1
else:
starting_rev = latest_tree_rev - self.num_sequential
# If we're not building each and every checkin, only build the latest
if not self.sequential:
starting_rev = latest_tree_rev
# Pretty much do every commit (for binary search on regressions) (should be adjustable)
# The + 1 is so that the latest tree revision will be checked (range func does not include the last number in the sequence)
for i in range(starting_rev, latest_tree_rev + 1):
latest_for_package = self.src_repo.latest_path_revision(pack_obj.info["HEAD_PATH"], revision=i)
if not latest_for_package:
tarball_log.log("Error getting revision %d, trying later... (%s)\n" % (i, pack_name))
# Skip to next pack...
break
if not self.distfiles.contains("HEAD", pack_name, str(latest_for_package)) and not self.cancelled():
command = "cd %s; ./mktarball --snapshot %s %d" % (
config.packaging_dir,
pack_name,
latest_for_package,
)
tarball_log.log("Executing: %s\n" % (command))
# TODO: the system needs to be smarter about reinstalling the same rpms over and over...
# This will show console output, but not write to the log
# Log will be for brief info, and the console will watch what's currently going on
# (For some reason my signal gets ignored if I'm using os.system... seems to work with popen)
(code, output) = utils.launch_process(command, print_output=0)
tarball_log.log("Exit code: %d (%s)\n" % (code, pack_name))
# handle jail busy errors (exit code of 2)
if code == 2:
tarball_log.log("Jail busy, retrying later... (%s)\n" % pack_name)
# handle svn timeouts
elif code == utils.KILLED_EXIT_CODE:
tarball_log.log("svn commands killed, retrying later... (%s)\n" % pack_name)
# Handle failed tarballs...
elif code:
tarball_log.log("Tarball creation failed...(%s)\n" % pack_name)
# Send out the log with the tarball, or at least a link... ?
link = "http://mono.ximian.com/monobuild/tarball_logs/HEAD/%s/%d.log" % (
pack_name,
latest_for_package,
)
utils.send_mail(
"*****@*****.**",
"*****@*****.**",
"mktarball failed (%s %d)" % (pack_name, latest_for_package),
"mktarball has failed for package %s revision %d\n\n%s"
% (pack_name, latest_for_package, link),
)
time_duration = utils.time_duration_asc(start_time, utils.get_time()) * 60
# Only sleep if this loop was shorter than max_poll_interval
# and if we do sleep, discount the time_duration
if not self.cancelled() and time_duration < self.max_poll_interval:
# tarball_log.log("Sleeping for %d seconds...\n" % (self.max_poll_interval - time_duration) )
time.sleep(self.max_poll_interval - time_duration)
# Exiting because we've been cancelled
tarball_log.log("Tarball creator shutting down...\n")
def run(self):
sync_log.log("sync thread starting...\n")
while not self.cancelled():
self.load_info()
# Must base these dirs off 'trunk/release'
dirs = []
# Add tarball_map
dirs += ["packaging/tarball_map"]
# Add config
dirs += ["pyutils/config.py"]
# sync_log.log(" *** Gathering dirs ***\n")
# Gather dirs to synchronize
for i in ["HEAD", "RELEASE"]:
i_dir = config.build_info_dir + os.sep + i
if os.path.exists(i_dir):
for distro in os.listdir(i_dir):
distro_dir = i_dir + os.sep + distro
if os.path.exists(distro_dir):
for component in os.listdir(distro_dir):
# Get the last 'num_builds' number of elements from the list
versions = build.get_versions(i, distro, component)[-self.sync_num_builds :]
for j in versions:
dirs.append(os.path.join("monobuild/www/builds", i, distro, component, j))
# Grab latest num_builds for tarball log files as well
tarball_path = os.path.join(config.build_info_dir, "..", "tarball_logs", i)
if os.path.exists(tarball_path):
for component in os.listdir(tarball_path):
component_dir = tarball_path + os.sep + component
versions = utils.version_sort(os.listdir(component_dir))
for j in versions[-self.sync_num_builds :]:
dirs.append(os.path.join("monobuild/www/tarball_logs", i, component, j))
# conduct a dirs string up to the length of the max arg length, and run rsync for each of those blocks (what's the real maximum?)
