def __killMyPort(port, filedict):
# bug fix: ensure port is an integer
if port:
port = int(port)
try:
with open(filedict, 'r') as fpid:
process_ids=pickle.load(fpid)
for process_id in process_ids:
for pid, cmd in process_id.items():
if verbose(): print "stop process %s : %s"% (pid, cmd[0])
try:
from salome_utils import killpid
killpid(int(pid))
except:
if verbose(): print " ------------------ process %s : %s not found"% (pid, cmd[0])
pass
pass # for pid ...
pass # for process_id ...
# end with
except:
print "Cannot find or open SALOME PIDs file for port", port
pass
os.remove(filedict)
pass
def __killMyPort(port, filedict):
# bug fix: ensure port is an integer
if port:
port = int(port)
try:
with open(filedict, 'r') as fpid:
process_ids = pickle.load(fpid)
for process_id in process_ids:
for pid, cmd in process_id.items():
if verbose(): print "stop process %s : %s" % (pid, cmd[0])
try:
from salome_utils import killpid
killpid(int(pid))
except:
if verbose():
print " ------------------ process %s : %s not found" % (
pid, cmd[0])
pass
pass # for pid ...
pass # for process_id ...
# end with
except:
print "Cannot find or open SALOME PIDs file for port", port
pass
os.remove(filedict)
pass
def killMyPort(port):
"""
Kill SALOME session running on the specified port.
Parameters:
- port - port number
"""
# bug fix: ensure port is an integer
if port:
port = int(port)
try:
import PortManager # do not remove! Test for PortManager availability!
filedict = getPiDict(port)
if not os.path.isfile(filedict): # removed by previous call, see (1)
if verbose():
print "SALOME on port %s: already removed by previous call" % port
# Remove port from PortManager config file
try:
from PortManager import releasePort
if verbose():
print "Removing port from PortManager configuration file"
releasePort(port)
except ImportError:
pass
return
except:
pass
# try to shutdown session normally
import threading, time
threading.Thread(target=shutdownMyPort, args=(port, True)).start()
time.sleep(
3
) # wait a little, then kill processes (should be done if shutdown procedure hangs up)
try:
import PortManager # do not remove! Test for PortManager availability!
filedict = getPiDict(port)
#filedict = __guessPiDictFilename(port)
import glob
all_files = glob.glob("%s*" % filedict)
for f in all_files:
__killMyPort(port, f)
except ImportError:
filedict = __guessPiDictFilename(port)
__killMyPort(port, filedict)
#
appliCleanOmniOrbConfig(port)
pass
def killMyPort(port):
"""
Kill SALOME session running on the specified port.
Parameters:
- port - port number
"""
# bug fix: ensure port is an integer
if port:
port = int(port)
try:
import PortManager # do not remove! Test for PortManager availability!
filedict = getPiDict(port)
if not os.path.isfile(filedict): # removed by previous call, see (1)
if verbose():
print "SALOME on port %s: already removed by previous call"%port
# Remove port from PortManager config file
try:
from PortManager import releasePort
if verbose():
print "Removing port from PortManager configuration file"
releasePort(port)
except ImportError:
pass
return
except:
pass
# try to shutdown session normally
import threading, time
threading.Thread(target=shutdownMyPort, args=(port,True)).start()
time.sleep(3) # wait a little, then kill processes (should be done if shutdown procedure hangs up)
try:
import PortManager # do not remove! Test for PortManager availability!
filedict = getPiDict(port)
#filedict = __guessPiDictFilename(port)
import glob
all_files = glob.glob("%s*"%filedict)
for f in all_files:
__killMyPort(port, f)
except ImportError:
filedict = __guessPiDictFilename(port)
__killMyPort(port, filedict)
#
appliCleanOmniOrbConfig(port)
pass
def __guessPiDictFilename(port):
from salome_utils import getShortHostName, getHostName
filedicts = [
# new-style dot-prefixed pidict file
getPiDict(port, hidden=True),
# provide compatibility with old-style pidict file (not dot-prefixed)
getPiDict(port, hidden=False),
# provide compatibility with old-style pidict file (short hostname)
getPiDict(port, hidden=True, hostname=getShortHostName()),
# provide compatibility with old-style pidict file (not dot-prefixed, short hostname
getPiDict(port, hidden=False, hostname=getShortHostName()),
# provide compatibility with old-style pidict file (long hostname)
getPiDict(port, hidden=True, hostname=getHostName()),
# provide compatibility with old-style pidict file (not dot-prefixed, long hostname)
getPiDict(port, hidden=False, hostname=getHostName())
]
log_msg = ""
for filedict in filedicts:
log_msg += "Trying %s..." % filedict
if os.path.exists(filedict):
log_msg += " ... OK\n"
break
else:
log_msg += " ... not found\n"
if verbose():
print log_msg
return filedict
def update(self, name=None, iteration=None, order=None, source=None):
"""
This function can be used to update the meta-data associated
to this field. It can modify the name, the iteration, the
order and the source.
