def OpenLibrary(libname):
ns=openaccess22.oaNativeNS()
slibname=openaccess22.oaScalarName(ns,libname)
# set mode to apped
oas=openaccess22.oaString("lib.defs")
liblist=openaccess22.oaLibDefList.static_get(oas,'r')
found=0
# We only check top level members for the entry
for libdefmem in liblist.getMembersIter():
if (libdefmem.getType().oaTypeEnum()!=openaccess22.oacLibDefType): continue
sname=openaccess22.oaScalarName()
libdefmem.getLibName(sname)
sname.get(ns,oas)
name=str(oas)
if (name==libname):
ostr=openaccess22.oaString()
libdefmem.getLibPath(ostr)
libpath=str(ostr)
found=1
break
liblist.destroy()
if (not found):
return None
lib=openaccess22.oaLib.static_find(slibname)
if (not lib):
lib=openaccess22.oaLib.static_open(slibname,libpath)
access=openaccess22.oaLibAccessLevelEnum(openaccess22.oacReadLibAccessLevel)
access=openaccess22.oaLibAccess(access)
lib.getAccess(access)
return lib
def trace_net(self, net, dir, depth):
self.trace_enet(net, dir, depth)
for enet in net.getEquivalentNetsIter():
rep = ""
for i in range(depth - 1):
rep = rep + " "
repname = openaccess22.oaString()
if enet.isOccObject():
enet.getPathName(self.mNS, repname)
else:
enet.getName(self.mNS, repname)
rep = rep + " EqNet: " + str(repname)
self.mReport.append(rep)
self.trace_enet(enet, self.mDir, depth)
for mnet in net.getSingleBitMembersIter():
if mnet == net:
continue
rep = ""
for i in range(depth - 1):
rep = rep + " "
repname = openaccess22.oaString()
if mnet.isOccObject():
mnet.getPathName(self.mNS, repname)
else:
mnet.getName(self.mNS, repname)
rep = rep + " MemNet: " + str(repname)
self.mReport.append(rep)
self.trace_net(mnet, self.mDir, depth)
def OpenLibrary(libname):
ns = openaccess22.oaNativeNS()
slibname = openaccess22.oaScalarName(ns, libname)
# set mode to apped
oas = openaccess22.oaString("lib.defs")
liblist = openaccess22.oaLibDefList.static_get(oas, "r")
found = 0
# We only check top level members for the entry
for libdefmem in liblist.getMembersIter():
if libdefmem.getType().oaTypeEnum() != openaccess22.oacLibDefType:
continue
sname = openaccess22.oaScalarName()
libdefmem.getLibName(sname)
sname.get(ns, oas)
name = str(oas)
if name == libname:
ostr = openaccess22.oaString()
libdefmem.getLibPath(ostr)
libpath = str(ostr)
found = 1
break
liblist.destroy()
if not found:
return None
lib = openaccess22.oaLib.static_find(slibname)
if not lib:
lib = openaccess22.oaLib.static_open(slibname, libpath)
access = openaccess22.oaLibAccessLevelEnum(openaccess22.oacReadLibAccessLevel)
access = openaccess22.oaLibAccess(access)
lib.getAccess(access)
return lib
def trace_instance_list(self, cmd, names):
list = self.validate(cmd, names)
for instname in list:
name = openaccess22.oaSimpleName(self.mNS, instname)
inst = None
typname = self.mDesign.getType().oaTypeEnum()
if typname == openaccess22.oacBlockType:
inst = openaccess22.oaInst.static_find(self.mDesign, name)
if typname == openaccess22.oacModuleType:
inst = openaccess22.oaModInst.static_find(self.mDesign, name)
if typname == openaccess22.oacOccurrenceType:
inst = openaccess22.oaOccInst.static_find(self.mDesign.getTopOccurrence(), name)
if inst == None:
print "Can't Find Instance: ", instname
continue
instname = openaccess22.oaString()
if inst.isOccObject():
inst.getPathName(self.mNS, instname)
else:
inst.getName(self.mNS, instname)
instname = str(instname)
rep = "Inst: " + instname
self.mReport.append(rep)
if self.mFirstObj == None:
self.mFirstObj = inst
self.trace_instance(inst, self.mDir, 1)
self.log_report(cmd, names)
def AllObjects(self):
l=[]
ns=openaccess22.oaNativeNS()
s=openaccess22.oaString()
for obj in self.mDesign.getNetsIter(openaccess22.oacNetIterAll):
l.append(obj)
return l
def AllObjects(self):
l = []
