Mike Moore / Mbed 2 deprecated RTOS_project_fork_01

embedded RTOS class project.

Fork of RTOS_project by Mike Moore

mmPython/mmUI.txt@4:e3887e314551, 2013-09-17 (annotated)

Committer:
gatedClock
Date:
Tue Sep 17 23:59:15 2013 +0000
Revision:
4:e3887e314551
Parent:
0:8e898e1270d6 
add to structure initialization function.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
gatedClock 0:8e898e1270d6 1 #!/usr/bin/python -tt # tt: detect mixed space/tab.
gatedClock 0:8e898e1270d6 2 #---copyright-----------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 3 # licensed for personal and academic use.
gatedClock 0:8e898e1270d6 4 # commercial use must be approved by the account-holder of
gatedClock 0:8e898e1270d6 5 # gated.clock@gmail.com
gatedClock 0:8e898e1270d6 6 #-------imports---------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 7 from Tkinter import * # Tk graphics.
gatedClock 0:8e898e1270d6 8 import mmUSBserial # USB Serial object.
gatedClock 0:8e898e1270d6 9 from mmUSBserial import *
gatedClock 0:8e898e1270d6 10 import time # Time object.
gatedClock 0:8e898e1270d6 11 from time import time, sleep
gatedClock 0:8e898e1270d6 12 import threading # Threading object.
gatedClock 0:8e898e1270d6 13 import tkFileDialog # File-select dialog object.'
gatedClock 0:8e898e1270d6 14 import os # import os library.
gatedClock 0:8e898e1270d6 15 #=======class===================================#===============================
gatedClock 0:8e898e1270d6 16 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 17 '''
gatedClock 0:8e898e1270d6 18 licensed for personal and accedemic use.
gatedClock 0:8e898e1270d6 19 commercial use must be approved by the account-holder of
gatedClock 0:8e898e1270d6 20 gated.clock@gmail.com
gatedClock 0:8e898e1270d6 21 '''
gatedClock 0:8e898e1270d6 22 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 23 '''
gatedClock 0:8e898e1270d6 24 description:
gatedClock 0:8e898e1270d6 25
gatedClock 0:8e898e1270d6 26 python/Tk code for interfacing with the mbed.org system.
gatedClock 0:8e898e1270d6 27 this code provides a UI which is used to communicate over USB
gatedClock 0:8e898e1270d6 28 to the mbed.org processor, and in turn the toy CPU programmed
gatedClock 0:8e898e1270d6 29 into the altera device.
gatedClock 0:8e898e1270d6 30
gatedClock 0:8e898e1270d6 31 this code provides a UI which is used to monitor and write-to the
gatedClock 0:8e898e1270d6 32 toy CPU's registers and its main memory.
gatedClock 0:8e898e1270d6 33
gatedClock 0:8e898e1270d6 34 I/O capability:
gatedClock 0:8e898e1270d6 35
gatedClock 0:8e898e1270d6 36 * R0 write/read.
gatedClock 0:8e898e1270d6 37 * R1 write/read.
gatedClock 0:8e898e1270d6 38 * R2 write/read.
gatedClock 0:8e898e1270d6 39 * R3 write/read.
gatedClock 0:8e898e1270d6 40 * PC write/read. (that's 'Program Counter'.)
gatedClock 0:8e898e1270d6 41 * IR write/read. (that's 'Instruction Register'.)
gatedClock 0:8e898e1270d6 42 * MM address. (that's 'Main Memory.')
gatedClock 0:8e898e1270d6 43 * MM content.
gatedClock 0:8e898e1270d6 44
gatedClock 0:8e898e1270d6 45 Button Controls:
gatedClock 0:8e898e1270d6 46
gatedClock 0:8e898e1270d6 47 * USB Connect/Disconnect.
gatedClock 0:8e898e1270d6 48 * Register Read.
gatedClock 0:8e898e1270d6 49 * Register Write.
gatedClock 0:8e898e1270d6 50 * Main Memory Read.
gatedClock 0:8e898e1270d6 51 * Main Memory Write.
gatedClock 0:8e898e1270d6 52 * Main Memory Load-From-File.
gatedClock 0:8e898e1270d6 53 * Main Memory Dump-To-File.
gatedClock 0:8e898e1270d6 54 * Step CPU.
gatedClock 0:8e898e1270d6 55 * Run-Fast, Run-Slow, Stop CPU.
gatedClock 0:8e898e1270d6 56 * Run Test.
gatedClock 0:8e898e1270d6 57 * Exit.
gatedClock 0:8e898e1270d6 58
gatedClock 0:8e898e1270d6 59 '''
gatedClock 0:8e898e1270d6 60 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 61 if (1): # allow further indentation.
gatedClock 0:8e898e1270d6 62 class mmUI: # UI class.
gatedClock 0:8e898e1270d6 63 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 64 def __init__(self,masterWidget): # constructor.
gatedClock 0:8e898e1270d6 65
gatedClock 0:8e898e1270d6 66 self.__masterWidget = masterWidget # promote to object scope.
gatedClock 0:8e898e1270d6 67
gatedClock 0:8e898e1270d6 68 # master widget title.
gatedClock 0:8e898e1270d6 69 self.__masterWidget.wm_title("CPU Control")
gatedClock 0:8e898e1270d6 70
gatedClock 0:8e898e1270d6 71 self.__frame = Frame(masterWidget) # create frame widget.
gatedClock 0:8e898e1270d6 72 self.__frame.grid(column=0, row=0) # use grid packer.
gatedClock 0:8e898e1270d6 73
gatedClock 0:8e898e1270d6 74 self.__connected = 0 # not yet __connected to USB.
gatedClock 0:8e898e1270d6 75 self.__isRunning = 0 # program execution not running.
gatedClock 0:8e898e1270d6 76 self.__testRunning = 0 # test mode not runing.
gatedClock 0:8e898e1270d6 77 self.__testIter = 0 # test mode iteration count.
gatedClock 0:8e898e1270d6 78 self.__sleepVal = 0.04 # serial transceive sleep. 3 works.
