def test_set_sequenceable_properties(stc):
plLogger = PLLogger.GetLogger("methodology")
plLogger.LogInfo("start")
ctor = CScriptableCreator()
stc_sys = CStcSystem.Instance()
assert stc_sys is not None
sequencer = stc_sys.GetObject("Sequencer")
# Sequencer Command List will look as follows:
#
# IterationGroupCommand
# SequencerWhileCommand
# ObjectIteratorCommand
# IteratorConfigCommand
# LoadTemplateCommand
# IteratorValidateCommand
pkg = "spirent.methodology"
group_cmd = ctor.Create(pkg + ".IterationGroupCommand", sequencer)
assert group_cmd is not None
# IteratorCommand
while_cmd = ctor.Create("SequencerWhileCommand", group_cmd)
assert while_cmd is not None
iter_cmd = ctor.Create(pkg + ".ObjectIteratorCommand", while_cmd)
assert iter_cmd is not None
config_cmd = ctor.Create(pkg + ".IteratorConfigCommand", while_cmd)
assert config_cmd is not None
net_prof_cmd = ctor.Create(pkg + ".LoadTemplateCommand", while_cmd)
assert net_prof_cmd is not None
valid_cmd = ctor.Create(pkg + ".IteratorValidateCommand", while_cmd)
assert valid_cmd is not None
while_cmd.Set("ExpressionCommand", iter_cmd.GetObjectHandle())
while_cmd.SetCollection(
"CommandList", [config_cmd.GetObjectHandle(), net_prof_cmd.GetObjectHandle(), valid_cmd.GetObjectHandle()]
)
group_cmd.SetCollection("CommandList", [while_cmd.GetObjectHandle()])
sequencer.SetCollection("CommandList", [group_cmd.GetObjectHandle()])
all_cmd_list = [group_cmd, while_cmd, iter_cmd, config_cmd, net_prof_cmd, valid_cmd]
MethodologyGroupCommandUtils.set_sequenceable_properties(sequencer.GetCollection("CommandList"), False)
sp_list = sequencer.GetObjects("SequenceableCommandProperties")
plLogger.LogInfo("sp_list contains: " + str(len(sp_list)))
for cmd in all_cmd_list:
sp = cmd.GetObject("SequenceableCommandProperties", RelationType("SequenceableProperties"))
plLogger.LogInfo("cmd: " + cmd.GetType())
assert sp is not None
check_sequenceable_properties(sp, False)
MethodologyGroupCommandUtils.set_sequenceable_properties(sequencer.GetCollection("CommandList"), True)
for cmd in all_cmd_list:
sp = cmd.GetObject("SequenceableCommandProperties", RelationType("SequenceableProperties"))
assert sp is not None
check_sequenceable_properties(sp, True)
def test_find_top_level_group_command(stc):
plLogger = PLLogger.GetLogger("methodology")
plLogger.LogInfo("start")
ctor = CScriptableCreator()
stc_sys = CStcSystem.Instance()
assert stc_sys is not None
sequencer = stc_sys.GetObject("Sequencer")
# Sequencer Command List will look as follows:
#
# DeleteTemplatesAndGeneratedObjectsCommand
# MethodologyGroupCommand
# DeleteTemplatesAndGeneratedObjectsCommand
pkg = "spirent.methodology"
mm_pkg = pkg + ".manager"
del_cmd1 = ctor.Create(pkg + ".DeleteTemplatesAndGeneratedObjectsCommand", sequencer)
tlgc = ctor.Create(mm_pkg + ".MethodologyGroupCommand", sequencer)
del_cmd2 = ctor.Create(pkg + ".DeleteTemplatesAndGeneratedObjectsCommand", sequencer)
sequencer.SetCollection(
"CommandList", [del_cmd1.GetObjectHandle(), tlgc.GetObjectHandle(), del_cmd2.GetObjectHandle()]
)
found_cmd = MethodologyGroupCommandUtils.find_top_level_group_command()
assert found_cmd is not None
assert found_cmd.GetObjectHandle() == tlgc.GetObjectHandle()
def test_bind_sequenceable_properties(stc):
plLogger = PLLogger.GetLogger("methodology")
plLogger.LogInfo("start")
ctor = CScriptableCreator()
stc_sys = CStcSystem.Instance()
assert stc_sys is not None
sequencer = stc_sys.GetObject("Sequencer")
# Call function with invalid command (nothing will happen)
MethodologyGroupCommandUtils.bind_sequenceable_properties(None, True)