while len(dirs):
dir_string = ""
counter = 0
for i in dirs:
# +1 is for the space char
if len(i) + 1 + len(dir_string) < self.sync_max_arg_len:
dir_string += " %s" % i
else:
break
counter += 1
# Remove counter elements from dirs
dirs = dirs[counter:]
# sync_log.log(" *** Syncing ***\n")
# For some reason the --delete option crashes when running the second time to go-mono.com and mono.ximian.com ... ?
# rsync all files over, and don't include the builds... just logs and info.xml
command = (
'cd %s; rsync -avzR -e "ssh %s" --exclude "files/downloads" --exclude "files/*.tar.*" --exclude "files/steps/*/*.tar.*" %s %s:%s'
% (config.release_repo_root, config.ssh_options, dir_string, self.sync_host, self.sync_target_dir)
)
# sync_log.log(command + "\n")
status, output = utils.launch_process(command, print_output=0, output_timeout=600)
# sync_log.log(output)
if status:
sync_log.log("Error running rsync: " + output)
# sync_log.log(" *** sync Sleeping ***\n")
time.sleep(self.sync_sleep_time)
sync_log.log("sync thread shutting down...\n")
def run(self):
distro = self.distro
scheduler_log.log("%s:\tStarting scheduler\n" % (distro))
while not self.cancelled():
packages_to_build = []
for pack_def in config.sd_latest_build_packages:
pack_obj = packaging.package("", pack_def)
if pack_obj.valid_build_platform(distro):
packages_to_build.append(pack_def)
num_started_builds = 0
start_time = utils.get_time()
# Build each package for this jail
for package_name in packages_to_build:
# Skip builds so we can exit
if self.cancelled():
continue
# Check to see what the latest tarball is
# The src_file_repo class is not threadsafe, so provide a mutex here
tarball_lock.acquire()
try:
tarball_filename = tarballs.get_latest_tarball("HEAD", package_name)
except:
# catch this in case the filename is being edited by hand
tarball_filename = ""
tarball_lock.release()
if not tarball_filename:
# scheduler_log.log("%s:\t*** Error getting latest tarball (%s) (Probably doesn't exist...)!!!\n" % (distro, package_name) )
pass
else:
# print "Latest tarball: " + tarball_filename
# Get version
version, ext = version_re.search(tarball_filename).groups()
info = datastore.build_info("HEAD", distro, package_name, version)
# Build if the build doesn't exist already
if not info.exists:
command = "cd %s; ./build --suppress_output %s %s %s" % (
config.packaging_dir,
distro,
package_name,
version,
)
scheduler_log.log("%s:\t%s\n" % (distro, command))
num_started_builds += 1
# TODO: hmm... is this not blocking? Seems this code continues before being able to run tests?
(code, output) = utils.launch_process(command, print_output=0)
# Testing...
# code = 2
# Is the jail busy? if so, just repeat this loop (and select a new tarball if a newer one exists)
# Hmm... this really shouldn't happen, as much at least
if code == 2:
# scheduler_log.log("%s:\tJail is busy or offline... will retry again (%s)\n" % (distro, package_name) )
num_started_builds -= 1
if code == 5:
scheduler_log.log(
"%s:\tbuild info is missing, but packages exist... ?? will retry again (%s)\n"
% (distro, package_name)
)
num_started_builds -= 1
else:
# scheduler_log.log("%s:\tSkipping existing build (%s, %s)\n" % (distro, package_name, version) )
pass
time_duration = utils.time_duration_asc(start_time, utils.get_time()) * 60
if num_started_builds == 0 and time_duration < config.sd_wakeup_interval:
# scheduler_log.log("%s:\tSleeping %d seconds...\n" % (distro, config.sd_wakeup_interval - time_duration) )
time.sleep(config.sd_wakeup_interval - time_duration)
# Exiting because we've been removed from the configuration
scheduler_log.log("%s:\tExiting upon user request...\n" % distro)
def run(self):
tarball_log.log("Tarball creator starting...\n")
while not self.cancelled():
start_time = utils.get_time()
# routinely check for updates (sleep every so often)
for pack_name, pack_obj in self.pack_objs.iteritems():
# We are reloading pack_objs, but this for loop won't notice it until we enter it again
if self.cancelled(): continue
# get latest version from the tree
latest_tree_rev = self.src_repo.latest_tree_revision()
#print "Latest tree rev: %d (%s)" % (latest_tree_rev, pack_name)
if not latest_tree_rev:
tarball_log.log(
"Error getting latest tree rev, trying later... (%s)\n"
% pack_name)