ns = openaccess22.oaNativeNS()
s = openaccess22.oaString()
for obj in self.mDesign.getNetsIter(openaccess22.oacNetIterAll):
l.append(obj)
return l
def PickView(self,*v):
if (self.mInPickLibrary): return
if (self.mInPickCell): return
ns=openaccess22.oaNativeNS()
libtext=self.mLibrary.get()
libName=openaccess22.oaScalarName(ns,libtext)
lib=OpenLibrary(libtext)
if (lib==None): return
cellName=openaccess22.oaScalarName(ns,self.mCell.get())
cell=openaccess22.oaCell.static_find(lib,cellName)
if (cell==None): return
viewName=openaccess22.oaScalarName(ns,self.mView.get())
design=openaccess22.oaDesign.static_open(libName,cellName,viewName,'r')
if (design==None):
return
self.mInView=1
self.EmptyModule()
self.mModuleNames.append(' -Design-')
self.mModuleNames.append(' -TopBlock-')
self.mModuleNames.append(' -TopModule-')
self.mModuleNames.append(' -TopOccurrence-')
s=openaccess22.oaString()
for mod in design.getModulesIter():
mod.getName(ns,s)
self.mModuleNames.append(str(s))
self.mModule.setvalues(self.mModuleNames)
design.close()
self.mInView=0
def PickView(self, *v):
if self.mInPickLibrary:
return
if self.mInPickCell:
return
ns = openaccess22.oaNativeNS()
libtext = self.mLibrary.get()
libName = openaccess22.oaScalarName(ns, libtext)
lib = OpenLibrary(libtext)
if lib == None:
return
cellName = openaccess22.oaScalarName(ns, self.mCell.get())
cell = openaccess22.oaCell.static_find(lib, cellName)
if cell == None:
return
viewName = openaccess22.oaScalarName(ns, self.mView.get())
design = openaccess22.oaDesign.static_open(libName, cellName, viewName, "r")
if design == None:
return
self.mInView = 1
self.EmptyModule()
self.mModuleNames.append(" -Design-")
self.mModuleNames.append(" -TopBlock-")
self.mModuleNames.append(" -TopModule-")
self.mModuleNames.append(" -TopOccurrence-")
s = openaccess22.oaString()
for mod in design.getModulesIter():
mod.getName(ns, s)
self.mModuleNames.append(str(s))
self.mModule.setvalues(self.mModuleNames)
design.close()
self.mInView = 0
def PickCell(self, *v):
if self.mInPickLibrary:
return
ns = openaccess22.oaNativeNS()
try:
s = self.mLibrary.get()
except:
return
lib = OpenLibrary(s)
if lib == None:
return
try:
s = openaccess22.oaScalarName(ns, self.mCell.get())
except:
return
cell = openaccess22.oaCell.static_find(lib, s)
if cell == None:
return
self.mInPickCell = 1
self.EmptyView()
s = openaccess22.oaString()
for cv in cell.getCellViewsIter():
view = cv.getView()
view.getName(ns, s)
self.mViewNames.append(str(s))
self.mView.setvalues(self.mViewNames)
self.mInPickCell = 0
def ObjectName(self,obj):
ns=openaccess22.oaNativeNS()
s=openaccess22.oaString()
if (obj.isOccObject()):
obj.getPathName(ns,s)
else:
obj.getName(ns,s)
return str(s)
def ObjectName(self, obj):
ns = openaccess22.oaNativeNS()
s = openaccess22.oaString()
if (obj.isOccObject()):
obj.getPathName(ns, s)
else:
obj.getName(ns, s)
return str(s)
def getInstCellviewNames(inst): s=openaccess22.oaString() ns=openaccess22.oaNativeNS() l=[] inst.getLibName(ns,s) l.append(str(s)) inst.getCellName(ns,s) l.append(str(s)) inst.getViewName(ns,s) l.append(str(s)) return l
def getCellviewNames(design): design=design.getDesign() s=openaccess22.oaString() ns=openaccess22.oaNativeNS() l=[] design.getLibName(ns,s) l.append(str(s)) design.getCellName(ns,s) l.append(str(s)) design.getViewName(ns,s) l.append(str(s)) return l
def getModuleNames(module): design=module.getDesign() s=openaccess22.oaString() ns=openaccess22.oaNativeNS() l=[] design.getLibName(ns,s) l.append(str(s)) design.getCellName(ns,s) l.append(str(s)) design.getViewName(ns,s) l.append(str(s)) module.getName(ns,s) l.append(str(s)) return l
def PickLibrary(self,*v):
ns=openaccess22.oaNativeNS()
try:
s=self.mLibrary.get()
except:
return
