def testFrontendAllocationStruct(self):
frontend_scanner_allocation = struct_property(
id_="FRONTEND::scanner_allocation",
name="frontend_scanner_allocation",
structdef=fe_types.frontend_scanner_allocation,
configurationkind=("allocation", ),
mode="writeonly",
description=
"""Frontend Interfaces v2.0 scanner allocation structure""")
self.assertEquals(
frontend_scanner_allocation.
fields['FRONTEND::scanner_allocation::min_freq'][1].type_,
'double')
self.assertEquals(
frontend_scanner_allocation.
fields['FRONTEND::scanner_allocation::max_freq'][1].type_,
'double')
self.assertEquals(
frontend_scanner_allocation.
fields['FRONTEND::scanner_allocation::mode'][1].type_, 'string')
self.assertEquals(
frontend_scanner_allocation.
fields['FRONTEND::scanner_allocation::control_mode'][1].type_,
'string')
self.assertEquals(
frontend_scanner_allocation.
fields['FRONTEND::scanner_allocation::control_limit'][1].type_,
'double')
class TestPythonPropsRange_base(CF__POA.Resource, Component,
ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Component.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
def start(self):
Component.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Component.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Component.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
my_octet_name = simple_property(id_="my_octet",
name="my_octet_name",
type_="octet",
defvalue=1,
mode="readwrite",
action="external",
kinds=("configure", ))
my_short_name = simple_property(id_="my_short",
name="my_short_name",
type_="short",
defvalue=2,
mode="readwrite",
action="external",
kinds=("configure", ))
my_ushort_name = simple_property(id_="my_ushort",
name="my_ushort_name",
type_="ushort",
defvalue=3,
mode="readwrite",
action="external",
kinds=("configure", ))
my_long_name = simple_property(id_="my_long",
name="my_long_name",
type_="long",
defvalue=4,
mode="readwrite",
action="external",
kinds=("configure", ))
my_ulong_name = simple_property(id_="my_ulong",
name="my_ulong_name",
type_="ulong",
defvalue=5,
mode="readwrite",
action="external",
kinds=("configure", ))
my_longlong_name = simple_property(id_="my_longlong",
name="my_longlong_name",
type_="longlong",
defvalue=6,
mode="readwrite",
action="external",
kinds=("configure", ))
my_ulonglong_name = simple_property(id_="my_ulonglong",
name="my_ulonglong_name",
type_="ulonglong",
defvalue=7,
mode="readwrite",
action="external",
kinds=("configure", ))
seq_octet_name = simpleseq_property(id_="seq_octet",
name="seq_octet_name",
type_="octet",
defvalue=[
1,
2,
],
mode="readwrite",
action="external",
kinds=("configure", ))
seq_short_name = simpleseq_property(id_="seq_short",
name="seq_short_name",
type_="short",
defvalue=[
1,
2,
],
mode="readwrite",
action="external",
kinds=("configure", ))
seq_ushort_name = simpleseq_property(id_="seq_ushort",
name="seq_ushort_name",
type_="ushort",
defvalue=[
1,
2,
],
mode="readwrite",
action="external",
kinds=("configure", ))
seq_long_name = simpleseq_property(id_="seq_long",
name="seq_long_name",
type_="long",
defvalue=[
1,
2,
],
mode="readwrite",
action="external",
kinds=("configure", ))
seq_ulong_name = simpleseq_property(id_="seq_ulong",
name="seq_ulong_name",
type_="ulong",
defvalue=[
1,
2,
],
mode="readwrite",
action="external",
kinds=("configure", ))
seq_longlong_name = simpleseq_property(id_="seq_longlong",
name="seq_longlong_name",
type_="longlong",
defvalue=[
1,
2,
],
mode="readwrite",
action="external",
kinds=("configure", ))
seq_ulonglong_name = simpleseq_property(id_="seq_ulonglong",
name="seq_ulonglong_name",
type_="ulonglong",
defvalue=[
1,
2,
],
mode="readwrite",
action="external",
kinds=("configure", ))
seq_char_name = simpleseq_property(id_="seq_char",
name="seq_char_name",
type_="char",
defvalue=[
'a',
'b',
],
mode="readwrite",
action="external",
kinds=("configure", ))
class MyStructName(object):
struct_octet_name = simple_property(id_="struct_octet",
name="struct_octet_name",
type_="octet",
defvalue=1)
struct_short_name = simple_property(id_="struct_short",
name="struct_short_name",
type_="short",
defvalue=2)
struct_ushort_name = simple_property(id_="struct_ushort",
name="struct_ushort_name",
type_="ushort",
defvalue=3)
struct_long_name = simple_property(id_="struct_long",
name="struct_long_name",
type_="long",
defvalue=4)
struct_ulong_name = simple_property(id_="struct_ulong",
name="struct_ulong_name",
type_="ulong",
defvalue=5)
struct_longlong_name = simple_property(id_="struct_longlong",
name="struct_longlong_name",
type_="longlong",
defvalue=6)
struct_ulonglong_name = simple_property(id_="struct_ulonglong",
name="struct_ulonglong_name",
type_="ulonglong",
defvalue=7)
struct_seq_octet_name = simpleseq_property(
id_="struct_seq_octet",
name="struct_seq_octet_name",
type_="octet",
defvalue=[
1,
2,
])
struct_seq_short_name = simpleseq_property(
id_="struct_seq_short",
name="struct_seq_short_name",
type_="short",
defvalue=[
1,
2,
])
struct_seq_ushort_name = simpleseq_property(
id_="struct_seq_ushort",
name="struct_seq_ushort_name",
type_="ushort",
defvalue=[
1,
2,
])
struct_seq_long_name = simpleseq_property(id_="struct_seq_long",
name="struct_seq_long_name",
type_="long",
defvalue=[
1,
2,
])
struct_seq_ulong_name = simpleseq_property(
id_="struct_seq_ulong",
name="struct_seq_ulong_name",
type_="ulong",
defvalue=[
1,
2,
])
struct_seq_longlong_name = simpleseq_property(
id_="struct_seq_longlong",
name="struct_seq_longlong_name",
type_="longlong",
defvalue=[
1,
2,
])
struct_seq_ulonglong_name = simpleseq_property(
id_="struct_seq_ulonglong",
name="struct_seq_ulonglong_name",
type_="ulonglong",
defvalue=[
1,
2,
])
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property or type(
classattr) == simpleseq_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["struct_octet_name"] = self.struct_octet_name
d["struct_short_name"] = self.struct_short_name
d["struct_ushort_name"] = self.struct_ushort_name
d["struct_long_name"] = self.struct_long_name
d["struct_ulong_name"] = self.struct_ulong_name
d["struct_longlong_name"] = self.struct_longlong_name
d["struct_ulonglong_name"] = self.struct_ulonglong_name
d["struct_seq_octet_name"] = self.struct_seq_octet_name
d["struct_seq_short_name"] = self.struct_seq_short_name
d["struct_seq_ushort_name"] = self.struct_seq_ushort_name
d["struct_seq_long_name"] = self.struct_seq_long_name
d["struct_seq_ulong_name"] = self.struct_seq_ulong_name
d["struct_seq_longlong_name"] = self.struct_seq_longlong_name
d["struct_seq_ulonglong_name"] = self.struct_seq_ulonglong_name
return str(d)
def getId(self):
return "my_struct"
def isStruct(self):
return True
def getMembers(self):
return [
("struct_octet_name", self.struct_octet_name),
("struct_short_name", self.struct_short_name),
("struct_ushort_name", self.struct_ushort_name),
("struct_long_name", self.struct_long_name),
("struct_ulong_name", self.struct_ulong_name),
("struct_longlong_name", self.struct_longlong_name),
("struct_ulonglong_name", self.struct_ulonglong_name),
("struct_seq_octet_name", self.struct_seq_octet_name),
("struct_seq_short_name", self.struct_seq_short_name),
("struct_seq_ushort_name", self.struct_seq_ushort_name),
("struct_seq_long_name", self.struct_seq_long_name),
("struct_seq_ulong_name", self.struct_seq_ulong_name),
("struct_seq_longlong_name", self.struct_seq_longlong_name),
("struct_seq_ulonglong_name", self.struct_seq_ulonglong_name)
]
my_struct_name = struct_property(id_="my_struct",
name="my_struct_name",
structdef=MyStructName,
configurationkind=("configure", ),
mode="readwrite")
class SsStructName(object):
ss_octet_name = simple_property(id_="ss_octet",
name="ss_octet_name",
type_="octet")
ss_short_name = simple_property(id_="ss_short",
name="ss_short_name",
type_="short")
ss_ushort_name = simple_property(id_="ss_ushort",
name="ss_ushort_name",
type_="ushort")
ss_long_name = simple_property(id_="ss_long",
name="ss_long_name",
type_="long")
ss_ulong_name = simple_property(id_="ss_ulong",
name="ss_ulong_name",
type_="ulong")
ss_longlong_name = simple_property(id_="ss_longlong",
name="ss_longlong_name",
type_="longlong")
ss_ulonglong_name = simple_property(id_="ss_ulonglong",
name="ss_ulonglong_name",
type_="ulonglong")
ss_seq_octet_name = simpleseq_property(id_="ss_seq_octet",
name="ss_seq_octet_name",
type_="octet")
ss_seq_short_name = simpleseq_property(id_="ss_seq_short",
name="ss_seq_short_name",
type_="short")
ss_seq_ushort_name = simpleseq_property(id_="ss_seq_ushort",
name="ss_seq_ushort_name",
type_="ushort")
ss_seq_long_name = simpleseq_property(id_="ss_seq_long",
name="ss_seq_long_name",
type_="long")
ss_seq_ulong_name = simpleseq_property(id_="ss_seq_ulong",
name="ss_seq_ulong_name",
type_="ulong")
ss_seq_longlong_name = simpleseq_property(id_="ss_seq_longlong",
name="ss_seq_longlong_name",
type_="longlong")
ss_seq_ulonglong_name = simpleseq_property(
id_="ss_seq_ulonglong",
name="ss_seq_ulonglong_name",
type_="ulonglong")
def __init__(self,
ss_octet_name=0,
ss_short_name=0,
ss_ushort_name=0,
ss_long_name=0,
ss_ulong_name=0,
ss_longlong_name=0,
ss_ulonglong_name=0,
ss_seq_octet_name=0,
ss_seq_short_name=0,
ss_seq_ushort_name=0,
ss_seq_long_name=0,
ss_seq_ulong_name=0,
ss_seq_longlong_name=0,
ss_seq_ulonglong_name=0):
self.ss_octet_name = ss_octet_name
self.ss_short_name = ss_short_name
self.ss_ushort_name = ss_ushort_name
self.ss_long_name = ss_long_name
self.ss_ulong_name = ss_ulong_name
self.ss_longlong_name = ss_longlong_name
self.ss_ulonglong_name = ss_ulonglong_name
self.ss_seq_octet_name = ss_seq_octet_name
self.ss_seq_short_name = ss_seq_short_name
self.ss_seq_ushort_name = ss_seq_ushort_name
self.ss_seq_long_name = ss_seq_long_name
self.ss_seq_ulong_name = ss_seq_ulong_name
self.ss_seq_longlong_name = ss_seq_longlong_name
self.ss_seq_ulonglong_name = ss_seq_ulonglong_name
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["ss_octet_name"] = self.ss_octet_name
d["ss_short_name"] = self.ss_short_name
d["ss_ushort_name"] = self.ss_ushort_name
d["ss_long_name"] = self.ss_long_name
d["ss_ulong_name"] = self.ss_ulong_name
d["ss_longlong_name"] = self.ss_longlong_name
d["ss_ulonglong_name"] = self.ss_ulonglong_name
d["ss_seq_octet_name"] = self.ss_seq_octet_name
d["ss_seq_short_name"] = self.ss_seq_short_name
d["ss_seq_ushort_name"] = self.ss_seq_ushort_name
d["ss_seq_long_name"] = self.ss_seq_long_name
d["ss_seq_ulong_name"] = self.ss_seq_ulong_name
d["ss_seq_longlong_name"] = self.ss_seq_longlong_name
d["ss_seq_ulonglong_name"] = self.ss_seq_ulonglong_name
return str(d)
def getId(self):
return "ss_struct"
def isStruct(self):
return True
def getMembers(self):
return [("ss_octet_name", self.ss_octet_name),
("ss_short_name", self.ss_short_name),
("ss_ushort_name", self.ss_ushort_name),
("ss_long_name", self.ss_long_name),
("ss_ulong_name", self.ss_ulong_name),
("ss_longlong_name", self.ss_longlong_name),
("ss_ulonglong_name", self.ss_ulonglong_name),
("ss_seq_octet_name", self.ss_seq_octet_name),
("ss_seq_short_name", self.ss_seq_short_name),
("ss_seq_ushort_name", self.ss_seq_ushort_name),
("ss_seq_long_name", self.ss_seq_long_name),
("ss_seq_ulong_name", self.ss_seq_ulong_name),
("ss_seq_longlong_name", self.ss_seq_longlong_name),
("ss_seq_ulonglong_name", self.ss_seq_ulonglong_name)]
my_structseq_name = structseq_property(
id_="my_structseq",
name="my_structseq_name",
structdef=SsStructName,
defvalue=[
SsStructName(0, 1, 2, 3, 4, 5, 6, [1, 2], [3, 4], [5, 6], [7, 8],
[9, 10], [11, 12], [13, 14]),
SsStructName(7, 8, 9, 10, 11, 12, 13, [15, 16], [17, 18], [19, 20],
[21, 22], [23, 24], [25, 26], [27, 28])
],
configurationkind=("configure", ),
mode="readwrite")
class AllPropertyTypesComponent_base(CF__POA.Resource, Component,
ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Component.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
def start(self):
Component.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Component.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Component.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
simpleString = simple_property(id_="simpleString",
name="simpleString",
type_="string",
defvalue="simpleStringTest",
mode="readwrite",
action="external",
kinds=("property", ))
simpleBool = simple_property(id_="simpleBool",
name="simpleBool",
type_="boolean",
defvalue=True,
mode="readwrite",
action="external",
kinds=("property", ))
simpleDouble = simple_property(id_="simpleDouble",
name="simpleDouble",
type_="double",
defvalue=123.456,
mode="readwrite",
action="external",
kinds=("property", ))
simpleShort = simple_property(id_="simpleShort",
name="simpleShort",
type_="short",
defvalue=123,
mode="readwrite",
action="external",
kinds=("property", ))
readOnlyString = simple_property(id_="readOnlyString",
name="readOnlyString",
type_="string",
defvalue="doNotChangeMe",
mode="readonly",
action="external",
kinds=("property", ))
simpleSeqString = simpleseq_property(id_="simpleSeqString",
name="simpleSeqString",
type_="string",
defvalue=[
"simpleSeqStringTest1",
"simpleSeqStringTest2",
"simpleSeqStringTest3"
],
mode="readwrite",
action="external",
kinds=("property", ))
simpleSeqBool = simpleseq_property(id_="simpleSeqBool",
name="simpleSeqBool",
type_="boolean",
defvalue=[True, False, True],
mode="readwrite",
action="external",
kinds=("property", ))
simpleSeqDouble = simpleseq_property(
id_="simpleSeqDouble",
name="simpleSeqDouble",
type_="double",
defvalue=[234.56700000000001, 345.678, 456.78899999999999],
mode="readwrite",
action="external",
kinds=("property", ))
simpleSeqShort = simpleseq_property(id_="simpleSeqShort",
name="simpleSeqShort",
type_="short",
defvalue=[234, 345, 456],
mode="readwrite",
action="external",
kinds=("property", ))
class StructString(object):
structSimpleString = simple_property(id_="structSimpleString",
name="structSimpleString",
type_="string",
defvalue="structSimpleStringTest")
structSimpleSeqString = simpleseq_property(
id_="structSimpleSeqString",
name="structSimpleSeqString",
type_="string",
defvalue=[
"structSeqSimpleStringTest1", "structSeqSimpleStringTest2",
"structSeqSimpleStringTest3"
])
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSimpleString"] = self.structSimpleString
d["structSimpleSeqString"] = self.structSimpleSeqString
return str(d)
@classmethod
def getId(cls):
return "structString"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("structSimpleString", self.structSimpleString),
("structSimpleSeqString", self.structSimpleSeqString)]
structString = struct_property(id_="structString",
name="structString",
structdef=StructString,
configurationkind=("property", ),
mode="readwrite")
class StructBool(object):
structSimpleBool = simple_property(id_="structSimpleBool",
name="structSimpleBool",
type_="boolean",
defvalue=False)
structSimpleSeqBool = simpleseq_property(id_="structSimpleSeqBool",
name="structSimpleSeqBool",
type_="boolean",
defvalue=[False, True, False])
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSimpleBool"] = self.structSimpleBool
d["structSimpleSeqBool"] = self.structSimpleSeqBool
return str(d)
@classmethod
def getId(cls):
return "structBool"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("structSimpleBool", self.structSimpleBool),
("structSimpleSeqBool", self.structSimpleSeqBool)]
structBool = struct_property(id_="structBool",
name="structBool",
structdef=StructBool,
configurationkind=("property", ),
mode="readwrite")
class StructDouble(object):
structSimpleDouble = simple_property(id_="structSimpleDouble",
name="structSimpleDouble",
type_="double",
defvalue=987.654)
structSimpleSeqDouble = simpleseq_property(
id_="structSimpleSeqDouble",
name="structSimpleSeqDouble",
type_="double",
defvalue=[
876.54300000000001, 765.43200000000002, 654.32100000000003
])
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSimpleDouble"] = self.structSimpleDouble
d["structSimpleSeqDouble"] = self.structSimpleSeqDouble
return str(d)
@classmethod
def getId(cls):
return "structDouble"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("structSimpleDouble", self.structSimpleDouble),
("structSimpleSeqDouble", self.structSimpleSeqDouble)]
structDouble = struct_property(id_="structDouble",
name="structDouble",
structdef=StructDouble,
configurationkind=("property", ),
mode="readwrite")
class StructShort(object):
structSimpleShort = simple_property(id_="structSimpleShort",
name="structSimpleShort",
type_="short",
defvalue=987)
structSimpleSeqShort = simpleseq_property(id_="structSimpleSeqShort",
name="structSimpleSeqShort",
type_="short",
defvalue=[876, 765, 654])
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSimpleShort"] = self.structSimpleShort
d["structSimpleSeqShort"] = self.structSimpleSeqShort
return str(d)
@classmethod
def getId(cls):
return "structShort"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("structSimpleShort", self.structSimpleShort),
("structSimpleSeqShort", self.structSimpleSeqShort)]
structShort = struct_property(id_="structShort",
name="structShort",
structdef=StructShort,
configurationkind=("property", ),
mode="readwrite")
class StructSeqStructString(object):
structSeqStructSimpleString = simple_property(
id_="structSeqStructSimpleString",
name="structSeqStructSimpleString",
type_="string",
defvalue="structSeqStructSimpleStringTest")
structSeqStructSimpleSeqString = simpleseq_property(
id_="structSeqStructSimpleSeqString",
name="structSeqStructSimpleSeqString",
type_="string",
defvalue=[
"structSeqStructSimpleStringTest1",
"structSeqStructSimpleStringTest2",
"structSeqStructSimpleStringTest3"
])
def __init__(
self,
structSeqStructSimpleString="structSeqStructSimpleStringTest",
structSeqStructSimpleSeqString=[
"structSeqStructSimpleStringTest1",
"structSeqStructSimpleStringTest2",
"structSeqStructSimpleStringTest3"
