def __init__(self):
# Let Qt and PyQt run their init first.
super().__init__()
self.setupUi(self)
# Store portlist, which is used several times.
self.portlist = enumeratePic24Ports()
self.portlist.insert(0, 'Device port / pin')
def genTablesFromTemplate(csvFileName, destFileName):
portlist = enumeratePic24Ports()
# Read in the CSV containing device information.
with open(csvFileName, "r") as csvFile:
csv_dict_reader = csv.DictReader(csvFile).__iter__()
# Open the output file.
with open(destFileName, "w") as outFile:
# Write the header
outFile.write(c_license_header)
outFile.write(
'/// \\brief Define device-specific mappings from Rxy to RPy, ANn, and CNm pins.\n\n#if 0\n'
)
# Walk through the file
while True:
# Read three rows
try:
RPy = csv_dict_reader.next()
ANn = csv_dict_reader.next()
CNm = csv_dict_reader.next()
except StopIteration:
break
# Gather processor information. Make sure all three rows refer to the same processors and to the expected ports.
processors, port = splitProcessorNames(RPy)
assert port == 'RPy'
# Check: all processors in this group should be unique.
if len(processors) > len(set(processors)):
print(" ".join(processors) + " contains duplicates.")
assert False
processors_temp, port = splitProcessorNames(ANn)
assert processors == processors_temp
assert port == 'ANn'
processors_temp, port = splitProcessorNames(CNm)
assert processors == processors_temp
assert port == 'CNm'
# Write out processor information.
outFile.write('\n#elif defined(__' +
'__) || \\\n defined(__'.join(processors) +
'__)\n')
# Walk through each Rxy on this processor
for Rxy in portlist:
# Get the specific values for this Rxy.
_RPy = RPy[Rxy]
_ANn = ANn[Rxy]
_CNm = CNm[Rxy]
if _RPy:
outFile.write('# define R%s_RP %s\n' % (Rxy, _RPy))
if _ANn:
outFile.write('# define R%s_AN %s\n' % (Rxy, _ANn))
if _CNm:
outFile.write('# define R%s_CN %s\n' % (Rxy, _CNm))
# Write footer
outFile.write(
'#else\n# error "Port information not defined."\n#endif\n')
def genConfigFromTemplate(templateFileName, destFileName):
# Read in the template.
with open(templateFileName, "r", encoding='utf-8', newline='') as templateFile:
template = Template(templateFile.read())
# Open the output file.
with open(destFileName, "w", encoding='utf-8', newline='') as outFile:
# Write the header
outFile.write(c_license_header)
outFile.write('/// \\brief Define GPIO configuration macros for all pins of a device.\n' +
'/// See pic24_ports.h for more details.\n\n\n');
# Iterate over every port
portlist = enumeratePic24Ports()
# Add in some extra ports for unit testing
portlist.extend(['T1', 'T2', 'T3'])
for Rxy in portlist:
# Evaluate the template for this port/pin.
outFile.write(template.substitute({'x' : Rxy}))