gatedClock 0:8e898e1270d6 79
gatedClock 0:8e898e1270d6 80
gatedClock 0:8e898e1270d6 81 self.uiR0 (0, 1, 10) # label/entry widgets (x, y, width)
gatedClock 0:8e898e1270d6 82 self.uiR1 (0, 2, 10)
gatedClock 0:8e898e1270d6 83 self.uiR2 (0, 3, 10)
gatedClock 0:8e898e1270d6 84 self.uiR3 (0, 4, 10)
gatedClock 0:8e898e1270d6 85 self.uiPC (0, 5, 10)
gatedClock 0:8e898e1270d6 86 self.uiIR (0, 6, 10)
gatedClock 0:8e898e1270d6 87 self.uimmADR (0, 7, 10)
gatedClock 0:8e898e1270d6 88 self.uimmVAL (0, 8, 10)
gatedClock 0:8e898e1270d6 89
gatedClock 0:8e898e1270d6 90 self.uiConnect (3, 1, 8) # button widgets (x, y, width)
gatedClock 0:8e898e1270d6 91 self.uiRegRead (3, 2, 8)
gatedClock 0:8e898e1270d6 92 self.uiRegWrite(3, 3, 8)
gatedClock 0:8e898e1270d6 93 self.uimmRead (3, 4, 8)
gatedClock 0:8e898e1270d6 94 self.uimmWrite (3, 5, 8)
gatedClock 0:8e898e1270d6 95 self.uiProg (3, 6, 8)
gatedClock 0:8e898e1270d6 96 self.uimmDump (3, 7, 8)
gatedClock 0:8e898e1270d6 97 self.uiStep (3, 8, 8)
gatedClock 0:8e898e1270d6 98 self.uiRun (3, 9, 8)
gatedClock 0:8e898e1270d6 99 self.uiTest (3, 10, 8)
gatedClock 0:8e898e1270d6 100 self.uiExit (3, 11, 8)
gatedClock 0:8e898e1270d6 101
gatedClock 0:8e898e1270d6 102 self.refreshUI() # initial content display.
gatedClock 0:8e898e1270d6 103
gatedClock 0:8e898e1270d6 104 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 105 def __del__(self): # destructor.
gatedClock 0:8e898e1270d6 106 print "object destroyed."
gatedClock 0:8e898e1270d6 107 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 108 # WIDGETS: BEGIN LABEL/ENTRY PAIRS. #===============================
gatedClock 0:8e898e1270d6 109 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 110 def uiR0(self,dColumn,dRow,dWidth): # R0.
gatedClock 0:8e898e1270d6 111
gatedClock 0:8e898e1270d6 112 dColumnPlusOne = dColumn + 1
gatedClock 0:8e898e1270d6 113
gatedClock 0:8e898e1270d6 114 self.__R0Label = Label(self.__frame, text="R0")
gatedClock 0:8e898e1270d6 115 self.__R0Label.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 116
gatedClock 0:8e898e1270d6 117 self.__R0Entry = Entry(self.__frame, width=dWidth, background="GREEN")
gatedClock 0:8e898e1270d6 118 self.__R0Entry.grid(column=dColumnPlusOne, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 119 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 120 def uiR1(self,dColumn,dRow,dWidth): # R1.
gatedClock 0:8e898e1270d6 121
gatedClock 0:8e898e1270d6 122 dColumnPlusOne = dColumn + 1
gatedClock 0:8e898e1270d6 123
gatedClock 0:8e898e1270d6 124 self.__R1Label = Label(self.__frame, text="R1")
gatedClock 0:8e898e1270d6 125 self.__R1Label.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 126
gatedClock 0:8e898e1270d6 127 self.__R1Entry = Entry(self.__frame, width=dWidth, background="GREEN")
gatedClock 0:8e898e1270d6 128 self.__R1Entry.grid(column=dColumnPlusOne, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 129 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 130 def uiR2(self,dColumn,dRow,dWidth): # R2.
gatedClock 0:8e898e1270d6 131
gatedClock 0:8e898e1270d6 132 dColumnPlusOne = dColumn + 1
gatedClock 0:8e898e1270d6 133
gatedClock 0:8e898e1270d6 134 self.__R2Label = Label(self.__frame, text="R2")
gatedClock 0:8e898e1270d6 135 self.__R2Label.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 136
gatedClock 0:8e898e1270d6 137 self.__R2Entry = Entry(self.__frame, width=dWidth, background="GREEN")
gatedClock 0:8e898e1270d6 138 self.__R2Entry.grid(column=dColumnPlusOne, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 139 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 140 def uiR3(self,dColumn,dRow,dWidth): # R3.
gatedClock 0:8e898e1270d6 141
gatedClock 0:8e898e1270d6 142 dColumnPlusOne = dColumn + 1
gatedClock 0:8e898e1270d6 143
gatedClock 0:8e898e1270d6 144 self.__R3Label = Label(self.__frame, text="R3")
gatedClock 0:8e898e1270d6 145 self.__R3Label.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 146
gatedClock 0:8e898e1270d6 147 self.__R3Entry = Entry(self.__frame, width=dWidth, background="GREEN")
gatedClock 0:8e898e1270d6 148 self.__R3Entry.grid(column=dColumnPlusOne, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 149 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 150 def uiPC(self,dColumn,dRow,dWidth): # program counter.
gatedClock 0:8e898e1270d6 151
gatedClock 0:8e898e1270d6 152 dColumnPlusOne = dColumn + 1
gatedClock 0:8e898e1270d6 153
gatedClock 0:8e898e1270d6 154 self.__PCLabel = Label(self.__frame, text="PC")
gatedClock 0:8e898e1270d6 155 self.__PCLabel.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 156
gatedClock 0:8e898e1270d6 157 self.__PCEntry = Entry(self.__frame, width=dWidth, background="ORANGE")
gatedClock 0:8e898e1270d6 158 self.__PCEntry.grid(column=dColumnPlusOne, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 159 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 160 def uiIR(self,dColumn,dRow,dWidth): # instruction register.
gatedClock 0:8e898e1270d6 161
gatedClock 0:8e898e1270d6 162 dColumnPlusOne = dColumn + 1
gatedClock 0:8e898e1270d6 163
gatedClock 0:8e898e1270d6 164 self.__IRLabel = Label(self.__frame, text="IR")
gatedClock 0:8e898e1270d6 165 self.__IRLabel.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 166
gatedClock 0:8e898e1270d6 167 self.__IREntry = Entry(self.__frame, width=dWidth, background="ORANGE")
gatedClock 0:8e898e1270d6 168 self.__IREntry.grid(column=dColumnPlusOne, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 169 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 170 def uimmADR(self,dColumn,dRow,dWidth):# mmADR.
gatedClock 0:8e898e1270d6 171
gatedClock 0:8e898e1270d6 172 dColumnPlusOne = dColumn + 1
gatedClock 0:8e898e1270d6 173
gatedClock 0:8e898e1270d6 174 self.__mmADRLabel = Label(self.__frame, text="mmADR")
gatedClock 0:8e898e1270d6 175 self.__mmADRLabel.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 176
gatedClock 0:8e898e1270d6 177 self.__mmADREntry = Entry(self.__frame, width=dWidth,
gatedClock 0:8e898e1270d6 178 background="MAROON", foreground="WHITE")
gatedClock 0:8e898e1270d6 179 self.__mmADREntry.grid(column=dColumnPlusOne, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 180 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 181 def uimmVAL(self,dColumn,dRow,dWidth):# mmVAL.
gatedClock 0:8e898e1270d6 182
gatedClock 0:8e898e1270d6 183 dColumnPlusOne = dColumn + 1
gatedClock 0:8e898e1270d6 184
gatedClock 0:8e898e1270d6 185 self.__mmVALLabel = Label(self.__frame, text="mmVAL")
gatedClock 0:8e898e1270d6 186 self.__mmVALLabel.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 187
gatedClock 0:8e898e1270d6 188 self.__mmVALEntry = Entry(self.__frame, width=dWidth,
gatedClock 0:8e898e1270d6 189 background="MAROON", foreground="WHITE")
gatedClock 0:8e898e1270d6 190 self.__mmVALEntry.grid(column=dColumnPlusOne, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 191 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 192 # WIDGETS: BEGIN BUTTONS. #===============================
gatedClock 0:8e898e1270d6 193 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 194 # generate the 'connect' button.