lib=OpenLibrary(s)
if (lib==None): return
self.mInPickLibrary=1
self.EmptyCell()
s=openaccess22.oaString()
for cell in lib.getCellsIter():
cell.getName(ns,s)
self.mCellNames.append(str(s))
self.mCell.setvalues(self.mCellNames)
self.mInPickLibrary=0
def PickLibrary(self, *v):
ns = openaccess22.oaNativeNS()
try:
s = self.mLibrary.get()
except:
return
lib = OpenLibrary(s)
if lib == None:
return
self.mInPickLibrary = 1
self.EmptyCell()
s = openaccess22.oaString()
for cell in lib.getCellsIter():
cell.getName(ns, s)
self.mCellNames.append(str(s))
self.mCell.setvalues(self.mCellNames)
self.mInPickLibrary = 0
def GetLibraryList():
ns=openaccess22.oaNativeNS()
# set mode to apped
oas=openaccess22.oaString("lib.defs")
liblist=openaccess22.oaLibDefList.static_get(oas,'r')
result=[]
# We only check top level members for the entry
for libdefmem in liblist.getMembersIter():
if (libdefmem.getType().oaTypeEnum()!=openaccess22.oacLibDefType): continue
sname=openaccess22.oaScalarName()
libdefmem.getLibName(sname)
sname.get(ns,oas)
name=str(oas)
result.append(name)
return result
def GetLibraryList():
ns = openaccess22.oaNativeNS()
# set mode to apped
oas = openaccess22.oaString("lib.defs")
liblist = openaccess22.oaLibDefList.static_get(oas, "r")
result = []
# We only check top level members for the entry
for libdefmem in liblist.getMembersIter():
if libdefmem.getType().oaTypeEnum() != openaccess22.oacLibDefType:
continue
sname = openaccess22.oaScalarName()
libdefmem.getLibName(sname)
sname.get(ns, oas)
name = str(oas)
result.append(name)
return result
def getDesObjectRepr(obj):
if (obj.isBlockObject()):
s='oaBlock: %s'%getCellviewFullname(obj)
elif (obj.isModObject()):
s='oaModule: %s'%getModuleFullname(obj)
elif (obj.isOccObject()):
s='oaOccurrence: %s '%getCellviewFullname(obj)
oinst=obj.getOccInst()
if (oinst):
ss=openaccess22.oaString()
ns=openaccess22.oaNativeNS()
oinst.getPathName(ns,ss)
s+=str(ss)
else:
s+='.'
else:
s=str(obj)
return s
def trace_net_list(self, cmd, names):
list = self.validate(cmd, names)
for netname in list:
name = openaccess22.oaName(self.mNS, netname)
net = None
typname = self.mDesign.getType().oaTypeEnum()
if typname == openaccess22.oacBlockType:
net = openaccess22.oaNet.static_find(self.mDesign, name)
if typname == openaccess22.oacModuleType:
net = openaccess22.oaModNet.static_find(self.mDesign, name)
if typname == openaccess22.oacOccurrenceType:
net = openaccess22.oaOccNet.static_find(self.mDesign.getTopOccurrence(), name)
if net == None:
if name.getType().oaNameTypeEnum() == openaccess22.oacVectorBitNameType:
sname = openaccess22.oaScalarName()
vname = name.getVectorBit()
vname.getBaseName(sname)
if typname == openaccess22.oacBlockType:
net = openaccess22.oaBusNetBit.static_find(self.mDesign, sname, vname.getIndex())
if typname == openaccess22.oacModuleType:
net = openaccess22.oaModBusNetBit.static_find(self.mDesign, sname, vname.getIndex())
if typname == openaccess22.oacOccurrenceType:
net = openaccess22.oaOccBusNetBit.static_find(
self.mDesign.getTopOccurrence(), sname, vname.getIndex()
)
if net == None:
print "Can't Find Net: ", netname
continue
for snet in net.getSingleBitMembersIter():
net = snet.getPreferredEquivalent()
fo = self.trace_net_fo(net)
repname = openaccess22.oaString()
if net.isOccObject():
net.getPathName(self.mNS, repname)
else:
net.getName(self.mNS, repname)
rep = "Net: " + str(repname) + " { fanout=" + str(fo) + " }"
self.mReport.append(rep)
if self.mFirstObj == None:
self.mFirstObj = net
self.trace_net(net, self.mDir, 1)
self.log_report(cmd, names)
def PickCell(self,*v):
if (self.mInPickLibrary): return
ns=openaccess22.oaNativeNS()
try:
s=self.mLibrary.get()
except:
return
lib=OpenLibrary(s)
if (lib==None): return