]):
self.structSeqStructSimpleString = structSeqStructSimpleString
self.structSeqStructSimpleSeqString = structSeqStructSimpleSeqString
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSeqStructSimpleString"] = self.structSeqStructSimpleString
d["structSeqStructSimpleSeqString"] = self.structSeqStructSimpleSeqString
return str(d)
@classmethod
def getId(cls):
return "structSeqStructString"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("structSeqStructSimpleString",
self.structSeqStructSimpleString),
("structSeqStructSimpleSeqString",
self.structSeqStructSimpleSeqString)]
structSeqString = structseq_property(
id_="structSeqString",
name="structSeqString",
structdef=StructSeqStructString,
defvalue=[
StructSeqStructString(
structSeqStructSimpleString="structSeqStructSimpleStringTest",
structSeqStructSimpleSeqString=[
"structSeqStructSimpleStringTest1",
"structSeqStructSimpleStringTest2",
"structSeqStructSimpleStringTest3"
])
],
configurationkind=("property", ),
mode="readwrite")
class StructSeqStructBool(object):
structSeqStructSimpleBool = simple_property(
id_="structSeqStructSimpleBool",
name="structSeqStructSimpleBool",
type_="boolean",
defvalue=True)
structSeqStructSimpleSeqBool = simpleseq_property(
id_="structSeqStructSimpleSeqBool",
name="structSeqStructSimpleSeqBool",
type_="boolean",
defvalue=[True, True, False])
def __init__(self,
structSeqStructSimpleBool=True,
structSeqStructSimpleSeqBool=[True, True, False]):
self.structSeqStructSimpleBool = structSeqStructSimpleBool
self.structSeqStructSimpleSeqBool = structSeqStructSimpleSeqBool
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSeqStructSimpleBool"] = self.structSeqStructSimpleBool
d["structSeqStructSimpleSeqBool"] = self.structSeqStructSimpleSeqBool
return str(d)
@classmethod
def getId(cls):
return "structSeqStructBool"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("structSeqStructSimpleBool",
self.structSeqStructSimpleBool),
("structSeqStructSimpleSeqBool",
self.structSeqStructSimpleSeqBool)]
structSeqBool = structseq_property(
id_="structSeqBool",
name="structSeqBool",
structdef=StructSeqStructBool,
defvalue=[
StructSeqStructBool(
structSeqStructSimpleBool=True,
structSeqStructSimpleSeqBool=[True, True, False])
],
configurationkind=("property", ),
mode="readwrite")
class StructSeqStructDouble(object):
structSeqStructSimpleDouble = simple_property(
id_="structSeqStructSimpleDouble",
name="structSeqStructSimpleDouble",
type_="double",
defvalue=12.34)
structSeqStructSimpleSeqDouble = simpleseq_property(
id_="structSeqStructSimpleSeqDouble",
name="structSeqStructSimpleSeqDouble",
type_="double",
defvalue=[
23.449999999999999, 34.560000000000002, 45.670000000000002
])
def __init__(self,
structSeqStructSimpleDouble=12.34,
structSeqStructSimpleSeqDouble=[
23.449999999999999, 34.560000000000002,
45.670000000000002
]):
self.structSeqStructSimpleDouble = structSeqStructSimpleDouble
self.structSeqStructSimpleSeqDouble = structSeqStructSimpleSeqDouble
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSeqStructSimpleDouble"] = self.structSeqStructSimpleDouble
d["structSeqStructSimpleSeqDouble"] = self.structSeqStructSimpleSeqDouble
return str(d)
@classmethod
def getId(cls):
return "structSeqStructDouble"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("structSeqStructSimpleDouble",
self.structSeqStructSimpleDouble),
("structSeqStructSimpleSeqDouble",
self.structSeqStructSimpleSeqDouble)]
structSeqDouble = structseq_property(
id_="structSeqDouble",
name="structSeqDouble",
structdef=StructSeqStructDouble,
defvalue=[
StructSeqStructDouble(structSeqStructSimpleDouble=12.34,
structSeqStructSimpleSeqDouble=[
23.449999999999999, 34.560000000000002,
45.670000000000002
])
],
configurationkind=("property", ),
mode="readwrite")
class StructSeqStructShort(object):
structSeqStructSimpleShort = simple_property(
id_="structSeqStructSimpleShort",
name="structSeqStructSimpleShort",
type_="short",
defvalue=12)
structSeqStructSimpleSeqShort = simpleseq_property(
id_="structSeqStructSimpleSeqShort",
name="structSeqStructSimpleSeqShort",
type_="short",
defvalue=[23, 34, 45])
def __init__(self,
structSeqStructSimpleShort=12,
structSeqStructSimpleSeqShort=[23, 34, 45]):
self.structSeqStructSimpleShort = structSeqStructSimpleShort
self.structSeqStructSimpleSeqShort = structSeqStructSimpleSeqShort
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSeqStructSimpleShort"] = self.structSeqStructSimpleShort
d["structSeqStructSimpleSeqShort"] = self.structSeqStructSimpleSeqShort
return str(d)
@classmethod
def getId(cls):
return "structSeqStructShort"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("structSeqStructSimpleShort",
self.structSeqStructSimpleShort),
("structSeqStructSimpleSeqShort",
self.structSeqStructSimpleSeqShort)]
structSeqShort = structseq_property(
id_="structSeqShort",
name="structSeqShort",
structdef=StructSeqStructShort,
defvalue=[
StructSeqStructShort(structSeqStructSimpleShort=12,
structSeqStructSimpleSeqShort=[23, 34, 45])
],
configurationkind=("property", ),
mode="readwrite")
class TestPythonPropsRange_base(CF__POA.Resource, Resource):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
self.threadControlLock = threading.RLock()
self.process_thread = None
# self.auto_start is deprecated and is only kept for API compatability
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
def initialize(self):
Resource.initialize(self)
# Instantiate the default implementations for all ports on this component
def start(self):
self.threadControlLock.acquire()
try:
Resource.start(self)
if self.process_thread == None:
self.process_thread = ProcessThread(target=self.process,
pause=self.PAUSE)
self.process_thread.start()
finally:
self.threadControlLock.release()
def process(self):
"""The process method should process a single "chunk" of data and then return. This method will be called
from the processing thread again, and again, and again until it returns FINISH or stop() is called on the
component. If no work is performed, then return NOOP"""
raise NotImplementedError
def stop(self):
self.threadControlLock.acquire()
try:
process_thread = self.process_thread
self.process_thread = None
if process_thread != None:
process_thread.stop()
process_thread.join(self.TIMEOUT)
if process_thread.isAlive():
raise CF.Resource.StopError(
CF.CF_NOTSET, "Processing thread did not die")
Resource.stop(self)
finally:
self.threadControlLock.release()
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
self.threadControlLock.acquire()
try:
Resource.releaseObject(self)
finally:
self.threadControlLock.release()
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
my_octet_name = simple_property(id_="my_octet",
name="my_octet_name",
type_="octet",
defvalue=1,
mode="readwrite",
action="external",
kinds=("configure", ))
my_short_name = simple_property(id_="my_short",
name="my_short_name",
type_="short",
defvalue=2,
mode="readwrite",
action="external",
kinds=("configure", ))
my_ushort_name = simple_property(id_="my_ushort",
name="my_ushort_name",
type_="ushort",
defvalue=3,
mode="readwrite",
action="external",
kinds=("configure", ))
my_long_name = simple_property(id_="my_long",
name="my_long_name",
type_="long",
defvalue=4,
mode="readwrite",
action="external",
kinds=("configure", ))
my_ulong_name = simple_property(id_="my_ulong",
name="my_ulong_name",
type_="ulong",
defvalue=5,
mode="readwrite",
action="external",
kinds=("configure", ))
my_longlong_name = simple_property(id_="my_longlong",
name="my_longlong_name",
type_="longlong",
defvalue=6,
mode="readwrite",
action="external",
kinds=("configure", ))
my_ulonglong_name = simple_property(id_="my_ulonglong",
name="my_ulonglong_name",
type_="ulonglong",
defvalue=7,
mode="readwrite",
action="external",
kinds=("configure", ))
seq_octet_name = simpleseq_property(id_="seq_octet",
name="seq_octet_name",
type_="octet",
defvalue="\x01\x02",
mode="readwrite",
action="external",
kinds=("configure", ))
seq_short_name = simpleseq_property(id_="seq_short",
name="seq_short_name",
type_="short",
defvalue=(1, 2),
mode="readwrite",
action="external",
kinds=("configure", ))
seq_ushort_name = simpleseq_property(id_="seq_ushort",
name="seq_ushort_name",
type_="ushort",
defvalue=(1, 2),
mode="readwrite",
action="external",
kinds=("configure", ))
seq_long_name = simpleseq_property(id_="seq_long",
name="seq_long_name",
type_="long",
defvalue=(1, 2),
mode="readwrite",
action="external",
kinds=("configure", ))
seq_ulong_name = simpleseq_property(id_="seq_ulong",
name="seq_ulong_name",
type_="ulong",
defvalue=(1, 2),
mode="readwrite",
action="external",
kinds=("configure", ))
seq_longlong_name = simpleseq_property(id_="seq_longlong",
name="seq_longlong_name",
type_="longlong",
defvalue=(1, 2),
mode="readwrite",
action="external",
kinds=("configure", ))
seq_ulonglong_name = simpleseq_property(id_="seq_ulonglong",
name="seq_ulonglong_name",
type_="ulonglong",
defvalue=(1, 2),
mode="readwrite",
action="external",
kinds=("configure", ))
seq_char_name = simpleseq_property(id_="seq_char",
name="seq_char_name",
type_="char",
defvalue="ab",
mode="readwrite",
action="external",
kinds=("configure", ))
class MyStructName(object):
struct_octet_name = simple_property(
id_="struct_octet",
name="struct_octet_name",
type_="octet",
defvalue=1,
)
struct_short_name = simple_property(
id_="struct_short",
name="struct_short_name",
type_="short",
defvalue=2,
)
struct_ushort_name = simple_property(
id_="struct_ushort",
name="struct_ushort_name",
type_="ushort",
defvalue=3,
)
struct_long_name = simple_property(
id_="struct_long",
name="struct_long_name",
type_="long",
defvalue=4,
)
struct_ulong_name = simple_property(
id_="struct_ulong",
name="struct_ulong_name",
type_="ulong",
defvalue=5,
)
struct_longlong_name = simple_property(
id_="struct_longlong",
name="struct_longlong_name",
type_="longlong",
defvalue=6,
)
struct_ulonglong_name = simple_property(
id_="struct_ulonglong",
name="struct_ulonglong_name",
type_="ulonglong",
defvalue=7,
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["struct_octet_name"] = self.struct_octet_name
d["struct_short_name"] = self.struct_short_name
d["struct_ushort_name"] = self.struct_ushort_name
d["struct_long_name"] = self.struct_long_name
d["struct_ulong_name"] = self.struct_ulong_name
d["struct_longlong_name"] = self.struct_longlong_name
d["struct_ulonglong_name"] = self.struct_ulonglong_name
return str(d)
def getId(self):
return "my_struct"
def isStruct(self):
return True
def getMembers(self):
return [("struct_octet_name", self.struct_octet_name),
("struct_short_name", self.struct_short_name),
("struct_ushort_name", self.struct_ushort_name),
("struct_long_name", self.struct_long_name),
("struct_ulong_name", self.struct_ulong_name),
("struct_longlong_name", self.struct_longlong_name),
("struct_ulonglong_name", self.struct_ulonglong_name)]
my_struct_name = struct_property(id_="my_struct",
name="my_struct_name",
structdef=MyStructName,
configurationkind=("configure", ),
mode="readwrite")
class SsStructName(object):
ss_octet_name = simple_property(
id_="ss_octet",
name="ss_octet_name",
type_="octet",
)
ss_short_name = simple_property(
id_="ss_short",
name="ss_short_name",
type_="short",
)
ss_ushort_name = simple_property(
id_="ss_ushort",
name="ss_ushort_name",
type_="ushort",
)
ss_long_name = simple_property(
id_="ss_long",
name="ss_long_name",
type_="long",
)
ss_ulong_name = simple_property(
id_="ss_ulong",
name="ss_ulong_name",
type_="ulong",
)
ss_longlong_name = simple_property(
id_="ss_longlong",
name="ss_longlong_name",
type_="longlong",
)
ss_ulonglong_name = simple_property(
id_="ss_ulonglong",
name="ss_ulonglong_name",
type_="ulonglong",
)
def __init__(self,
ss_octet_name=0,
ss_short_name=0,
ss_ushort_name=0,
ss_long_name=0,
ss_ulong_name=0,
ss_longlong_name=0,
ss_ulonglong_name=0):
self.ss_octet_name = ss_octet_name
self.ss_short_name = ss_short_name
self.ss_ushort_name = ss_ushort_name
self.ss_long_name = ss_long_name
self.ss_ulong_name = ss_ulong_name
self.ss_longlong_name = ss_longlong_name
self.ss_ulonglong_name = ss_ulonglong_name
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["ss_octet_name"] = self.ss_octet_name
d["ss_short_name"] = self.ss_short_name
d["ss_ushort_name"] = self.ss_ushort_name
d["ss_long_name"] = self.ss_long_name
d["ss_ulong_name"] = self.ss_ulong_name
d["ss_longlong_name"] = self.ss_longlong_name
d["ss_ulonglong_name"] = self.ss_ulonglong_name
return str(d)
def getId(self):
return "ss_struct"
def isStruct(self):
return True
def getMembers(self):
return [("ss_octet_name", self.ss_octet_name),
("ss_short_name", self.ss_short_name),
("ss_ushort_name", self.ss_ushort_name),
("ss_long_name", self.ss_long_name),
("ss_ulong_name", self.ss_ulong_name),
("ss_longlong_name", self.ss_longlong_name),
("ss_ulonglong_name", self.ss_ulonglong_name)]
my_structseq_name = structseq_property(
id_="my_structseq",
name="my_structseq_name",
structdef=SsStructName,
defvalue=[
SsStructName(0, 1, 2, 3, 4, 5, 6),
SsStructName(7, 8, 9, 10, 11, 12, 13)
],
configurationkind=("configure", ),
mode="readwrite")
class TestPythonProps (CF__POA.Resource, Resource):
"""Python component for testing properties"""
prop1 = simple_property(id_="DCE:b8f43ac8-26b5-40b3-9102-d127b84f9e4b",
name="string_prop",
type_="string",
action="external",
kinds=("configure",))
prop2 = simpleseq_property(id_="DCE:10b3364d-f035-4639-8e7f-02ac4706f5c7[]",
name="stringseq_prop",
type_="string",
action="external",
kinds=("configure",))
prop3 = simple_property(id_="test_float",
name="test_float",
type_="float",
action="external",
kinds=("configure",),
defvalue=1.234)
prop4 = simple_property(id_="test_double",
name="test_double",
type_="double",
action="external",
kinds=("configure",),
defvalue=1.234)
class SomeStruct(object):
field1 = simple_property(id_="item1",
type_="string",
defvalue="value1")
field2 = simple_property(id_="item2",
type_="long",
defvalue=100)
field3 = simple_property(id_="item3",
type_="double",
defvalue=3.14156)
field4 = simple_property(id_="item4",
type_="float",
defvalue=1.234)
struct = struct_property(id_="DCE:ffe634c9-096d-425b-86cc-df1cce50612f",
name="struct_test",
structdef=SomeStruct)
class MulticastAddress(object):
ip_address = simple_property(id_="ip_address", type_="string")
port = simple_property(id_="port", type_="ushort")
def __init__(self, ip_address="", port=0):
self.ip_address = ip_address
self.port = port
multicasts = structseq_property(id_="DCE:897a5489-f680-46a8-a698-e36fd8bbae80[]",
name="multicasts",
structdef=MulticastAddress,
defvalue=[MulticastAddress("127.0.0.1", 6800), MulticastAddress("127.0.0.1", 42000)])
def __init__(self, identifier, execparams):
Resource.__init__(self, identifier, execparams)
def runTest(self, test, props):
if test == 0:
# Inject values directly into property storage to allow testing of
# bad conditions (invalid values)
for dt in props:
try:
self._props[dt.id] = from_any(dt.value)
except KeyError:
pass
return []
class PropertyComponent_base(CF__POA.Resource, Resource):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
self.process_thread = None
# self.auto_start is deprecated and is only kept for API compatability
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
def initialize(self):
Resource.initialize(self)
# Instantiate the default implementations for all ports on this component
self.port_propEvent = PropertyEventSupplier(self)
def start(self):
Resource.start(self)
if self.process_thread == None:
self.process_thread = ProcessThread(target=self.process,
pause=self.PAUSE)
self.process_thread.start()
def process(self):
"""The process method should process a single "chunk" of data and then return. This method will be called
from the processing thread again, and again, and again until it returns FINISH or stop() is called on the
component. If no work is performed, then return NOOP"""
raise NotImplementedError
def stop(self):
# Technically not thread-safe but close enough for now
process_thread = self.process_thread
self.process_thread = None
if process_thread != None:
process_thread.stop()
process_thread.join(self.TIMEOUT)
if process_thread.isAlive():
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
Resource.stop(self)
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Resource.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
def compareSRI(self, a, b):
if a.hversion != b.hversion:
return False
if a.xstart != b.xstart:
return False
if a.xdelta != b.xdelta:
return False
if a.xunits != b.xunits:
return False
if a.subsize != b.subsize:
return False
if a.ystart != b.ystart:
return False
if a.ydelta != b.ydelta:
return False
if a.yunits != b.yunits:
return False
if a.mode != b.mode:
return False
if a.streamID != b.streamID:
return False
if a.blocking != b.blocking:
return False
if len(a.keywords) != len(b.keywords):
return False
for keyA, keyB in zip(a.keywords, b.keywords):
if keyA.value._t != keyB.value._t:
return False
if keyA.value._v != keyB.value._v:
return False
return True
port_propEvent = usesport(
name="propEvent",
repid="IDL:omg.org/CosEventChannelAdmin/EventChannel:1.0",
type_="responses",
)
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
simplePropStr = simple_property(id_="simplePropStr",
type_="string",
defvalue="Hello",
mode="readwrite",
action="external",
kinds=("configure", "event"))
simplePropBoolean = simple_property(id_="simplePropBoolean",
type_="boolean",
defvalue=True,
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropUlong = simple_property(id_="simplePropUlong",
type_="ulong",
defvalue=1,
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropObjRef = simple_property(id_="simplePropObjRef",
type_="objref",
