def translateRun(runFile, runXML):
try:
iF = open(runFile, 'r')
except:
print "in transateRun: Unable to open %s for reading." % runFile
return
attrs = AttrVal()
# get the attribute value pairs
line = iF.readline()
while line != '':
# get this value
nvlist = re.split('=', line, 1)
if len(nvlist) == 1:
[n] = nvlist
attrs.addPair(n)
else:
[n, v] = nvlist
attrs.addPair(n, v)
line = iF.readline()
iF.close()
if attrs.getFirst()[0] != "RunDataBegin":
raise PTexception("Missing RunDataBegin in run data file for: %s" %
runFile)
if attrs.getLast()[0] != "RunDataEnd":
raise PTexception("Missing RunDataEnd in run data file for: %s" %
runFile)
# make a peri object
peri = PERIxml()
# create the run
run = peri.createRun()
getRunData(attrs, peri, run)
if attrs.getCurrent()[0] != "RunDataEnd":
getSubmissionData(attrs, peri, run)
if attrs.getCurrent()[0] != "RunDataEnd":
getFileSystems(attrs, peri, run)
if attrs.getCurrent()[0] != "RunDataEnd":
getLibraries(attrs, peri, run)
if attrs.getCurrent()[0] != "RunDataEnd":
getInputDecks(attrs, peri, run)
peri.writeData(runXML)
def translateRun(runFile, runXML):
try:
iF = open(runFile,'r')
except:
print "in transateRun: Unable to open %s for reading." % runFile
return
attrs = AttrVal()
# get the attribute value pairs
line = iF.readline()
while line != '':
# get this value
nvlist = re.split('=', line, 1)
if len(nvlist) == 1:
[n] = nvlist
attrs.addPair(n)
else:
[n,v] = nvlist
attrs.addPair(n,v)
line = iF.readline()
iF.close()
if attrs.getFirst()[0] != "RunDataBegin":
raise PTexception("Missing RunDataBegin in run data file for: %s" % runFile)
if attrs.getLast()[0] != "RunDataEnd":
raise PTexception("Missing RunDataEnd in run data file for: %s" % runFile)
# make a peri object
peri = PERIxml()
# create the run
run = peri.createRun()
getRunData(attrs, peri, run)
if attrs.getCurrent()[0] != "RunDataEnd":
getSubmissionData(attrs, peri, run)
if attrs.getCurrent()[0] != "RunDataEnd":
getFileSystems(attrs, peri, run)
if attrs.getCurrent()[0] != "RunDataEnd":
getLibraries(attrs, peri, run)
if attrs.getCurrent()[0] != "RunDataEnd":
getInputDecks(attrs, peri, run)
peri.writeData(runXML)
def translateBuild(buildFile, buildXML):
try:
iF = open(buildFile, 'r')
except:
print "in transateBuild: Unable to open %s for reading." % buildFile
return
attrs = AttrVal()
# get the attribute value pairs
line = iF.readline()
while line != '':
# get this value
nvlist = re.split('=', line, 1)
if len(nvlist) == 1:
[n] = nvlist
attrs.addPair(n)
else:
[n, v] = nvlist
attrs.addPair(n, v)
line = iF.readline()
iF.close()
if attrs.getFirst()[0] != "BuildDataBegin":
raise PTexception("Missing BuildDataBegin in build data file: %s" %
buildFile)
if attrs.getLast()[0] != "BuildDataEnd":
raise PTexception("Missing BuildDataEnd in build data file: %s" %
buildFile)
# create a peri object
peri = PERIxml()
# create the build
build = peri.createBuild()
getBuildData(attrs, build, peri)
if attrs.getCurrent()[0] != "BuildDataEnd":
getCompilerData(attrs, peri)
if attrs.getCurrent()[0] != "BuildDataEnd":
getLibraries(attrs, peri, build)
peri.writeData(buildXML)
def translateBuild(buildFile, buildXML):