gatedClock 0:8e898e1270d6 195 def uiConnect(self,dColumn,dRow,dWidth):
gatedClock 0:8e898e1270d6 196
gatedClock 0:8e898e1270d6 197 self.__connectButton = Button(self.__frame, text="CONNECT",
gatedClock 0:8e898e1270d6 198 command=self.selectConnectButtonPressed,
gatedClock 0:8e898e1270d6 199 background="RED",
gatedClock 0:8e898e1270d6 200 width = dWidth)
gatedClock 0:8e898e1270d6 201
gatedClock 0:8e898e1270d6 202 self.__connectButton.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 203 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 204 # generate the register-read button.
gatedClock 0:8e898e1270d6 205 def uiRegRead(self,dColumn,dRow,dWidth):
gatedClock 0:8e898e1270d6 206 self.__RegReadButton = Button(self.__frame, text="REG READ",
gatedClock 0:8e898e1270d6 207 command=self.selectRegReadButtonPressed,
gatedClock 0:8e898e1270d6 208 width = dWidth)
gatedClock 0:8e898e1270d6 209
gatedClock 0:8e898e1270d6 210 self.__RegReadButton.grid(column=dColumn, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 211 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 212 # generate the 'reg write' button.
gatedClock 0:8e898e1270d6 213 def uiRegWrite(self,dColumn,dRow,dWidth):
gatedClock 0:8e898e1270d6 214 self.__RegWriteButton = Button(self.__frame, text="REG WRITE",
gatedClock 0:8e898e1270d6 215 command=self.selectRegWriteButtonPressed,
gatedClock 0:8e898e1270d6 216 width = dWidth)
gatedClock 0:8e898e1270d6 217
gatedClock 0:8e898e1270d6 218 self.__RegWriteButton.grid(column=dColumn, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 219 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 220 # generate the mm-read button.
gatedClock 0:8e898e1270d6 221 def uimmRead(self,dColumn,dRow,dWidth):
gatedClock 0:8e898e1270d6 222 self.__mmReadButton = Button(self.__frame, text="MM READ",
gatedClock 0:8e898e1270d6 223 command=self.selectmmReadButtonPressed,
gatedClock 0:8e898e1270d6 224 width = dWidth)
gatedClock 0:8e898e1270d6 225
gatedClock 0:8e898e1270d6 226 self.__mmReadButton.grid(column=dColumn, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 227 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 228 # generate the 'mm write' button.
gatedClock 0:8e898e1270d6 229 def uimmWrite(self,dColumn,dRow,dWidth):
gatedClock 0:8e898e1270d6 230 self.__mmWriteButton = Button(self.__frame, text="MM WRITE",
gatedClock 0:8e898e1270d6 231 command=self.selectmmWriteButtonPressed,
gatedClock 0:8e898e1270d6 232 width = dWidth)
gatedClock 0:8e898e1270d6 233
gatedClock 0:8e898e1270d6 234 self.__mmWriteButton.grid(column=dColumn, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 235 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 236 def uiProg(self,dColumn,dRow,dWidth): # generate the 'program' button.
gatedClock 0:8e898e1270d6 237 self.__ProgButton = Button(self.__frame, text="PROGRAM",
gatedClock 0:8e898e1270d6 238 command=self.selectProgButtonPressed,
gatedClock 0:8e898e1270d6 239 width = dWidth)
gatedClock 0:8e898e1270d6 240
gatedClock 0:8e898e1270d6 241 self.__ProgButton.grid(column=dColumn, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 242 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 243 # generate the 'mm dump' button.
gatedClock 0:8e898e1270d6 244 def uimmDump(self,dColumn,dRow,dWidth):
gatedClock 0:8e898e1270d6 245 self.__mmWriteButton = Button(self.__frame, text="DUMP",
gatedClock 0:8e898e1270d6 246 command=self.selectmmDumpButtonPressed,
gatedClock 0:8e898e1270d6 247 width = dWidth)
gatedClock 0:8e898e1270d6 248
gatedClock 0:8e898e1270d6 249 self.__mmWriteButton.grid(column=dColumn, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 250 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 251 def uiStep(self,dColumn,dRow,dWidth): # generate the 'step' button.
gatedClock 0:8e898e1270d6 252 self.__StepButton = Button(self.__frame, text="STEP",
gatedClock 0:8e898e1270d6 253 command=self.selectStepButtonPressed,
gatedClock 0:8e898e1270d6 254 width = dWidth)
gatedClock 0:8e898e1270d6 255
gatedClock 0:8e898e1270d6 256 self.__StepButton.grid(column=dColumn, row=dRow, sticky=(W))
gatedClock 0:8e898e1270d6 257 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 258 def uiRun(self,dColumn,dRow,dWidth): # generate the 'run' button.
gatedClock 0:8e898e1270d6 259 self.__runButton = Button(self.__frame, text="RUN",
gatedClock 0:8e898e1270d6 260 command=self.selectRunButtonPressed,width = dWidth)
gatedClock 0:8e898e1270d6 261
gatedClock 0:8e898e1270d6 262 self.__runButton.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 263 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 264 def uiTest(self,dColumn,dRow,dWidth): # generate the 'test' button.
gatedClock 0:8e898e1270d6 265 self.__testButton = Button(self.__frame, text="TEST",
gatedClock 0:8e898e1270d6 266 command=self.selectTestButtonPressed,width = dWidth)
gatedClock 0:8e898e1270d6 267
gatedClock 0:8e898e1270d6 268 self.__testButton.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 269 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 270 def uiExit(self,dColumn,dRow,dWidth): # generate the 'exit' button.
gatedClock 0:8e898e1270d6 271
gatedClock 0:8e898e1270d6 272 self.__isRunning = 0 # end the running thread.
gatedClock 0:8e898e1270d6 273 sleep(2.0) # give thread time to stop.
gatedClock 0:8e898e1270d6 274
gatedClock 0:8e898e1270d6 275 self.__exitButton = Button(self.__frame, text="EXIT",
gatedClock 0:8e898e1270d6 276 command=sys.exit,width = dWidth)
gatedClock 0:8e898e1270d6 277
gatedClock 0:8e898e1270d6 278 self.__exitButton.grid(column=dColumn, row=dRow, sticky=(E))
gatedClock 0:8e898e1270d6 279 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 280 # BEGIN EXECUTE-WHEN-BUTTON-PRESSED CODE#===============================
gatedClock 0:8e898e1270d6 281 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 282 def selectConnectButtonPressed(self): # execute CONNECT.
