def GetWaitForReplyCount(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Attempts = 0
l_Continue = 1
l_PrevServer = None
l_PrevValue = None
l_PrintOption = False
while (l_Continue > 0):
l_ActiveServer = BB_GetServer("active", False)
if (l_ActiveServer != ""):
if (l_Attempts % 120 == 0):
l_PrintOption = True
l_Value = int(
BB_GetServerByName(l_ActiveServer, "waitforreplycount",
l_PrintOption))
time.sleep(0.25)
l_PrintOption = False
if (l_PrevServer != l_ActiveServer or l_PrevValue != l_Value):
l_PrintOption = True
l_PrevServer = l_ActiveServer
l_PrevValue = l_Value
l_Attempts = 0
l_Attempts += 1
except BBError as error:
error.handleError()
rc = error.rc
return rc
def ListHandles(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
bb.getHandles()
except BBError as error:
error.handleError()
rc = error.rc
return rc
def CreateLogicalVolume_Direct(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
BB_CreateLogicalVolume(pEnv["MOUNT"], pEnv["SIZE"])
except BBError as error:
error.handleError()
rc = error.rc
return rc
def RemoveJobInfo(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
BB_RemoveJobInfo()
except BBError as error:
error.handleError()
rc = error.rc
return rc
def GetUsage(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Mount = pEnv["MOUNT"]
BB_GetUsage(l_Mount)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def OpenServer(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Name = pEnv["name"]
BB_OpenServer(l_Name)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def StageOutStart(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Args = pEnv["procedure_args"].split(",")
Coral_StageOutStart(l_Args[0])
except BBError as error:
error.handleError()
rc = error.rc
return rc
def ResizeMountPoint(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Args = pEnv["procedure_args"].split(",")
BB_ResizeMountPoint(l_Args[0], l_Args[1], int(l_Args[2]))
except BBError as error:
error.handleError()
rc = error.rc
return rc
def CreateLogicalVolume(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Args = pEnv["procedure_args"].split(",")
BB_CreateLogicalVolume(l_Args[0], l_Args[1], int(l_Args[2]))
except BBError as error:
error.handleError()
rc = error.rc
return rc
def RemoveDirectory(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Args = pEnv["procedure_args"].split(",")
BB_RemoveDirectory(l_Args[0])
except BBError as error:
error.handleError()
rc = error.rc
return rc
def Suspend(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_HostName = pEnv["hostname"]
BB_Suspend(l_HostName)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def ChangeOwner(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Args = pEnv["procedure_args"].split(",")
BB_ChangeOwner(l_Args[0], l_Args[1], l_Args[2])
except BBError as error:
error.handleError()
rc = error.rc
return rc
def GetHandle(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Contrib = pEnv["contrib"]
l_Handle = BB_GetTransferHandle(pEnv["tag"], len(l_Contrib), l_Contrib)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def RemoveLogicalVolume(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Mountpoint = pEnv["MOUNT"]
BB_RemoveLogicalVolume(l_Mountpoint)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def GetServer(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Type = pEnv["type"]
BB_GetServer(l_Type)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def SetServer(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Type = pEnv["type"]
l_Name = pEnv["name"]
BB_SetServer(l_Type, l_Name)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def GetTransferInfo(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Handle = pEnv["handle"]
l_Info = BB_GetTransferInfo(l_Handle)
bb.printStruct(l_Info)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def RemoveLogicalVolume(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
if (pEnv["procedure_args"] == ""):