try:
iF = open(buildFile,'r')
except:
print "in transateBuild: Unable to open %s for reading." % buildFile
return
attrs = AttrVal()
# get the attribute value pairs
line = iF.readline()
while line != '':
# get this value
nvlist = re.split('=', line, 1)
if len(nvlist) == 1:
[n] = nvlist
attrs.addPair(n)
else:
[n,v] = nvlist
attrs.addPair(n,v)
line = iF.readline()
iF.close()
if attrs.getFirst()[0] != "BuildDataBegin":
raise PTexception("Missing BuildDataBegin in build data file: %s" % buildFile)
if attrs.getLast()[0] != "BuildDataEnd":
raise PTexception("Missing BuildDataEnd in build data file: %s" % buildFile)
# create a peri object
peri = PERIxml()
# create the build
build = peri.createBuild()
getBuildData(attrs, build, peri)
if attrs.getCurrent()[0] != "BuildDataEnd":
getCompilerData(attrs, peri)
if attrs.getCurrent()[0] != "BuildDataEnd":
getLibraries(attrs, peri, build)
peri.writeData(buildXML)
def main(argv=None):
__version__ = '1.0.1'
## parse the command line
usage = "%prog systemScan [-h] [-d] [-m module name] [-f config file] [-p]"
#version = "%prog 1.0.1"
parser = OptionParser(usage=usage, version="%prog " + __version__)
parser.add_option ("-d", "--debug", dest="debugMode", \
help="Enable debug mode", default=1)
parser.add_option ("-m", "--module", dest="module", \
help="Name of Python module containing attribute " +\
"classes to load. The default file is pt_proc.", \
default="pt_proc")
parser.add_option ("-f", "--configfile", dest="configFile", \
help="Name of configuration file containing machine " +\
"configuration data. The default file for PTdf is ./iMDL.cfg."\
" The default for PERI xml is ./PERIiMDL.cfg. Look in "\
"the perftrack/share directory for example files.", \
default="iMDL.cfg")
parser.add_option ("-o", "--outfile", dest="outputFile", \
help="Name of output file. Default name is " +\
"systemScan.ptdf (or systemScan.xml if PERI output is "\
" selected).", default="systemScan.ptdf")
parser.add_option ("-p", "--peri", dest="PERIxml", action="store_true",\
help="Change output format to PERI xml. Default is PTdf."\
,default=False)
(options, args) = parser.parse_args()
_debug = options.debugMode
attrModule = options.module
configFileName = options.configFile
if options.PERIxml:
outputFormat = "PERIxml"
outputFileName = options.outputFile.replace(".ptdf", ".xml")
if options.configFile == "iMDL.cfg":
configFileName = "PERIiMDL.cfg"
from PERIxml import PERIxml
else:
outputFormat = "PTdf"
outputFileName = options.outputFile
## unknown string
unknownStr = "Unknown"
dqStr = '"'
sqStr = "'"
# Create Logging object
logObj = gmLogger.gmlog()
logObj.gmLogWrite(2, "Host System Method Version: " + __version__)
# Load the user specified attribute module
logObj.gmLogWrite(0, "Loading Atribute Module Name: " + attrModule)
moduleObj = _get_mod(attrModule)
logObj.gmLogWrite(0,"Loaded Atribute Module Name: " + attrModule + \
" " + moduleObj.__version__)
# Create the MDL objects
m_mdl = iMDL.imdl(configFileName, outputFormat)
if outputFormat == "PTdf":
ptdf_mdl = ptdf.PerfTrackDataFormat()
elif outputFormat == "PERIxml":
peri = PERIxml()