gatedClock 0:8e898e1270d6 283 if (self.__connected == 0):
gatedClock 0:8e898e1270d6 284 self.__iUSB = mmUSBserial(idVendor=0x1234, idProduct=0x0006)
gatedClock 0:8e898e1270d6 285 self.__connected = 1
gatedClock 0:8e898e1270d6 286 self.__connectButton["text"] = "DISCONNECT"
gatedClock 0:8e898e1270d6 287 self.__connectButton["background"] = self.__frame.cget("background")
gatedClock 0:8e898e1270d6 288 else:
gatedClock 0:8e898e1270d6 289 del(self.__iUSB)
gatedClock 0:8e898e1270d6 290 self.__connected = 0
gatedClock 0:8e898e1270d6 291 self.__connectButton["text"] = "CONNECT"
gatedClock 0:8e898e1270d6 292 self.__connectButton["background"] = "RED"
gatedClock 0:8e898e1270d6 293 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 294 def selectRegReadButtonPressed(self): # REG READ button has been pressed.
gatedClock 0:8e898e1270d6 295 self.refreshUI() # ensure proper text formats.
gatedClock 0:8e898e1270d6 296
gatedClock 0:8e898e1270d6 297 # real all registers.
gatedClock 0:8e898e1270d6 298 self.__iUSB.write(self.buildReadAllRegisterCommand())
gatedClock 0:8e898e1270d6 299 messageVector = self.__iUSB.read()
gatedClock 0:8e898e1270d6 300
gatedClock 0:8e898e1270d6 301 # parse-out the register entries.
gatedClock 0:8e898e1270d6 302 hexTextR0 = "0x" + messageVector[ 1: 3]
gatedClock 0:8e898e1270d6 303 hexTextR1 = "0x" + messageVector[ 3: 5]
gatedClock 0:8e898e1270d6 304 hexTextR2 = "0x" + messageVector[ 5: 7]
gatedClock 0:8e898e1270d6 305 hexTextR3 = "0x" + messageVector[ 7: 9]
gatedClock 0:8e898e1270d6 306 hexTextPC = "0x" + messageVector[ 9:11]
gatedClock 0:8e898e1270d6 307 hexTextIR = "0x" + messageVector[11:15]
gatedClock 0:8e898e1270d6 308
gatedClock 0:8e898e1270d6 309
gatedClock 0:8e898e1270d6 310 self.__R0Entry.delete(0,99) # R0 to UI.
gatedClock 0:8e898e1270d6 311 self.__R0Entry.insert(0,hexTextR0)
gatedClock 0:8e898e1270d6 312
gatedClock 0:8e898e1270d6 313 self.__R1Entry.delete(0,99) # R1 to UI.
gatedClock 0:8e898e1270d6 314 self.__R1Entry.insert(0,hexTextR1)
gatedClock 0:8e898e1270d6 315
gatedClock 0:8e898e1270d6 316 self.__R2Entry.delete(0,99) # R2 to UI.
gatedClock 0:8e898e1270d6 317 self.__R2Entry.insert(0,hexTextR2)
gatedClock 0:8e898e1270d6 318
gatedClock 0:8e898e1270d6 319 self.__R3Entry.delete(0,99) # R3 to UI.
gatedClock 0:8e898e1270d6 320 self.__R3Entry.insert(0,hexTextR3)
gatedClock 0:8e898e1270d6 321
gatedClock 0:8e898e1270d6 322 self.__PCEntry.delete(0,99) # PC to UI.
gatedClock 0:8e898e1270d6 323 self.__PCEntry.insert(0,hexTextPC)
gatedClock 0:8e898e1270d6 324
gatedClock 0:8e898e1270d6 325 self.__IREntry.delete(0,99) # IR to UI.
gatedClock 0:8e898e1270d6 326 self.__IREntry.insert(0,hexTextIR)
gatedClock 0:8e898e1270d6 327
gatedClock 0:8e898e1270d6 328 #----
gatedClock 0:8e898e1270d6 329 self.refreshUI() # ensure proper text formats
gatedClock 0:8e898e1270d6 330 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 331 def selectmmReadButtonPressed(self): # MM READ button has been pressed.
gatedClock 0:8e898e1270d6 332 self.refreshUI() # ensure proper text formats.
gatedClock 0:8e898e1270d6 333
gatedClock 0:8e898e1270d6 334 transmitmmADRText = self.formatByteStringForTransmit(self.__mmADREntry.get())
gatedClock 0:8e898e1270d6 335 commandText = self.buildReadMMCommand(transmitmmADRText)
gatedClock 0:8e898e1270d6 336
gatedClock 0:8e898e1270d6 337 self.__iUSB.write(commandText)
gatedClock 0:8e898e1270d6 338
gatedClock 0:8e898e1270d6 339 fetchTextmmVAL = self.__iUSB.read()
gatedClock 0:8e898e1270d6 340
gatedClock 0:8e898e1270d6 341 buildHextmmVALString = fetchTextmmVAL[3:7]
gatedClock 0:8e898e1270d6 342
gatedClock 0:8e898e1270d6 343 self.__mmVALEntry.delete(0,99)
gatedClock 0:8e898e1270d6 344 self.__mmVALEntry.insert(0,buildHextmmVALString)
gatedClock 0:8e898e1270d6 345 #----
gatedClock 0:8e898e1270d6 346 self.selectRegReadButtonPressed() # because registers are affected.
gatedClock 0:8e898e1270d6 347 self.refreshUI() # ensure proper text formats
gatedClock 0:8e898e1270d6 348 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 349 # before writing the register values currently displayed in the UI,
gatedClock 0:8e898e1270d6 350 # this method will first run that data through a formatter, so that
gatedClock 0:8e898e1270d6 351 # the data is transformed into '0x##' format. this is convenient for
gatedClock 0:8e898e1270d6 352 # the user. for example, the user can type '12' in a register entry
gatedClock 0:8e898e1270d6 353 # form, press the 'REG WRITE' button, and that data will be reformatted
gatedClock 0:8e898e1270d6 354 # to appear as '0x12'.
gatedClock 0:8e898e1270d6 355
gatedClock 0:8e898e1270d6 356 def selectRegWriteButtonPressed(self):# REG WRITE button has been pressed.
gatedClock 0:8e898e1270d6 357
gatedClock 0:8e898e1270d6 358 self.refreshUI() # ensure proper text formats.
gatedClock 0:8e898e1270d6 359 #----
gatedClock 0:8e898e1270d6 360 # place those values in the
gatedClock 0:8e898e1270d6 361 # standard format.
gatedClock 0:8e898e1270d6 362 R0Val = self.formatByteStringForTransmit(self.__R0Entry.get())
gatedClock 0:8e898e1270d6 363 R1Val = self.formatByteStringForTransmit(self.__R1Entry.get())
gatedClock 0:8e898e1270d6 364 R2Val = self.formatByteStringForTransmit(self.__R2Entry.get())
gatedClock 0:8e898e1270d6 365 R3Val = self.formatByteStringForTransmit(self.__R3Entry.get())
gatedClock 0:8e898e1270d6 366 PCVal = self.formatByteStringForTransmit(self.__PCEntry.get())
gatedClock 0:8e898e1270d6 367 IRVal = self.formatWordStringForTransmit(self.__IREntry.get())
gatedClock 0:8e898e1270d6 368 #----
gatedClock 0:8e898e1270d6 369 # write those values to the CPU.
