def mkPortMap(logicalName, physicalName):
pm = mkSpiElm("portMap")
appendSpiElem(appendSpiElem(pm, "logicalPort"),
"name").text = logicalName
appendSpiElem(appendSpiElem(pm, "physicalPort"),
"name").text = physicalName
return pm
def asElem(self):
e = mkSpiElm("port")
appendSpiElem(e, "name").text = self.name
w = appendSpiElem(e, "wire")
appendSpiElem(w, "direction").text = self.direction
if self.vector:
v = appendSpiElem(w, "vector")
def mkBoundry(name, val):
if isinstance(val, int):
val = hInt(val)
d = appendSpiElem(v, name)
d.attrib["spirit:format"] = "long"
if isinstance(val, RtlSignalBase):
# value is simple type and does not contains generic etc...
resolve = 'dependent'
d.attrib["spirit:dependency"] = "(%s)" %\
VivadoTclExpressionSerializer.asHdl(val)
d.text = VivadoTclExpressionSerializer.asHdl(
val.staticEval())
else:
resolve = "immediate"
d.text = VivadoTclExpressionSerializer.asHdl(val, None)
d.attrib["spirit:resolve"] = resolve
mkBoundry("left", self.vector[0])
mkBoundry("right", self.vector[1])
td = appendSpiElem(w, "wireTypeDefs")
td.append(self.type.asElem())
return e
def asElem(self):
def mkPortMap(logicalName, physicalName):
pm = mkSpiElm("portMap")
appendSpiElem(appendSpiElem(pm, "logicalPort"),
"name").text = logicalName
appendSpiElem(appendSpiElem(pm, "physicalPort"),
"name").text = physicalName
return pm
e = mkSpiElm("busInterface")
appendSpiElem(e, 'name').text = self.name
e.append(self.busType.asElem('busType'))
e.append(self.abstractionType.asElem('abstractionType'))
if self.isMaster:
appendSpiElem(e, "master")
else:
appendSpiElem(e, "slave")
pm = appendSpiElem(e, "portMaps")
for lName, pName in sorted(self._portMaps.items(),
key=lambda pm: pm[0]):
pm.append(mkPortMap(lName, pName))
if self.endianness is not None:
appendSpiElem(e, "endianness").text = self.endianness
if len(self.parameters) > 0:
pm = appendSpiElem(e, "parameters")
for p in self.parameters:
pElm = p.asElem()
pm.append(pElm)
return e
def asElem(self):
e = mkSpiElm("model")
appendSpiArray(e, 'views', self.views)
appendSpiArray(e, 'ports', self.ports)
appendSpiArray(e, 'modelParameters', self.modelParameters)
return e
def asElem(self):
e = mkSpiElm("wireTypeDef")
for s in self._requiredVal:
appendSpiElem(e, s).text = getattr(self, s)
for r in self.viewNameRefs:
appendSpiElem(e, "viewNameRef").text = r
return e
def asElem(self):
e = mkSpiElm("value")
appendSpiAtribs(self, e, spi_ns_prefix, reqPropNames=['id', 'resolve'],
optPropNames=['format', 'bitStringLength'])
e.text = str(self.text)
return e
def asElem(self):
e = mkSpiElm("modelParameter")
e.attrib["spirit:dataType"] = self.datatype
appendStrElements(e, self,
reqPropNames=['name', "displayName"])
e.append(self.value.asElem())
return e
def asElem(self):
e = mkSpiElm("view")
appendStrElements(e, self,
reqPropNames=self._requiredVal,
optPropNames=self._optionalVal)
e.append(self.fileSetRef.asElem())
return e
def asElem(self, displayName, revision):
r = mkSpiElm("vendorExtensions")
r.append(self.coreExtensions.asElem(displayName, revision))
pi = appendXiElem(r, "packagingInfo")
for key, val in self.packagingInfo.items():
appendXiElem(pi, key).text = val
return r
def xml(self):
# Vivado 2015.2 bug - order of all elements is NOT optional
for prefix, uri in ns.items():
etree.register_namespace(prefix, uri)
c = mkSpiElm("component")
appendStrElements(c, self, self._strValues[:-1])
if arr_any(self.busInterfaces, lambda intf: hasattr(intf, "_bi")):
bi = appendSpiElem(c, "busInterfaces")
for intf in self.busInterfaces: # for all interfaces which have bus interface class
if hasattr(intf, "_bi"):
bi.append(intf._bi.asElem())
c.append(self.model.asElem())
self._xmlFileSets(c)
appendStrElements(c, self, [self._strValues[-1]])
self._xmlParameters(c)
c.append(
self.vendorExtensions.asElem(self.name + "_v" + self.version,
revision=str(int(time()))))
return c
def asElem(self, elmName):
e = mkSpiElm(elmName)
for s in ['name', 'version', 'vendor', 'library']:
e.attrib[spi_ns_prefix + s] = getattr(self, s)
return e
def asElem(self):
e = mkSpiElm("fileSet")
appendSpiElem(e, "name").text = self.name
for f in self.files:
e.append(f.asElem())
return e
def asElem(self):
e = mkSpiElm("parameter")
appendSpiElem(e, "name").text = self.name
e.append(self.value.asElem())
return e
def asElem(self):
e = mkSpiElm("file")
appendStrElements(e, self, self._strValues)
return e