# Get all the class definitions in the user specified module
# We only want the class definitions that are a child
# of superclass baseAttrib. Create a dictionary of class instances
# indexed by resource type
# that we know are attribute gathering functions.
attribFuncsByType = {}
for key in moduleObj.__dict__:
# Dont look at special attributes or attributes that are not class objects
if key[0:2] != "__" and type(
moduleObj.__dict__[key]) == types.ClassType:
# Dont get the super class
if key != "baseAttrib":
# Only get class objects that are children of the super class
if issubclass(moduleObj.__dict__[key], \
moduleObj.gm_hs_tools.baseAttrib):
logObj.gmLogWrite(0, "Found Attribute Object: " + key)
if moduleObj.__dict__[key]().attribFuncReq():
continue # the function does not work on this system, so ignore
# get the resource type the function gathers data for
restype = \
m_mdl.getResourceTypeFor(key,"") #TODO 2nd arg is supposed
restype = PTcommon.cws(restype)
#to be attribute Name, but it's not used in the function,
# so it doesn't matter
# if you don't get type from MDL, ask the object
if restype == unknownStr:
restype = moduleObj.__dict__[key](
).attribDefaultResourceType()
restype = restype.strip("'")
logObj.gmLogWrite(0,"Resource Type determined by object " + \
restype)
else:
logObj.gmLogWrite(
0, "Resource Type determined by iMDL " + restype)
restype = PTcommon.cws(restype)
#TODO get restype from the MDL
if restype.upper() in attribFuncsByType.keys():
attribFuncsByType[restype.upper()].append((key, \
moduleObj.__dict__[key]()))
else:
attribFuncsByType[restype.upper()] = [
(key, moduleObj.__dict__[key]())
]
#print attribFuncsByType
resources = m_mdl.getResources()
if resources == unknownStr:
print "No resource names were found for this system. Perhaps you forgot to specify a configuration file with the -f option?"
sys.exit()
for resName, resType in resources:
logObj.gmLogWrite(0, "Working on resource " + resName)
attribFuncs = []
try:
attribFuncs = attribFuncsByType[resType.upper()]
except:
logObj.gmLogWrite(
0, "There are no attribute functions for " + resName)
pass
resourceTypeHierarchy = \
m_mdl.getResourceTypeHierarchyFor(resType.strip("'"))
if resourceTypeHierarchy != unknownStr:
## Populate the hierarchy with real resource names.
## At this point, the only resource name we know is
## the resource name of the leaf node.
## We must ask the iMDL for all the parent names.
## The MDL also has the ability to override what we think
## the leaf node name is now.
## create the parent names one at a time
## from the type hierarchy
resourceNameHierarchy = ""
for key1 in resourceTypeHierarchy.split("/"):
if len(key1) > 0:
tmpResourceName = \
m_mdl.getResourceNameFor(str(key1)).strip("'")
resourceNameHierarchy = resourceNameHierarchy + "/" + \
tmpResourceName
resourceNameHierarchy = resourceNameHierarchy + "/" + resName.strip(
"'")
resourceNameHierarchy = PTcommon.cws(resourceNameHierarchy)
logObj.gmLogWrite(0, "Resource Name Hierarchy has been " + \
"constructed: " + resourceNameHierarchy)
#print "Resource Name Hierarchy has been constructed: " + \
#resourceNameHierarchy
logObj.gmLogWrite(0,"iMDL determined Resource Type: " + resType + \
" Hierarchy is " + resourceTypeHierarchy)
resourceTypeHierarchy = resourceTypeHierarchy + "/" + resType.strip(
"'")
#print "Resource Type Hierarchy has been constructed: " + \
#resourceTypeHierarchy
if outputFormat == "PTdf":
ptdf_mdl[resourceNameHierarchy.split('/')
[1:]] = resourceTypeHierarchy.split("/")[1:]
elif outputFormat == "PERIxml":
peri.createPERIelement(resourceNameHierarchy,
resourceTypeHierarchy)
for fname, instance in attribFuncs:
attributeName = m_mdl.getAttribNameFor(fname)
#print attributeName
if attributeName == unknownStr:
attributeName = instance.attribDefaultName()
logObj.gmLogWrite(0,"Attribute Name determined by object. " +\
attributeName)
else:
logObj.gmLogWrite(0,"Attribute Name determined by iMDL. " + \
attributeName)
attributeName = PTcommon.cws(attributeName)
# check if there's a resource name override in the config file
# for this attribute function
tmpResourceName = m_mdl.getOverrideResourceNameHierarchyFor(key)
if tmpResourceName == unknownStr:
tmpResourceName = resourceNameHierarchy
else:
tmpResourceName = PTcommon.cws(tmpResourceName)