gatedClock 0:8e898e1270d6 370 self.__iUSB.write(self.buildWriteRegisterCommand("0",R0Val))
gatedClock 0:8e898e1270d6 371 self.__iUSB.write(self.buildWriteRegisterCommand("1",R1Val))
gatedClock 0:8e898e1270d6 372 self.__iUSB.write(self.buildWriteRegisterCommand("2",R2Val))
gatedClock 0:8e898e1270d6 373 self.__iUSB.write(self.buildWriteRegisterCommand("3",R3Val))
gatedClock 0:8e898e1270d6 374 self.__iUSB.write(self.buildWriteRegisterCommand("4",PCVal))
gatedClock 0:8e898e1270d6 375 self.__iUSB.write(self.buildWriteIRCommand ( IRVal))
gatedClock 0:8e898e1270d6 376 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 377 # before writing the main-memory values currently displayed in the UI,
gatedClock 0:8e898e1270d6 378 # this method will first run that data through a formatter, so that
gatedClock 0:8e898e1270d6 379 # the data is transformed into '0x##' or '0x####' format.
gatedClock 0:8e898e1270d6 380 # this is convenient for the user.
gatedClock 0:8e898e1270d6 381 # for example, the user can type '12' in the mmADR entry
gatedClock 0:8e898e1270d6 382 # form, press the 'MM WRITE' button, and that data will be reformatted
gatedClock 0:8e898e1270d6 383 # to appear as '0x12'.
gatedClock 0:8e898e1270d6 384
gatedClock 0:8e898e1270d6 385 def selectmmWriteButtonPressed(self): # mm WRITE button has been pressed.
gatedClock 0:8e898e1270d6 386
gatedClock 0:8e898e1270d6 387 self.refreshUI() # ensure proper text formats.
gatedClock 0:8e898e1270d6 388
gatedClock 0:8e898e1270d6 389 # obtain mm values currently
gatedClock 0:8e898e1270d6 390 # displayed in the UI.
gatedClock 0:8e898e1270d6 391 self.__transmitmmADRText = self.__mmADREntry.get()
gatedClock 0:8e898e1270d6 392 self.__transmitmmVALText = self.__mmVALEntry.get()
gatedClock 0:8e898e1270d6 393
gatedClock 0:8e898e1270d6 394 # place those values in the
gatedClock 0:8e898e1270d6 395 # standard format.
gatedClock 0:8e898e1270d6 396 mmADRVAL = self.formatByteStringForTransmit(self.__mmADREntry.get())
gatedClock 0:8e898e1270d6 397 mmVALVal = self.formatWordStringForTransmit(self.__mmVALEntry.get())
gatedClock 0:8e898e1270d6 398
gatedClock 0:8e898e1270d6 399 # write those values to the CPU.
gatedClock 0:8e898e1270d6 400 self.__iUSB.write(self.buildWriteMMCommand(mmADRVAL,mmVALVal))
gatedClock 0:8e898e1270d6 401
gatedClock 0:8e898e1270d6 402 self.selectRegReadButtonPressed() # because registers are affected.
gatedClock 0:8e898e1270d6 403 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 404 def selectProgButtonPressed(self): # Program button has been pressed.
gatedClock 0:8e898e1270d6 405
gatedClock 0:8e898e1270d6 406 # ask user for program source file
gatedClock 0:8e898e1270d6 407 # name using a dialog.
gatedClock 0:8e898e1270d6 408 fileName = tkFileDialog.askopenfilename(defaultextension='.txt')
gatedClock 0:8e898e1270d6 409
gatedClock 0:8e898e1270d6 410 print("memory load started.") # announce to user.
gatedClock 0:8e898e1270d6 411 self.progamMainMemory(fileName) # main part of programming.
gatedClock 0:8e898e1270d6 412 print("memory load completed.") # announce to user.
gatedClock 0:8e898e1270d6 413 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 414 def selectmmDumpButtonPressed(self): # MM dump button has been pressed.
gatedClock 0:8e898e1270d6 415
gatedClock 0:8e898e1270d6 416 # obtain file-to-write-to name
gatedClock 0:8e898e1270d6 417 # from user, using a dialog.
gatedClock 0:8e898e1270d6 418 fileName = tkFileDialog.asksaveasfilename(defaultextension='.txt')
gatedClock 0:8e898e1270d6 419
gatedClock 0:8e898e1270d6 420 print("memory dump started.") # announce to user.
gatedClock 0:8e898e1270d6 421 self.dumpMainMemory(fileName) # dump main memory to file.
gatedClock 0:8e898e1270d6 422 print("memory dump completed.") # announce to user.
gatedClock 0:8e898e1270d6 423 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 424 def selectStepButtonPressed(self): # STEP button has been pressed.
gatedClock 0:8e898e1270d6 425 self.__iUSB.write("50000000") # the command code.
gatedClock 0:8e898e1270d6 426 self.selectRegReadButtonPressed() # monitor the result.
gatedClock 0:8e898e1270d6 427 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 428 def selectRunButtonPressed(self): # RUN/STOP button has been pressed.
gatedClock 0:8e898e1270d6 429
gatedClock 0:8e898e1270d6 430 if (self.__isRunning == 0): # start high speed run.
gatedClock 0:8e898e1270d6 431 self.__isRunning = 1
gatedClock 0:8e898e1270d6 432 self.__runButton["text"] = "SLOW"
gatedClock 0:8e898e1270d6 433 self.t = threading.Thread(target=self.doRun)
gatedClock 0:8e898e1270d6 434 self.t.start()
gatedClock 0:8e898e1270d6 435
gatedClock 0:8e898e1270d6 436 elif (self.__isRunning == 1): # switch to a slower run.
gatedClock 0:8e898e1270d6 437 self.__isRunning = 2
gatedClock 0:8e898e1270d6 438 self.__runButton["text"] = "STOP"
gatedClock 0:8e898e1270d6 439
gatedClock 0:8e898e1270d6 440 else: # stop the CPU.
gatedClock 0:8e898e1270d6 441 self.__isRunning = 0
gatedClock 0:8e898e1270d6 442 self.__runButton["text"] = "RUN"
gatedClock 0:8e898e1270d6 443 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 444 def selectTestButtonPressed(self): # TEST/STOP button has been pressed.
gatedClock 0:8e898e1270d6 445
gatedClock 0:8e898e1270d6 446 if (self.__testRunning == 0): # start test.
gatedClock 0:8e898e1270d6 447 self.__testRunning = 1
gatedClock 0:8e898e1270d6 448 self.__testButton["text"] = "STOP TEST"
gatedClock 0:8e898e1270d6 449 self.t = threading.Thread(target=self.doTest)
gatedClock 0:8e898e1270d6 450 self.t.start()
gatedClock 0:8e898e1270d6 451
gatedClock 0:8e898e1270d6 452
gatedClock 0:8e898e1270d6 453 else: # stop test.