# Restart for loop over...
break
# Only do for the last couple of commits, rather than constantly updating a base revision
if latest_tree_rev <= self.num_sequential:
starting_rev = 1
else:
starting_rev = latest_tree_rev - self.num_sequential
# If we're not building each and every checkin, only build the latest
if not self.sequential:
starting_rev = latest_tree_rev
# Pretty much do every commit (for binary search on regressions) (should be adjustable)
# The + 1 is so that the latest tree revision will be checked (range func does not include the last number in the sequence)
for i in range(starting_rev, latest_tree_rev + 1):
latest_for_package = self.src_repo.latest_path_revision(
pack_obj.info['HEAD_PATH'], revision=i)
if not latest_for_package:
tarball_log.log(
"Error getting revision %d, trying later... (%s)\n"
% (i, pack_name))
# Skip to next pack...
break
if not self.distfiles.contains(
'HEAD', pack_name,
str(latest_for_package)) and not self.cancelled():
command = "cd %s; ./mktarball --snapshot %s %d" % (
config.packaging_dir, pack_name,
latest_for_package)
tarball_log.log("Executing: %s\n" % (command))
# TODO: the system needs to be smarter about reinstalling the same rpms over and over...
# This will show console output, but not write to the log
# Log will be for brief info, and the console will watch what's currently going on
# (For some reason my signal gets ignored if I'm using os.system... seems to work with popen)
(code, output) = utils.launch_process(command,
print_output=0)
tarball_log.log("Exit code: %d (%s)\n" %
(code, pack_name))
# handle jail busy errors (exit code of 2)
if code == 2:
tarball_log.log(
"Jail busy, retrying later... (%s)\n" %
pack_name)
# handle svn timeouts
elif code == utils.KILLED_EXIT_CODE:
tarball_log.log(
"svn commands killed, retrying later... (%s)\n"
% pack_name)
# Handle failed tarballs...
elif code:
tarball_log.log(
"Tarball creation failed...(%s)\n" % pack_name)
# Send out the log with the tarball, or at least a link... ?
link = "http://mono.ximian.com/monobuild/tarball_logs/HEAD/%s/%d.log" % (
pack_name, latest_for_package)
utils.send_mail(
'*****@*****.**', '*****@*****.**',
'mktarball failed (%s %d)' %
(pack_name, latest_for_package),
"mktarball has failed for package %s revision %d\n\n%s"
% (pack_name, latest_for_package, link))
time_duration = utils.time_duration_asc(start_time,
utils.get_time()) * 60
# Only sleep if this loop was shorter than max_poll_interval
# and if we do sleep, discount the time_duration
if not self.cancelled() and time_duration < self.max_poll_interval:
#tarball_log.log("Sleeping for %d seconds...\n" % (self.max_poll_interval - time_duration) )
time.sleep(self.max_poll_interval - time_duration)
# Exiting because we've been cancelled
tarball_log.log("Tarball creator shutting down...\n")
# Get svn:ignore for this dir
code, files = utils.launch_process('svn propget svn:ignore .', print_output=0)
# If there's some valid data
if not code:
for f in files.split():
if os.path.isdir(f):
utils.launch_process('rm -Rf ' + f, print_command=1)
else:
utils.launch_process('rm -f ' + f, print_command=1)
# Remove the ignored files
for d in os.listdir('.'):
if os.path.isdir(d):
clean_dir(d)
os.chdir('..')
# Clean up a repo
clean_dir(dir)
# Don't think I want to do this yet... (keep local changes)
#utils.launch_process("cd %s; svn -R revert ." % dir)
utils.launch_process("cd %s; svn update" % dir)
def start_processing_handler(self, event):
self.logger.debug("Event %s: start analysis of %s.",
event, self.pcap_path)
self.analysis_process = launch_process(
TSHARK, '-r', self.pcap_path,
'-T', self.configuration.get('log_format', 'text'))
def run(self):
distro = self.distro
scheduler_log.log("%s:\tStarting scheduler\n" % (distro))
while not self.cancelled():
packages_to_build = []
for pack_def in config.sd_latest_build_packages:
pack_obj = packaging.package("", pack_def)
if pack_obj.valid_build_platform(distro):
packages_to_build.append(pack_def)
num_started_builds = 0
start_time = utils.get_time()
# Build each package for this jail
for package_name in packages_to_build:
# Skip builds so we can exit
if self.cancelled(): continue
# Check to see what the latest tarball is
# The src_file_repo class is not threadsafe, so provide a mutex here
tarball_lock.acquire()
try:
tarball_filename = tarballs.get_latest_tarball(
"HEAD", package_name)
except:
# catch this in case the filename is being edited by hand
tarball_filename = ""
tarball_lock.release()
if not tarball_filename:
#scheduler_log.log("%s:\t*** Error getting latest tarball (%s) (Probably doesn't exist...)!!!\n" % (distro, package_name) )
pass
else:
#print "Latest tarball: " + tarball_filename
# Get version
version, ext = version_re.search(tarball_filename).groups()
info = datastore.build_info("HEAD", distro, package_name,
version)
# Build if the build doesn't exist already
if not info.exists:
command = "cd %s; ./build --suppress_output %s %s %s" % (
config.packaging_dir, distro, package_name,
version)
scheduler_log.log("%s:\t%s\n" % (distro, command))