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropShort = simple_property(id_="simplePropShort",
type_="short",
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropFloat = simple_property(id_="simplePropFloat",
type_="float",
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropOctet = simple_property(id_="simplePropOctet",
type_="octet",
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropChar = simple_property(id_="simplePropChar",
type_="char",
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropUShort = simple_property(id_="simplePropUShort",
type_="ushort",
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropDouble = simple_property(id_="simplePropDouble",
type_="double",
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropLong = simple_property(id_="simplePropLong",
type_="long",
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropLongLong = simple_property(id_="simplePropLongLong",
type_="longlong",
mode="readwrite",
action="external",
kinds=("configure", ))
simplePropUlonglong = simple_property(id_="simplePropUlonglong",
type_="ulonglong",
mode="readwrite",
action="external",
kinds=("configure", ))
simpleEnum = simple_property(id_="simpleEnum",
type_="string",
defvalue="hello",
mode="readwrite",
action="external",
kinds=("configure", ))
simpleReadOnly = simple_property(id_="simpleReadOnly",
type_="string",
defvalue="READ ONLY VALUE",
mode="readonly",
action="external",
kinds=("configure", ))
seqPropStr = simpleseq_property(id_="seqPropStr",
type_="string",
defvalue=("test", "test1", "test3"),
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropBoolean = simpleseq_property(id_="seqPropBoolean",
type_="boolean",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropULong = simpleseq_property(id_="seqPropULong",
type_="ulong",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropObjRef = simpleseq_property(id_="seqPropObjRef",
type_="objref",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropShort = simpleseq_property(id_="seqPropShort",
type_="short",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropFloat = simpleseq_property(id_="seqPropFloat",
type_="float",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropOctet = simpleseq_property(id_="seqPropOctet",
type_="octet",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropChar = simpleseq_property(id_="seqPropChar",
type_="char",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropUShort = simpleseq_property(id_="seqPropUShort",
type_="ushort",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropDouble = simpleseq_property(id_="seqPropDouble",
type_="double",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropLong = simpleseq_property(id_="seqPropLong",
type_="long",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropLongLong = simpleseq_property(id_="seqPropLongLong",
type_="longlong",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
seqPropulonglong = simpleseq_property(id_="seqPropulonglong",
type_="ulonglong",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", ))
class StructProp(object):
structSimpleStr = simple_property(
id_="structSimpleStr",
type_="string",
)
structSimpleBoolean = simple_property(
id_="structSimpleBoolean",
type_="boolean",
)
structSimpleulong = simple_property(
id_="structSimpleulong",
type_="ulong",
)
structSimpleObjRef = simple_property(
id_="structSimpleObjRef",
type_="objref",
)
structSimpleShort = simple_property(
id_="structSimpleShort",
type_="short",
)
structSimpleFloat = simple_property(
id_="structSimpleFloat",
type_="float",
)
structSimpleOctet = simple_property(
id_="structSimpleOctet",
type_="octet",
)
structSimpleChar = simple_property(
id_="structSimpleChar",
type_="char",
)
structSimpleushort = simple_property(
id_="structSimpleushort",
type_="ushort",
)
structSimpledouble = simple_property(
id_="structSimpledouble",
type_="double",
)
structSimplelong = simple_property(
id_="structSimplelong",
type_="long",
)
structSimplelonglong = simple_property(
id_="structSimplelonglong",
type_="longlong",
)
structSimpleulonglong = simple_property(
id_="structSimpleulonglong",
type_="ulonglong",
)
structSimpleEnum = simple_property(
id_="structSimpleEnum",
type_="double",
defvalue=1.5,
)
def __init__(self):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSimpleStr"] = self.structSimpleStr
d["structSimpleBoolean"] = self.structSimpleBoolean
d["structSimpleulong"] = self.structSimpleulong
d["structSimpleObjRef"] = self.structSimpleObjRef
d["structSimpleShort"] = self.structSimpleShort
d["structSimpleFloat"] = self.structSimpleFloat
d["structSimpleOctet"] = self.structSimpleOctet
d["structSimpleChar"] = self.structSimpleChar
d["structSimpleushort"] = self.structSimpleushort
d["structSimpledouble"] = self.structSimpledouble
d["structSimplelong"] = self.structSimplelong
d["structSimplelonglong"] = self.structSimplelonglong
d["structSimpleulonglong"] = self.structSimpleulonglong
d["structSimpleEnum"] = self.structSimpleEnum
return str(d)
def getId(self):
return "structProp"
def isStruct(self):
return True
def getMembers(self):
return [("structSimpleStr", self.structSimpleStr),
("structSimpleBoolean", self.structSimpleBoolean),
("structSimpleulong", self.structSimpleulong),
("structSimpleObjRef", self.structSimpleObjRef),
("structSimpleShort", self.structSimpleShort),
("structSimpleFloat", self.structSimpleFloat),
("structSimpleOctet", self.structSimpleOctet),
("structSimpleChar", self.structSimpleChar),
("structSimpleushort", self.structSimpleushort),
("structSimpledouble", self.structSimpledouble),
("structSimplelong", self.structSimplelong),
("structSimplelonglong", self.structSimplelonglong),
("structSimpleulonglong", self.structSimpleulonglong),
("structSimpleEnum", self.structSimpleEnum)]
structProp = struct_property(id_="structProp",
structdef=StructProp,
configurationkind=("configure", ),
mode="readwrite")
class StructSeq(object):
structSeqSimple = simple_property(
id_="structSeqSimple",
type_="string",
)
structSeqSimpleBoolean = simple_property(
id_="structSeqSimpleBoolean",
type_="boolean",
)
structSeqSimpleUlong = simple_property(
id_="structSeqSimpleUlong",
type_="ulong",
)
structSeqSimpleObjecRef = simple_property(
id_="structSeqSimpleObjecRef",
type_="objref",
)
structSeqSimpleShort = simple_property(
id_="structSeqSimpleShort",
type_="short",
)
structSeqFloat = simple_property(
id_="structSeqFloat",
type_="float",
)
structSeqSimpleOctet = simple_property(
id_="structSeqSimpleOctet",
type_="octet",
)
structSeqSimpleChar = simple_property(
id_="structSeqSimpleChar",
type_="char",
)
structSeqSimpleushort = simple_property(
id_="structSeqSimpleushort",
type_="ushort",
)
structSeqSimpleDouble = simple_property(
id_="structSeqSimpleDouble",
type_="double",
)
structSeqSimpleLong = simple_property(
id_="structSeqSimpleLong",
type_="long",
)
structSeqSimpleLongLong = simple_property(
id_="structSeqSimpleLongLong",
type_="longlong",
)
structSeqSimpleULongLong = simple_property(
id_="structSeqSimpleULongLong",
type_="ulonglong",
)
structSeqSimpleEnum = simple_property(
id_="structSeqSimpleEnum",
type_="string",
defvalue="3",
)
def __init__(self,
structSeqSimple="",
structSeqSimpleBoolean=False,
structSeqSimpleUlong=0,
structSeqSimpleObjecRef="",
structSeqSimpleShort=0,
structSeqFloat=0,
structSeqSimpleOctet=0,
structSeqSimpleChar="",
structSeqSimpleushort=0,
structSeqSimpleDouble=0,
structSeqSimpleLong=0,
structSeqSimpleLongLong=0,
structSeqSimpleULongLong=0,
structSeqSimpleEnum=""):
self.structSeqSimple = structSeqSimple
self.structSeqSimpleBoolean = structSeqSimpleBoolean
self.structSeqSimpleUlong = structSeqSimpleUlong
self.structSeqSimpleObjecRef = structSeqSimpleObjecRef
self.structSeqSimpleShort = structSeqSimpleShort
self.structSeqFloat = structSeqFloat
self.structSeqSimpleOctet = structSeqSimpleOctet
self.structSeqSimpleChar = structSeqSimpleChar
self.structSeqSimpleushort = structSeqSimpleushort
self.structSeqSimpleDouble = structSeqSimpleDouble
self.structSeqSimpleLong = structSeqSimpleLong
self.structSeqSimpleLongLong = structSeqSimpleLongLong
self.structSeqSimpleULongLong = structSeqSimpleULongLong
self.structSeqSimpleEnum = structSeqSimpleEnum
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["structSeqSimple"] = self.structSeqSimple
d["structSeqSimpleBoolean"] = self.structSeqSimpleBoolean
d["structSeqSimpleUlong"] = self.structSeqSimpleUlong
d["structSeqSimpleObjecRef"] = self.structSeqSimpleObjecRef
d["structSeqSimpleShort"] = self.structSeqSimpleShort
d["structSeqFloat"] = self.structSeqFloat
d["structSeqSimpleOctet"] = self.structSeqSimpleOctet
d["structSeqSimpleChar"] = self.structSeqSimpleChar
d["structSeqSimpleushort"] = self.structSeqSimpleushort
d["structSeqSimpleDouble"] = self.structSeqSimpleDouble
d["structSeqSimpleLong"] = self.structSeqSimpleLong
d["structSeqSimpleLongLong"] = self.structSeqSimpleLongLong
d["structSeqSimpleULongLong"] = self.structSeqSimpleULongLong
d["structSeqSimpleEnum"] = self.structSeqSimpleEnum
return str(d)
def getId(self):
return "structSeqStruct"
def isStruct(self):
return True
def getMembers(self):
return [("structSeqSimple", self.structSeqSimple),
("structSeqSimpleBoolean", self.structSeqSimpleBoolean),
("structSeqSimpleUlong", self.structSeqSimpleUlong),
("structSeqSimpleObjecRef", self.structSeqSimpleObjecRef),
("structSeqSimpleShort", self.structSeqSimpleShort),
("structSeqFloat", self.structSeqFloat),
("structSeqSimpleOctet", self.structSeqSimpleOctet),
("structSeqSimpleChar", self.structSeqSimpleChar),
("structSeqSimpleushort", self.structSeqSimpleushort),
("structSeqSimpleDouble", self.structSeqSimpleDouble),
("structSeqSimpleLong", self.structSeqSimpleLong),
("structSeqSimpleLongLong", self.structSeqSimpleLongLong),
("structSeqSimpleULongLong",
self.structSeqSimpleULongLong),
("structSeqSimpleEnum", self.structSeqSimpleEnum)]
structSeq = structseq_property(id_="structSeq",
structdef=StructSeq,
defvalue=[],
configurationkind=("configure", ),
mode="readwrite")
class BasicTestDevice(CF__POA.AggregateExecutableDevice, ExecutableDevice,
AggregateDevice):
def __init__(self, devmgr, uuid, label, softwareProfile, compositeDevice,
execparams):
ExecutableDevice.__init__(self, devmgr, uuid, label, softwareProfile,
compositeDevice, execparams, PROPERTIES)
AggregateDevice.__init__(self)
self._props["memCapacity"] = 100000000
self._props["BogoMipsCapacity"] = 100000000
self._props["nicCapacity"] = 100.0
self._props["fakeCapacity"] = 3
self._props["execparams"] = " ".join(
["%s %s" % x for x in execparams.items()])
def initialize(self):
# change the no_default_prop to be not None to ensure that the device manager
# doesn't configure properties with no value (i.e. test_NoConfigureNilDeviceProperties)
self._props["no_default_prop"] = "not_none"
def execute(self, name, options, parameters):
retval = ExecutableDevice.execute(self, name, options, parameters)
for option in options:
if option.id == 'STACK_SIZE':
self._props['check_STACK_SIZE'] = option.value._v
elif option.id == 'PRIORITY':
self._props['check_PRIORITY'] = option.value._v
return retval
# See BasicChildDevice for an example of manually dealing with allocate/deallocate
def allocate_fakeCapacity(self, value):
if self._props["fakeCapacity"] < value:
return False
self._props["fakeCapacity"] = self._props["fakeCapacity"] - value
return True
def allocate_nicCapacity(self, value):
if self._props["nicCapacity"] < value:
return False
self._props["nicCapacity"] = self._props["nicCapacity"] - value
return True
def allocate_memCapacity(self, value):
if self._props["memCapacity"] < value:
return False
self._props["memCapacity"] = self._props["memCapacity"] - value
return True
def allocate_BogoMipsCapacity(self, value):
if self._props["BogoMipsCapacity"] < value:
return False
self._props[
"BogoMipsCapacity"] = self._props["BogoMipsCapacity"] - value
return True
def deallocate_fakeCapacity(self, value):
self._props["fakeCapacity"] = self._props["fakeCapacity"] + value
def deallocate_nicCapacity(self, value):
self._props["nicCapacity"] = self._props["nicCapacity"] + value
def deallocate_memCapacity(self, value):
self._props["memCapacity"] = self._props["memCapacity"] + value
def deallocate_BogoMipsCapacity(self, value):
self._props[
"BogoMipsCapacity"] = self._props["BogoMipsCapacity"] + value
def allocate_allocStruct(self, value):
if value > self.allocStruct:
return False
self.allocStruct -= value
return True
def deallocate_allocStruct(self, value):
self.allocStruct += value
def allocate_passwordStruct(self, value):
if value == self.passwordStruct:
return True
else:
self._log.error("Wrong allocation property value")
def updateUsageState(self):
# Update usage state
if self._props["memCapacity"] == 0 and self._props[
"BogoMipsCapacity"] == 0:
self._usageState = CF.Device.BUSY
elif self._props["memCapacity"] == 100000000 and self._props[
"BogoMipsCapacity"] == 100000000:
self._usageState = CF.Device.IDLE
else:
self._usageState = CF.Device.ACTIVE
class SomeStruct(object):
field1 = simple_property(id_="item1",
type_="string",
defvalue="value1")
field2 = simple_property(id_="item2", type_="long", defvalue=100)
field3 = simple_property(id_="item3", type_="double", defvalue=3.14156)
struct = struct_property(id_="DCE:ffe634c9-096d-425b-86cc-df1cce50612f",
name="struct_test",
structdef=SomeStruct)
class PasswordStruct(object):
password = simple_property(id_="password",
type_="string",
defvalue="abracadabra")
def __eq__(self, other):
return self.password == other.password
passwordStruct = struct_property(
id_="DCE:a5a6ab83-d2a8-4350-ac4d-05b40ee93838",
name="passwordStruct",
configurationkind=("allocation"),
structdef=PasswordStruct)
class AllocStruct(object):
long_capacity = simple_property(id_="long_capacity",
type_="long",
defvalue=100)
float_capacity = simple_property(id_="float_capacity",
type_="float",
defvalue=1.0)
struct_simple_seq = simpleseq_property(id_="struct_simple_seq",
type_="short",
defvalue=[50, 500])
def __gt__(self, other):
return (self.long_capacity > other.long_capacity
or self.float_capacity > other.float_capacity)
def __iadd__(self, other):
self.long_capacity += other.long_capacity
self.float_capacity += other.float_capacity
self.struct_simple_seq[0] += other.struct_simple_seq[0]
self.struct_simple_seq[1] += other.struct_simple_seq[1]
return self
def __isub__(self, other):
self.long_capacity -= other.long_capacity
self.float_capacity -= other.float_capacity
self.struct_simple_seq[0] -= other.struct_simple_seq[0]
self.struct_simple_seq[1] -= other.struct_simple_seq[1]
return self
allocStruct = struct_property(
id_="DCE:001fad60-b4b3-4ed2-94cb-40e1d956bf4f",
name="allocStruct",
configurationkind=("configure", "allocation"),
structdef=AllocStruct)
structseq = structseq_property(
id_="DCE:e836f007-5821-4671-b05a-e0ff5147fe86",
name="structseq_test",
structdef=SomeStruct,
defvalue=[])
hex_props = simpleseq_property(id_="hex_props",
name="hex_props",
type_='short',
defvalue=(0x01, 0x02))
class comp_prop_special_char_base(CF__POA.Resource, Component,
ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Component.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
def start(self):
Component.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Component.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Component.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
class MyBase(object):
my_element = simple_property(id_="my:element",
type_="string",
defvalue="foo")
my_stuff = simple_property(id_="my.stuff",
type_="string",
defvalue="bar")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["my_element"] = self.my_element
d["my_stuff"] = self.my_stuff
return str(d)
@classmethod
def getId(cls):
return "my:base"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("my_element", self.my_element),
("my_stuff", self.my_stuff)]
my_base = struct_property(id_="my:base",
structdef=MyBase,
configurationkind=("property", ),
mode="readwrite")
class MyStr(object):
my_seq_my_str_my_prop = simple_property(id_="my_seq:my_str:my_prop",
type_="string",
defvalue="qwe")
def __init__(self, my_seq_my_str_my_prop="qwe"):
self.my_seq_my_str_my_prop = my_seq_my_str_my_prop
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["my_seq_my_str_my_prop"] = self.my_seq_my_str_my_prop
return str(d)
@classmethod
def getId(cls):
return "my:str"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("my_seq_my_str_my_prop", self.my_seq_my_str_my_prop)]
my_seq = structseq_property(id_="my:seq",
structdef=MyStr,
defvalue=[],
configurationkind=("property", ),
mode="readwrite")
description="""This specifies the device kind"""
)
device_model = simple_property(id_="DCE:0f99b2e4-9903-4631-9846-ff349d18ecfb",
name="device_model",
type_="string",
defvalue="RX_DIGITIZER simulator",
mode="readonly",
action="eq",
kinds=("allocation","configure"),
description=""" This specifies the specific device"""
)
frontend_tuner_allocation = struct_property(id_="FRONTEND::tuner_allocation",
name="frontend_tuner_allocation",
structdef=FrontendTunerAllocation,
configurationkind=("allocation",),
mode="readwrite",
description="""Frontend Interfaces v2.0 main allocation structure"""
)
frontend_listener_allocation = struct_property(id_="FRONTEND::listener_allocation",
name="frontend_listener_allocation",
structdef=FrontendListenerAllocation,
configurationkind=("allocation",),
mode="readwrite",
description="""Allocates a listener (subscriber) based off a previous allocation """
)
class SimTunerAllocation(object):
action = simple_property(id_="SIM::tuner_allocation::action",
name="action",
type_="string",
defvalue="NONE",
class CommandWrapperSubProcess_i(CF__POA.Resource, Resource):
"""This component simply ensures that all other components in the waveform get started and
stopped together."""