"""
if name is None:
name = self.fieldname
if iteration is None:
iteration = self.iteration
if order is None:
order = self.order
if source is None:
source = self.source
dataManager.updateFieldMetadata(self.id, name, iteration, order,
source)
self.__fieldHandler.fieldname = name
self.__fieldHandler.iteration = iteration
self.__fieldHandler.order = order
self.__fieldHandler.source = source
# WARN: Note that you have to update directly the fieldHandler
# object because of the presence of the method __setattr__
# that make the proxy to this update method
# Finally, we have to notify the GUI for update of field prestations
#self.__notifyGui_update()
from medcalc.medevents import notifyGui_updateField
notifyGui_updateField(self.id)
# Print for visual control
from salome_utils import verbose
if verbose():
print(self.__repr__())
def __guessPiDictFilename(port):
from salome_utils import getShortHostName, getHostName
filedicts = [
# new-style dot-prefixed pidict file
getPiDict(port, hidden=True),
# provide compatibility with old-style pidict file (not dot-prefixed)
getPiDict(port, hidden=False),
# provide compatibility with old-style pidict file (short hostname)
getPiDict(port, hidden=True, hostname=getShortHostName()),
# provide compatibility with old-style pidict file (not dot-prefixed, short hostname
getPiDict(port, hidden=False, hostname=getShortHostName()),
# provide compatibility with old-style pidict file (long hostname)
getPiDict(port, hidden=True, hostname=getHostName()),
# provide compatibility with old-style pidict file (not dot-prefixed, long hostname)
getPiDict(port, hidden=False, hostname=getHostName())
]
log_msg = ""
for filedict in filedicts:
log_msg += "Trying %s..."%filedict
if os.path.exists(filedict):
log_msg += " ... OK\n"
break
else:
log_msg += " ... not found\n"
if verbose():
print log_msg
return filedict
def __init__(self, fieldHandler):
"""
This defines the wrapping on the field specified by its
fieldHandler id.
"""
self.__fieldHandler = fieldHandler
self.__restriction = None
from salome_utils import verbose
if verbose():
print(self.__repr__())
def extend_path(pname):
for dir in sys.path:
if not isinstance(dir, basestring) or not os.path.isdir(dir) or not dir.endswith(MATCH_ENDING_PATTERN):
continue
subdir = os.path.join(dir, pname)
# XXX This may still add duplicate entries to path on
# case-insensitive filesystems
if os.path.isdir(subdir) and subdir not in __path__:
if verbose(): print "INFO - The directory %s is appended to sys.path" % subdir
__path__.append(subdir)
def extend_path(pname):
for dir in sys.path:
if not isinstance(dir, basestring) or not os.path.isdir(
dir) or not dir.endswith(MATCH_ENDING_PATTERN):
continue
subdir = os.path.join(dir, pname)
# XXX This may still add duplicate entries to path on
# case-insensitive filesystems
if os.path.isdir(subdir) and subdir not in __path__:
if verbose():
print "INFO - The directory %s is appended to sys.path" % subdir
__path__.append(subdir)
def importFile(self, fname):
# get absolute name
if os.path.isabs(fname):
absfname = fname
else:
absfname = os.path.join(os.path.dirname(self.fileName), fname)
# check existing and registry file
for ext in ["", ".xml", ".XML"]:
if os.path.exists(absfname + ext):
absfname += ext
if absfname in self.importHistory:
if verbose():
print "Configure parser: Warning : file %s is already imported" % absfname
return # already imported
break
pass
else:
if verbose():
print "Configure parser: Error : file %s does not exist" % absfname
return
# importing file
try:
# copy current options
import copy
opts = copy.deepcopy(self.opts)
# import file
imp = xml_parser(absfname, opts, self.importHistory)
# merge results
for key in imp.opts.keys():
if not self.opts.has_key(key):
self.opts[key] = imp.opts[key]
pass
pass
pass
except:
if verbose():
print "Configure parser: Error : can not read configuration file %s" % absfname
pass
def importFile(self, fname):
# get absolute name
if os.path.isabs (fname) :
absfname = fname
else:
absfname = os.path.join(os.path.dirname(self.fileName), fname)
# check existing and registry file
for ext in ["", ".xml", ".XML"] :
if os.path.exists(absfname + ext) :
absfname += ext
if absfname in self.importHistory :
if verbose(): print "Configure parser: Warning : file %s is already imported" % absfname
return # already imported
break
pass
else:
if verbose(): print "Configure parser: Error : file %s does not exist" % absfname
return
# importing file
try:
# copy current options
import copy
opts = copy.deepcopy(self.opts)
# import file
imp = xml_parser(absfname, opts, self.importHistory)
# merge results
for key in imp.opts.keys():
if not self.opts.has_key(key):
self.opts[key] = imp.opts[key]
pass
pass
pass