gatedClock 0:8e898e1270d6 454 self.__testRunning = 0
gatedClock 0:8e898e1270d6 455 self.__testButton["text"] = "TEST"
gatedClock 0:8e898e1270d6 456 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 457 # BEGIN UTILITY CODE. #===============================
gatedClock 0:8e898e1270d6 458 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 459 # guarantee 0x## format.
gatedClock 0:8e898e1270d6 460 def formatByteStringForDisplay(self, byteText):
gatedClock 0:8e898e1270d6 461
gatedClock 0:8e898e1270d6 462 xIndex = byteText.find("x") # eliminate any 0x, 0X prefix.
gatedClock 0:8e898e1270d6 463 XIndex = byteText.find("X")
gatedClock 0:8e898e1270d6 464
gatedClock 0:8e898e1270d6 465 theXindex = 0
gatedClock 0:8e898e1270d6 466 if (xIndex >= 0): theXindex = xIndex + 1
gatedClock 0:8e898e1270d6 467 if (XIndex >= 0): theXindex = XIndex + 1
gatedClock 0:8e898e1270d6 468
gatedClock 0:8e898e1270d6 469 buildText = byteText[theXindex:] # any 0x, 0X prefix gone.
gatedClock 0:8e898e1270d6 470
gatedClock 0:8e898e1270d6 471 # build-out leading 0's.
gatedClock 0:8e898e1270d6 472 if (len(buildText) == 0): buildText = "0" + buildText
gatedClock 0:8e898e1270d6 473 if (len(buildText) == 1): buildText = "0" + buildText
gatedClock 0:8e898e1270d6 474
gatedClock 0:8e898e1270d6 475 # truncate leading characters.
gatedClock 0:8e898e1270d6 476 if (len(buildText) > 2): buildText = buildText[-2:]
gatedClock 0:8e898e1270d6 477
gatedClock 0:8e898e1270d6 478 buildText = "0x" + buildText # add leading 0x.
gatedClock 0:8e898e1270d6 479
gatedClock 0:8e898e1270d6 480 return(buildText) # 0x## format returned.
gatedClock 0:8e898e1270d6 481 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 482 # guarantee 0x#### format.
gatedClock 0:8e898e1270d6 483 def formatWordStringForDisplay(self, wordText):
gatedClock 0:8e898e1270d6 484
gatedClock 0:8e898e1270d6 485 xIndex = wordText.find("x") # eliminate any 0x, 0X prefix.
gatedClock 0:8e898e1270d6 486 XIndex = wordText.find("X")
gatedClock 0:8e898e1270d6 487
gatedClock 0:8e898e1270d6 488 theXindex = 0
gatedClock 0:8e898e1270d6 489 if (xIndex >= 0): theXindex = xIndex + 1
gatedClock 0:8e898e1270d6 490 if (XIndex >= 0): theXindex = XIndex + 1
gatedClock 0:8e898e1270d6 491
gatedClock 0:8e898e1270d6 492 buildText = wordText[theXindex:] # any 0x, 0X prefix gone.
gatedClock 0:8e898e1270d6 493
gatedClock 0:8e898e1270d6 494 # build-out leading 0's.
gatedClock 0:8e898e1270d6 495 if (len(buildText) == 0): buildText = "0" + buildText
gatedClock 0:8e898e1270d6 496 if (len(buildText) == 1): buildText = "0" + buildText
gatedClock 0:8e898e1270d6 497 if (len(buildText) == 2): buildText = "0" + buildText
gatedClock 0:8e898e1270d6 498 if (len(buildText) == 3): buildText = "0" + buildText
gatedClock 0:8e898e1270d6 499
gatedClock 0:8e898e1270d6 500
gatedClock 0:8e898e1270d6 501 # truncate leading characters.
gatedClock 0:8e898e1270d6 502 if (len(buildText) > 4): buildText = buildText[-4:]
gatedClock 0:8e898e1270d6 503
gatedClock 0:8e898e1270d6 504 buildText = "0x" + buildText # add leading 0x.
gatedClock 0:8e898e1270d6 505
gatedClock 0:8e898e1270d6 506 return(buildText) # 0x## format returned.
gatedClock 0:8e898e1270d6 507 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 508 # guarantee ## format.
gatedClock 0:8e898e1270d6 509 def formatByteStringForTransmit(self, byteText):
gatedClock 0:8e898e1270d6 510 buildText = self.formatByteStringForDisplay(byteText)
gatedClock 0:8e898e1270d6 511 buildText = buildText[-2:]
gatedClock 0:8e898e1270d6 512 return(buildText)
gatedClock 0:8e898e1270d6 513 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 514 # guarantee #### format.
gatedClock 0:8e898e1270d6 515 def formatWordStringForTransmit(self, wordText):
gatedClock 0:8e898e1270d6 516 buildText = self.formatWordStringForDisplay(wordText)
gatedClock 0:8e898e1270d6 517 buildText = buildText[-4:]
gatedClock 0:8e898e1270d6 518 return(buildText)
gatedClock 0:8e898e1270d6 519 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 520 def refreshUI(self): # reformat UI text.
gatedClock 0:8e898e1270d6 521
gatedClock 0:8e898e1270d6 522 # copy-in current form contents.
gatedClock 0:8e898e1270d6 523 originalR0Entry = self.__R0Entry.get()
gatedClock 0:8e898e1270d6 524 originalR1Entry = self.__R1Entry.get()
gatedClock 0:8e898e1270d6 525 originalR2Entry = self.__R2Entry.get()
gatedClock 0:8e898e1270d6 526 originalR3Entry = self.__R3Entry.get()
gatedClock 0:8e898e1270d6 527 originalPCEntry = self.__PCEntry.get()
gatedClock 0:8e898e1270d6 528 originalIREntry = self.__IREntry.get()
gatedClock 0:8e898e1270d6 529 originalmmADREntry = self.__mmADREntry.get()
gatedClock 0:8e898e1270d6 530 originalmmVALEntry = self.__mmVALEntry.get()
gatedClock 0:8e898e1270d6 531
gatedClock 0:8e898e1270d6 532 # reformat form contents.
gatedClock 0:8e898e1270d6 533 newR0Entry = self.formatByteStringForDisplay(originalR0Entry)
gatedClock 0:8e898e1270d6 534 newR1Entry = self.formatByteStringForDisplay(originalR1Entry)
gatedClock 0:8e898e1270d6 535 newR2Entry = self.formatByteStringForDisplay(originalR2Entry)
gatedClock 0:8e898e1270d6 536 newR3Entry = self.formatByteStringForDisplay(originalR3Entry)
gatedClock 0:8e898e1270d6 537 newPCEntry = self.formatByteStringForDisplay(originalPCEntry)
gatedClock 0:8e898e1270d6 538 newIREntry = self.formatWordStringForDisplay(originalIREntry)
gatedClock 0:8e898e1270d6 539
gatedClock 0:8e898e1270d6 540 newmmADREntry = self.formatByteStringForDisplay(originalmmADREntry)
gatedClock 0:8e898e1270d6 541 newmmVALEntry = self.formatWordStringForDisplay(originalmmVALEntry)
gatedClock 0:8e898e1270d6 542
gatedClock 0:8e898e1270d6 543
gatedClock 0:8e898e1270d6 544 self.__R0Entry. delete(0,99) # clear form contents.