# The signal to send and the number of seconds (max) to wait
# for the process to actually exit before trying the next signals.
# None means wait until the process dies (which we have to do to
# avoid creating zombie processes
STOP_SIGNALS = ((signal.SIGINT, 1), (signal.SIGTERM, 5), (signal.SIGKILL,
None))
def __init__(self, identifier, execparams):
loggerName = execparams['NAME_BINDING'].replace('/', '.')
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
self._pid = None
self.execparams = " ".join(["%s %s" % x for x in execparams.items()])
command = "python"
args = [
command,
"components/CommandWrapperSubProcess/executables/FirstChild.py"
]
sp = subprocess.Popen(args, executable=command, cwd=os.getcwd())
#####################################
# Implement the Resource interface
def start(self):
pass
def stop(self):
pass
######################################
# Implement specific property setters/getters
def get_commandAlive(self):
if self._pid != None:
try:
os.kill(self._pid, 0)
if os.waitpid(self._pid, os.WNOHANG) == (0, 0):
return True
else:
return False
except OSError:
pass
return False
command = simple_property(\
id_='DCE:a4e7b230-1d17-4a86-aeff-ddc6ea3df26e',
type_="string",
name="command",
defvalue="/bin/echo")
commandAlive = simple_property(\
id_='DCE:95f19cb8-679e-48fb-bece-dc199ef45f20',
type_="boolean",
name="commandAlive",
defvalue=False,
mode="readonly",
fget=get_commandAlive)
someprop = simple_property(\
id_='DCE:fa8c5924-845c-484a-81df-7941f2c5baa9',
type_="long",
name="someprop",
defvalue=10)
someprop2 = simple_property(\
id_='DCE:cf623573-a09d-4fb1-a2ae-24b0b507115d',
type_="double",
name="someprop2",
defvalue=50.0)
someprop3 = simple_property(\
id_='DCE:6ad84383-49cf-4017-b7ca-0ec4c4917952',
type_="double",
name="someprop3")
execparams = simple_property(\
id_='DCE:85d133fd-1658-4e4d-b3ff-1443cd44c0e2',
type_="string",
name="execparams")
execparam1 = simple_property(\
id_='EXEC_PARAM_1',
type_="string",
name="Parameter 1",
defvalue="Test1",
kinds=("execparam"))
execparam2 = simple_property(\
id_='EXEC_PARAM_2',
type_="long",
name="Parameter 2",
defvalue=2,
kinds=("execparam"))
execparam3 = simple_property(\
id_='EXEC_PARAM_3',
type_="float",
name="Parameter 3",
defvalue=3.125,
kinds=("execparam"),
mode="readonly")
someobjref = simple_property(\
id_='SOMEOBJREF',
type_="objref",
name="Object Ref",
defvalue=None,
kinds=("execparam"),
mode="writeonly")
someobjref = simpleseq_property(\
id_='DCE:5d8bfe8d-bc25-4f26-8144-248bc343aa53',
type_="string",
name="args",
defvalue=("Hello World",))
somelonglongprop = simple_property(\
id_='DCE:a7de97ee-1e78-45e9-8e2b-204c141656fc',
type_="longlong",
name="somelonglongprop",
defvalue=12345678901)
somelonglongprop2 = simple_property(\
id_='DCE:9ec6e2ff-6a4f-4452-8f38-4df47d6eebc1',
type_="longlong",
name="somelonglongprop2",
defvalue=12345678901)
class SomeStruct(object):
field1 = simple_property(id_="item1",
type_="string",
defvalue="value1")
field2 = simple_property(id_="item2", type_="long", defvalue=100)
field3 = simple_property(id_="item3", type_="double", defvalue=3.14156)
struct = struct_property(id_="DCE:ffe634c9-096d-425b-86cc-df1cce50612f",
name="struct_test",
structdef=SomeStruct)
class PropertyApi_base(CF__POA.Resource, Component, ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Component.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
self.port_dataFloat_in = bulkio.InFloatPort(
"dataFloat_in", maxsize=self.DEFAULT_QUEUE_SIZE)
self.port_dataFloat_in._portLog = self._baseLog.getChildLogger(
'dataFloat_in', 'ports')
self.port_dataFloat_out = bulkio.OutFloatPort("dataFloat_out")
self.port_dataFloat_out._portLog = self._baseLog.getChildLogger(
'dataFloat_out', 'ports')
def start(self):
Component.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Component.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._baseLog.exception("Error stopping")
Component.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
port_dataFloat_in = providesport(name="dataFloat_in",
repid="IDL:BULKIO/dataFloat:1.0",
type_="data")
port_dataFloat_out = usesport(name="dataFloat_out",
repid="IDL:BULKIO/dataFloat:1.0",
type_="data")
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
simp_seq_c = simpleseq_property(id_="simp_seq_c",
name="simp_seq_c",
type_="string",
defvalue=["c_1", "c_2"],
mode="readwrite",
action="external",
kinds=("property", ))
simp_seq_d = simpleseq_property(id_="simp_seq_d",
name="simp_seq_d",
type_="string",
defvalue=["d_1", "d_2"],
mode="readwrite",
action="external",
kinds=("property", ))
class StructA(object):
simple_a = simple_property(id_="struct_a::simple_a",
name="simple_a",
type_="string",
defvalue="simp_a")
simpseq_a1 = simpleseq_property(id_="struct_a::simpseq_a1",
name="simpseq_a1",
type_="string",
defvalue=["a1_1", "a2_2"])
simpseq_a2 = simpleseq_property(id_="struct_a::simpseq_a2",
name="simpseq_a2",
type_="string",
defvalue=[])
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["simple_a"] = self.simple_a
d["simpseq_a1"] = self.simpseq_a1
d["simpseq_a2"] = self.simpseq_a2
return str(d)
@classmethod
def getId(cls):
return "struct_a"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("simple_a", self.simple_a),
("simpseq_a1", self.simpseq_a1),
("simpseq_a2", self.simpseq_a2)]
struct_a = struct_property(id_="struct_a",
name="struct_a",
structdef=StructA,
configurationkind=("property", ),
mode="readwrite")
class StructB(object):
simple_b = simple_property(id_="struct_seq_b::simple_b",
name="simple_b",
type_="string",
defvalue="simp_b")
simp_seq_b1 = simpleseq_property(id_="struct_seq_b::simp_seq_b1",
name="simp_seq_b1",
type_="string",
defvalue=[])
simp_seq_b2 = simpleseq_property(id_="struct_seq_b::simp_seq_b2",
name="simp_seq_b2",
type_="string",
defvalue=["b2_1", "b2_2"])
def __init__(self,
simple_b="simp_b",
simp_seq_b1=[],
simp_seq_b2=["b2_1", "b2_2"]):
self.simple_b = simple_b
self.simp_seq_b1 = simp_seq_b1
self.simp_seq_b2 = simp_seq_b2
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["simple_b"] = self.simple_b
d["simp_seq_b1"] = self.simp_seq_b1
d["simp_seq_b2"] = self.simp_seq_b2
return str(d)
@classmethod
def getId(cls):
return "struct_seq_b::struct_b"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("simple_b", self.simple_b),
("simp_seq_b1", self.simp_seq_b1),
("simp_seq_b2", self.simp_seq_b2)]
struct_seq_b = structseq_property(id_="struct_seq_b",
name="struct_seq_b",
structdef=StructB,
defvalue=[
StructB(simple_b="simp_b",
simp_seq_b1=[""],
simp_seq_b2=["b2_1", "b2_2"])
],
configurationkind=("property", ),
mode="readwrite")
class StructE(object):
simple_e = simple_property(id_="struct_seq_e::simple_e",
name="simple_e",
type_="string",
defvalue="simp_e")
simpseq_e1 = simpleseq_property(id_="struct_seq_e::simpseq_e1",
name="simpseq_e1",
type_="string",
defvalue=["e1_1", "e1_2"])
simpseq_e2 = simpleseq_property(id_="struct_seq_e::simpseq_e2",
name="simpseq_e2",
type_="string",
defvalue=[])
def __init__(self,
simple_e="simp_e",
simpseq_e1=["e1_1", "e1_2"],
simpseq_e2=[]):
self.simple_e = simple_e
self.simpseq_e1 = simpseq_e1
self.simpseq_e2 = simpseq_e2
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["simple_e"] = self.simple_e
d["simpseq_e1"] = self.simpseq_e1
d["simpseq_e2"] = self.simpseq_e2
return str(d)
@classmethod
def getId(cls):
return "struct_seq_e::struct_e"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("simple_e", self.simple_e),
("simpseq_e1", self.simpseq_e1),
("simpseq_e2", self.simpseq_e2)]
struct_seq_e = structseq_property(id_="struct_seq_e",
name="struct_seq_e",
structdef=StructE,
defvalue=[
StructE(simple_e="simp_e",
simpseq_e1=["e1_1", "e1_2"],
simpseq_e2=[""]),
StructE(simple_e="simp_e",
simpseq_e1=["e1_1", "e1_2"],
simpseq_e2=[""])
],
configurationkind=("property", ),
mode="readwrite")
class TestPythonOptionalProps_base(CF__POA.Resource, Component,
ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Component.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
def start(self):
Component.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Component.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Component.releaseObject(self)
def runTest(self, testid, properties):
if testid == 0:
return self.testOptional(properties)
return []
def testOptional(self, props):
# Return optional properties that are currently set
retProps = []
for prop in props:
if not prop:
retProps.append(prop)
return retProps
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
class MyStructName(object):
struct_octet_name = simple_property(id_="struct_octet",
name="struct_octet_name",
type_="octet",
optional=True)
struct_short_name = simple_property(id_="struct_short",
name="struct_short_name",
type_="short",
optional=True)
struct_ushort_name = simple_property(id_="struct_ushort",
name="struct_ushort_name",
type_="ushort",
optional=True)
struct_long_name = simple_property(id_="struct_long",
name="struct_long_name",
type_="long",
optional=True)
struct_ulong_name = simple_property(id_="struct_ulong",
name="struct_ulong_name",
type_="ulong",
optional=True)
struct_longlong_name = simple_property(id_="struct_longlong",
name="struct_longlong_name",
type_="longlong",
optional=True)
struct_ulonglong_name = simple_property(id_="struct_ulonglong",
name="struct_ulonglong_name",
type_="ulonglong",
optional=True)
struct_string_name = simple_property(id_="struct_string",
name="struct_string_name",
type_="string",
optional=True)
struct_seq_octet_name = simpleseq_property(
id_="struct_seq_octet",
name="struct_seq_octet_name",
type_="octet",
optional=True)
struct_seq_short_name = simpleseq_property(
id_="struct_seq_short",
name="struct_seq_short_name",
type_="short",
optional=True)
struct_seq_ushort_name = simpleseq_property(
id_="struct_seq_ushort",
name="struct_seq_ushort_name",
type_="ushort",
optional=True)
struct_seq_long_name = simpleseq_property(id_="struct_seq_long",
name="struct_seq_long_name",
type_="long",
optional=True)
struct_seq_ulong_name = simpleseq_property(
id_="struct_seq_ulong",
name="struct_seq_ulong_name",
type_="ulong",
optional=True)
struct_seq_longlong_name = simpleseq_property(
id_="struct_seq_longlong",
name="struct_seq_longlong_name",
type_="longlong",
optional=True)
struct_seq_ulonglong_name = simpleseq_property(
id_="struct_seq_ulonglong",
name="struct_seq_ulonglong_name",
type_="ulonglong",
optional=True)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property or type(
classattr) == simpleseq_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["struct_octet_name"] = self.struct_octet_name
d["struct_short_name"] = self.struct_short_name
d["struct_ushort_name"] = self.struct_ushort_name
d["struct_long_name"] = self.struct_long_name
d["struct_ulong_name"] = self.struct_ulong_name
d["struct_longlong_name"] = self.struct_longlong_name
d["struct_ulonglong_name"] = self.struct_ulonglong_name
d["struct_string_name"] = self.struct_string_name
d["struct_seq_octet_name"] = self.struct_seq_octet_name
d["struct_seq_short_name"] = self.struct_seq_short_name
d["struct_seq_ushort_name"] = self.struct_seq_ushort_name
d["struct_seq_long_name"] = self.struct_seq_long_name
d["struct_seq_ulong_name"] = self.struct_seq_ulong_name
d["struct_seq_longlong_name"] = self.struct_seq_longlong_name
d["struct_seq_ulonglong_name"] = self.struct_seq_ulonglong_name
return str(d)
def getId(self):
return "my_struct"
def isStruct(self):
return True
def getMembers(self):
return [
("struct_octet_name", self.struct_octet_name),
("struct_short_name", self.struct_short_name),
("struct_ushort_name", self.struct_ushort_name),
("struct_long_name", self.struct_long_name),
("struct_ulong_name", self.struct_ulong_name),
("struct_longlong_name", self.struct_longlong_name),
("struct_ulonglong_name", self.struct_ulonglong_name),
("struct_string_name", self.struct_string_name),
("struct_seq_octet_name", self.struct_seq_octet_name),
("struct_seq_short_name", self.struct_seq_short_name),
("struct_seq_ushort_name", self.struct_seq_ushort_name),
("struct_seq_long_name", self.struct_seq_long_name),
("struct_seq_ulong_name", self.struct_seq_ulong_name),
("struct_seq_longlong_name", self.struct_seq_longlong_name),
("struct_seq_ulonglong_name", self.struct_seq_ulonglong_name)
]
my_struct_name = struct_property(id_="my_struct",
name="my_struct_name",
structdef=MyStructName,
configurationkind=("configure", ),
mode="readwrite")
class BasicAlwaysBusyDevice(CF__POA.AggregateExecutableDevice, ExecutableDevice, AggregateDevice):
def __init__(self, devmgr, uuid, label, softwareProfile, compositeDevice, execparams):
ExecutableDevice.__init__(self, devmgr, uuid, label, softwareProfile, compositeDevice, execparams, PROPERTIES)
AggregateDevice.__init__(self)
def initialize(self):
ExecutableDevice.initialize(self)
self._props["memCapacity"] = 100000000
self._props["BogoMipsCapacity"] = 100000000
self._props["nicCapacity"] = 100.0
self._props["fakeCapacity"] = 3
#self._props["execparams"] = " ".join(["%s %s" % x for x in execparams.items()])
self._usageState = CF.Device.BUSY
def execute(self, name, options, parameters):
retval = ExecutableDevice.execute(self, name, options, parameters)
for option in options:
if option.id == 'STACK_SIZE':
self._props['check_STACK_SIZE'] = option.value._v
elif option.id == 'PRIORITY':
self._props['check_PRIORITY'] = option.value._v
return retval
# See BasicChildDevice for an example of manually dealing with allocate/deallocate
def allocate_fakeCapacity(self, value):
self._props["fakeCapacity"] = self._props["fakeCapacity"] - value
return True
def allocate_nicCapacity(self, value):
self._props["nicCapacity"] = self._props["nicCapacity"] - value
return True
def allocate_memCapacity(self, value):
self._props["memCapacity"] = self._props["memCapacity"] - value
return True
def allocate_BogoMipsCapacity(self, value):
self._props["BogoMipsCapacity"] = self._props["BogoMipsCapacity"] - value
return True
def deallocate_fakeCapacity(self, value):
self._props["fakeCapacity"] = self._props["fakeCapacity"] + value
def deallocate_nicCapacity(self, value):
self._props["nicCapacity"] = self._props["nicCapacity"] + value
def deallocate_memCapacity(self, value):
self._props["memCapacity"] = self._props["memCapacity"] + value
def deallocate_BogoMipsCapacity(self, value):
self._props["BogoMipsCapacity"] = self._props["BogoMipsCapacity"] + value
def updateUsageState(self):
# Update usage state
self._usageState = CF.Device.BUSY
class SomeStruct(object):
field1 = simple_property(id_="item1",
type_="string",
defvalue="value1")
field2 = simple_property(id_="item2",
type_="long",
defvalue=100)
field3 = simple_property(id_="item3",
type_="double",
defvalue=3.14156)
struct = struct_property(id_="DCE:ffe634c9-096d-425b-86cc-df1cce50612f",
name="struct_test",
structdef=SomeStruct)
class Sandbox_base(CF__POA.Resource, Resource):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
self.threadControlLock = threading.RLock()
self.process_thread = None
# self.auto_start is deprecated and is only kept for API compatability
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
def initialize(self):
Resource.initialize(self)
# Instantiate the default implementations for all ports on this component
def start(self):
self.threadControlLock.acquire()
try:
Resource.start(self)
if self.process_thread == None:
self.process_thread = ProcessThread(target=self.process,
pause=self.PAUSE)
self.process_thread.start()
finally:
self.threadControlLock.release()
def process(self):
"""The process method should process a single "chunk" of data and then return. This method will be called
from the processing thread again, and again, and again until it returns FINISH or stop() is called on the
component. If no work is performed, then return NOOP"""
raise NotImplementedError
def stop(self):
self.threadControlLock.acquire()
try:
process_thread = self.process_thread
self.process_thread = None
if process_thread != None:
process_thread.stop()
process_thread.join(self.TIMEOUT)
if process_thread.isAlive():
raise CF.Resource.StopError(
CF.CF_NOTSET, "Processing thread did not die")
Resource.stop(self)
finally:
self.threadControlLock.release()
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
self.threadControlLock.acquire()
try:
Resource.releaseObject(self)
finally:
self.threadControlLock.release()
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
my_bool_true = simple_property(id_="my_bool_true",
type_="boolean",
defvalue=True,
mode="readwrite",
action="external",
kinds=("configure", ))
my_bool_false = simple_property(id_="my_bool_false",
type_="boolean",
defvalue=False,
mode="readwrite",
action="external",
kinds=("configure", ))
my_bool_empty = simple_property(id_="my_bool_empty",
type_="boolean",
mode="readwrite",
action="external",
kinds=("configure", ))
my_long = simple_property(id_="my_long",
type_="long",
defvalue=10,
mode="readwrite",
action="external",
kinds=("configure", ))
my_long_empty = simple_property(id_="my_long_empty",