try:
s=openaccess22.oaScalarName(ns,self.mCell.get())
except:
return
cell=openaccess22.oaCell.static_find(lib,s)
if (cell==None): return
self.mInPickCell=1
self.EmptyView()
s=openaccess22.oaString()
for cv in cell.getCellViewsIter():
view=cv.getView()
view.getName(ns,s)
self.mViewNames.append(str(s))
self.mView.setvalues(self.mViewNames)
self.mInPickCell=0
def trace_term_list(self, cmd, names):
list = self.validate(cmd, names)
for termname in list:
name = openaccess22.oaName(self.mNS, termname)
term = None
typname = self.mDesign.getType().oaTypeEnum()
if typname == openaccess22.oacBlockType:
term = openaccess22.oaTerm.static_find(self.mDesign, name)
if typname == openaccess22.oacModuleType:
term = openaccess22.oaModTerm.static_find(self.mDesign, name)
if typname == openaccess22.oacOccurrenceType:
term = openaccess22.oaOccTerm.static_find(self.mDesign, name)
if term == None:
if name.getType().oaNameTypeEnum() == openaccess22.oacVectorBitNameType:
sname = openaccess22.oaScalarName()
vname = name.getVectorBit()
vname.getBaseName(sname)
if typname == openaccess22.oacBlockType:
term = openaccess22.oaBusTermBit.static_find(self.mDesign, sname, vname.getIndex())
if typname == openaccess22.oacModuleType:
term = openaccess22.oaModBusTermBit.static_find(self.mDesign, sname, vname.getIndex())
if typname == openaccess22.oacOccurrenceType:
term = openaccess22.oaOccBusTermBit.static_find(self.mDesign, sname, vname.getIndex())
if term == None:
print "Can't Find Term: ", termname
continue
termname = openaccess22.oaString()
term.getName(self.mNS, termname)
termname = str(termname)
rep = "Term: " + termname + " ("
termtype = term.getTermType().oaTermTypeEnum()
if termtype == "oacInputTermType":
rep = rep + "I"
elif termtype == "oacOutputTermType":
rep = rep + "O"
elif termtype == "oacInputOutputTermType":
rep = rep + "B"
else:
rep = rep + "X"
rep = rep + ")"
if self.mFirstObj == None:
self.mFirstObj = term
self.mReport.append(rep)
net = term.getNet()
netname = openaccess22.oaString()
if net.isOccObject():
net.getPathName(self.mNS, netname)
else:
net.getName(self.mNS, netname)
netname = str(netname)
rep = "Net: " + netname
self.mReport.append(rep)
# self.trace_net(net,self.mDir,1)
for snet in net.getSingleBitMembersIter():
net = snet.getPreferredEquivalent()
fo = self.trace_net_fo(net)
repname = openaccess22.oaString()
if net.isOccObject():
net.getPathName(self.mNS, repname)
else:
net.getName(self.mNS, repname)
rep = "Net: " + str(repname) + " { fanout=" + str(fo) + " }"
self.mReport.append(rep)
if self.mFirstObj == None:
self.mFirstObj = net
self.trace_net(net, self.mDir, 1)
self.log_report(cmd, names)
def getCellviewName(design): design=design.getDesign() s=openaccess22.oaString() ns=openaccess22.oaNativeNS() design.getCellName(ns,s) return str(s)
def getOccInstOccFullname(inst): s=openaccess22.oaString() ns=openaccess22.oaNativeNS() inst.getPathName(ns,s) return str(s)
def getInstModuleFullname(inst): s=openaccess22.oaString() ns=openaccess22.oaNativeNS() inst.getMaster().getName(ns,s) return str(s)
def getInstCellviewName(inst): s=openaccess22.oaString() ns=openaccess22.oaNativeNS() inst.getCellName(ns,s) return str(s)
def trace_enet(self, net, dir, depth):
for p in range(3):
if p == 1 and dir == 0:
continue
if p == 0 and dir == 1:
continue
for mnet, index in net.getMemberNetsIter():
for bterm in mnet.getTermsIter():
term = bterm.getBit(index)
termtype = term.getTermType().oaTermTypeEnum()
if p == 0 and termtype != "oacInputTermType":
continue
if p == 1 and termtype != "oacOutputTermType":
continue
if p == 2 and termtype != "oacInputOutputTermType":
continue
rep = ""
for i in range(depth):
rep = rep + " "
termname = openaccess22.oaString()
term.getName(self.mNS, termname)