#print "final resourcename is %s" % tmpResourceName
# Get the attribute value this object returns. Finally!!
## This is the call to run the data collection method
attributeValue = instance.attribFunc(resName)
if not isinstance(attributeValue, list):
attributeValue = PTcommon.cws(str(attributeValue))
else:
"""
future work: support multi-item return (i.e. list, tuples,)
"""
#print "attributeValue is %s" % (attributeValue)
if outputFormat == "PTdf":
# Convert to something the ptdf object can use.
#print "resourceTypeHierarchy: %s" % resourceTypeHierarchy
tmpType = resourceTypeHierarchy.strip("'")
tmpTypeList = tmpType.split("/")
tmpTypeList.remove('')
#print "Type List: " + str(tmpTypeList)
#print "resourceNameHierarchy: %s" % resourceNameHierarchy
tmpName = resourceNameHierarchy.strip("'")
tmpNameList = tmpName.split("/")
try: #list.index() throws exception if not found
ind = tmpNameList.index('')
del tmpNameList[ind]
except ValueError:
""
if tmpNameList[0] == dqStr:
#print "!!! found a multi word rnh !!!"
tmpNameList[1] = dqStr + tmpNameList[1]
#print tmpNameList[0] + " --- " + tmpNameList[1]
del tmpNameList[0]
#print "Name List: " + str(tmpNameList)
## create the PTDF
## Create the Resource Type and Name
ptdf_mdl[tmpNameList] = tmpTypeList
#print "ptdf_mdl" + str(tmpNameList) + " = " + str(tmpTypeList)
## Add the attribute name and value
ptdf_mdl[tmpNameList][attributeName.strip("'")] = \
repr(attributeValue).strip("'")
#print "ptdf_mdl" + str(tmpNameList) + "[" + \
elif outputFormat == "PERIxml":
peri.addAttribute(resourceNameHierarchy, resourceTypeHierarchy,
attributeName.strip("'").strip('"'),
attributeValue.strip("'").strip('"'))
# Write the PTDF file
if outputFormat == "PTdf":
oFile = open(outputFileName, "w")
oFile.writelines(ptdf_mdl)
oFile.close()
elif outputFormat == "PERIxml":
peri.writeData(outputFileName)
logObj.gmLogWrite(3, "Host System Method")
def main (argv=None):
__version__ = '1.0.1'
## parse the command line
usage = "%prog systemScan [-h] [-d] [-m module name] [-f config file] [-p]"
#version = "%prog 1.0.1"
parser = OptionParser(usage=usage, version="%prog " + __version__)
parser.add_option ("-d", "--debug", dest="debugMode", \
help="Enable debug mode", default=1)
parser.add_option ("-m", "--module", dest="module", \
help="Name of Python module containing attribute " +\
"classes to load. The default file is pt_proc.", \
default="pt_proc")
parser.add_option ("-f", "--configfile", dest="configFile", \
help="Name of configuration file containing machine " +\
"configuration data. The default file for PTdf is ./iMDL.cfg."\
" The default for PERI xml is ./PERIiMDL.cfg. Look in "\
"the perftrack/share directory for example files.", \
default="iMDL.cfg")
parser.add_option ("-o", "--outfile", dest="outputFile", \
help="Name of output file. Default name is " +\
"systemScan.ptdf (or systemScan.xml if PERI output is "\
" selected).", default="systemScan.ptdf")
parser.add_option ("-p", "--peri", dest="PERIxml", action="store_true",\
help="Change output format to PERI xml. Default is PTdf."\
,default=False)
(options, args) = parser.parse_args()
_debug = options.debugMode
attrModule = options.module
configFileName = options.configFile
if options.PERIxml:
outputFormat = "PERIxml"
outputFileName = options.outputFile.replace(".ptdf",".xml")
if options.configFile == "iMDL.cfg":
configFileName = "PERIiMDL.cfg"
from PERIxml import PERIxml
else:
outputFormat = "PTdf"
outputFileName = options.outputFile
## unknown string
unknownStr = "Unknown"
dqStr = '"'
sqStr = "'"
# Create Logging object
logObj = gmLogger.gmlog()
logObj.gmLogWrite(2,"Host System Method Version: " + __version__)
# Load the user specified attribute module
logObj.gmLogWrite(0,"Loading Atribute Module Name: " + attrModule)
moduleObj = _get_mod(attrModule)
logObj.gmLogWrite(0,"Loaded Atribute Module Name: " + attrModule + \
" " + moduleObj.__version__)
# Create the MDL objects
m_mdl = iMDL.imdl(configFileName, outputFormat)
if outputFormat == "PTdf":
ptdf_mdl = ptdf.PerfTrackDataFormat()
elif outputFormat == "PERIxml":
peri = PERIxml()