type_="long",
mode="readwrite",
action="external",
kinds=("configure", ))
my_str = simple_property(id_="my_str",
type_="string",
defvalue="Hello World!",
mode="readwrite",
action="external",
kinds=("configure", ))
my_str_empty = simple_property(id_="my_str_empty",
type_="string",
mode="readwrite",
action="external",
kinds=("configure", ))
my_long_enum = simple_property(id_="my_long_enum",
type_="long",
mode="readwrite",
action="external",
kinds=("configure", ))
my_str_enum = simple_property(id_="my_str_enum",
type_="string",
mode="readwrite",
action="external",
kinds=("configure", ))
my_bool_enum = simple_property(id_="my_bool_enum",
type_="boolean",
mode="readwrite",
action="external",
kinds=("configure", ))
escape__simple = simple_property(id_="escape::simple",
type_="long",
mode="readwrite",
action="external",
kinds=("configure", ))
readonly_simp = simple_property(id_="readonly_simp",
type_="string",
defvalue="Read only simple prop",
mode="readonly",
action="external",
kinds=("configure", ))
my_seq_bool = simpleseq_property(id_="my_seq_bool",
type_="boolean",
defvalue=(True, False),
mode="readwrite",
action="external",
kinds=("configure", ))
my_seq_str = simpleseq_property(id_="my_seq_str",
type_="string",
defvalue=("one", "", "three"),
mode="readwrite",
action="external",
kinds=("configure", ))
readonly_seq = simpleseq_property(id_="readonly_seq",
type_="string",
defvalue=("read only",
"sequence property"),
mode="readonly",
action="external",
kinds=("configure", ))
class MyStruct(object):
bool_true = simple_property(
id_="bool_true",
type_="boolean",
defvalue=True,
)
bool_false = simple_property(
id_="bool_false",
type_="boolean",
defvalue=False,
)
bool_empty = simple_property(
id_="bool_empty",
type_="boolean",
)
long_s = simple_property(
id_="long_s",
type_="long",
)
str_s = simple_property(
id_="str_s",
type_="string",
)
enum_bool = simple_property(
id_="enum_bool",
type_="boolean",
)
enum_str = simple_property(
id_="enum_str",
type_="string",
)
enum_long = simple_property(
id_="enum_long",
type_="long",
)
es__3 = simple_property(
id_="es::3",
type_="long",
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["bool_true"] = self.bool_true
d["bool_false"] = self.bool_false
d["bool_empty"] = self.bool_empty
d["long_s"] = self.long_s
d["str_s"] = self.str_s
d["enum_bool"] = self.enum_bool
d["enum_str"] = self.enum_str
d["enum_long"] = self.enum_long
d["es__3"] = self.es__3
return str(d)
def getId(self):
return "my_struct"
def isStruct(self):
return True
def getMembers(self):
return [("bool_true", self.bool_true),
("bool_false", self.bool_false),
("bool_empty", self.bool_empty), ("long_s", self.long_s),
("str_s", self.str_s), ("enum_bool", self.enum_bool),
("enum_str", self.enum_str), ("enum_long", self.enum_long),
("es__3", self.es__3)]
my_struct = struct_property(id_="my_struct",
structdef=MyStruct,
configurationkind=("configure", ),
mode="readwrite")
class EscapeStruct(object):
es__1 = simple_property(
id_="es::1",
type_="long",
)
es__2 = simple_property(
id_="es::2",
type_="long",
)
normal = simple_property(
id_="normal",
type_="long",
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["es__1"] = self.es__1
d["es__2"] = self.es__2
d["normal"] = self.normal
return str(d)
def getId(self):
return "escape::struct"
def isStruct(self):
return True
def getMembers(self):
return [("es__1", self.es__1), ("es__2", self.es__2),
("normal", self.normal)]
escape__struct = struct_property(id_="escape::struct",
structdef=EscapeStruct,
configurationkind=("configure", ),
mode="readwrite")
class ReadonlyStruct(object):
readonly_struct_simp = simple_property(
id_="readonly_struct_simp",
type_="string",
defvalue="read only struct property",
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["readonly_struct_simp"] = self.readonly_struct_simp
return str(d)
def getId(self):
return "readonly_struct"
def isStruct(self):
return True
def getMembers(self):
return [("readonly_struct_simp", self.readonly_struct_simp)]
readonly_struct = struct_property(id_="readonly_struct",
structdef=ReadonlyStruct,
configurationkind=("configure", ),
mode="readonly")
class StructGood(object):
simp__bad = simple_property(
id_="simp::bad",
type_="long",
)
simp_bool = simple_property(
id_="simp_bool",
type_="boolean",
)
def __init__(self, simp__bad=0, simp_bool=False):
self.simp__bad = simp__bad
self.simp_bool = simp_bool
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["simp__bad"] = self.simp__bad
d["simp_bool"] = self.simp_bool
return str(d)
def getId(self):
return "struct_good"
def isStruct(self):
return True
def getMembers(self):
return [("simp__bad", self.simp__bad),
("simp_bool", self.simp_bool)]
my_struct_seq = structseq_property(
id_="my_struct_seq",
structdef=StructGood,
defvalue=[StructGood(0, False),
StructGood(0, False)],
configurationkind=("configure", ),
mode="readwrite")
class EsSs(object):
val__1 = simple_property(
id_="val::1",
type_="long",
)
val_2 = simple_property(
id_="val_2",
type_="string",
)
def __init__(self, val__1=0, val_2=""):
self.val__1 = val__1
self.val_2 = val_2
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["val__1"] = self.val__1
d["val_2"] = self.val_2
return str(d)
def getId(self):
return "es::ss"
def isStruct(self):
return True
def getMembers(self):
return [("val__1", self.val__1), ("val_2", self.val_2)]
escape__structseq = structseq_property(id_="escape::structseq",
structdef=EsSs,
defvalue=[EsSs(0, ""),
EsSs(0, "")],
configurationkind=("configure", ),
mode="readwrite")
class ReadonlySs(object):
readonly_s = simple_property(
id_="readonly_s",
type_="string",
)
def __init__(self, readonly_s=""):
self.readonly_s = readonly_s
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["readonly_s"] = self.readonly_s
return str(d)
def getId(self):
return "readonly_ss"
def isStruct(self):
return True
def getMembers(self):
return [("readonly_s", self.readonly_s)]
readonly_structseq = structseq_property(
id_="readonly_structseq",
structdef=ReadonlySs,
defvalue=[ReadonlySs("read only"),
ReadonlySs("struct seq property")],
configurationkind=("configure", ),
mode="readonly")
class TestAllPropTypes_base(CF__POA.Resource, Resource):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/', '.')).rsplit("_", 1)[0]
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
self.threadControlLock = threading.RLock()
self.process_thread = None
# self.auto_start is deprecated and is only kept for API compatability
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
def initialize(self):
Resource.initialize(self)
# Instantiate the default implementations for all ports on this component
def start(self):
self.threadControlLock.acquire()
try:
Resource.start(self)
if self.process_thread == None:
self.process_thread = ProcessThread(target=self.process, pause=self.PAUSE)
self.process_thread.start()
finally:
self.threadControlLock.release()
def process(self):
"""The process method should process a single "chunk" of data and then return. This method will be called
from the processing thread again, and again, and again until it returns FINISH or stop() is called on the
component. If no work is performed, then return NOOP"""
raise NotImplementedError
def stop(self):
self.threadControlLock.acquire()
try:
process_thread = self.process_thread
self.process_thread = None
if process_thread != None:
process_thread.stop()
process_thread.join(self.TIMEOUT)
if process_thread.isAlive():
raise CF.Resource.StopError(CF.CF_NOTSET, "Processing thread did not die")
Resource.stop(self)
finally:
self.threadControlLock.release()
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
self.threadControlLock.acquire()
try:
Resource.releaseObject(self)
finally:
self.threadControlLock.release()
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
simple_string = simple_property(id_="simple_string",
type_="string",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_boolean = simple_property(id_="simple_boolean",
type_="boolean",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_ulong = simple_property(id_="simple_ulong",
type_="ulong",
mode="readwrite",
action="external",
kinds=("configure",)
)
# simple_objref = simple_property(id_="simple_objref",
# type_="objref",
# mode="readwrite",
# action="external",
# kinds=("configure",)
# )
simple_short = simple_property(id_="simple_short",
type_="short",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_float = simple_property(id_="simple_float",
type_="float",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_octet = simple_property(id_="simple_octet",
type_="octet",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_char = simple_property(id_="simple_char",
type_="char",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_ushort = simple_property(id_="simple_ushort",
type_="ushort",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_double = simple_property(id_="simple_double",
type_="double",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_long = simple_property(id_="simple_long",
type_="long",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_longlong = simple_property(id_="simple_longlong",
type_="longlong",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_ulonglong = simple_property(id_="simple_ulonglong",
type_="ulonglong",
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_string = simpleseq_property(id_="simple_sequence_string",
type_="string",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_boolean = simpleseq_property(id_="simple_sequence_boolean",
type_="boolean",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_ulong = simpleseq_property(id_="simple_sequence_ulong",
type_="ulong",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
# simple_sequence_objref = simpleseq_property(id_="simple_sequence_objref",
# type_="objref",
# defvalue=None,
# mode="readwrite",
# action="external",
# kinds=("configure",)
# )
simple_sequence_short = simpleseq_property(id_="simple_sequence_short",
type_="short",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_float = simpleseq_property(id_="simple_sequence_float",
type_="float",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_octet = simpleseq_property(id_="simple_sequence_octet",
type_="octet",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_char = simpleseq_property(id_="simple_sequence_char",
type_="char",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_ushort = simpleseq_property(id_="simple_sequence_ushort",
type_="ushort",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_double = simpleseq_property(id_="simple_sequence_double",
type_="double",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_long = simpleseq_property(id_="simple_sequence_long",
type_="long",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_longlong = simpleseq_property(id_="simple_sequence_longlong",
type_="longlong",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
simple_sequence_ulonglong = simpleseq_property(id_="simple_sequence_ulonglong",
type_="ulonglong",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure",)
)
class StructVars(object):
struct_string = simple_property(id_="struct_string",
type_="string",
)
struct_boolean = simple_property(id_="struct_boolean",
type_="boolean",
)
struct_ulong = simple_property(id_="struct_ulong",
type_="ulong",
)
# struct_objref = simple_property(id_="struct_objref",
# type_="objref",
# )
struct_short = simple_property(id_="struct_short",
type_="short",
)
struct_float = simple_property(id_="struct_float",
type_="float",
)
struct_octet = simple_property(id_="struct_octet",
type_="octet",
)
struct_char = simple_property(id_="struct_char",
type_="char",
)
struct_ushort = simple_property(id_="struct_ushort",
type_="ushort",
)
struct_double = simple_property(id_="struct_double",
type_="double",
)
struct_long = simple_property(id_="struct_long",
type_="long",
)
struct_longlong = simple_property(id_="struct_longlong",
type_="longlong",
)
struct_ulonglong = simple_property(id_="struct_ulonglong",
type_="ulonglong",
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k,v in kw.items():
setattr(self,k,v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["struct_string"] = self.struct_string
d["struct_boolean"] = self.struct_boolean
d["struct_ulong"] = self.struct_ulong
# d["struct_objref"] = self.struct_objref
d["struct_short"] = self.struct_short
d["struct_float"] = self.struct_float
d["struct_octet"] = self.struct_octet
d["struct_char"] = self.struct_char
d["struct_ushort"] = self.struct_ushort
d["struct_double"] = self.struct_double
d["struct_long"] = self.struct_long
d["struct_longlong"] = self.struct_longlong
d["struct_ulonglong"] = self.struct_ulonglong
return str(d)
def getId(self):
return "struct_vars"
def isStruct(self):
return True
def getMembers(self):
return [("struct_string",self.struct_string),("struct_boolean",self.struct_boolean),("struct_ulong",self.struct_ulong),#("struct_objref",self.struct_objref),
("struct_short",self.struct_short),("struct_float",self.struct_float),("struct_octet",self.struct_octet),("struct_char",self.struct_char),("struct_ushort",self.struct_ushort),("struct_double",self.struct_double),("struct_long",self.struct_long),("struct_longlong",self.struct_longlong),("struct_ulonglong",self.struct_ulonglong)]
struct_vars = struct_property(id_="struct_vars",
structdef=StructVars,
configurationkind=("configure",),
mode="readwrite"
)
class StructSeqVars(object):
struct_seq_string = simple_property(id_="struct_seq_string",
type_="string",
)
struct_seq_boolean = simple_property(id_="struct_seq_boolean",
type_="boolean",
)
struct_seq_ulong = simple_property(id_="struct_seq_ulong",
type_="ulong",
)
# struct_seq_objref = simple_property(id_="struct_seq_objref",
# type_="objref",
# )
struct_seq_short = simple_property(id_="struct_seq_short",
type_="short",
)
struct_seq_float = simple_property(id_="struct_seq_float",
type_="float",
)
struct_seq_octet = simple_property(id_="struct_seq_octet",
type_="octet",
)
struct_seq_char = simple_property(id_="struct_seq_char",
type_="char",
)
struct_seq_ushort = simple_property(id_="struct_seq_ushort",
type_="ushort",
)
struct_seq_double = simple_property(id_="struct_seq_double",
type_="double",
)
struct_seq_long = simple_property(id_="struct_seq_long",
type_="long",
)
struct_seq_longlong = simple_property(id_="struct_seq_longlong",
type_="longlong",
)
struct_seq_ulonglong = simple_property(id_="struct_seq_ulonglong",
type_="ulonglong",
)
def __init__(self, struct_seq_string="", struct_seq_boolean=False, struct_seq_ulong=0, struct_seq_objref="", struct_seq_short=0, struct_seq_float=0, struct_seq_octet=0, struct_seq_char="", struct_seq_ushort=0, struct_seq_double=0, struct_seq_long=0, struct_seq_longlong=0, struct_seq_ulonglong=0):
self.struct_seq_string = struct_seq_string
self.struct_seq_boolean = struct_seq_boolean
self.struct_seq_ulong = struct_seq_ulong
self.struct_seq_objref = struct_seq_objref
self.struct_seq_short = struct_seq_short
self.struct_seq_float = struct_seq_float
self.struct_seq_octet = struct_seq_octet
self.struct_seq_char = struct_seq_char
self.struct_seq_ushort = struct_seq_ushort
self.struct_seq_double = struct_seq_double
self.struct_seq_long = struct_seq_long
self.struct_seq_longlong = struct_seq_longlong
self.struct_seq_ulonglong = struct_seq_ulonglong
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["struct_seq_string"] = self.struct_seq_string
d["struct_seq_boolean"] = self.struct_seq_boolean
d["struct_seq_ulong"] = self.struct_seq_ulong
d["struct_seq_objref"] = self.struct_seq_objref
d["struct_seq_short"] = self.struct_seq_short
d["struct_seq_float"] = self.struct_seq_float
d["struct_seq_octet"] = self.struct_seq_octet
d["struct_seq_char"] = self.struct_seq_char
d["struct_seq_ushort"] = self.struct_seq_ushort
d["struct_seq_double"] = self.struct_seq_double
d["struct_seq_long"] = self.struct_seq_long
d["struct_seq_longlong"] = self.struct_seq_longlong
d["struct_seq_ulonglong"] = self.struct_seq_ulonglong
return str(d)
def getId(self):
return "struct_seq_vars"
def isStruct(self):
return True
def getMembers(self):
return [("struct_seq_string",self.struct_seq_string),("struct_seq_boolean",self.struct_seq_boolean),("struct_seq_ulong",self.struct_seq_ulong),("struct_seq_objref",self.struct_seq_objref),("struct_seq_short",self.struct_seq_short),("struct_seq_float",self.struct_seq_float),("struct_seq_octet",self.struct_seq_octet),("struct_seq_char",self.struct_seq_char),("struct_seq_ushort",self.struct_seq_ushort),("struct_seq_double",self.struct_seq_double),("struct_seq_long",self.struct_seq_long),("struct_seq_longlong",self.struct_seq_longlong),("struct_seq_ulonglong",self.struct_seq_ulonglong)]
struct_seq = structseq_property(id_="struct_seq",
structdef=StructSeqVars,
defvalue=[],
configurationkind=("configure",),
mode="readwrite"
)
class start_event_device_base(CF__POA.Device, Device, ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, devmgr, uuid, label, softwareProfile, compositeDevice,
