from pcbnew import * import random import pprint class testundoredo0(ActionPlugin): def defaults(self): self.name = "Test Undo/Redo: Remove footprints" self.category = "Test Undo/Redo" self.description = "" def Run(self): pcb = GetBoard() for module in pcb.GetFootprints(): pcb.RemoveNative(module) class testundoredo1(ActionPlugin): def defaults(self): self.name = "Test Undo/Redo: Remove all board items" self.category = "Test Undo/Redo" self.description = "" def Run(self): pcb = GetBoard() while pcb.GetAreaCount() > 0: area = pcb.GetArea(0) pcb.RemoveNative(area) for module in pcb.GetFootprints(): pcb.RemoveNative(module) for track in pcb.GetTracks(): pcb.RemoveNative(track) for draw in pcb.m_Drawings: pcb.RemoveNative(draw) class testundoredo2(ActionPlugin): def defaults(self): self.name = "Test Undo/Redo: Generate random content" self.category = "Test Undo/Redo" self.description = "" def createFPCXFootprint(self,pads): size_025_160mm = wxSizeMM(0.25,1.6) size_150_200mm = wxSizeMM(1.50,2.0) # create a new footprint, its parent is our previously created pcb footprint = FOOTPRINT(self.pcb) footprint.SetReference("FPC"+str(pads)) # give it a reference name footprint.Reference().SetPosition(wxPointMM(-1,-1)) self.pcb.Add(footprint) # add it to our pcb m_pos = wxPointMM(0,0)#random.randint(10,200),random.randint(10,200)) footprint.SetPosition(m_pos) # create a pad array and add it to the footprint def smdRectPad(footprint,size,pos,name): pad = PAD(footprint) pad.SetSize(size) pad.SetShape(PAD_SHAPE_RECT) pad.SetAttribute(PAD_ATTRIB_SMD) pad.SetLayerSet(pad.SMDMask()) pad.SetPosition(pos) pad.SetPadName(name) return pad for n in range (0,pads): pad = smdRectPad(footprint,size_025_160mm,wxPointMM(0.5*n,0),str(n+1)) footprint.Add(pad) pad_s0 = smdRectPad(footprint,size_150_200mm,wxPointMM(-1.6,1.3),"0") pad_s1 = smdRectPad(footprint,size_150_200mm,wxPointMM((pads-1)*0.5+1.6,1.3),"0") footprint.Add(pad_s0) footprint.Add(pad_s1) e = EDGE_MODULE(footprint) e.SetStart0(wxPointMM(-1,0)) e.SetEnd0(wxPointMM(0,0)) e.SetWidth(FromMM(0.2)) e.SetLayer(F_SilkS) e.SetShape(S_SEGMENT) module.Add(e) module.SetPosition(wxPointMM(random.randint(20,200),random.randint(20,150))) return module def Run(self): self.pcb = GetBoard() random.seed() for i in range(10): seg = DRAWSEGMENT() seg.SetLayer( random.choice([Edge_Cuts,Cmts_User,Eco1_User,Eco2_User]) ) seg.SetStart( wxPointMM( random.randint(10,100), random.randint(10,100) ) ) seg.SetEnd( wxPointMM( random.randint(10,100), random.randint(10,100) ) ) self.pcb.Add( seg ) if i%2 == 0: t = TRACK(None) else: t = VIA(None) #t.SetLayerPair(segments['layerPair'][0],segments['layerPair'][1]) t.SetViaType(VIA_THROUGH) t.SetDrill(FromMM(random.randint(1,20)/10.0)) t.SetStart(wxPointMM(random.randint(100,150),random.randint(100,150))) t.SetEnd(wxPointMM(random.randint(100,150),random.randint(100,150))) t.SetWidth(FromMM(random.randint(1,15)/10.0)) t.SetLayer(random.choice([F_Cu,B_Cu])) self.pcb.Add(t) self.createFPCXModule(random.randint(2,40)) class testundoredo3(ActionPlugin): def defaults(self): self.name = "Test Undo/Redo: Move elements randomly" self.category = "Test Undo/Redo" self.description = "" def Run(self): pcb = GetBoard() for i in range(0,pcb.GetAreaCount()): area = pcb.GetArea(i) area.Move(wxPointMM(random.randint(-20,20),random.randint(-20,20))) for module in pcb.GetFootprints(): module.Move(wxPointMM(random.randint(-20,20),random.randint(-20,20))) if random.randint(0,10) > 5: module.Flip(module.GetPosition()) for track in pcb.GetTracks(): track.Move(wxPointMM(random.randint(-20,20),random.randint(-20,20))) for draw in pcb.m_Drawings: draw.Move(wxPointMM(random.randint(-20,20),random.randint(-20,20))) testundoredo0().register() testundoredo1().register() testundoredo2().register() testundoredo3().register()