# Get all the class definitions in the user specified module
# We only want the class definitions that are a child
# of superclass baseAttrib. Create a dictionary of class instances
# indexed by resource type
# that we know are attribute gathering functions.
attribFuncsByType = {}
for key in moduleObj.__dict__:
# Dont look at special attributes or attributes that are not class objects
if key[0:2] != "__" and type(moduleObj.__dict__[key]) == types.ClassType:
# Dont get the super class
if key != "baseAttrib":
# Only get class objects that are children of the super class
if issubclass(moduleObj.__dict__[key], \
moduleObj.gm_hs_tools.baseAttrib):
logObj.gmLogWrite(0,"Found Attribute Object: " + key)
if moduleObj.__dict__[key]().attribFuncReq():
continue # the function does not work on this system, so ignore
# get the resource type the function gathers data for
restype = \
m_mdl.getResourceTypeFor(key,"") #TODO 2nd arg is supposed
restype = PTcommon.cws(restype)
#to be attribute Name, but it's not used in the function,
# so it doesn't matter
# if you don't get type from MDL, ask the object
if restype == unknownStr:
restype = moduleObj.__dict__[key]().attribDefaultResourceType()
restype = restype.strip("'")
logObj.gmLogWrite(0,"Resource Type determined by object " + \
restype)
else:
logObj.gmLogWrite(0,"Resource Type determined by iMDL " + restype)
restype = PTcommon.cws(restype)
#TODO get restype from the MDL
if restype.upper() in attribFuncsByType.keys():
attribFuncsByType[restype.upper()].append((key, \
moduleObj.__dict__[key]()))
else:
attribFuncsByType[restype.upper()] = [(key,moduleObj.__dict__[key]())]
#print attribFuncsByType
resources = m_mdl.getResources()
if resources == unknownStr:
print "No resource names were found for this system. Perhaps you forgot to specify a configuration file with the -f option?"
sys.exit()
for resName,resType in resources:
logObj.gmLogWrite(0,"Working on resource " + resName)
attribFuncs = []
try:
attribFuncs = attribFuncsByType[resType.upper()]
except:
logObj.gmLogWrite(0,"There are no attribute functions for " + resName)
pass
resourceTypeHierarchy = \
m_mdl.getResourceTypeHierarchyFor(resType.strip("'"))
if resourceTypeHierarchy != unknownStr:
