def program(self, filename, memtype="flash", verify=True):
f = IntelHex(filename)
startaddr = self.xmega._chip.memtypes[memtype]["offset"]
maxsize = self.xmega._chip.memtypes[memtype]["size"]
fsize = f.maxaddr() - f.minaddr()
if fsize > maxsize:
raise IOError("File %s appears to be %d bytes, larger than %s size of %d" % (filename, fsize, memtype, maxsize))
print "Programming..."
fdata = f.tobinarray(start=0)
self.xmega.writeMemory(startaddr, fdata, memtype)
print "Reading..."
#Do verify run
rdata = self.xmega.readMemory(startaddr, len(fdata), memtype)
for i in range(0, len(fdata)):
if fdata[i] != rdata[i]:
# raise IOError("Verify failed at 0x%04x, %x != %x" % (i, fdata[i], rdata[i]))
print i
pass
print "Verifed OK"
def program(self, filename, memtype="flash", verify=True, logfunc=print_fun, waitfunc=None):
"""Programs memory type, dealing with opening filename as either .hex or .bin file"""
self.lastFlashedFile = filename
f = IntelHex(filename)
fsize = f.maxaddr() - f.minaddr()
fdata = f.tobinarray(start=f.minaddr())
startaddr = f.minaddr()
logging.info("Programming %d bytes at 0x%x", fsize, startaddr)
logfunc("STM32F Programming %s..." % memtype)
if waitfunc: waitfunc()
self.writeMemory(startaddr, fdata) # , erasePage=True
logfunc("STM32F Reading %s..." % memtype)
if waitfunc: waitfunc()
# Do verify run
rdata = self.readMemory(startaddr, len(fdata))
for i in range(0, len(fdata)):
if fdata[i] != rdata[i]:
raise IOError("Verify failed at 0x%04x, %x != %x" % (i, fdata[i], rdata[i]))
logfunc("Verified %s OK, %d bytes" % (memtype, fsize))
def program(self,
filename,
memtype="flash",
verify=True,
logfunc=print_fun,
waitfunc=None):
f = IntelHex(filename)
maxsize = self._chip.memtypes[memtype]["size"]
fsize = f.maxaddr() - f.minaddr()
if fsize > maxsize:
raise IOError(
"File %s appears to be %d bytes, larger than %s size of %d" %
(filename, fsize, memtype, maxsize))
logfunc("AVR Programming %s..." % memtype)
fdata = f.tobinarray(start=0)
self.writeMemory(0, fdata, memtype)
logfunc("AVR Reading %s..." % memtype)
# Do verify run
rdata = self.readMemory(0, len(fdata)) # memtype ?
for i in range(0, len(fdata)):
if fdata[i] != rdata[i]:
raise IOError("Verify failed at 0x%04x, %x != %x" %
(i, fdata[i], rdata[i]))
logfunc("Verified %s OK, %d bytes" % (memtype, fsize))
def program(self,
filename,
memtype="flash",
verify=True,
logfunc=print_fun,
waitfunc=None):
"""Programs memory type, dealing with opening filename as either .hex or .bin file"""
self.lastFlashedFile = filename
f = IntelHex(filename)
fsize = f.maxaddr() - f.minaddr()
fdata = f.tobinarray(start=f.minaddr())
startaddr = f.minaddr()
logfunc("Attempting to program %d bytes at 0x%x" % (fsize, startaddr))
logfunc("STM32F Programming %s..." % memtype)
if waitfunc: waitfunc()
self.writeMemory(startaddr, fdata) # , erasePage=True
logfunc("STM32F Reading %s..." % memtype)
if waitfunc: waitfunc()
try:
self.verifyMemory(startaddr, fdata, self.small_blocks)
except CmdException:
logfunc("Error during verify. Retrying with small blocks...")