# Create a command without sequenceable properties
pkg = "spirent.methodology"
cmd = ctor.Create(pkg + ".LoadTemplateCommand", sequencer)
assert cmd is not None
sp = cmd.GetObject("SequenceableCommandProperties", RelationType("SequenceableProperties"))
assert sp is None
# Call the bind_sequenceable_properties function
# Make read only
MethodologyGroupCommandUtils.bind_sequenceable_properties(cmd, False)
sp = cmd.GetObject("SequenceableCommandProperties", RelationType("SequenceableProperties"))
assert sp is not None
check_sequenceable_properties(sp, False)
# Make writeable
MethodologyGroupCommandUtils.bind_sequenceable_properties(cmd, True)
check_sequenceable_properties(sp, True)
def test_remove_top_level_group_command(stc):
plLogger = PLLogger.GetLogger("methodology")
plLogger.LogInfo("start")
ctor = CScriptableCreator()
stc_sys = CStcSystem.Instance()
assert stc_sys is not None
sequencer = stc_sys.GetObject("Sequencer")
hnd_reg = CHandleRegistry.Instance()
# Sequencer Command List will look as follows:
#
# MethodologyGroupCommand
# IterationGroupCommand
# SequencerWhileCommand
# ObjectIteratorCommand
# IteratorConfigCommand
# LoadTemplateCommand
# IteratorValidateCommand
# LoadTemplateCommand
pkg = "spirent.methodology"
mm_pkg = pkg + ".manager"
tlgc = ctor.Create(mm_pkg + ".MethodologyGroupCommand", sequencer)
assert tlgc is not None
group_cmd = ctor.Create(pkg + ".IterationGroupCommand", sequencer)
assert group_cmd is not None
# IteratorCommand
while_cmd = ctor.Create("SequencerWhileCommand", group_cmd)
assert while_cmd is not None
iter_cmd = ctor.Create(pkg + ".ObjectIteratorCommand", while_cmd)
assert iter_cmd is not None
config_cmd = ctor.Create(pkg + ".IteratorConfigCommand", while_cmd)
assert config_cmd is not None
net_prof_cmd = ctor.Create(pkg + ".LoadTemplateCommand", while_cmd)
assert net_prof_cmd is not None
valid_cmd = ctor.Create(pkg + ".IteratorValidateCommand", while_cmd)
assert valid_cmd is not None
while_cmd.Set("ExpressionCommand", iter_cmd.GetObjectHandle())
while_cmd.SetCollection(
"CommandList", [config_cmd.GetObjectHandle(), net_prof_cmd.GetObjectHandle(), valid_cmd.GetObjectHandle()]
)
group_cmd.SetCollection("CommandList", [while_cmd.GetObjectHandle()])
net_prof_cmd2 = ctor.Create(pkg + ".LoadTemplateCommand", sequencer)
tlgc.SetCollection("CommandList", [group_cmd.GetObjectHandle(), net_prof_cmd2.GetObjectHandle()])
sequencer.SetCollection("CommandList", [tlgc.GetObjectHandle()])
# Remove the MethodologyGroupCommand
MethodologyGroupCommandUtils.remove_top_level_group_command()
# Validate the new sequence
new_cmd_hnd_list = sequencer.GetCollection("CommandList")
assert len(new_cmd_hnd_list) == 2
c_group_cmd_hnd = new_cmd_hnd_list[0]
c_net_prof_cmd_hnd2 = new_cmd_hnd_list[1]
assert c_group_cmd_hnd is not 0
assert c_net_prof_cmd_hnd2 is not 0
c_group_cmd = hnd_reg.Find(c_group_cmd_hnd)
c_net_prof_cmd2 = hnd_reg.Find(c_net_prof_cmd_hnd2)
assert c_group_cmd is not None
assert c_net_prof_cmd2 is not None
assert c_group_cmd.GetObjectHandle() == group_cmd.GetObjectHandle()
assert c_net_prof_cmd2.GetObjectHandle() == net_prof_cmd2.GetObjectHandle()
# The sequence should not have changed
assert c_group_cmd.GetCollection("CommandList") == [while_cmd.GetObjectHandle()]
assert while_cmd.GetCollection("CommandList") == [
config_cmd.GetObjectHandle(),
net_prof_cmd.GetObjectHandle(),
valid_cmd.GetObjectHandle(),
]
assert while_cmd.Get("ExpressionCommand") == iter_cmd.GetObjectHandle()