## Populate the hierarchy with real resource names.
## At this point, the only resource name we know is
## the resource name of the leaf node.
## We must ask the iMDL for all the parent names.
## The MDL also has the ability to override what we think
## the leaf node name is now.
## create the parent names one at a time
## from the type hierarchy
resourceNameHierarchy = ""
for key1 in resourceTypeHierarchy.split("/"):
if len(key1) > 0:
tmpResourceName = \
m_mdl.getResourceNameFor(str(key1)).strip("'")
resourceNameHierarchy = resourceNameHierarchy + "/" + \
tmpResourceName
resourceNameHierarchy = resourceNameHierarchy + "/" + resName.strip("'")
resourceNameHierarchy = PTcommon.cws(resourceNameHierarchy)
logObj.gmLogWrite(0, "Resource Name Hierarchy has been " + \
"constructed: " + resourceNameHierarchy)
#print "Resource Name Hierarchy has been constructed: " + \
#resourceNameHierarchy
logObj.gmLogWrite(0,"iMDL determined Resource Type: " + resType + \
" Hierarchy is " + resourceTypeHierarchy)
resourceTypeHierarchy = resourceTypeHierarchy + "/" + resType.strip("'")
#print "Resource Type Hierarchy has been constructed: " + \
#resourceTypeHierarchy
if outputFormat == "PTdf":
ptdf_mdl[resourceNameHierarchy.split('/')[1:]] = resourceTypeHierarchy.split("/")[1:]
elif outputFormat == "PERIxml":
peri.createPERIelement(resourceNameHierarchy, resourceTypeHierarchy)
for fname,instance in attribFuncs:
attributeName = m_mdl.getAttribNameFor(fname)
#print attributeName
if attributeName == unknownStr:
attributeName = instance.attribDefaultName()
logObj.gmLogWrite(0,"Attribute Name determined by object. " +\
attributeName)
else:
logObj.gmLogWrite(0,"Attribute Name determined by iMDL. " + \
attributeName)
attributeName = PTcommon.cws(attributeName)
# check if there's a resource name override in the config file
# for this attribute function
tmpResourceName = m_mdl.getOverrideResourceNameHierarchyFor(key)
if tmpResourceName == unknownStr:
tmpResourceName = resourceNameHierarchy
else:
tmpResourceName = PTcommon.cws(tmpResourceName)
#print "final resourcename is %s" % tmpResourceName
# Get the attribute value this object returns. Finally!!
## This is the call to run the data collection method
attributeValue = instance.attribFunc(resName)
if not isinstance(attributeValue, list):
attributeValue = PTcommon.cws(str(attributeValue))
else:
"""
future work: support multi-item return (i.e. list, tuples,)
"""
#print "attributeValue is %s" % (attributeValue)
if outputFormat == "PTdf":
# Convert to something the ptdf object can use.
#print "resourceTypeHierarchy: %s" % resourceTypeHierarchy
tmpType = resourceTypeHierarchy.strip("'")
tmpTypeList = tmpType.split("/")
tmpTypeList.remove('')
#print "Type List: " + str(tmpTypeList)
#print "resourceNameHierarchy: %s" % resourceNameHierarchy
tmpName = resourceNameHierarchy.strip("'")
tmpNameList = tmpName.split("/")
try: #list.index() throws exception if not found
ind = tmpNameList.index('')
del tmpNameList[ind]
except ValueError:
""
if tmpNameList[0] == dqStr:
#print "!!! found a multi word rnh !!!"