execparams):
Device.__init__(self, devmgr, uuid, label, softwareProfile,
compositeDevice, execparams)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 devices. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this device
self.port_message_out = MessageSupplierPort()
def start(self):
Device.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Device.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Device.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
port_message_out = usesport(name="message_out",
repid="IDL:ExtendedEvent/MessageEvent:1.0",
type_="responses")
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
device_kind = simple_property(
id_="DCE:cdc5ee18-7ceb-4ae6-bf4c-31f983179b4d",
name="device_kind",
type_="string",
defvalue="start_event_device",
mode="readonly",
action="eq",
kinds=("allocation", ),
description="""This specifies the device kind""")
device_model = simple_property(
id_="DCE:0f99b2e4-9903-4631-9846-ff349d18ecfb",
name="device_model",
type_="string",
mode="readonly",
action="eq",
kinds=("allocation", ),
description=""" This specifies the specific device""")
class StateChange(object):
identifier = simple_property(id_="state_change::identifier",
name="identifier",
type_="string")
event = simple_property(id_="state_change::event",
name="event",
type_="string")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["identifier"] = self.identifier
d["event"] = self.event
return str(d)
@classmethod
def getId(cls):
return "state_change"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("identifier", self.identifier), ("event", self.event)]
state_change = struct_property(id_="state_change",
structdef=StateChange,
configurationkind=("message", ),
mode="readwrite")
class Failures(object):
start = simple_property(id_="failures::start",
name="start",
type_="boolean",
defvalue=False)
stop = simple_property(id_="failures::stop",
name="stop",
type_="boolean",
defvalue=False)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["start"] = self.start
d["stop"] = self.stop
return str(d)
@classmethod
def getId(cls):
return "failures"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("start", self.start), ("stop", self.stop)]
failures = struct_property(id_="failures",
structdef=Failures,
configurationkind=("property", ),
mode="readwrite")
action="eq",
kinds=("allocation", "configure"),
description="""This specifies the device kind""")
device_model = simple_property(
id_="DCE:0f99b2e4-9903-4631-9846-ff349d18ecfb",
name="device_model",
type_="string",
defvalue="",
mode="readonly",
action="eq",
kinds=("allocation", "configure"),
description=""" This specifies the specific device""")
frontend_video_allocation = struct_property(
id_="FRONTEND::video_allocation",
name="frontend_video_allocation",
structdef=frontend_video_allocation,
configurationkind=("allocation", ),
mode="readwrite",
description="""Frontend Interfaces v2.0 main allocation structure""")
frontend_listener_allocation = struct_property(
id_="FRONTEND::listener_allocation",
name="frontend_listener_allocation",
structdef=frontend_listener_allocation,
configurationkind=("allocation", ),
mode="readwrite",
description=
"""Allocates a listener (subscriber) based off a previous allocation """
)
frontend_video_status = structseq_property(
id_="FRONTEND::video_status",
name="frontend_video_status",
class writeonly_py_base(CF__POA.Device, Device, ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, devmgr, uuid, label, softwareProfile, compositeDevice, execparams):
Device.__init__(self, devmgr, uuid, label, softwareProfile, compositeDevice, execparams)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 devices. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this device
def start(self):
Device.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Device.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET, "Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Device.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
device_kind = simple_property(id_="DCE:cdc5ee18-7ceb-4ae6-bf4c-31f983179b4d",
name="device_kind",
type_="string",
mode="readonly",
action="eq",
kinds=("allocation",),
description="""This specifies the device kind""")
device_model = simple_property(id_="DCE:0f99b2e4-9903-4631-9846-ff349d18ecfb",
name="device_model",
type_="string",
mode="readonly",
action="eq",
kinds=("allocation",),
description=""" This specifies the specific device""")
foo = simple_property(id_="foo",
type_="string",
defvalue="something",
mode="writeonly",
action="external",
kinds=("allocation",))
foo_seq = simpleseq_property(id_="foo_seq",
type_="string",
defvalue=["abc" ],
mode="writeonly",
action="external",
kinds=("allocation",))
class FooStruct(object):
abc = simple_property(
id_="abc",
type_="string",
defvalue="def"
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr, (simple_property, simpleseq_property)):
classattr.initialize(self)
for k,v in kw.items():
setattr(self,k,v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["abc"] = self.abc
return str(d)
@classmethod
def getId(cls):
return "foo_struct"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("abc",self.abc)]
foo_struct = struct_property(id_="foo_struct",
structdef=FooStruct,
configurationkind=("allocation",),
mode="writeonly")
class Ghi(object):
jkl = simple_property(
id_="jkl",
type_="string")
def __init__(self, jkl=""):
self.jkl = jkl
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["jkl"] = self.jkl
return str(d)
@classmethod
def getId(cls):
return "ghi"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("jkl",self.jkl)]
foo_struct_seq = structseq_property(id_="foo_struct_seq",
structdef=Ghi,
defvalue=[Ghi(jkl="mno")],
configurationkind=("allocation",),
mode="writeonly")
class control_writes_base(CF__POA.Resource, Component, ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Component.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
self.port_request = MessageConsumerPort(thread_sleep=0.1, parent=self)
self.port_file_io_status = MessageConsumerPort(thread_sleep=0.1,
parent=self)
self.port_response = MessageSupplierPort()
def start(self):
Component.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Component.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Component.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
port_request = providesport(name="request",
repid="IDL:ExtendedEvent/MessageEvent:1.0",
type_="control")
port_file_io_status = providesport(
name="file_io_status",
repid="IDL:ExtendedEvent/MessageEvent:1.0",
type_="control")
port_response = usesport(name="response",
repid="IDL:ExtendedEvent/MessageEvent:1.0",
type_="control")
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
ageoff = simple_property(id_="ageoff",
type_="float",
defvalue=600.0,
mode="readwrite",
action="external",
kinds=("property", ),
description="""seconds""")
class CutRequest(object):
time_begin = simple_property(id_="cut_request::time_begin",
name="time_begin",
type_="double")
time_end = simple_property(id_="cut_request::time_end",
name="time_end",
type_="double")
freq_begin = simple_property(id_="cut_request::freq_begin",
name="freq_begin",
type_="double")
freq_end = simple_property(id_="cut_request::freq_end",
name="freq_end",
type_="double")
request_id = simple_property(id_="cut_request::request_id",
name="request_id",
type_="string")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["time_begin"] = self.time_begin
d["time_end"] = self.time_end
d["freq_begin"] = self.freq_begin
d["freq_end"] = self.freq_end
d["request_id"] = self.request_id
return str(d)
@classmethod
def getId(cls):
return "cut_request"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [
("time_begin", self.time_begin), ("time_end", self.time_end),
("freq_begin", self.freq_begin), ("freq_end", self.freq_end),
("request_id", self.request_id)
]
cut_request = struct_property(id_="cut_request",
structdef=CutRequest,
configurationkind=("message", ),
mode="readwrite")
class CutResponse(object):
request_id = simple_property(id_="cut_response::request_id",
name="request_id",
type_="string")
file_location = simple_property(id_="cut_response::file_location",
name="file_location",
type_="string")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["request_id"] = self.request_id
d["file_location"] = self.file_location
return str(d)
@classmethod
def getId(cls):
return "cut_response"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("request_id", self.request_id),
("file_location", self.file_location)]
cut_response = struct_property(id_="cut_response",
structdef=CutResponse,
configurationkind=("message", ),
mode="readwrite")
class FileIoMessage(object):
file_operation = simple_property(id_="file_io_message::file_operation",
name="file_operation",
type_="string",
defvalue="OPEN")
stream_id = simple_property(id_="file_io_message::stream_id",
name="stream_id",
type_="string")
filename = simple_property(id_="file_io_message::filename",
name="filename",
type_="string")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["file_operation"] = self.file_operation
d["stream_id"] = self.stream_id
d["filename"] = self.filename
return str(d)
@classmethod
def getId(cls):
return "file_io_message"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("file_operation", self.file_operation),
("stream_id", self.stream_id), ("filename", self.filename)]
file_io_message = struct_property(
id_="file_io_message",
structdef=FileIoMessage,
configurationkind=("message", ),
mode="readwrite",
description="""The structure representing a file IO message.""")
class MsgPort_P_base(CF__POA.Resource, Component, ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Component.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
self.port_msg_out = MessageSupplierPort()
def start(self):
Component.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Component.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Component.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
port_msg_out = usesport(name="msg_out",
repid="IDL:ExtendedEvent/MessageEvent:1.0",
type_="control")
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
class MsgOut(object):
field1 = simple_property(id_="field1", name="field1", type_="string")
field2 = simple_property(id_="field2", name="field2", type_="long")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["field1"] = self.field1
d["field2"] = self.field2
return str(d)
@classmethod
def getId(cls):
return "msg_out"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("field1", self.field1), ("field2", self.field2)]
msg_out = struct_property(id_="msg_out",
structdef=MsgOut,
configurationkind=("message", ),
mode="readwrite")
class struct_fields_base(CF__POA.Resource, Resource, ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
def start(self):
Resource.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
Resource.stop(self)
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Resource.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
class First(object):
first = simple_property(id_="first::first",
name="first",
type_="long",
defvalue=0)
second = simple_property(id_="first::second",
name="second",
type_="string",
defvalue="")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["first"] = self.first
d["second"] = self.second
return str(d)
def getId(self):
return "first"
def isStruct(self):
return True
def getMembers(self):
return [("first", self.first), ("second", self.second)]
first = struct_property(id_="first",
structdef=First,
configurationkind=("configure", ),
mode="readwrite")
class Second(object):
first = simple_property(id_="second::first",
name="first",
type_="float",
defvalue=0.0)
second = simple_property(id_="second::second",
name="second",
type_="boolean",
defvalue=False)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["first"] = self.first
d["second"] = self.second
return str(d)
def getId(self):
return "second"
def isStruct(self):
return True
def getMembers(self):
return [("first", self.first), ("second", self.second)]
second = struct_property(id_="second",
structdef=Second,
configurationkind=("configure", ),
mode="readwrite")
class TestComponentProperty_base(CF__POA.Resource, Resource):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
self.threadControlLock = threading.RLock()
self.process_thread = None
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
def initialize(self):
Resource.initialize(self)
# Instantiate the default implementations for all ports on this component
def start(self):
self.threadControlLock.acquire()
try:
Resource.start(self)
if self.process_thread == None:
self.process_thread = ProcessThread(target=self.process,
pause=self.PAUSE)
self.process_thread.start()
finally:
self.threadControlLock.release()
def process(self):
"""The process method should process a single "chunk" of data and then return. This method will be called
from the processing thread again, and again, and again until it returns FINISH or stop() is called on the
component. If no work is performed, then return NOOP"""
raise NotImplementedError
def stop(self):
self.threadControlLock.acquire()
try:
process_thread = self.process_thread
self.process_thread = None
if process_thread != None:
process_thread.stop()
process_thread.join(self.TIMEOUT)
if process_thread.isAlive():
raise CF.Resource.StopError(
CF.CF_NOTSET, "Processing thread did not die")
Resource.stop(self)
finally:
self.threadControlLock.release()
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
self.threadControlLock.acquire()
try:
Resource.releaseObject(self)
finally:
self.threadControlLock.release()
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
my_long_enum = simple_property(id_="my_long_enum",
type_="long",
defvalue=11,
mode="readwrite",
action="external",
kinds=("configure", ))
simpleExecparam = simple_property(id_="simpleExecparam",
type_="float",
defvalue=1.0,
mode="readwrite",
action="eq",
kinds=("execparam", ))
seqTest = simpleseq_property(id_="seqTest",
type_="char",
defvalue=[
'a',
'b',
'c',
],
mode="readwrite",
action="external",
kinds=("configure", ))
class MyStruct(object):
bool_true = simple_property(
id_="bool_true",
type_="boolean",
defvalue=True,
)
bool_false = simple_property(
id_="bool_false",
type_="boolean",
)
bool_empty = simple_property(
id_="bool_empty",
type_="boolean",
)
long_s = simple_property(
id_="long_s",
type_="long",
)
str_s = simple_property(
id_="str_s",
type_="string",
)
enum_bool = simple_property(
id_="enum_bool",
type_="boolean",
)
enum_str = simple_property(
id_="enum_str",
type_="string",
)
enum_long = simple_property(
id_="enum_long",
type_="long",
)
es__3 = simple_property(
id_="es::3",
type_="long",
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["bool_true"] = self.bool_true
d["bool_false"] = self.bool_false
d["bool_empty"] = self.bool_empty
d["long_s"] = self.long_s
d["str_s"] = self.str_s
d["enum_bool"] = self.enum_bool
d["enum_str"] = self.enum_str
d["enum_long"] = self.enum_long
d["es__3"] = self.es__3
return str(d)
def getId(self):
return "my_struct"
def isStruct(self):
return True
def getMembers(self):
return [("bool_true", self.bool_true),
("bool_false", self.bool_false),
("bool_empty", self.bool_empty), ("long_s", self.long_s),
("str_s", self.str_s), ("enum_bool", self.enum_bool),
("enum_str", self.enum_str), ("enum_long", self.enum_long),
("es__3", self.es__3)]
my_struct = struct_property(id_="my_struct",
structdef=MyStruct,
configurationkind=("configure", ),
mode="readwrite")
class Tests(object):
b = simple_property(
id_="b",
type_="ulonglong",
defvalue=32,
)
t = simple_property(
id_="t",
type_="string",
defvalue="dfdasfas",
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["b"] = self.b
d["t"] = self.t
return str(d)
def getId(self):
return "tests"
def isStruct(self):
return True
def getMembers(self):
return [("b", self.b), ("t", self.t)]
tests = struct_property(id_="tests",
structdef=Tests,
configurationkind=("configure", ),
mode="readwrite")
class StructsTest(object):
simpleShort = simple_property(
id_="simpleShort",
type_="short",
defvalue=3,
)
simpleFloat = simple_property(
id_="simpleFloat",
type_="long",
defvalue=2,
)
def __init__(self, simpleShort=3, simpleFloat=2):
self.simpleShort = simpleShort
self.simpleFloat = simpleFloat
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["simpleShort"] = self.simpleShort
d["simpleFloat"] = self.simpleFloat
return str(d)
def getId(self):
return "structsTest"
def isStruct(self):
return True
def getMembers(self):
return [("simpleShort", self.simpleShort),
("simpleFloat", self.simpleFloat)]
structSeqTest = structseq_property(
id_="structSeqTest",
structdef=StructsTest,
defvalue=[StructsTest(3, 2), StructsTest(3, 2)],
configurationkind=("allocation", "configure"),
mode="readwrite")
class CommandWrapper_i(CF__POA.Resource, Resource):
"""This component simply ensures that all other components in the waveform get started and
stopped together."""