except:
if verbose(): print "Configure parser: Error : can not read configuration file %s" % absfname
pass
def __init__(self, fileName, _opts, _importHistory):
#warning _importHistory=[] is NOT good: is NOT empty,reinitialized after first call
if verbose(): print "Configure parser: processing %s ..." % fileName
self.fileName = os.path.abspath(fileName)
self.importHistory = _importHistory
self.importHistory.append(self.fileName)
self.space = []
self.opts = _opts
self.section = section_to_skip
parser = xml.sax.make_parser()
parser.setContentHandler(self)
parser.parse(fileName)
standalone, embedded = process_containers_params( self.opts.get( standalone_nam ),
self.opts.get( embedded_nam ) )
if standalone is not None:
self.opts[ standalone_nam ] = standalone
if embedded is not None:
self.opts[ embedded_nam ] = embedded
pass
def __init__(self, fileName, _opts, _importHistory):
#warning _importHistory=[] is NOT good: is NOT empty,reinitialized after first call
if verbose(): print "Configure parser: processing %s ..." % fileName
self.fileName = os.path.abspath(fileName)
self.importHistory = _importHistory
self.importHistory.append(self.fileName)
self.space = []
self.opts = _opts
self.section = section_to_skip
parser = xml.sax.make_parser()
parser.setContentHandler(self)
parser.parse(fileName)
standalone, embedded = process_containers_params(
self.opts.get(standalone_nam), self.opts.get(embedded_nam))
if standalone is not None:
self.opts[standalone_nam] = standalone
if embedded is not None:
self.opts[embedded_nam] = embedded
pass
smesh = None
pass
# load plugins and add dynamically generated methods to Mesh class,
# the same for for global variables declared by plug-ins
from salome.smesh.smeshBuilder import *
from salome.smesh.smeshBuilder import Mesh, algoCreator
for pluginName in os.environ[ "SMESH_MeshersList" ].split( ":" ):
#
#print "pluginName: ", pluginName
pluginBuilderName = pluginName + "Builder"
try:
exec( "from salome.%s.%s import *" % (pluginName, pluginBuilderName))
except Exception, e:
from salome_utils import verbose
if verbose(): print "Exception while loading %s: %s" % ( pluginBuilderName, e )
continue
exec( "from salome.%s import %s" % (pluginName, pluginBuilderName))
plugin = eval( pluginBuilderName )
# add methods creating algorithms to Mesh
for k in dir( plugin ):
if k[0] == '_': continue
algo = getattr( plugin, k )
if type( algo ).__name__ == 'classobj' and hasattr( algo, "meshMethod" ):
if not hasattr( Mesh, algo.meshMethod ):
setattr( Mesh, algo.meshMethod, algoCreator() )
pass
getattr( Mesh, algo.meshMethod ).add( algo )
pass
pass
def appliCleanOmniOrbConfig(port):
"""
Remove omniorb config files related to the port in SALOME application:
- ${OMNIORB_USER_PATH}/.omniORB_${USER}_${HOSTNAME}_${NSPORT}.cfg
- ${OMNIORB_USER_PATH}/.omniORB_${USER}_last.cfg
the last is removed only if the link points to the first file.
"""
if verbose():
print "clean OmniOrb config for port %s" % port
from salome_utils import generateFileName, getUserName
omniorbUserPath = os.getenv("OMNIORB_USER_PATH")
if omniorbUserPath is None:
#Run outside application context
pass
else:
omniorb_config = generateFileName(omniorbUserPath,
prefix="omniORB",
extension="cfg",
hidden=True,
with_username=True,
with_hostname=True,
with_port=port)
last_running_config = generateFileName(omniorbUserPath,
prefix="omniORB",
with_username=True,
suffix="last",
extension="cfg",
hidden=True)
if os.access(last_running_config, os.F_OK):
if not sys.platform == 'win32':
pointedPath = os.readlink(last_running_config)
if pointedPath[0] != '/':
pointedPath = os.path.join(
os.path.dirname(last_running_config), pointedPath)
pass
if pointedPath == omniorb_config:
os.unlink(last_running_config)
pass
pass
else:
os.remove(last_running_config)
pass
pass
if os.access(omniorb_config, os.F_OK):
os.remove(omniorb_config)
pass
if os.path.lexists(last_running_config): return
#try to relink last.cfg to an existing config file if any
files = glob.glob(
os.path.join(omniorbUserPath,
".omniORB_" + getUserName() + "_*.cfg"))
current_config = None
current = 0
for f in files:
stat = os.stat(f)
if stat.st_atime > current:
current = stat.st_atime
current_config = f
if current_config:
if sys.platform == "win32":
import shutil
shutil.copyfile(os.path.normpath(current_config),
last_running_config)
pass
else:
os.symlink(os.path.normpath(current_config),
last_running_config)
pass
pass
pass
pass
def appliCleanOmniOrbConfig(port):
"""
Remove omniorb config files related to the port in SALOME application:
- ${OMNIORB_USER_PATH}/.omniORB_${USER}_${HOSTNAME}_${NSPORT}.cfg
- ${OMNIORB_USER_PATH}/.omniORB_${USER}_last.cfg
the last is removed only if the link points to the first file.