self.verifyMemory(startaddr, fdata, True)
logfunc("Verified %s OK, %d bytes" % (memtype, fsize))
def program(self, filename, memtype="flash", verify=True):
f = IntelHex(filename)
startaddr = self.xmega._chip.memtypes[memtype]["offset"]
maxsize = self.xmega._chip.memtypes[memtype]["size"]
fsize = f.maxaddr() - f.minaddr()
if fsize > maxsize:
raise IOError(
"File %s appears to be %d bytes, larger than %s size of %d" %
(filename, fsize, memtype, maxsize))
self.log("XMEGA Programming %s..." % memtype)
QCoreApplication.processEvents()
fdata = f.tobinarray(start=0)
self.xmega.writeMemory(startaddr, fdata, memtype) # , erasePage=True
self.log("XMEGA Reading %s..." % memtype)
QCoreApplication.processEvents()
#Do verify run
rdata = self.xmega.readMemory(startaddr, len(fdata), memtype)
for i in range(0, len(fdata)):
if fdata[i] != rdata[i]:
raise IOError("Verify failed at 0x%04x, %x != %x" %
(i, fdata[i], rdata[i]))
self.log("Verified %s OK, %d bytes" % (memtype, fsize))
def program(self, filename, memtype="flash", verify=True):
f = IntelHex(filename)
startaddr = self.xmega._chip.memtypes[memtype]["offset"]
maxsize = self.xmega._chip.memtypes[memtype]["size"]
fsize = f.maxaddr() - f.minaddr()
if fsize > maxsize:
raise IOError(
"File %s appears to be %d bytes, larger than %s size of %d" % (filename, fsize, memtype, maxsize)
)
self.log("XMEGA Programming %s..." % memtype)
QCoreApplication.processEvents()
fdata = f.tobinarray(start=0)
self.xmega.writeMemory(startaddr, fdata, memtype) # , erasePage=True
self.log("XMEGA Reading %s..." % memtype)
QCoreApplication.processEvents()
# Do verify run
rdata = self.xmega.readMemory(startaddr, len(fdata), memtype)
for i in range(0, len(fdata)):
if fdata[i] != rdata[i]:
raise IOError("Verify failed at 0x%04x, %x != %x" % (i, fdata[i], rdata[i]))
self.log("Verified %s OK, %d bytes" % (memtype, fsize))
def program(self, filename, memtype="flash", verify=True):
Programmer.lastFlashedFile = filename
f = IntelHex(filename)
maxsize = self.avr._chip.memtypes[memtype]["size"]
fsize = f.maxaddr() - f.minaddr()
if fsize > maxsize:
raise IOError(
"File %s appears to be %d bytes, larger than %s size of %d" %
(filename, fsize, memtype, maxsize))
self.log("AVR Programming %s..." % memtype)
util.updateUI()
fdata = f.tobinarray(start=0)
self.avr.writeMemory(0, fdata, memtype)
self.log("AVR Reading %s..." % memtype)
util.updateUI()
# Do verify run
rdata = self.avr.readMemory(0, len(fdata)) # memtype ?
for i in range(0, len(fdata)):
if fdata[i] != rdata[i]:
raise IOError("Verify failed at 0x%04x, %x != %x" %
(i, fdata[i], rdata[i]))
self.log("Verified %s OK, %d bytes" % (memtype, fsize))
def program(self, filename, memtype="flash", verify=True):
Programmer.lastFlashedFile = filename
f = IntelHex(filename)
maxsize = self.avr._chip.memtypes[memtype]["size"]
fsize = f.maxaddr() - f.minaddr()
if fsize > maxsize:
raise IOError("File %s appears to be %d bytes, larger than %s size of %d" % (filename, fsize, memtype, maxsize))
self.log("AVR Programming %s..." % memtype)
util.updateUI()
fdata = f.tobinarray(start=0)
self.avr.writeMemory(0, fdata, memtype)
self.log("AVR Reading %s..." % memtype)
util.updateUI()
# Do verify run
rdata = self.avr.readMemory(0, len(fdata)) # memtype ?
for i in range(0, len(fdata)):
if fdata[i] != rdata[i]:
raise IOError("Verify failed at 0x%04x, %x != %x" % (i, fdata[i], rdata[i]))
self.log("Verified %s OK, %d bytes" % (memtype, fsize))
def FileReader(filename):
if filename.lower().endswith(".hex") or filename.lower().endswith(".ihex"):
f = IntelHex(filename)
fdata = f.tobinarray(0)
fsize = f.maxaddr() - f.minaddr()
elif filename.lower().endswith(".bin"):
f = open(filename, "rb")
fdata = bytearray(f.read())
fsize = len(fdata)
f.close()
else:
raise IOError("Unknown file extension for file %s" % filename)
return fdata, fsize