# The signal to send and the number of seconds (max) to wait
# for the process to actually exit before trying the next signals.
# None means wait until the process dies (which we have to do to
# avoid creating zombie processes
STOP_SIGNALS = ((signal.SIGINT, 1), (signal.SIGTERM, 5), (signal.SIGKILL, None))
def __init__(self, identifier, execparams):
loggerName = "CommandWrapper"
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
self._pid = None
self.execparams = execparams.items()
#####################################
# Implement the Resource interface
def start(self):
self._log.debug("start()")
if self.get_commandAlive() == False:
command = self._props["command"]
args = copy.copy(self._props["args"])
args.insert(0, command)
self._log.debug("start %s %r", command, args)
self._pid = os.spawnv(os.P_NOWAIT, command, args)
self._log.debug("spawned %s", self._pid)
Resource.start(self)
def stop(self):
self._log.debug("stop()")
try:
if self.get_commandAlive() == True:
for sig, timeout in self.STOP_SIGNALS:
try:
os.kill(self._pid, sig)
except OSError:
self._pid = None
return
if timeout != None:
giveup_time = time.time() + timeout
while os.waitpid(self._pid, os.WNOHANG) == (0,0):
time.sleep(0.1)
if time.time() > giveup_time:
break
else:
# Wait until there is a response
os.waitpid(self._pid, 0)
self._pid = None
finally:
Resource.stop(self)
# CF::LifeCycle
def initialize(self):
self.fromOther = fromOther_i(self, "resource_in")
# CF::PortSupplier
def getPort(self, name):
if name == "resource_in":
return self.fromOther._this()
######################################
# Implement specific property setters/getters
def get_commandAlive(self):
if self._pid != None:
try:
os.kill(self._pid, 0)
if os.waitpid(self._pid, os.WNOHANG) == (0,0):
return True
else:
return False
except OSError:
pass
return False
command = simple_property(\
id_='DCE:a4e7b230-1d17-4a86-aeff-ddc6ea3df26e',
type_="string",
name="command",
defvalue="/bin/echo")
commandAlive = simple_property(\
id_='DCE:95f19cb8-679e-48fb-bece-dc199ef45f20',
type_="boolean",
name="commandAlive",
defvalue=False,
mode="readonly",
fget=get_commandAlive)
someprop = simple_property(\
id_='DCE:fa8c5924-845c-484a-81df-7941f2c5baa9',
type_="long",
name="someprop",
defvalue=10)
someprop2 = simple_property(\
id_='DCE:cf623573-a09d-4fb1-a2ae-24b0b507115d',
type_="double",
name="someprop2",
defvalue=50.0)
configure_prop_notset = simple_property(\
id_='configure_prop_notset',
type_="double",
name="configure_prop_notset",
kinds=("property"))
someprop3 = simple_property(\
id_='DCE:6ad84383-49cf-4017-b7ca-0ec4c4917952',
type_="double",
name="someprop3",
kinds=("configure"))
execparams = simpleseq_property(\
id_='DCE:85d133fd-1658-4e4d-b3ff-1443cd44c0e2',
type_="string",
name="execparams")
execparam1 = simple_property(\
id_='EXEC_PARAM_1',
type_="string",
name="Parameter 1",
defvalue="Test1",
kinds=("execparam"))
execparam2 = simple_property(\
id_='EXEC_PARAM_2',
type_="long",
name="Parameter 2",
defvalue=2,
kinds=("execparam"))
execparam3 = simple_property(\
id_='EXEC_PARAM_3',
type_="float",
name="Parameter 3",
defvalue=3.125,
kinds=("execparam"),
mode="readonly")
someobjref = simple_property(\
id_='SOMEOBJREF',
type_="objref",
name="Object Ref",
defvalue=None,
kinds=("execparam"),
mode="writeonly")
someobjref = simpleseq_property(\
id_='DCE:5d8bfe8d-bc25-4f26-8144-248bc343aa53',
type_="string",
name="args",
defvalue=("Hello World",))
somelonglongprop = simple_property(\
id_='DCE:a7de97ee-1e78-45e9-8e2b-204c141656fc',
type_="longlong",
name="somelonglongprop",
defvalue=12345678901)
somelonglongprop2 = simple_property(\
id_='DCE:9ec6e2ff-6a4f-4452-8f38-4df47d6eebc1',
type_="longlong",
name="somelonglongprop2",
defvalue=12345678901)
class SomeStruct(object):
field1 = simple_property(id_="item1",
type_="string",
defvalue="value1")
field2 = simple_property(id_="item2",
type_="long",
defvalue=100)
field3 = simple_property(id_="item3",
type_="double",
defvalue=3.14156)
struct = struct_property(id_="DCE:ffe634c9-096d-425b-86cc-df1cce50612f",
name="struct_test",
structdef=SomeStruct)
class TestComplexProps_base(CF__POA.Resource, Resource):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
self.threadControlLock = threading.RLock()
self.process_thread = None
# self.auto_start is deprecated and is only kept for API compatability
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
def initialize(self):
Resource.initialize(self)
# Instantiate the default implementations for all ports on this component
def start(self):
self.threadControlLock.acquire()
try:
Resource.start(self)
if self.process_thread == None:
self.process_thread = ProcessThread(target=self.process,
pause=self.PAUSE)
self.process_thread.start()
finally:
self.threadControlLock.release()
def process(self):
"""The process method should process a single "chunk" of data and then return. This method will be called
from the processing thread again, and again, and again until it returns FINISH or stop() is called on the
component. If no work is performed, then return NOOP"""
raise NotImplementedError
def stop(self):
self.threadControlLock.acquire()
try:
process_thread = self.process_thread
self.process_thread = None
if process_thread != None:
process_thread.stop()
process_thread.join(self.TIMEOUT)
if process_thread.isAlive():
raise CF.Resource.StopError(
CF.CF_NOTSET, "Processing thread did not die")
Resource.stop(self)
finally:
self.threadControlLock.release()
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
self.threadControlLock.acquire()
try:
Resource.releaseObject(self)
finally:
self.threadControlLock.release()
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
complexBooleanProp = simple_property(id_="complexBooleanProp",
type_="boolean",
defvalue=complex(0, 1),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexULongProp = simple_property(id_="complexULongProp",
type_="ulong",
defvalue=complex(4, 5),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexShortProp = simple_property(id_="complexShortProp",
type_="short",
defvalue=complex(4, 5),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexFloatProp = simple_property(id_="complexFloatProp",
type_="float",
defvalue=complex(4.0, 5.0),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexOctetProp = simple_property(id_="complexOctetProp",
type_="octet",
defvalue=complex(4, 5),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexCharProp = simple_property(id_="complexCharProp",
type_="char",
defvalue=complex(4, 5),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexUShort = simple_property(id_="complexUShort",
type_="ushort",
defvalue=complex(4, 5),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexDouble = simple_property(id_="complexDouble",
type_="double",
defvalue=complex(4.0, 5.0),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexLong = simple_property(id_="complexLong",
type_="long",
defvalue=complex(4, 5),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexLongLong = simple_property(id_="complexLongLong",
type_="longlong",
defvalue=complex(4, 5),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexULongLong = simple_property(id_="complexULongLong",
type_="ulonglong",
defvalue=complex(4, 5),
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
complexFloatSequence = simpleseq_property(id_="complexFloatSequence",
type_="float",
defvalue=[
complex(4.0, 5.0),
complex(4.0, 5.0),
complex(4.0, 5.0),
],
complex=True,
mode="readwrite",
action="external",
kinds=("configure", ))
class Float(object):
FloatStructMember = simple_property(
id_="FloatStructMember",
type_="float",
defvalue=4.0,
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["FloatStructMember"] = self.FloatStructMember
return str(d)
def getId(self):
return "FloatStruct"
def isStruct(self):
return True
def getMembers(self):
return [("FloatStructMember", self.FloatStructMember)]
FloatStruct = struct_property(id_="FloatStruct",
structdef=Float,
configurationkind=("configure", ),
mode="readwrite")
class ComplexFloat(object):
complexFloatStructMember = simple_property(
id_="complexFloatStructMember",
type_="float",
defvalue=complex(4.0, 5.0),
complex=True,
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["complexFloatStructMember"] = self.complexFloatStructMember
return str(d)
def getId(self):
return "complexFloatStruct"
def isStruct(self):
return True
def getMembers(self):
return [("complexFloatStructMember", self.complexFloatStructMember)
]
complexFloatStruct = struct_property(id_="complexFloatStruct",
structdef=ComplexFloat,
configurationkind=("configure", ),
mode="readwrite")
class FloatStructSequenceMember(object):
FloatStructSequenceMemberMemember = simple_property(
id_="FloatStructSequenceMemberMemember",
type_="float",
defvalue=4.0,
)
def __init__(self, FloatStructSequenceMemberMemember=4.0):
self.FloatStructSequenceMemberMemember = FloatStructSequenceMemberMemember
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["FloatStructSequenceMemberMemember"] = self.FloatStructSequenceMemberMemember
return str(d)
def getId(self):
return "FloatStructSequenceMember"
def isStruct(self):
return True
def getMembers(self):
return [("FloatStructSequenceMemberMemember",
self.FloatStructSequenceMemberMemember)]
FloatStructSequence = structseq_property(
id_="FloatStructSequence",
structdef=FloatStructSequenceMember,
defvalue=[],
configurationkind=("configure", ),
mode="readwrite")
class ComplexFloatStructSequenceMember(object):
complexFloatStructSequenceMemberMemember = simple_property(
id_="complexFloatStructSequenceMemberMemember",
type_="float",
defvalue=complex(4.0, 5.0),
complex=True,
)
def __init__(self,
complexFloatStructSequenceMemberMemember=complex(
4.0, 5.0)):
self.complexFloatStructSequenceMemberMemember = complexFloatStructSequenceMemberMemember
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["complexFloatStructSequenceMemberMemember"] = self.complexFloatStructSequenceMemberMemember
return str(d)
def getId(self):
return "complexFloatStructSequenceMember"
def isStruct(self):
return True
def getMembers(self):
return [("complexFloatStructSequenceMemberMemember",
self.complexFloatStructSequenceMemberMemember)]
complexFloatStructSequence = structseq_property(
id_="complexFloatStructSequence",
structdef=ComplexFloatStructSequenceMember,
defvalue=[],
configurationkind=("configure", ),
mode="readwrite")
class BadReleaseBefore(CF__POA.AggregateExecutableDevice, ExecutableDevice,
AggregateDevice):
def __init__(self, devmgr, uuid, label, softwareProfile, compositeDevice,
execparams):
ExecutableDevice.__init__(self, devmgr, uuid, label, softwareProfile,
compositeDevice, execparams, PROPERTIES)
AggregateDevice.__init__(self)
self._props["memCapacity"] = 100000000
self._props["BogoMipsCapacity"] = 100000000
self._props["nicCapacity"] = 100.0
self._props["fakeCapacity"] = 3
self._props["execparams"] = " ".join(
["%s %s" % x for x in execparams.items()])
def execute(self, name, options, parameters):
retval = ExecutableDevice.execute(self, name, options, parameters)
for option in options:
if option.id == 'STACK_SIZE':
self._props['check_STACK_SIZE'] = option.value._v
elif option.id == 'PRIORITY':
self._props['check_PRIORITY'] = option.value._v
return retval
# See BasicChildDevice for an example of manually dealing with allocate/deallocate
def allocate_fakeCapacity(self, value):
if self._props["fakeCapacity"] < value:
return False
self._props["fakeCapacity"] = self._props["fakeCapacity"] - value
return True
def allocate_nicCapacity(self, value):
if self._props["nicCapacity"] < value:
return False
self._props["nicCapacity"] = self._props["nicCapacity"] - value
return True
def allocate_memCapacity(self, value):
if self._props["memCapacity"] < value:
return False
self._props["memCapacity"] = self._props["memCapacity"] - value
return True
def allocate_BogoMipsCapacity(self, value):
if self._props["BogoMipsCapacity"] < value:
return False
self._props[
"BogoMipsCapacity"] = self._props["BogoMipsCapacity"] - value
return True
def deallocate_fakeCapacity(self, value):
self._props["fakeCapacity"] = self._props["fakeCapacity"] + value
def deallocate_nicCapacity(self, value):
self._props["nicCapacity"] = self._props["nicCapacity"] + value
def deallocate_memCapacity(self, value):
self._props["memCapacity"] = self._props["memCapacity"] + value
def deallocate_BogoMipsCapacity(self, value):
self._props[
"BogoMipsCapacity"] = self._props["BogoMipsCapacity"] + value
def allocate_allocStruct(self, value):
if value > self.allocStruct:
return False
self.allocStruct -= value
return True
def deallocate_allocStruct(self, value):
self.allocStruct += value
def updateUsageState(self):
# Update usage state
if self._props["memCapacity"] == 0 and self._props[
"BogoMipsCapacity"] == 0:
self._usageState = CF.Device.BUSY
elif self._props["memCapacity"] == 100000000 and self._props[
"BogoMipsCapacity"] == 100000000:
self._usageState = CF.Device.IDLE
else:
self._usageState = CF.Device.ACTIVE
def releaseObject(self):
a = b
ExecutableDevice.releaseObject(self)
class SomeStruct(object):
field1 = simple_property(id_="item1",
type_="string",
defvalue="value1")
field2 = simple_property(id_="item2", type_="long", defvalue=100)
field3 = simple_property(id_="item3", type_="double", defvalue=3.14156)
struct = struct_property(id_="DCE:ffe634c9-096d-425b-86cc-df1cce50612f",
name="struct_test",
structdef=SomeStruct)
class AllocStruct(object):
long_capacity = simple_property(id_="long_capacity",
type_="long",
defvalue=100)
float_capacity = simple_property(id_="float_capacity",
type_="float",
defvalue=1.0)
def __gt__(self, other):
if self.long_capacity <= other.long_capacity:
return False
if self.float_capacity <= other.float_capacity:
return False
return True
def __iadd__(self, other):
self.long_capacity += other.long_capacity
self.float_capacity += other.float_capacity
return self
def __isub__(self, other):
self.long_capacity -= other.long_capacity
self.float_capacity -= other.float_capacity
return self
allocStruct = struct_property(
id_="DCE:001fad60-b4b3-4ed2-94cb-40e1d956bf4f",
name="allocStruct",
configurationkind=("configure", "allocation"),
structdef=AllocStruct)
structseq = structseq_property(
id_="DCE:e836f007-5821-4671-b05a-e0ff5147fe86",
name="structseq_test",
structdef=SomeStruct,
defvalue=[])
kinds=("allocation","configure"),
description="""This specifies the device kind"""
)
device_model = simple_property(id_="DCE:0f99b2e4-9903-4631-9846-ff349d18ecfb",
name="device_model",
type_="string",
defvalue="",
mode="readonly",
action="eq",
kinds=("allocation","configure"),
description=""" This specifies the specific device"""
)
frontend_video_allocation = struct_property(id_="FRONTEND::video_allocation",
name="frontend_video_allocation",
structdef=frontend_video_allocation,
configurationkind=("allocation",),
mode="readwrite",
description="""Frontend Interfaces v2.0 main allocation structure"""
)
frontend_listener_allocation = struct_property(id_="FRONTEND::listener_allocation",
name="frontend_listener_allocation",
structdef=frontend_listener_allocation,
configurationkind=("allocation",),
mode="readwrite",
description="""Allocates a listener (subscriber) based off a previous allocation """
)
frontend_video_status = structseq_property(id_="FRONTEND::video_status",
name="frontend_video_status",
structdef=default_frontend_video_status_struct_struct,
defvalue=[],
configurationkind=("configure",),
class NicExecDevice_base(CF__POA.ExecutableDevice, ExecutableDevice,
ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, devmgr, uuid, label, softwareProfile, compositeDevice,
execparams):
ExecutableDevice.__init__(self, devmgr, uuid, label, softwareProfile,
compositeDevice, execparams)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 devices. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this device
def start(self):
ExecutableDevice.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
ExecutableDevice.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
ExecutableDevice.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
device_kind = simple_property(