"""
if verbose():
print "clean OmniOrb config for port %s"%port
from salome_utils import generateFileName, getUserName
omniorbUserPath = os.getenv("OMNIORB_USER_PATH")
if omniorbUserPath is None:
#Run outside application context
pass
else:
omniorb_config = generateFileName(omniorbUserPath, prefix="omniORB",
extension="cfg",
hidden=True,
with_username=True,
with_hostname=True,
with_port=port)
last_running_config = generateFileName(omniorbUserPath, prefix="omniORB",
with_username=True,
suffix="last",
extension="cfg",
hidden=True)
if os.access(last_running_config,os.F_OK):
if not sys.platform == 'win32':
pointedPath = os.readlink(last_running_config)
if pointedPath[0] != '/':
pointedPath=os.path.join(os.path.dirname(last_running_config), pointedPath)
pass
if pointedPath == omniorb_config:
os.unlink(last_running_config)
pass
pass
else:
os.remove(last_running_config)
pass
pass
if os.access(omniorb_config,os.F_OK):
os.remove(omniorb_config)
pass
if os.path.lexists(last_running_config):return
#try to relink last.cfg to an existing config file if any
files = glob.glob(os.path.join(omniorbUserPath,".omniORB_"+getUserName()+"_*.cfg"))
current_config=None
current=0
for f in files:
stat=os.stat(f)
if stat.st_atime > current:
current=stat.st_atime
current_config=f
if current_config:
if sys.platform == "win32":
import shutil
shutil.copyfile(os.path.normpath(current_config), last_running_config)
pass
else:
os.symlink(os.path.normpath(current_config), last_running_config)
pass
pass
pass
pass
def get_env(theAdditionalOptions=None, appname=salomeappname, cfgname=salomecfgname, exeName=None):
###
# Collect launch configuration files:
# - The environment variable "<appname>Config" (SalomeAppConfig) which can
# define a list of directories (separated by ':' or ';' symbol) is checked
# - If the environment variable "<appname>Config" is not set, only
# ${GUI_ROOT_DIR}/share/salome/resources/gui is inspected
# - ${GUI_ROOT_DIR}/share/salome/resources/gui directory is always inspected
# so it is not necessary to put it in the "<appname>Config" variable
# - The directories which are inspected are checked for files "<appname?salomeappname>.xml"
# (SalomeApp.xml) which define SALOME configuration
# - These directories are analyzed beginning from the last one in the list,
# so the first directory listed in "<appname>Config" environment variable
# has higher priority: it means that if some configuration options
# is found in the next analyzed cofiguration file - it will be replaced
# - The last configuration file which is parsed is user configuration file
# situated in the home directory (if it exists):
# * ~/.config/salome/.<appname>rc[.<version>]" for Linux (e.g. ~/.config/salome/.SalomeApprc.6.4.0)
# * ~/<appname>.xml[.<version>] for Windows (e.g. ~/SalomeApp.xml.6.4.0)
# - Command line options have the highest priority and replace options
# specified in configuration file(s)
###
if theAdditionalOptions is None:
theAdditionalOptions = []
global args
config_var = appname+'Config'
# check KERNEL_ROOT_DIR
kernel_root_dir = os.environ.get("KERNEL_ROOT_DIR", None)
if kernel_root_dir is None:
print """
For each SALOME module, the environment variable <moduleN>_ROOT_DIR must be set.
KERNEL_ROOT_DIR is mandatory.
"""
sys.exit(1)
############################
# parse command line options
pars = CreateOptionParser(theAdditionalOptions, exeName=exeName)
(cmd_opts, cmd_args) = pars.parse_args(sys.argv[1:])
############################
# Process --print-port option
if cmd_opts.print_port:
from searchFreePort import searchFreePort
searchFreePort({})
print "port:%s"%(os.environ['NSPORT'])
try:
import PortManager
PortManager.releasePort(os.environ['NSPORT'])
except ImportError:
pass
sys.exit(0)
pass
# set resources variable SalomeAppConfig if it is not set yet
dirs = []
if os.getenv(config_var):
if sys.platform == 'win32':
dirs += re.split(os.pathsep, os.getenv(config_var))
else:
dirs += re.split('[;|:]', os.getenv(config_var))
gui_available = False
if os.getenv("GUI_ROOT_DIR"):
gui_resources_dir = os.path.join(os.getenv("GUI_ROOT_DIR"),'share','salome','resources','gui')
if os.path.isdir( gui_resources_dir ):
gui_available = True
dirs.append(gui_resources_dir)
pass
if not gui_available:
kernel_resources_dir = os.path.join(os.getenv("KERNEL_ROOT_DIR"),'bin','salome','appliskel')
if os.getenv("KERNEL_ROOT_DIR") and os.path.isdir( kernel_resources_dir ):
dirs.append(kernel_resources_dir)
pass
os.environ[config_var] = os.pathsep.join(dirs)
dirs.reverse() # reverse order, like in "path" variable - FILO-style processing
try:
dirs.remove('') # to remove empty dirs if the variable terminate by ":" or if there are "::" inside
except:
pass
_opts = {} # associative array of options to be filled
# parse SalomeApp.xml files in directories specified by SalomeAppConfig env variable
for dir in dirs:
filename = os.path.join(dir, appname+'.xml')
if not os.path.exists(filename):
if verbose(): print "Configure parser: Warning : can not find configuration file %s" % filename
else:
try:
p = xml_parser(filename, _opts, [])
_opts = p.opts
except:
if verbose(): print "Configure parser: Error : can not read configuration file %s" % filename
pass
# parse user configuration file
# It can be set via --resources=<file> command line option
# or is given from default location (see defaultUserFile() function)
# If user file for the current version is not found the nearest to it is used
user_config = cmd_opts.resources
if not user_config:
user_config = userFile(appname, cfgname)
if verbose(): print "Configure parser: user configuration file is", user_config
if not user_config or not os.path.exists(user_config):
if verbose(): print "Configure parser: Warning : can not find user configuration file"
else:
try:
p = xml_parser(user_config, _opts, [])
_opts = p.opts
except:
if verbose(): print 'Configure parser: Error : can not read user configuration file'
user_config = ""
args = _opts
args['user_config'] = user_config
#print "User Configuration file: ", args['user_config']
# set default values for options which are NOT set in config files
for aKey in listKeys:
if not args.has_key( aKey ):
args[aKey] = []
for aKey in boolKeys:
if not args.has_key( aKey ):
args[aKey] = 0
if args[file_nam]:
afile=args[file_nam]
args[file_nam] = [afile]
args[appname_nam] = appname
# get the port number
my_port = getPortNumber()
args[port_nam] = my_port
####################################################
# apply command-line options to the arguments
# each option given in command line overrides the option from xml config file
#
# Options: gui, desktop, log_file, resources,
# xterm, modules, embedded, standalone,
# portkill, killall, interp, splash,
# catch_exceptions, pinter
# GUI/Terminal, Desktop, Splash, STUDY_HDF
args["session_gui"] = False
args[batch_nam] = False
args["study_hdf"] = None
if cmd_opts.gui is not None:
args[gui_nam] = cmd_opts.gui
if cmd_opts.batch is not None:
args[batch_nam] = True
if not gui_available:
args[gui_nam] = False
if args[gui_nam]:
args["session_gui"] = True
if cmd_opts.desktop is not None:
args["session_gui"] = cmd_opts.desktop
args[splash_nam] = cmd_opts.desktop
if args["session_gui"]:
if cmd_opts.splash is not None:
args[splash_nam] = cmd_opts.splash
else:
args["session_gui"] = False
args[splash_nam] = False
# Logger/Log file
if cmd_opts.log_file is not None:
if cmd_opts.log_file == 'CORBA':
args[logger_nam] = True
else:
args[file_nam] = [cmd_opts.log_file]
# Naming Service port log file
if cmd_opts.ns_port_log_file is not None:
args["ns_port_log_file"] = cmd_opts.ns_port_log_file
# Study files
for arg in cmd_args:
if arg[-4:] == ".hdf" and not args["study_hdf"]:
args["study_hdf"] = arg
# Python scripts
from salomeContextUtils import getScriptsAndArgs, ScriptAndArgs
args[script_nam] = getScriptsAndArgs(cmd_args)
if args[gui_nam] and args["session_gui"]:
new_args = []
for sa_obj in args[script_nam]: # args[script_nam] is a list of ScriptAndArgs objects
script = re.sub(r'^python.*\s+', r'', sa_obj.script)
new_args.append(ScriptAndArgs(script=script, args=sa_obj.args, out=sa_obj.out))
#
args[script_nam] = new_args
# xterm
if cmd_opts.xterm is not None: args[xterm_nam] = cmd_opts.xterm
# Modules
if cmd_opts.modules is not None:
args[modules_nam] = []
listlist = cmd_opts.modules
for listi in listlist:
args[modules_nam] += re.split( "[:;,]", listi)
else:
# if --modules (-m) command line option is not given
# try SALOME_MODULES environment variable
if os.getenv( "SALOME_MODULES" ):
args[modules_nam] = re.split( "[:;,]", os.getenv( "SALOME_MODULES" ) )
pass
# Embedded
if cmd_opts.embedded is not None:
args[embedded_nam] = filter( lambda a: a.strip(), re.split( "[:;,]", cmd_opts.embedded ) )
# Standalone
if cmd_opts.standalone is not None:
args[standalone_nam] = filter( lambda a: a.strip(), re.split( "[:;,]", cmd_opts.standalone ) )
# Normalize the '--standalone' and '--embedded' parameters
standalone, embedded = process_containers_params( args.get( standalone_nam ),
args.get( embedded_nam ) )
if standalone is not None:
args[ standalone_nam ] = standalone
if embedded is not None:
args[ embedded_nam ] = embedded
# Kill
if cmd_opts.portkill is not None: args[portkill_nam] = cmd_opts.portkill
if cmd_opts.killall is not None: args[killall_nam] = cmd_opts.killall
# Interpreter
if cmd_opts.interp is not None:
args[interp_nam] = cmd_opts.interp
# Exceptions
if cmd_opts.catch_exceptions is not None:
args[except_nam] = not cmd_opts.catch_exceptions
# Relink config file
if cmd_opts.save_config is not None:
args['save_config'] = cmd_opts.save_config
# Interactive python console
if cmd_opts.pinter is not None:
args[pinter_nam] = cmd_opts.pinter
# Gdb session in xterm
if cmd_opts.gdb_session is not None:
args[gdb_session_nam] = cmd_opts.gdb_session
# Ddd session in xterm
if cmd_opts.ddd_session is not None:
args[ddd_session_nam] = cmd_opts.ddd_session
# valgrind session
if cmd_opts.valgrind_session is not None:
args[valgrind_session_nam] = cmd_opts.valgrind_session
# Shutdown servers
if cmd_opts.shutdown_servers is None:
args[shutdown_servers_nam] = 0
else:
args[shutdown_servers_nam] = cmd_opts.shutdown_servers
pass
# Foreground
if cmd_opts.foreground is None:
args[foreground_nam] = 1
else:
args[foreground_nam] = cmd_opts.foreground
pass
# wake up session
if cmd_opts.wake_up_session is not None:
args[wake_up_session_nam] = cmd_opts.wake_up_session
####################################################
# Add <theAdditionalOptions> values to args
for add_opt in theAdditionalOptions:
cmd = "args[\"{0}\"] = cmd_opts.{0}".format(add_opt.dest)
exec(cmd)
####################################################
# disable signals handling
if args[except_nam] == 1:
os.environ["NOT_INTERCEPT_SIGNALS"] = "1"
pass
# now modify SalomeAppConfig environment variable
# to take into account the SALOME modules
if os.sys.platform == 'win32':
dirs = re.split('[;]', os.environ[config_var] )
else:
dirs = re.split('[;|:]', os.environ[config_var] )
for module in args[modules_nam]:
if module not in ["KERNEL", "GUI", ""] and os.getenv("{0}_ROOT_DIR".format(module)):
d1 = os.path.join(os.getenv("{0}_ROOT_DIR".format(module)),"share","salome","resources",module.lower())
d2 = os.path.join(os.getenv("{0}_ROOT_DIR".format(module)),"share","salome","resources")
#if os.path.exists( "%s/%s.xml"%(d1, appname) ):
if os.path.exists( os.path.join(d1,"{0}.xml".format(salomeappname)) ):
dirs.append( d1 )
#elif os.path.exists( "%s/%s.xml"%(d2, appname) ):
elif os.path.exists( os.path.join(d2,"{0}.xml".format(salomeappname)) ):
dirs.append( d2 )
else:
#print "* '"+m+"' should be deleted from ",args[modules_nam]
pass
# Test
if cmd_opts.test_script_file is not None:
args[test_nam] = []
filename = cmd_opts.test_script_file
args[test_nam] += re.split( "[:;,]", filename )
# Play
if cmd_opts.play_script_file is not None:
args[play_nam] = []
filename = cmd_opts.play_script_file
args[play_nam] += re.split( "[:;,]", filename )
# Server launch command
if cmd_opts.server_launch_mode is not None:
args["server_launch_mode"] = cmd_opts.server_launch_mode
# Server launch command
if cmd_opts.use_port is not None:
min_port = 2810
max_port = min_port + 100
if cmd_opts.use_port not in xrange(min_port, max_port+1):
print "Error: port number should be in range [%d, %d])" % (min_port, max_port)
sys.exit(1)
args[useport_nam] = cmd_opts.use_port
if cmd_opts.language is not None:
langs = args["language_languages"] if "language_languages" in args else []
if cmd_opts.language not in langs:
print "Error: unsupported language: %s" % cmd_opts.language
sys.exit(1)
args[lang_nam] = cmd_opts.language
# return arguments
os.environ[config_var] = os.pathsep.join(dirs)
#print "Args: ", args
return args
def get_env(theAdditionalOptions=None,
appname=salomeappname,
cfgname=salomecfgname,
exeName=None):
###
# Collect launch configuration files:
# - The environment variable "<appname>Config" (SalomeAppConfig) which can
# define a list of directories (separated by ':' or ';' symbol) is checked
# - If the environment variable "<appname>Config" is not set, only
# ${GUI_ROOT_DIR}/share/salome/resources/gui is inspected
# - ${GUI_ROOT_DIR}/share/salome/resources/gui directory is always inspected
# so it is not necessary to put it in the "<appname>Config" variable
# - The directories which are inspected are checked for files "<appname?salomeappname>.xml"
# (SalomeApp.xml) which define SALOME configuration
# - These directories are analyzed beginning from the last one in the list,
# so the first directory listed in "<appname>Config" environment variable
# has higher priority: it means that if some configuration options
# is found in the next analyzed cofiguration file - it will be replaced
# - The last configuration file which is parsed is user configuration file
# situated in the home directory (if it exists):
# * ~/.config/salome/.<appname>rc[.<version>]" for Linux (e.g. ~/.config/salome/.SalomeApprc.6.4.0)
# * ~/<appname>.xml[.<version>] for Windows (e.g. ~/SalomeApp.xml.6.4.0)
# - Command line options have the highest priority and replace options
# specified in configuration file(s)
###
if theAdditionalOptions is None:
theAdditionalOptions = []
global args
config_var = appname + 'Config'
# check KERNEL_ROOT_DIR
kernel_root_dir = os.environ.get("KERNEL_ROOT_DIR", None)
if kernel_root_dir is None:
print """
For each SALOME module, the environment variable <moduleN>_ROOT_DIR must be set.
KERNEL_ROOT_DIR is mandatory.