num_started_builds += 1
# TODO: hmm... is this not blocking? Seems this code continues before being able to run tests?
(code, output) = utils.launch_process(command,
print_output=0)
# Testing...
#code = 2
# Is the jail busy? if so, just repeat this loop (and select a new tarball if a newer one exists)
# Hmm... this really shouldn't happen, as much at least
if code == 2:
#scheduler_log.log("%s:\tJail is busy or offline... will retry again (%s)\n" % (distro, package_name) )
num_started_builds -= 1
if code == 5:
scheduler_log.log(
"%s:\tbuild info is missing, but packages exist... ?? will retry again (%s)\n"
% (distro, package_name))
num_started_builds -= 1
else:
#scheduler_log.log("%s:\tSkipping existing build (%s, %s)\n" % (distro, package_name, version) )
pass
time_duration = utils.time_duration_asc(start_time,
utils.get_time()) * 60
if num_started_builds == 0 and time_duration < config.sd_wakeup_interval:
#scheduler_log.log("%s:\tSleeping %d seconds...\n" % (distro, config.sd_wakeup_interval - time_duration) )
time.sleep(config.sd_wakeup_interval - time_duration)
# Exiting because we've been removed from the configuration
scheduler_log.log("%s:\tExiting upon user request...\n" % distro)
def latest_path_revision(self, path, revision=0):
"""given a svn dir path, what's the latest revision for that url at a given revision.
path can either be a string or sequence of strings
"""
# Convert to list
if path.__class__ == str:
path = [path]
versions = []
rev_arg = ""
if revision: rev_arg = "-r " + str(revision)
for item in path:
dirname = os.path.dirname(item)
module = os.path.basename(item)
command = '%s svn %s ls %s/%s %s -v' % (
self.svn_env, self.svn_options, self.root, dirname, rev_arg)
self.debug_print("Command: " + command)
# Cache output for this command, should lessen load from svn server
# Only check if we have a revision
if revision and self.latest_path_revision_cache.has_key(command):
self.debug_print("CACHE:hit!")
(code, output) = self.latest_path_revision_cache[command]
# find hit and put it at the end of the list
self.cache_lru.append(
self.cache_lru.pop(self.cache_lru.index(command)))
else:
self.debug_print("CACHE:miss...")
self.regulator()
code, output = utils.launch_process(
command, print_output=0, output_timeout=output_timeout)
self.latest_path_revision_cache[command] = (code, output)
self.cache_lru.append(command)
# Cache cleanup, so we don't use up all memory since this is a long running process
if len(self.cache_lru) > self.cache_max_size:
self.debug_print("Removing old item from cache")
self.latest_path_revision_cache.pop(self.cache_lru.pop(0))
for line in output.split('\n'):
list = line.split()
# Catch network/ssh errors
try:
version = int(list[0])
except:
return 0
tmp_module = os.path.dirname(list.pop())
if tmp_module == module:
versions += [version]
versions.sort()
return versions.pop()
os.chdir(dir)
# Get svn:ignore for this dir
code, files = utils.launch_process('svn propget svn:ignore .',
print_output=0)
# If there's some valid data
if not code:
for f in files.split():
if os.path.isdir(f):
utils.launch_process('rm -Rf ' + f, print_command=1)
else:
utils.launch_process('rm -f ' + f, print_command=1)
# Remove the ignored files
for d in os.listdir('.'):
if os.path.isdir(d):
clean_dir(d)
os.chdir('..')
# Clean up a repo
clean_dir(dir)
# Don't think I want to do this yet... (keep local changes)
#utils.launch_process("cd %s; svn -R revert ." % dir)
utils.launch_process("cd %s; svn update" % dir)
def start_processing_handler(self, event):
self.logger.debug("Event %s: start analysis of %s.", event,
self.pcap_path)
self.analysis_process = launch_process(
TSHARK, '-r', self.pcap_path, '-T',
self.configuration.get('log_format', 'text'))