gatedClock 0:8e898e1270d6 545 self.__R1Entry. delete(0,99)
gatedClock 0:8e898e1270d6 546 self.__R2Entry. delete(0,99)
gatedClock 0:8e898e1270d6 547 self.__R3Entry. delete(0,99)
gatedClock 0:8e898e1270d6 548 self.__PCEntry. delete(0,99)
gatedClock 0:8e898e1270d6 549 self.__IREntry. delete(0,99)
gatedClock 0:8e898e1270d6 550 self.__mmADREntry.delete(0,99)
gatedClock 0:8e898e1270d6 551 self.__mmVALEntry.delete(0,99)
gatedClock 0:8e898e1270d6 552
gatedClock 0:8e898e1270d6 553 # update form contents.
gatedClock 0:8e898e1270d6 554 self.__R0Entry. insert(0,newR0Entry)
gatedClock 0:8e898e1270d6 555 self.__R1Entry. insert(0,newR1Entry)
gatedClock 0:8e898e1270d6 556 self.__R2Entry. insert(0,newR2Entry)
gatedClock 0:8e898e1270d6 557 self.__R3Entry. insert(0,newR3Entry)
gatedClock 0:8e898e1270d6 558 self.__PCEntry. insert(0,newPCEntry)
gatedClock 0:8e898e1270d6 559 self.__IREntry. insert(0,newIREntry)
gatedClock 0:8e898e1270d6 560 self.__mmADREntry.insert(0,newmmADREntry)
gatedClock 0:8e898e1270d6 561 self.__mmVALEntry.insert(0,newmmVALEntry)
gatedClock 0:8e898e1270d6 562 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 563 # build the command string for
gatedClock 0:8e898e1270d6 564 # reading a value from a CPU register.
gatedClock 0:8e898e1270d6 565 def buildReadRegisterCommand(self,regNum):
gatedClock 0:8e898e1270d6 566
gatedClock 0:8e898e1270d6 567 commandText = "" # build command for read register.
gatedClock 0:8e898e1270d6 568 commandText = commandText + "2" # command-code.
gatedClock 0:8e898e1270d6 569 commandText = commandText + regNum # register number.
gatedClock 0:8e898e1270d6 570 commandText = commandText + "0000000000000"
gatedClock 0:8e898e1270d6 571 return(commandText)
gatedClock 0:8e898e1270d6 572 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 573 # build the command string for
gatedClock 0:8e898e1270d6 574 # reading all CPU register values.
gatedClock 0:8e898e1270d6 575 def buildReadAllRegisterCommand(self):
gatedClock 0:8e898e1270d6 576
gatedClock 0:8e898e1270d6 577 commandText = "" # build command for read register.
gatedClock 0:8e898e1270d6 578 commandText = commandText + "7" # command-code.
gatedClock 0:8e898e1270d6 579 commandText = commandText + "00000000000000"
gatedClock 0:8e898e1270d6 580 return(commandText)
gatedClock 0:8e898e1270d6 581 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 582 # build the command-string for
gatedClock 0:8e898e1270d6 583 # writing a value to a CPU register.
gatedClock 0:8e898e1270d6 584 def buildWriteRegisterCommand(self,regNum,regVal):
gatedClock 0:8e898e1270d6 585
gatedClock 0:8e898e1270d6 586 commandText = ""
gatedClock 0:8e898e1270d6 587 commandText = commandText + "1" # command-code.
gatedClock 0:8e898e1270d6 588 commandText = commandText + regNum # register.
gatedClock 0:8e898e1270d6 589 commandText = commandText + regVal # content.
gatedClock 0:8e898e1270d6 590 commandText = commandText + "00000000000"
gatedClock 0:8e898e1270d6 591 return(commandText)
gatedClock 0:8e898e1270d6 592 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 593 # build the command-string for
gatedClock 0:8e898e1270d6 594 # writing a value to the IR.
gatedClock 0:8e898e1270d6 595 def buildWriteIRCommand(self,regVal):
gatedClock 0:8e898e1270d6 596
gatedClock 0:8e898e1270d6 597 commandText = ""
gatedClock 0:8e898e1270d6 598 commandText = commandText + "6" # command-code.
gatedClock 0:8e898e1270d6 599 commandText = commandText + "5" # actually a placeholder.
gatedClock 0:8e898e1270d6 600 commandText = commandText + regVal # content.
gatedClock 0:8e898e1270d6 601 commandText = commandText + "000000000"
gatedClock 0:8e898e1270d6 602 return(commandText)
gatedClock 0:8e898e1270d6 603 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 604 # build the command-string for
gatedClock 0:8e898e1270d6 605 # writing a main-memory value.
gatedClock 0:8e898e1270d6 606 def buildWriteMMCommand(self,mmADR,mmVAL):
gatedClock 0:8e898e1270d6 607
gatedClock 0:8e898e1270d6 608 commandText = ""
gatedClock 0:8e898e1270d6 609 commandText = commandText + "3" # command-code.
gatedClock 0:8e898e1270d6 610 commandText = commandText + mmADR # address.
gatedClock 0:8e898e1270d6 611 commandText = commandText + mmVAL # value.
gatedClock 0:8e898e1270d6 612 commandText = commandText + "00000000"
gatedClock 0:8e898e1270d6 613 return(commandText)
gatedClock 0:8e898e1270d6 614 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 615 def buildReadMMCommand(self,mmADR): # build read-mm command-string.
gatedClock 0:8e898e1270d6 616 commandText = "" # build command for read main-memory.
gatedClock 0:8e898e1270d6 617 commandText = commandText + "4" # command-code.
gatedClock 0:8e898e1270d6 618 commandText = commandText + mmADR
gatedClock 0:8e898e1270d6 619 commandText = commandText + "000000000000"
gatedClock 0:8e898e1270d6 620 return(commandText)
gatedClock 0:8e898e1270d6 621 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 622 # extract reg value payload.
gatedClock 0:8e898e1270d6 623 def formatRegValPayload(self,messageVector):
gatedClock 0:8e898e1270d6 624 buildHex = "0x" + messageVector[2:4]
gatedClock 0:8e898e1270d6 625 return(buildHex)
gatedClock 0:8e898e1270d6 626 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 627 def progamMainMemory(self,progFile): # core of loading program to MM.
gatedClock 0:8e898e1270d6 628
gatedClock 0:8e898e1270d6 629 hFile = open(progFile, 'r')
gatedClock 0:8e898e1270d6 630 fileLineList = hFile.readlines() # read file into a list.
gatedClock 0:8e898e1270d6 631 hFile.close() # close the file.
gatedClock 0:8e898e1270d6 632
gatedClock 0:8e898e1270d6 633 # load '0x12 0x3456' memory content
gatedClock 0:8e898e1270d6 634 # format, into a list.