tmpNameList[1] = dqStr + tmpNameList[1]
#print tmpNameList[0] + " --- " + tmpNameList[1]
del tmpNameList[0]
#print "Name List: " + str(tmpNameList)
## create the PTDF
## Create the Resource Type and Name
ptdf_mdl[tmpNameList] = tmpTypeList
#print "ptdf_mdl" + str(tmpNameList) + " = " + str(tmpTypeList)
## Add the attribute name and value
ptdf_mdl[tmpNameList][attributeName.strip("'")] = \
repr(attributeValue).strip("'")
#print "ptdf_mdl" + str(tmpNameList) + "[" + \
elif outputFormat == "PERIxml":
peri.addAttribute(resourceNameHierarchy, resourceTypeHierarchy, attributeName.strip("'").strip('"'), attributeValue.strip("'").strip('"'))
# Write the PTDF file
if outputFormat == "PTdf":
oFile = open(outputFileName, "w")
oFile.writelines(ptdf_mdl)
oFile.close()
elif outputFormat == "PERIxml":
peri.writeData(outputFileName)
logObj.gmLogWrite(3,"Host System Method")
def printInPERIformat(filename, launchTime, userName, appname, exeName,run_machine, run_OS_name, run_OS_release_version, run_OS_release_type, runEnvVars, page_size, numberOfNodes, numberOfProcesses, processesPerNode, numberOfThreads, usesMPI, usesOpenMP, usesPthreads, sub, fs, dynLibs, iDecks ):
from PERIxml import PERIxml
peri = PERIxml()
run = peri.createRun()
peri.createTime(launchTime, run)
# application
# this is required, so if unknown, say so
if appname == "":
appname = "unknown"
app = peri.createProgram(appname, run)
peri.setProgramAttribute(app, "version", "")
# person
if userName != "":
peri.createPerson(userName, run)
#operating system
if run_OS_name != "":
os = peri.createOperatingSystem(run_OS_name, run)
peri.setOperatingSystemAttribute(os, "version", run_OS_release_version)
peri.setOperatingSystemAttribute(os, "release type", run_OS_release_type)
#environment variables
RunEnv = [] # hold the environment vars, (name, value) tuple list
RunEnv = StringToList("","@@@", runEnvVars)
if len(RunEnv) > 0:
env = peri.createEnvironment(None, run)
for nme,val in RunEnv:
peri.setEnvironmentAttribute(env, nme, val)
# other attributes of execution are ignored for now because they
# can't be expressed in PERI xml
# page_size, numberOfNodes, numberOfProcesses, processesPerNode, numberOfThreads, usesMPI, usesOpenMP, usesPthreads
# call the submission object, ask it to add to the xml
sub.PERIformat(peri, run)
# call the filesystems object, ask it to add to the xml
fs.PERIformat(peri, run)
# get library info
if len(dynLibs) > 0:
libs = peri.createLibrarySet(None,run)
for lib in dynLibs:
lib.PERIformat(peri,libs)
# get input deck info
if len(iDecks) > 0:
iset = peri.createInputs(None,run)
for (f,mt) in iDecks:
peri.createFile(f, iset)
peri.writeData(filename)
def printInPERIformat(filename, launchTime, userName, appname, exeName,
run_machine, run_OS_name, run_OS_release_version,
run_OS_release_type, runEnvVars, page_size,
numberOfNodes, numberOfProcesses, processesPerNode,
numberOfThreads, usesMPI, usesOpenMP, usesPthreads, sub,
fs, dynLibs, iDecks):
from PERIxml import PERIxml
peri = PERIxml()
run = peri.createRun()
peri.createTime(launchTime, run)
# application
# this is required, so if unknown, say so
if appname == "":
appname = "unknown"
app = peri.createProgram(appname, run)
peri.setProgramAttribute(app, "version", "")
# person
if userName != "":
peri.createPerson(userName, run)
#operating system
if run_OS_name != "":
os = peri.createOperatingSystem(run_OS_name, run)
peri.setOperatingSystemAttribute(os, "version", run_OS_release_version)
peri.setOperatingSystemAttribute(os, "release type",
run_OS_release_type)
#environment variables
RunEnv = [] # hold the environment vars, (name, value) tuple list
RunEnv = StringToList("", "@@@", runEnvVars)
if len(RunEnv) > 0:
env = peri.createEnvironment(None, run)
for nme, val in RunEnv:
peri.setEnvironmentAttribute(env, nme, val)
# other attributes of execution are ignored for now because they
# can't be expressed in PERI xml
# page_size, numberOfNodes, numberOfProcesses, processesPerNode, numberOfThreads, usesMPI, usesOpenMP, usesPthreads
# call the submission object, ask it to add to the xml
sub.PERIformat(peri, run)
# call the filesystems object, ask it to add to the xml
fs.PERIformat(peri, run)
# get library info
if len(dynLibs) > 0:
libs = peri.createLibrarySet(None, run)
for lib in dynLibs:
lib.PERIformat(peri, libs)
# get input deck info
if len(iDecks) > 0:
iset = peri.createInputs(None, run)
for (f, mt) in iDecks:
peri.createFile(f, iset)
peri.writeData(filename)