"""
sys.exit(1)
############################
# parse command line options
pars = CreateOptionParser(theAdditionalOptions, exeName=exeName)
(cmd_opts, cmd_args) = pars.parse_args(sys.argv[1:])
############################
# Process --print-port option
if cmd_opts.print_port:
from searchFreePort import searchFreePort
searchFreePort({})
print "port:%s" % (os.environ['NSPORT'])
try:
import PortManager
PortManager.releasePort(os.environ['NSPORT'])
except ImportError:
pass
sys.exit(0)
pass
# set resources variable SalomeAppConfig if it is not set yet
dirs = []
if os.getenv(config_var):
if sys.platform == 'win32':
dirs += re.split(os.pathsep, os.getenv(config_var))
else:
dirs += re.split('[;|:]', os.getenv(config_var))
gui_available = False
if os.getenv("GUI_ROOT_DIR"):
gui_resources_dir = os.path.join(os.getenv("GUI_ROOT_DIR"), 'share',
'salome', 'resources', 'gui')
if os.path.isdir(gui_resources_dir):
gui_available = True
dirs.append(gui_resources_dir)
pass
if not gui_available:
kernel_resources_dir = os.path.join(os.getenv("KERNEL_ROOT_DIR"),
'bin', 'salome', 'appliskel')
if os.getenv("KERNEL_ROOT_DIR") and os.path.isdir(
kernel_resources_dir):
dirs.append(kernel_resources_dir)
pass
os.environ[config_var] = os.pathsep.join(dirs)
dirs.reverse(
) # reverse order, like in "path" variable - FILO-style processing
try:
dirs.remove(
''
) # to remove empty dirs if the variable terminate by ":" or if there are "::" inside
except:
pass
_opts = {} # associative array of options to be filled
# parse SalomeApp.xml files in directories specified by SalomeAppConfig env variable
for dir in dirs:
filename = os.path.join(dir, appname + '.xml')
if not os.path.exists(filename):
if verbose():
print "Configure parser: Warning : can not find configuration file %s" % filename
else:
try:
p = xml_parser(filename, _opts, [])
_opts = p.opts
except:
if verbose():
print "Configure parser: Error : can not read configuration file %s" % filename
pass
# parse user configuration file
# It can be set via --resources=<file> command line option
# or is given from default location (see defaultUserFile() function)
# If user file for the current version is not found the nearest to it is used
user_config = cmd_opts.resources
if not user_config:
user_config = userFile(appname, cfgname)
if verbose():
print "Configure parser: user configuration file is", user_config
if not user_config or not os.path.exists(user_config):
if verbose():
print "Configure parser: Warning : can not find user configuration file"
else:
try:
p = xml_parser(user_config, _opts, [])
_opts = p.opts
except:
if verbose():
print 'Configure parser: Error : can not read user configuration file'
user_config = ""
args = _opts
args['user_config'] = user_config
#print "User Configuration file: ", args['user_config']
# set default values for options which are NOT set in config files
for aKey in listKeys:
if not args.has_key(aKey):
args[aKey] = []
for aKey in boolKeys:
if not args.has_key(aKey):
args[aKey] = 0
if args[file_nam]:
afile = args[file_nam]
args[file_nam] = [afile]
args[appname_nam] = appname
# get the port number
my_port = getPortNumber()
args[port_nam] = my_port
####################################################
# apply command-line options to the arguments
# each option given in command line overrides the option from xml config file
#
# Options: gui, desktop, log_file, resources,
# xterm, modules, embedded, standalone,
# portkill, killall, interp, splash,
# catch_exceptions, pinter
# GUI/Terminal, Desktop, Splash, STUDY_HDF
args["session_gui"] = False
args[batch_nam] = False
args["study_hdf"] = None
if cmd_opts.gui is not None:
args[gui_nam] = cmd_opts.gui
if cmd_opts.batch is not None:
args[batch_nam] = True
if not gui_available:
args[gui_nam] = False
if args[gui_nam]:
args["session_gui"] = True
if cmd_opts.desktop is not None:
args["session_gui"] = cmd_opts.desktop
args[splash_nam] = cmd_opts.desktop
if args["session_gui"]:
if cmd_opts.splash is not None:
args[splash_nam] = cmd_opts.splash
else:
args["session_gui"] = False
args[splash_nam] = False
# Logger/Log file
if cmd_opts.log_file is not None:
if cmd_opts.log_file == 'CORBA':
args[logger_nam] = True
else:
args[file_nam] = [cmd_opts.log_file]
# Naming Service port log file
if cmd_opts.ns_port_log_file is not None:
args["ns_port_log_file"] = cmd_opts.ns_port_log_file
# Study files
for arg in cmd_args:
if arg[-4:] == ".hdf" and not args["study_hdf"]:
args["study_hdf"] = arg
# Python scripts
from salomeContextUtils import getScriptsAndArgs, ScriptAndArgs
args[script_nam] = getScriptsAndArgs(cmd_args)
if args[gui_nam] and args["session_gui"]:
new_args = []
for sa_obj in args[
script_nam]: # args[script_nam] is a list of ScriptAndArgs objects
script = re.sub(r'^python.*\s+', r'', sa_obj.script)