gatedClock 0:8e898e1270d6 635 for listIndex in range(0, len(fileLineList)):
gatedClock 0:8e898e1270d6 636 addressStartIndex = fileLineList[listIndex].find("0x") + 2
gatedClock 0:8e898e1270d6 637 dataStartIndex = fileLineList[listIndex].find("0x", addressStartIndex) + 2
gatedClock 0:8e898e1270d6 638 progAddress = fileLineList[listIndex][addressStartIndex : addressStartIndex + 2]
gatedClock 0:8e898e1270d6 639 progAddress = format(listIndex,'02x')
gatedClock 0:8e898e1270d6 640 progData = fileLineList[listIndex][dataStartIndex : dataStartIndex + 4]
gatedClock 0:8e898e1270d6 641 commandText = self.buildWriteMMCommand(progAddress,progData)
gatedClock 0:8e898e1270d6 642 self.__iUSB.write(commandText)
gatedClock 0:8e898e1270d6 643 print(fileLineList[listIndex][0:len(fileLineList[listIndex])-1])
gatedClock 0:8e898e1270d6 644 sleep(self.__sleepVal)
gatedClock 0:8e898e1270d6 645 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 646 def dumpMainMemory(self,dumpFile): # core of dumping MM to file.
gatedClock 0:8e898e1270d6 647
gatedClock 0:8e898e1270d6 648 hFile = open(dumpFile, 'w')
gatedClock 0:8e898e1270d6 649
gatedClock 0:8e898e1270d6 650 for loopIndex in range(0, 256): # traverse all of main-memory.
gatedClock 0:8e898e1270d6 651 transmitmmADRText = "{}".format(hex(loopIndex))
gatedClock 0:8e898e1270d6 652 transmitmmADRText = transmitmmADRText[2:]
gatedClock 0:8e898e1270d6 653 if (len(transmitmmADRText) == 1): transmitmmADRText = "0" + transmitmmADRText
gatedClock 0:8e898e1270d6 654 commandText = self.buildReadMMCommand(transmitmmADRText)
gatedClock 0:8e898e1270d6 655 self.__iUSB.write(commandText)
gatedClock 0:8e898e1270d6 656 fetchTextmmVAL = self.__iUSB.read()
gatedClock 0:8e898e1270d6 657 buildHextmmVALString = fetchTextmmVAL[3:7]
gatedClock 0:8e898e1270d6 658 buildHexIndex = hex(loopIndex)
gatedClock 0:8e898e1270d6 659 buildHexIndex = buildHexIndex[2:]
gatedClock 0:8e898e1270d6 660 if (len(buildHexIndex) == 1): buildHexIndex = "0" + buildHexIndex
gatedClock 0:8e898e1270d6 661 buildHexIndex = "0x" + buildHexIndex
gatedClock 0:8e898e1270d6 662 dumpString = " {} 0x{}\n".format(buildHexIndex,buildHextmmVALString)
gatedClock 0:8e898e1270d6 663 hFile.write(dumpString)
gatedClock 0:8e898e1270d6 664 print(dumpString[0:len(dumpString)-1])
gatedClock 0:8e898e1270d6 665 sleep(self.__sleepVal)
gatedClock 0:8e898e1270d6 666
gatedClock 0:8e898e1270d6 667 hFile.close() # close the dump file.
gatedClock 0:8e898e1270d6 668 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 669 # BEGIN THREADED CODE. #===============================
gatedClock 0:8e898e1270d6 670 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 671 def doRun(self): # drives the CPU running.
gatedClock 0:8e898e1270d6 672 while(self.__isRunning):
gatedClock 0:8e898e1270d6 673 self.selectStepButtonPressed()
gatedClock 0:8e898e1270d6 674 self.__masterWidget.update_idletasks()
gatedClock 0:8e898e1270d6 675 if (self.__isRunning == 2): sleep(1.0)
gatedClock 0:8e898e1270d6 676 #-----------------------------------------------#-------------------------------
gatedClock 0:8e898e1270d6 677 # the test consists of loading the add-list program into main memory,
gatedClock 0:8e898e1270d6 678 # running it, dumping the result to a file, and comparing that file
gatedClock 0:8e898e1270d6 679 # to the expected result.
gatedClock 0:8e898e1270d6 680
gatedClock 0:8e898e1270d6 681 def doTest(self): # drives the test.
gatedClock 0:8e898e1270d6 682 while(self.__testRunning):
gatedClock 0:8e898e1270d6 683 # load program into main memory.
gatedClock 0:8e898e1270d6 684 self.progamMainMemory("prog_add_list.txt")
gatedClock 0:8e898e1270d6 685
gatedClock 0:8e898e1270d6 686 # clear instruction register.
gatedClock 0:8e898e1270d6 687 self.__iUSB.write(self.buildWriteIRCommand("0000"))
gatedClock 0:8e898e1270d6 688
gatedClock 0:8e898e1270d6 689 # rewind program counter.
gatedClock 0:8e898e1270d6 690 PCVal = self.formatByteStringForTransmit("0")
gatedClock 0:8e898e1270d6 691 writePCcommand = self.buildWriteRegisterCommand("4",PCVal)
gatedClock 0:8e898e1270d6 692 self.__iUSB.write(writePCcommand)
gatedClock 0:8e898e1270d6 693 self.selectRegReadButtonPressed()
gatedClock 0:8e898e1270d6 694
gatedClock 0:8e898e1270d6 695
gatedClock 0:8e898e1270d6 696 for stepIndex in range(0, 196): # step through program.
gatedClock 0:8e898e1270d6 697 self.selectStepButtonPressed()
gatedClock 0:8e898e1270d6 698
gatedClock 0:8e898e1270d6 699 # dump result to file.
gatedClock 0:8e898e1270d6 700 self.dumpMainMemory ("dump_test.txt")
gatedClock 0:8e898e1270d6 701
gatedClock 0:8e898e1270d6 702 # build and run test commands.
gatedClock 0:8e898e1270d6 703 self.__testIter = self.__testIter + 1
gatedClock 0:8e898e1270d6 704 iterationText = "test iteration {}".format(self.__testIter)
gatedClock 0:8e898e1270d6 705 iterationText = "echo '" + iterationText + "' >> testlog.txt"
gatedClock 0:8e898e1270d6 706 os.system("echo ============================ >> testlog.txt")
gatedClock 0:8e898e1270d6 707 os.system("date >> testlog.txt")
gatedClock 0:8e898e1270d6 708 os.system(iterationText)
gatedClock 0:8e898e1270d6 709 os.system("echo 'compare dump_test.txt against dump_add_list.txt' >> testlog.txt")
gatedClock 0:8e898e1270d6 710 os.system("diff dump_add_list.txt dump_test.txt >> testlog.txt")
gatedClock 0:8e898e1270d6 711
gatedClock 0:8e898e1270d6 712 self.__masterWidget.update_idletasks()
gatedClock 0:8e898e1270d6 713 #===============================================#===============================
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