l_Mountpoint = pEnv["MOUNT"]
else:
l_Mountpoint = pEnv["procedure_args"]
BB_RemoveLogicalVolume(l_Mountpoint)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def RetrieveTransfers(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_HostName = pEnv["hostname"]
l_Handle = pEnv["handle"]
l_Flags = DEFAULT_BB_RTV_TRANSFERDEFS_FLAGS
if pEnv.has_key("FLAGS"):
l_Flags = BB_RTV_TRANSFERDEFS_FLAGS.get(pEnv["FLAGS"], DEFAULT_BB_RTV_TRANSFERDEFS_FLAGS)
(l_NumberOfTranferDefs, l_TransferDefs, l_BytesForTransferDefs) = BB_RetrieveTransfers(l_HostName, l_Handle, l_Flags)
except BBError as error:
error.handleError()
rc = error.rc
return rc
def ListTransfers(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_Handles = bb.getHandles()
for l_Handle in l_Handles:
try:
BB_GetTransferInfo(l_Handle)
except BBError as error:
error.handleError()
except BBError as error:
error.handleError()
rc = error.rc
return rc
def CancelTransfers(pEnv):
rc = 0
try:
bb.initEnv(pEnv)
l_TargetHandle = pEnv["handle"]
l_Handles = bb.getHandles()
for l_Handle in l_Handles:
try:
if (l_TargetHandle == bb.NO_HANDLE
or l_TargetHandle == l_Handle):
BB_CancelTransfer(l_Handle)
except BBError as error:
error.handleError()
except BBError as error:
error.handleError()
rc = error.rc
return rc
def BasicTransfers2(pEnv):
rc = 0
l_FuncName = sys._getframe().f_code.co_name
print " >>>>> Start: %s.%s..." % (__name__, l_FuncName)
l_Owner = pEnv.get("OWNER", None)
l_Group = pEnv.get("GROUP", None)
l_Mode = int(pEnv.get("MODE", 0755))
l_LVSize = pEnv.get("SIZE", "1G")
l_OrgSrc = pEnv["ORGSRC"]
l_Mountpoint = pEnv["MOUNT"]
l_Target = pEnv["TARGET"]
l_FileAttrs = (
("file1", 256 * 1024),
("file2", 0),
("file3", 1024 * 1024),
("file4", 4 * 1024 * 1024),
("file5", 16 * 1024 * 1024),
)
l_SourceFiles = (
(os.path.join(l_OrgSrc, "file1"), ),
(os.path.join(l_Mountpoint, "file1"), ),
)
l_TargetFiles = (
(os.path.join(l_Mountpoint, "file1"), ),
(os.path.join(l_Target, "file1"), ),
)
l_FileFlags = (
("None", ),
("None", ),
)
l_Tag = 0 # The first tag to use will be 1...
l_Contrib = pEnv["contrib"]
l_NumHandles = 16
# NOTE: Any non-zero return code that is returned from any of the BB_* api calls
# will cause an exception to be thrown and caught in the handler below.
# The return code is available as exception data...
try:
# Print out the environment to setup...
bb.printEnv(pEnv)
# Cleanup any prior running of this variation and setup to run this time...
rc = bb.initEnv(pEnv, None, None)
if (rc == 0):
# Create the files to be transferred
print "%sGenerating files with randfile..." % (os.linesep)
for l_File, l_FileSize in (l_FileAttrs):
bb.createRandomFile(pEnv, (os.path.join(l_OrgSrc, l_File)),
l_FileSize)
# Remove/Create the necessary directories...
sudo_RemoveDirectory(pEnv, l_Target)
sudo_CreateDirectory(pEnv, l_Target)
sudo_ChangeOwner(pEnv, l_Target, l_Owner, l_Group)
sudo_ChangeMode(pEnv, l_Target, l_Mode)
# Run the testcase...
for l_VarNum in xrange(0, len(l_SourceFiles)):
print " >>>>> Start: Variation %d..." % (l_VarNum)
l_TransferDef = BB_CreateTransferDef()
for l_FileNum in xrange(len(l_SourceFiles[l_VarNum])):
BB_AddFiles(l_TransferDef,
l_SourceFiles[l_VarNum][l_FileNum],
l_TargetFiles[l_VarNum][l_FileNum],
BBFILEFLAGS[l_FileFlags[l_VarNum][l_FileNum]])
l_Tag += 1
l_Handle = BB_GetTransferHandle(l_Tag, len(l_Contrib),
l_Contrib)
BB_StartTransfer(l_TransferDef, l_Handle)
if l_VarNum + 1 == len(l_SourceFiles):
# Last variation, so we are doing the stageout processing.
# NOTE: This isn't required, but included for test purposes.
sudo_StageOutStart(pEnv, l_Mountpoint)
l_Handles = bb.getHandles(BBSTATUS["BBALL"])
l_AllFullSuccess = bb.waitForCompletion(pEnv, l_Handles)
BB_FreeTransferDef(l_TransferDef)
print " >>>>> End: Variation %d..." % (l_VarNum)
if not l_AllFullSuccess:
raise BBError(
rc=-1,
text="Not all transfers had a status of BBFULLSUCCESS")
bb.checkFiles(l_SourceFiles, l_TargetFiles)
except BBError as error:
rc = error.rc
# NOTE: BB_GetLastErrorDetails() output is contained within the error object
# and pertinant information is printed out from that data...
print ` error `
print " >>>>> End: %s.%s..." % (__name__, l_FuncName)
return rc
def RestartTransfers(pEnv):
rc = 0
l_ResumeCN_Host = False
l_NumStoppedTransferDefs = 0
try:
bb.initEnv(pEnv)
l_HostName = pEnv["hostname"]
l_Handle = pEnv["handle"]
l_Flags = DEFAULT_BB_RTV_TRANSFERDEFS_FLAGS
if pEnv.has_key("FLAGS"):
l_Flags = BB_RTV_TRANSFERDEFS_FLAGS.get(
pEnv["FLAGS"], DEFAULT_BB_RTV_TRANSFERDEFS_FLAGS)
l_ActiveServer = BB_GetServer("active")
if (l_ActiveServer != ""):
BB_Suspend(l_HostName)
l_ResumeCN_Host = True
if (pEnv["IO_FAILOVER"]):
# New ESS, set up that environment
l_PrimaryServer = BB_GetServer("primary")
l_BackupServer = BB_GetServer("backup")
if (l_ActiveServer == l_PrimaryServer):
l_NewServer = l_BackupServer
else:
l_NewServer = l_PrimaryServer
if (l_NewServer.upper() in ("NONE", )):
raise BBError(
rc=-1,
text="There is no definied backup for this bbServer")
try:
BB_OpenServer(l_NewServer)
except BBError as error:
if not error.handleError():
raise
'''
# Don't do this as it causes a window... 'activate' makes the swap atomically between the two servers...
try:
BB_SetServer("offline", l_ActiveServer)
except BBError as error:
if not error.handleError():
raise
'''
try:
BB_SetServer("activate", l_NewServer)
except BBError as error:
if not error.handleError():
raise
# NOTE: We do not want to close the connection to the previouly active server until we have
# stopped any transfers that may still be running on that server
(l_NumberOfTranferDefs, l_TransferDefs,
l_BytesForTransferDefs) = BB_RetrieveTransfers(
l_HostName, l_Handle, l_Flags)
if (l_NumberOfTranferDefs > 0):
if (not (l_Flags == BB_RTV_TRANSFERDEFS_FLAGS[
"ONLY_DEFINITIONS_WITH_STOPPED_FILES"])):
l_NumStoppedTransferDefs = BB_StopTransfers(
l_HostName, l_Handle, l_TransferDefs,
l_BytesForTransferDefs)
print "%d transfer definition(s) were found already stopped or were stopped by the previous operation" % (
l_NumStoppedTransferDefs)
else:
l_NumStoppedTransferDefs = l_NumberOfTranferDefs
print "Additional transfer definition(s) are not being stopped because the option passed on the retrieve transfer operation indicated %s" % (
BB_RTV_TRANSFERDEFS_FLAGS[l_Flags])
else:
print "No transfer definition(s) were found given the provided input criteria. An operation to stop transfers will not be attempted."
if (pEnv["IO_FAILOVER"]):
# Now, close the connection to the previously active bbServer
try:
# First, make sure we have no waiters...
while (int(
BB_GetServerByName(l_ActiveServer,
"waitforreplycount")) != 0):
time.sleep(1)
# Close the connection to the 'old' server
BB_CloseServer(l_ActiveServer)
except BBError as error:
if not error.handleError():
raise
elif (0 == 1 and pEnv["CN_FAILOVER"]):
# New CN, set up that environment
# Not ready for prime time...
l_Mountpoint = pEnv["MOUNT"]
l_Owner = pEnv.get("OWNER", None)
l_Group = pEnv.get("GROUP", None)
l_Mode = int(pEnv.get("MODE", 0755))
l_LVSize = pEnv.get("SIZE", "1G")
sudo_CreateDirectory(pEnv, l_Mountpoint)
sudo_ChangeOwner(pEnv, l_Mountpoint, l_Owner, l_Group)
sudo_ChangeMode(pEnv, l_Mountpoint, l_Mode)
sudo_CreateLogicalVolume(pEnv, l_Mountpoint, l_LVSize)
if (l_ResumeCN_Host):
l_ResumeCN_Host = False
try:
# NOTE: This resume will ensure that the new
# bbServer is 'resumed' from any prior
# suspend activity. If the new bbServer
# is not suspended, it is a tolerated exception.
# This resume will also, via the async request file,
# resume the old bbServer for this CN hostname.
# However, any transfers on the old bbServer
# have been stopped, and thus, have been removed
# from any transfer queues.
BB_Resume(l_HostName)
except BBError as error:
if not error.handleError():
raise
# NOTE: Even if no transfer definitions were stopped, we still need to issue the restart.
# The stop transfer(s) could have actually been performed on other bbServers via
# the async request file...
if (l_NumberOfTranferDefs > 0):
# Restart the transfers
l_NumRestartedTransferDefs = BB_RestartTransfers(
l_HostName, l_Handle, l_TransferDefs,
l_BytesForTransferDefs)
else:
print "%sNo transfer definition(s) were found given the provided input criteria. An operation to restart transfers will not be attempted." % (
os.linesep)
l_ActiveServer = BB_GetServer("active")
else:
rc = -1
print "Initial request for the active server came back as an empty string"
except BBError as error:
error.handleError()
rc = error.rc
# If we need to resume the active bbServer, do so now...
if (l_ResumeCN_Host):
l_ResumeCN_Host = False
BB_Resume(l_HostName)
return rc
def Resize(pEnv):
rc = 0
l_FuncName = sys._getframe().f_code.co_name
print " >>>>> Start: %s.%s..." % (__name__, l_FuncName)
l_Owner = pEnv.get("OWNER", None)
l_Group = pEnv.get("GROUP", None)
l_Mode = int(pEnv.get("MODE", 0755))
l_LVSize = "16M"
l_OrgSrc = "%s" % pEnv["ORGSRC"]
l_Mountpoint = "%s" % pEnv["MOUNT"]
l_Target = "%s" % pEnv["TARGET"]
# NOTE: Any non-zero return code that is returned from any of the BB_* api calls
# will cause an exception to be thrown and caught in the handler below.
# The return code is available as exception data...
try:
# Print out the environment to setup...
bb.printEnv(pEnv)
# Cleanup any prior running of this variation and setup to run this time...
rc = bb.initEnv(pEnv, l_Mountpoint, (l_Target, ))
if (rc == 0):
# Create the necessary directories...
BB_CreateDirectory(l_Mountpoint)
BB_ChangeOwner(l_Mountpoint, l_Owner, l_Group)
BB_ChangeMode(l_Mountpoint, l_Mode)
# Create the logical volume for the mountpoint...
BB_CreateLogicalVolume(l_Mountpoint, l_LVSize)
bb.runCmd("lsblk")
bb.runCmd("ls -lar %s" % (l_Mountpoint))
# Testcase variations
# Relative specifictions to increase size- all successful
print "%sIncrease by 512 bytes" % (os.linesep)
BB_ResizeMountPoint(l_Mountpoint, "+512B", "BB_NONE")
bb.runCmd("lsblk")
print "%sIncrease by 512 sectors" % (os.linesep)
BB_ResizeMountPoint(l_Mountpoint, "+512S", "BB_NONE")
bb.runCmd("lsblk")
print "%sIncrease by 64K" % (os.linesep)
BB_ResizeMountPoint(l_Mountpoint, "+64K", "BB_NONE")
bb.runCmd("lsblk")
print "%sIncrease by 128M" % (os.linesep)
BB_ResizeMountPoint(l_Mountpoint, "+128M", "BB_NONE")
bb.runCmd("lsblk")
print "%sIncrease by 0.25G" % (os.linesep)
BB_ResizeMountPoint(l_Mountpoint, "+0.25G", "BB_NONE")
bb.runCmd("lsblk")
# Absolute specifiction to increase size - successful
print "%sIncrease to 2G" % (os.linesep)
BB_ResizeMountPoint(l_Mountpoint, "2G", "BB_NONE")
bb.runCmd("lsblk")
# Invalid resize specifications
print "%sERROR - Invalid mountpoint" % (os.linesep)
try:
BB_ResizeMountPoint("JUST/A/BUNCH/OF/JUNK", "2.1G", "BB_NONE")
except BBError as error:
print ` error `
bb.runCmd("lsblk")
print "%sERROR - Invalid size" % (os.linesep)
try:
BB_ResizeMountPoint(l_Mountpoint, "ABC", "BB_NONE")
except BBError as error:
print ` error `
bb.runCmd("lsblk")
print "%sERROR - Invalid flags" % (os.linesep)
try:
BB_ResizeMountPoint(l_Mountpoint, "2.1G", "MORE_JUNK")
except BBError as error:
print ` error `
bb.runCmd("lsblk")
print "%sERROR - Invalid size suffix of 'X'" % (os.linesep)
try:
BB_ResizeMountPoint(l_Mountpoint, "2X", "BB_NONE")
except BBError as error:
print ` error `
bb.runCmd("lsblk")
# Attempt to decrease size (relative size) and preserve file system
print "%sERROR - Cannot decrease size (relative size) and preserve XFS file system" % (
os.linesep)
try:
BB_ResizeMountPoint(l_Mountpoint, "-256M", "BB_NONE")
except BBError as error:
print ` error `
bb.runCmd("lsblk")
# Attempt to decrease size (absolute size) and preserve file system
print "%sERROR - Cannot decrease size (absolute size) and preserve XFS file system" % (
os.linesep)
try:
BB_ResizeMountPoint(l_Mountpoint, "1G", "BB_NONE")
except BBError as error:
print ` error `
bb.runCmd("lsblk")
# Successful resize and do not preserve file system
# Decrease size and do not preserve file system
print "%sDecrease size by 5M and do not preserve XFS file system" % (
os.linesep)
BB_ResizeMountPoint(l_Mountpoint, "-5M", "BB_DO_NOT_PRESERVE_FS")
bb.runCmd("lsblk")
try:
bb.runCmd("ls -lar %s" % (l_Mountpoint))
except BBError as error:
print ` error `
bb.runCmd("lsblk")
# Attempt to access the mountpoint
print "%sERROR - Mountpoint no longer mounted" % (os.linesep)
try:
BB_ResizeMountPoint(l_Mountpoint, "1G", "BB_NONE")
except BBError as error:
print ` error `
bb.runCmd("lsblk")
# Cleanup...
BB_RemoveLogicalVolume(l_Mountpoint)
BB_RemoveDirectory(l_Mountpoint)
except BBError as error:
rc = error.rc
print ` error `
print " >>>>> End: %s.%s..." % (__name__, l_FuncName)
return rc
def BasicTransfers3(pEnv):
rc = 0
l_FuncName = sys._getframe().f_code.co_name
print " >>>>> Start: %s.%s..." % (__name__, l_FuncName)
l_Owner = pEnv.get("OWNER", None)
l_Group = pEnv.get("GROUP", None)
l_Mode = int(pEnv.get("MODE", 0755))
l_LVSize = "8G"
l_OrgSrc = pEnv["ORGSRC"]
l_Mountpoint = pEnv["MOUNT"]
l_Target = pEnv["TARGET"]
l_FileAttrs = (
("file1", 256 * 1024),
("file2", 0),
("file3", 512 * 1024 * 1024),
("file4", 768 * 1024 * 1024),
("file5", 1024 * 1024 * 1024),
)
l_SourceFiles = (
(),
(os.path.join(l_OrgSrc, "file1"), ),
(os.path.join(l_Mountpoint, "file1"), ),
(os.path.join(l_Mountpoint, "file1b"), ),
(
os.path.join(l_OrgSrc, "file2"),
os.path.join(l_OrgSrc, "file3"),
os.path.join(l_OrgSrc, "file4"),
os.path.join(l_OrgSrc, "file5"),
),
(
os.path.join(l_Mountpoint, "file1"),
os.path.join(l_Mountpoint, "file2"),
os.path.join(l_Mountpoint, "file3"),
os.path.join(l_Mountpoint, "file4"),
os.path.join(l_Mountpoint, "file5"),
),
)
l_TargetFiles = (
(),
(os.path.join(l_Mountpoint, "file1"), ),
(os.path.join(l_Mountpoint, "file1b"), ),
(os.path.join(l_Target, "file1b"), ),
(
os.path.join(l_Mountpoint, "file2"),
os.path.join(l_Mountpoint, "file3"),
os.path.join(l_Mountpoint, "file4"),
os.path.join(l_Mountpoint, "file5"),
),
(
os.path.join(l_Target, "file1"),
os.path.join(l_Target, "file2"),
os.path.join(l_Target, "file3"),
os.path.join(l_Target, "file4"),
os.path.join(l_Target, "file5"),
),
)
l_FileFlags = (
("None", ),
("None", ),
("None", ),
("None", ),
(
"BBTestStageIn",
"BBTestStageIn",
"BBTestStageIn",
"BBTestStageIn",
),
(
"BBTestStageOut",
"BBTestStageOut",
"BBTestStageOut",
"BBTestStageOut",
"BBTestStageOut",
),
)
l_Tag = 0
l_Contrib = pEnv["contrib"]