new_args.append(
ScriptAndArgs(script=script, args=sa_obj.args, out=sa_obj.out))
#
args[script_nam] = new_args
# xterm
if cmd_opts.xterm is not None: args[xterm_nam] = cmd_opts.xterm
# Modules
if cmd_opts.modules is not None:
args[modules_nam] = []
listlist = cmd_opts.modules
for listi in listlist:
args[modules_nam] += re.split("[:;,]", listi)
else:
# if --modules (-m) command line option is not given
# try SALOME_MODULES environment variable
if os.getenv("SALOME_MODULES"):
args[modules_nam] = re.split("[:;,]", os.getenv("SALOME_MODULES"))
pass
# Embedded
if cmd_opts.embedded is not None:
args[embedded_nam] = filter(lambda a: a.strip(),
re.split("[:;,]", cmd_opts.embedded))
# Standalone
if cmd_opts.standalone is not None:
args[standalone_nam] = filter(lambda a: a.strip(),
re.split("[:;,]", cmd_opts.standalone))
# Normalize the '--standalone' and '--embedded' parameters
standalone, embedded = process_containers_params(args.get(standalone_nam),
args.get(embedded_nam))
if standalone is not None:
args[standalone_nam] = standalone
if embedded is not None:
args[embedded_nam] = embedded
# Kill
if cmd_opts.portkill is not None: args[portkill_nam] = cmd_opts.portkill
if cmd_opts.killall is not None: args[killall_nam] = cmd_opts.killall
# Interpreter
if cmd_opts.interp is not None:
args[interp_nam] = cmd_opts.interp
# Exceptions
if cmd_opts.catch_exceptions is not None:
args[except_nam] = not cmd_opts.catch_exceptions
# Relink config file
if cmd_opts.save_config is not None:
args['save_config'] = cmd_opts.save_config
# Interactive python console
if cmd_opts.pinter is not None:
args[pinter_nam] = cmd_opts.pinter
# Gdb session in xterm
if cmd_opts.gdb_session is not None:
args[gdb_session_nam] = cmd_opts.gdb_session
# Ddd session in xterm
if cmd_opts.ddd_session is not None:
args[ddd_session_nam] = cmd_opts.ddd_session
# valgrind session
if cmd_opts.valgrind_session is not None:
args[valgrind_session_nam] = cmd_opts.valgrind_session
# Shutdown servers
if cmd_opts.shutdown_servers is None:
args[shutdown_servers_nam] = 0
else:
args[shutdown_servers_nam] = cmd_opts.shutdown_servers
pass
# Foreground
if cmd_opts.foreground is None:
args[foreground_nam] = 1
else:
args[foreground_nam] = cmd_opts.foreground
pass
# wake up session
if cmd_opts.wake_up_session is not None:
args[wake_up_session_nam] = cmd_opts.wake_up_session
####################################################
# Add <theAdditionalOptions> values to args
for add_opt in theAdditionalOptions:
cmd = "args[\"{0}\"] = cmd_opts.{0}".format(add_opt.dest)
exec(cmd)
####################################################
# disable signals handling
if args[except_nam] == 1:
os.environ["NOT_INTERCEPT_SIGNALS"] = "1"
pass
# now modify SalomeAppConfig environment variable
# to take into account the SALOME modules
if os.sys.platform == 'win32':
dirs = re.split('[;]', os.environ[config_var])
else:
dirs = re.split('[;|:]', os.environ[config_var])
for module in args[modules_nam]:
if module not in ["KERNEL", "GUI", ""] and os.getenv(
"{0}_ROOT_DIR".format(module)):
d1 = os.path.join(os.getenv("{0}_ROOT_DIR".format(module)),
"share", "salome", "resources", module.lower())
d2 = os.path.join(os.getenv("{0}_ROOT_DIR".format(module)),
"share", "salome", "resources")
#if os.path.exists( "%s/%s.xml"%(d1, appname) ):
if os.path.exists(os.path.join(d1,
"{0}.xml".format(salomeappname))):
dirs.append(d1)
#elif os.path.exists( "%s/%s.xml"%(d2, appname) ):
elif os.path.exists(
os.path.join(d2, "{0}.xml".format(salomeappname))):
dirs.append(d2)
else:
#print "* '"+m+"' should be deleted from ",args[modules_nam]
pass
# Test
if cmd_opts.test_script_file is not None:
args[test_nam] = []
filename = cmd_opts.test_script_file
args[test_nam] += re.split("[:;,]", filename)
# Play
if cmd_opts.play_script_file is not None:
args[play_nam] = []
filename = cmd_opts.play_script_file
args[play_nam] += re.split("[:;,]", filename)
# Server launch command
if cmd_opts.server_launch_mode is not None:
args["server_launch_mode"] = cmd_opts.server_launch_mode
# Server launch command
if cmd_opts.use_port is not None:
min_port = 2810
max_port = min_port + 100
if cmd_opts.use_port not in xrange(min_port, max_port + 1):
print "Error: port number should be in range [%d, %d])" % (
min_port, max_port)
sys.exit(1)
args[useport_nam] = cmd_opts.use_port
if cmd_opts.language is not None:
langs = args[
"language_languages"] if "language_languages" in args else []
if cmd_opts.language not in langs:
print "Error: unsupported language: %s" % cmd_opts.language
sys.exit(1)
args[lang_nam] = cmd_opts.language
# return arguments
os.environ[config_var] = os.pathsep.join(dirs)
#print "Args: ", args
return args
def wrapper(self, *args, **kwargs):
from salome_utils import verbose
if verbose():
function(self, *args, **kwargs)