termname = str(termname)
rep = rep + "Term: " + termname + " ("
if termtype == "oacInputTermType":
rep = rep + "I"
elif termtype == "oacOutputTermType":
rep = rep + "O"
elif termtype == "oacInputOutputTermType":
rep = rep + "B"
else:
rep = rep + "X"
rep += ")"
self.mReport.append(rep)
for p in range(3):
for mnet, index in net.getMemberNetsIter():
for instterm in mnet.getInstTermsIter():
bterm = instterm.getTerm()
if bterm == None:
continue # Unbound
term = bterm.getBit(index)
if term == None:
continue # Unbound
termtype = term.getTermType().oaTermTypeEnum()
if p == 0 and termtype != "oacOutputTermType":
continue
if p == 1 and termtype != "oacInputTermType":
continue
if p == 2 and termtype != "oacInputOutputTermType":
continue
rep = ""
for i in range(depth):
rep = rep + " "
inst = instterm.getInst()
termname = openaccess22.oaString()
# instterm.getTermName(self.mNS,termname)
term.getName(self.mNS, termname)
termname = str(termname)
instname = openaccess22.oaString()
if inst.isOccObject():
inst.getPathName(self.mNS, instname)
else:
inst.getName(self.mNS, instname)
instname = str(instname)
rep = rep + "Inst: " + instname + " (" + termname + ":"
if termtype == "oacInputTermType":
rep = rep + "I"
elif termtype == "oacOutputTermType":
rep = rep + "O"
elif termtype == "oacInputOutputTermType":
rep = rep + "B"
else:
rep = rep + "X"
rep = rep + ")"
self.mReport.append(rep)
if depth >= self.mMaxDepth:
continue
self.trace_instance(inst, p, depth + 1)
def ObjectName(self,obj): ns=openaccess22.oaNativeNS() s=openaccess22.oaString() obj.getName(ns,s) return str(s)
def trace_instance(self, inst, dir, depth):
rep = ""
for i in range(depth):
rep = rep + " "
if inst.isBlockObject():
rep = rep + "Cell: " + oaTracerUtl22.getInstCellviewFullname(inst)
elif inst.isModObject() and inst.isModDesignInst():
rep = rep + "Cell: " + oaTracerUtl22.getInstCellviewFullname(inst)
elif inst.isModObject() and inst.isModModuleInst():
rep = rep + "Mod: " + oaTracerUtl22.getInstModuleFullname(inst)
elif inst.isOccObject() and inst.isOccDesignInst():
rep = rep + "Cell: " + oaTracerUtl22.getInstCellviewFullname(inst)
elif inst.isOccObject() and inst.isOccModuleInst():
rep = rep + "Mod: " + oaTracerUtl22.getInstModuleFullname(inst)
self.mReport.append(rep)
if inst.isOccObject():
rep = ""
for i in range(depth):
rep = rep + " "
rep = rep + "Occ: " + oaTracerUtl22.getOccInstOccFullname(inst)
self.mReport.append(rep)
for p in range(3):
if p == 1 and dir == 0:
continue
if p == 0 and dir == 1:
continue
for instterm in inst.getInstTermsIter():
term = instterm.getTerm()
if term == None:
continue # Unbound
termtype = term.getTermType().oaTermTypeEnum()
if p == 0 and termtype != "oacInputTermType":
continue
if p == 1 and termtype != "oacOutputTermType":
continue
if p == 2 and termtype != "oacInputOutputTermType":
continue
net = instterm.getNet()
if net != None:
netname = openaccess22.oaString()
if net.isOccObject():
net.getPathName(self.mNS, netname)
else:
net.getName(self.mNS, netname)
netname = str(netname)
else:
netname = "OPEN"
fo = -1
if depth < self.mMaxDepth and p >= 1 and net != None:
fo = self.trace_net_fo(net)
rep = ""
for i in range(depth):
rep = rep + " "
termname = openaccess22.oaString()
instterm.getTermName(self.mNS, termname)
termname = str(termname)
rep = rep + "Net: " + netname + " (" + termname + ":"
if termtype == "oacInputTermType":
rep = rep + "I"
elif termtype == "oacOutputTermType":
rep = rep + "O"
elif termtype == "oacInputOutputTermType":
rep = rep + "B"
else:
rep = rep + "X"
rep = rep + ") "
if fo >= 0:
rep = rep + " { fanout=" + str(fo) + " }"
self.mReport.append(rep)
if depth >= self.mMaxDepth:
continue
if net != None:
self.trace_net(net, p, depth + 1)