l_NumHandles = 16
# NOTE: Any non-zero return code that is returned from any of the BB_* api calls
# will cause an exception to be thrown and caught in the handler below.
# The return code is available as exception data...
try:
# Print out the environment to setup...
bb.printEnv(pEnv)
# Cleanup any prior running of this variation and setup to run this time...
rc = bb.initEnv(pEnv, l_Mountpoint, l_Target)
if (rc == 0):
# Create the files to be transferred
print "%sGenerating files with randfile..." % (os.linesep)
for l_File, l_FileSize in (l_FileAttrs):
bb.createRandomFile(pEnv, (os.path.join(l_OrgSrc, l_File)),
l_FileSize)
# Create the necessary directories...
sudo_CreateDirectory(pEnv, l_Target)
sudo_ChangeOwner(pEnv, l_Target, l_Owner, l_Group)
sudo_ChangeMode(pEnv, l_Target, l_Mode)
sudo_CreateDirectory(pEnv, l_Mountpoint)
sudo_ChangeOwner(pEnv, l_Mountpoint, l_Owner, l_Group)
sudo_ChangeMode(pEnv, l_Mountpoint, l_Mode)
# This should fail because the logical volume has not yet been created.
#
# This error should be handled, as handleError() will tolerate all
# exceptions where the rc is -2. If rc is not -2, then the exception
# is raised again to the outermost exception handler.
#
# The error is always printed out, with pertinent information taken
# from BB_GetLastErrorDetails().
#
# NOTE: This is included here to show how to easily handle/tolerate
# bb exceptions...
"""
try:
print "%sThe following BB_GetTransferHandle() is expected to fail with a rc=-2" % (os.linesep)
l_Handle = BB_GetTransferHandle(l_Tag, len(l_Contrib), l_Contrib)
except BBError as error:
if not error.handleError():
raise
"""
for i in xrange(1, 100):
# Create the logical volume for the mountpoint...
sudo_CreateLogicalVolume(pEnv, l_Mountpoint, l_LVSize)
# Run the testcase...
for l_VarNum in xrange(0, len(l_SourceFiles)):
print " >>>>> Start: Variation %d..." % (l_VarNum)
l_TransferDef = BB_CreateTransferDef()
for l_FileNum in xrange(len(l_SourceFiles[l_VarNum])):
BB_AddFiles(
l_TransferDef, l_SourceFiles[l_VarNum][l_FileNum],
l_TargetFiles[l_VarNum][l_FileNum],
BBFILEFLAGS[l_FileFlags[l_VarNum][l_FileNum]])
l_Tag += 1
l_Handle = BB_GetTransferHandle(l_Tag, len(l_Contrib),
l_Contrib)
BB_StartTransfer(l_TransferDef, l_Handle)
"""
if l_VarNum+1 == len(l_SourceFiles):
# Last variation, so we are doing the stageout processing.
# NOTE: This isn't required, but included for test purposes.
sudo_StageOutStart(pEnv, l_Mountpoint)
"""
l_Handles = bb.getHandles(BBSTATUS["BBALL"])
l_AllFullSuccess = bb.waitForCompletion(pEnv, l_Handles)
BB_FreeTransferDef(l_TransferDef)
print " >>>>> End: Variation %d..." % (l_VarNum)
if not l_AllFullSuccess:
raise BBError(
rc=-1,
text=
"Not all transfers had a status of BBFULLSUCCESS")
bb.checkFiles(l_SourceFiles, l_TargetFiles)
# Cleanup...
sudo_RemoveLogicalVolume(pEnv, l_Mountpoint)
if (len(l_Contrib) == 1):
sudo_RemoveJobInfo(pEnv)
elif (pEnv["contribid"] == 0):
time.sleep(5)
sudo_RemoveJobInfo(pEnv)
sudo_RemoveDirectory(pEnv, l_Mountpoint)
except BBError as error:
rc = error.rc
# NOTE: BB_GetLastErrorDetails() output is contained within the error object
# and pertinant information is printed out from that data...
print ` error `
print " >>>>> End: %s.%s..." % (__name__, l_FuncName)
return rc