id_="DCE:cdc5ee18-7ceb-4ae6-bf4c-31f983179b4d",
name="device_kind",
type_="string",
defvalue="GPP",
mode="readonly",
action="eq",
kinds=("allocation", ),
description="""This specifies the device kind""")
device_model = simple_property(
id_="DCE:0f99b2e4-9903-4631-9846-ff349d18ecfb",
name="device_model",
type_="string",
defvalue="NicExecDevice",
mode="readonly",
action="eq",
kinds=("allocation", ),
description=""" This specifies the specific device""")
processor_name = simple_property(
id_="DCE:9B445600-6C7F-11d4-A226-0050DA314CD6",
name="processor_name",
type_="string",
defvalue="x86_64",
mode="readonly",
action="eq",
kinds=("allocation", ),
description="""SCA required property describing the CPU type""")
os_name = simple_property(
id_="DCE:80BF17F0-6C7F-11d4-A226-0050DA314CD6",
name="os_name",
type_="string",
defvalue="Linux",
mode="readonly",
action="eq",
kinds=("allocation", ),
description=
"""SCA required property describing the Operating System Name""")
os_version = simple_property(
id_="DCE:0f3a9a37-a342-43d8-9b7f-78dc6da74192",
name="os_version",
type_="string",
mode="readonly",
action="eq",
kinds=("allocation", ),
description=
"""SCA required property describing the Operating System Version""")
nic_list = simpleseq_property(id_="nic_list",
type_="string",
defvalue=[],
mode="readonly",
action="external",
kinds=("property", ))
class NicAllocation(object):
identifier = simple_property(id_="nic_allocation::identifier",
name="identifier",
type_="string",
defvalue="")
interface = simple_property(id_="nic_allocation::interface",
name="interface",
type_="string",
defvalue="")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["identifier"] = self.identifier
d["interface"] = self.interface
return str(d)
@classmethod
def getId(cls):
return "nic_allocation"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("identifier", self.identifier),
("interface", self.interface)]
nic_allocation = struct_property(id_="nic_allocation",
structdef=NicAllocation,
configurationkind=("allocation", ),
mode="readwrite")
class NicAllocationStatusStruct(object):
identifier = simple_property(id_="nic_allocation_status::identifier",
name="identifier",
type_="string")
interface = simple_property(id_="nic_allocation_status::interface",
name="interface",
type_="string")
def __init__(self, identifier="", interface=""):
self.identifier = identifier
self.interface = interface
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["identifier"] = self.identifier
d["interface"] = self.interface
return str(d)
@classmethod
def getId(cls):
return "nic_allocation_status_struct"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("identifier", self.identifier),
("interface", self.interface)]
nic_allocation_status = structseq_property(
id_="nic_allocation_status",
structdef=NicAllocationStatusStruct,
defvalue=[],
configurationkind=("property", ),
mode="readonly")
class dbwriter_base(CF__POA.Resource, Component, ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/',
'.')).rsplit("_",
1)[0]
Component.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
self.port_dataFloat_in = MessageConsumerPort(thread_sleep=0.1,
parent=self)
self.port_dataFloat_in2 = MessageConsumerPort(thread_sleep=0.1,
parent=self)
def start(self):
Component.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Component.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET,
"Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Component.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
port_dataFloat_in = providesport(
name="dataFloat_in",
repid="IDL:ExtendedEvent/MessageEvent:1.0",
type_="control")
port_dataFloat_in2 = providesport(
name="dataFloat_in2",
repid="IDL:ExtendedEvent/MessageEvent:1.0",
type_="control")
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
class FromUpToInsert(object):
X = simple_property(id_="X", type_="float")
Y = simple_property(id_="Y", type_="float")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["X"] = self.X
d["Y"] = self.Y
return str(d)
@classmethod
def getId(cls):
return "fromUpToInsert"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("X", self.X), ("Y", self.Y)]
fromUpToInsert = struct_property(id_="fromUpToInsert",
structdef=FromUpToInsert,
configurationkind=("message", ),
mode="readwrite")
class FromCentToDB(object):
ave = simple_property(id_="ave", type_="float")
lat = simple_property(id_="lat", type_="float")
long = simple_property(id_="long", type_="float")
freq = simple_property(id_="freq", type_="float")
aoa = simple_property(id_="aoa", type_="octet")
node = simple_property(id_="node", type_="octet")
wave = simple_property(id_="wave", type_="float")
comp = simple_property(id_="comp", type_="octet")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr,
(simple_property, simpleseq_property)):
classattr.initialize(self)
for k, v in kw.items():
setattr(self, k, v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["ave"] = self.ave
d["lat"] = self.lat
d["long"] = self.long
d["freq"] = self.freq
d["aoa"] = self.aoa
d["node"] = self.node
d["wave"] = self.wave
d["comp"] = self.comp
return str(d)
@classmethod
def getId(cls):
return "fromCentToDB"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("ave", self.ave), ("lat", self.lat), ("long", self.long),
("freq", self.freq), ("aoa", self.aoa),
("node", self.node), ("wave", self.wave),
("comp", self.comp)]
fromCentToDB = struct_property(id_="fromCentToDB",
structdef=FromCentToDB,
configurationkind=("property", ),
mode="readwrite")
class cf_1535_p1_base(CF__POA.Resource, Component, ThreadedComponent):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/', '.')).rsplit("_", 1)[0]
Component.__init__(self, identifier, execparams, loggerName=loggerName)
ThreadedComponent.__init__(self)
# self.auto_start is deprecated and is only kept for API compatibility
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
# Instantiate the default implementations for all ports on this component
self.port_d1 = bulkio.InLongPort("d1", maxsize=self.DEFAULT_QUEUE_SIZE)
self.port_d3 = bulkio.OutLongPort("d3")
def start(self):
Component.start(self)
ThreadedComponent.startThread(self, pause=self.PAUSE)
def stop(self):
Component.stop(self)
if not ThreadedComponent.stopThread(self, self.TIMEOUT):
raise CF.Resource.StopError(CF.CF_NOTSET, "Processing thread did not die")
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
Component.releaseObject(self)
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
port_d1 = providesport(name="d1",
repid="IDL:BULKIO/dataLong:1.0",
type_="data")
port_d3 = usesport(name="d3",
repid="IDL:BULKIO/dataLong:1.0",
type_="data")
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
p1 = simple_property(id_="p1",
name="p1",
type_="string",
mode="readwrite",
action="external",
kinds=("property",),
description="""can you dig it { ( [""")
window = simple_property(id_="window",
name="window",
type_="string",
mode="readwrite",
action="external",
kinds=("property",))
freq = simple_property(id_="freq",
name="freq",
type_="float",
defvalue=0.0,
mode="readwrite",
action="external",
kinds=("property",))
s1 = simpleseq_property(id_="s1",
name="s1",
type_="long",
defvalue=[],
mode="readwrite",
action="external",
kinds=("property",))
class St1(object):
a1 = simple_property(
id_="st1::a1",
name="a1",
type_="string")
b1 = simple_property(
id_="st1::b1",
name="b1",
type_="float")
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for classattr in type(self).__dict__.itervalues():
if isinstance(classattr, (simple_property, simpleseq_property)):
classattr.initialize(self)
for k,v in kw.items():
setattr(self,k,v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["a1"] = self.a1
d["b1"] = self.b1
return str(d)
@classmethod
def getId(cls):
return "st1"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("a1",self.a1),("b1",self.b1)]
st1 = struct_property(id_="st1",
name="st1",
structdef=St1,
configurationkind=("property",),
mode="readwrite")
class Ss1St1(object):
a1 = simple_property(
id_="ss1::st1::a1",
name="a1",
type_="string")
b1 = simple_property(
id_="ss1::st1::b1",
name="b1",
type_="float")
def __init__(self, a1="", b1=0.0):
self.a1 = a1
self.b1 = b1
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["a1"] = self.a1
d["b1"] = self.b1
return str(d)
@classmethod
def getId(cls):
return "ss1::st1"
@classmethod
def isStruct(cls):
return True
def getMembers(self):
return [("a1",self.a1),("b1",self.b1)]
ss1 = structseq_property(id_="ss1",
name="ss1",
structdef=Ss1St1,
defvalue=[],
configurationkind=("property",),
mode="readwrite")
class PropertyChangeEvents(CF__POA.Resource, Resource):
"""
Example component to send property change events to an EventChannel port.
"""
myprop = simple_property(id_="myprop",
type_="long",
name="myprop",
defvalue=0,
mode="readwrite",
action="external",
kinds=("configure", "event"))
anotherprop = simple_property(id_="anotherprop",
type_="long",
name="anotherprop",
defvalue=0,
mode="readwrite",
action="external",
kinds=("configure", ))
propEvent = usesport(name="propEvent",
repid="IDL:CosEventChannelAdmin/EventChannel:1.0",
type_="data")
seqprop = simpleseq_property(id_="seqprop",
type_="float",
defvalue=None,
mode="readwrite",
action="external",
kinds=("configure", "event"))
class SomeStruct(object):
some_number = simple_property(
id_="some_number",
type_="double",
)
some_string = simple_property(
id_="some_string",
type_="string",
)
def __init__(self):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["some_number"] = self.some_number
d["some_string"] = self.some_string
return str(d)
def isStruct(self):
return True
def getMembers(self):
return [("some_number", self.some_number),
("some_string", self.some_string)]
def __init__(self, identifier, execparams):
Resource.__init__(self, identifier, execparams)
def initialize(self):
self.propEvent = PropertyEventSupplier(self)
some_struct = struct_property(id_="some_struct",
structdef=SomeStruct,
configurationkind=("configure", "event"),
mode="readwrite")
structseq_prop = structseq_property(id_="structseq_prop",
structdef=SomeStruct,
defvalue=[],
configurationkind=("configure",
"event"),
mode="readwrite")
def start(self):
self.myprop = 123
self.anotherprop = 123
self.seqprop = [1.0]
self.some_struct.some_number = 123.0
tmp = self.SomeStruct()
tmp.some_number = 2.0
tmp.some_string = "another string"
newval = copy.deepcopy(self.structseq_prop)
newval.append(tmp)
self.structseq_prop = newval
def runTest(self, testid, properties):
if testid == 1061:
# Ticket #1061: Ensure that if an eventable struct or struct sequence
# has None for both the current and prior values, sendChangedPropertiesEvent
# does not raise an exception.
# Save values of struct and struct sequence properties
saved_struct = copy.deepcopy(self.some_struct)
saved_structseq = copy.deepcopy(self.structseq_prop)
self.some_struct = None
self.saved_structseq = None
try:
# Send two consecutive property change events so that the current
# and saved values are both None.
self.propEvent.sendChangedPropertiesEvent()
self.propEvent.sendChangedPropertiesEvent()
success = True
except:
success = False
results = [CF.DataType('1061', any.to_any(success))]
# Restore saved state
self.some_struct = saved_struct
self.saved_structseq = saved_structseq
else:
raise CF.TestableObject.UnknownTest('No test %d' % testid)
return results
class ticket_cf_1066_comp_base(CF__POA.Resource, Resource):
# These values can be altered in the __init__ of your derived class
PAUSE = 0.0125 # The amount of time to sleep if process return NOOP
TIMEOUT = 5.0 # The amount of time to wait for the process thread to die when stop() is called
DEFAULT_QUEUE_SIZE = 100 # The number of BulkIO packets that can be in the queue before pushPacket will block
def __init__(self, identifier, execparams):
loggerName = (execparams['NAME_BINDING'].replace('/', '.')).rsplit("_", 1)[0]
Resource.__init__(self, identifier, execparams, loggerName=loggerName)
self.threadControlLock = threading.RLock()
self.process_thread = None
# self.auto_start is deprecated and is only kept for API compatability
# with 1.7.X and 1.8.0 components. This variable may be removed
# in future releases
self.auto_start = False
def initialize(self):
Resource.initialize(self)
# Instantiate the default implementations for all ports on this component
def start(self):
self.threadControlLock.acquire()
try:
Resource.start(self)
if self.process_thread == None:
self.process_thread = ProcessThread(target=self.process, pause=self.PAUSE)
self.process_thread.start()
finally:
self.threadControlLock.release()
def process(self):
"""The process method should process a single "chunk" of data and then return. This method will be called
from the processing thread again, and again, and again until it returns FINISH or stop() is called on the
component. If no work is performed, then return NOOP"""
raise NotImplementedError
def stop(self):
self.threadControlLock.acquire()
try:
process_thread = self.process_thread
self.process_thread = None
if process_thread != None:
process_thread.stop()
process_thread.join(self.TIMEOUT)
if process_thread.isAlive():
raise CF.Resource.StopError(CF.CF_NOTSET, "Processing thread did not die")
Resource.stop(self)
finally:
self.threadControlLock.release()
def releaseObject(self):
try:
self.stop()
except Exception:
self._log.exception("Error stopping")
self.threadControlLock.acquire()
try:
Resource.releaseObject(self)
finally:
self.threadControlLock.release()
######################################################################
# PORTS
#
# DO NOT ADD NEW PORTS HERE. You can add ports in your derived class, in the SCD xml file,
# or via the IDE.
######################################################################
# PROPERTIES
#
# DO NOT ADD NEW PROPERTIES HERE. You can add properties in your derived class, in the PRF xml file
# or by using the IDE.
simple_prop = simple_property(id_="simple_prop",
type_="string",
defvalue="default_value",
mode="readwrite",
action="external",
kinds=("configure",)
)
seq_prop = simpleseq_property(id_="seq_prop",
type_="short",
defvalue=(111,222,333),
mode="readwrite",
action="external",
kinds=("configure",)
)
class StructProp(object):
prop_one = simple_property(id_="prop_one",
type_="boolean",
defvalue=True,
)
prop_two = simple_property(id_="prop_two",
type_="string",
defvalue="This is another default value",
)
prop_three = simple_property(id_="prop_three",
type_="float",
defvalue=555,
)
def __init__(self, **kw):
"""Construct an initialized instance of this struct definition"""
for attrname, classattr in type(self).__dict__.items():
if type(classattr) == simple_property:
classattr.initialize(self)
for k,v in kw.items():
setattr(self,k,v)
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["prop_one"] = self.prop_one
d["prop_two"] = self.prop_two
d["prop_three"] = self.prop_three
return str(d)
def getId(self):
return "struct_prop"
def isStruct(self):
return True
def getMembers(self):
return [("prop_one",self.prop_one),("prop_two",self.prop_two),("prop_three",self.prop_three)]
struct_prop = struct_property(id_="struct_prop",
structdef=StructProp,
configurationkind=("configure",),
mode="readwrite"
)
class TmpStruct(object):
prop_four = simple_property(id_="prop_four",
type_="string",
defvalue="yet another default",
)
prop_five = simple_property(id_="prop_five",
type_="long",
defvalue=246,
)
prop_six = simple_property(id_="prop_six",
type_="double",
defvalue=135,
)
def __init__(self, prop_four="", prop_five=0, prop_six=0):
self.prop_four = prop_four
self.prop_five = prop_five
self.prop_six = prop_six
def __str__(self):
"""Return a string representation of this structure"""
d = {}
d["prop_four"] = self.prop_four
d["prop_five"] = self.prop_five
d["prop_six"] = self.prop_six
return str(d)
def getId(self):
return "tmp_struct"
def isStruct(self):
return True
def getMembers(self):
return [("prop_four",self.prop_four),("prop_five",self.prop_five),("prop_six",self.prop_six)]
struct_seq_prop = structseq_property(id_="struct_seq_prop",
structdef=TmpStruct,
defvalue=[],
configurationkind=("configure",),
mode="readwrite"
)
