def __init__(self,
structT: HdlType,
tmpl: Optional[TransTmpl] = None,
frames: Optional[List[FrameTmpl]] = None):
"""
:param hsIntfCls: class of interface which should be used
as interface of this unit
:param structT: instance of HStruct used as template for this frame
If name is None no input port is generated and space
is filled with invalid values, litle-endian encoding,
supported types of interfaces are: Handshaked, Signal
can be also instance of FrameTmpl
:param tmpl: instance of TransTmpl for this structT
:param frames: list of FrameTmpl instances for this tmpl
:note: if tmpl and frames are None they are resolved
from structT parseTemplate
:note: This unit can parse sequence of frames,
if they are specified by "frames"
:note: structT can contain fields with variable size like HStream
"""
self._structT = structT
self._tmpl = tmpl
self._frames = frames
self._tmpRegsForSelect = {}
AxiSCompBase.__init__(self)
def __init__(self,
structT: HdlType,
tmpl: Optional[TransTmpl]=None,
frames: Optional[List[FrameTmpl]]=None):
"""
:param hsIntfCls: class of interface which should be used
as interface of this unit
:param structT: instance of HStruct used as template for this frame
If name is None no input port is generated and space
is filled with invalid values, litle-endian encoding,
supported types of interfaces are: Handshaked, Signal
can be also instance of FrameTmpl
:param tmpl: instance of TransTmpl for this structT
:param frames: list of FrameTmpl instances for this tmpl
:note: if tmpl and frames are None they are resolved
from structT parseTemplate
:note: This unit can parse sequence of frames,
if they are specified by "frames"
:note: structT can contain fields with variable size like HStream
"""
self._structT = structT
self._tmpl = tmpl
self._frames = frames
self._tmpRegsForSelect = {}
AxiSCompBase.__init__(self)
def _config(self):
AxiSCompBase._config(self)
self.USE_STRB = True
self.T = Param(self._structT)
self.TRANSACTION_TEMPLATE = Param(self._tmpl)
self.FRAME_TEMPLATES = Param(
None if self._frames is None else tuple(self._frames))
def __init__(self,
structT: HdlType,
tmpl: Optional[TransTmpl] = None,
frames: Optional[List[FrameTmpl]] = None):
"""
:note: This unit can parse sequence of frames,
if they are specified by "frames"
:note: structT can contain fields with variable size like HStream
"""
self._tmpRegsForSelect = {}
TemplateConfigured.__init__(self, structT, tmpl, frames)
AxiSCompBase.__init__(self)
def __init__(self, structT: HdlType,
tmpl: Optional[TransTmpl]=None,
frames: Optional[List[FrameTmpl]]=None):
"""
:param structT: instance of HStruct which specifies
data format to download
:param tmpl: instance of TransTmpl for this structT
:param frames: list of FrameTmpl instances for this tmpl
:note: if tmpl and frames are None they are resolved
from structT parseTemplate
:note: this unit can parse sequence of frames,
if they are specified by "frames"
:attention: structT can not contain fields with variable size
like HStream
"""
TemplateConfigured.__init__(self, structT, tmpl, frames)
AxiSCompBase.__init__(self)
def __init__(self, structT: HdlType,
tmpl: Optional[TransTmpl]=None,
frames: Optional[List[FrameTmpl]]=None):
"""
:param structT: instance of HStruct which specifies data format to download
:param tmpl: instance of TransTmpl for this structT
:param frames: list of FrameTmpl instances for this tmpl
:note: if tmpl and frames are None they are resolved from structT parseTemplate
:note: this unit can parse sequence of frames, if they are specified by "frames"
:attention: structT can not contain fields with variable size like HStream
"""
self._structT = structT
if tmpl is not None:
assert frames is not None, "tmpl and frames can be used only together"
else:
assert frames is None, "tmpl and frames can be used only together"
self._tmpl = tmpl
self._frames = frames
AxiSCompBase.__init__(self)
def _config(self):
AxiSCompBase._config(self)
self.USE_STRB.set(True)
def _config(self):
AxiSCompBase._config(self)
self.OUT_DATA_WIDTH = Param(64)
self.USE_STRB.set(True)
def _config(self):
AxiSCompBase._config(self)
self.FOOTER_WIDTH = Param(32)
def _config(self):
AxiSCompBase._config(self)
self.OUT_DATA_WIDTH = Param(64)
self.USE_STRB = True
def _config(self):
AxiSCompBase._config(self)
self.USE_STRB.set(True)