def read_dottxt_file(inFileName):
with open(inFileName) as inFile:
lut = Lut(name=inFileName[:-4])
header = ''
maxEntry = 0
for line in inFile:
if line.startswith('#'):
header += '#' + line
if line.find('<header>') > 0:
substrings = line.split()
lut.setVersion(int(substrings[1][1:]))
lut.setInputWidths([int(substrings[2])])
lut.setOutputWidth(int(substrings[3]))
else:
payloadStrs = line.split()
lut.setEntry(int(payloadStrs[0]), int(payloadStrs[1]))
lut.setHeader(header)
return lut
def read_dottxt_file(inFileName):
with open(inFileName) as inFile:
lut = Lut(name=inFileName[:-4])
header = ''
maxEntry = 0
for line in inFile:
if line.startswith('#'):
header += '#' + line
if line.find('<header>') > 0:
substrings = line.split()
lut.setVersion(int(substrings[1][1:]))
lut.setInputWidths([int(substrings[2])])
lut.setOutputWidth(int(substrings[3]))
else:
payloadStrs = line.split()
lut.setEntry(int(payloadStrs[0]), int(payloadStrs[1]))
lut.setHeader(header)
return lut
def read_dotlut_file(inFileName):
with open(inFileName) as inFile:
lut = Lut(name=inFileName[:-4])
header = ''
maxEntry = 0
for line in inFile:
if line.startswith('#'):
header += '#' + line
if line.find('# Version: ') == 0:
substrings = line.split()
lut.setVersion(int(substrings[2]))
elif line.startswith('CONTENT_VECTOR='):
cVectStr = line.split()
for addr, entryStr in enumerate(cVectStr[1:]):
entry = int(entryStr)
lut.setEntry(addr, entry)
if entry > maxEntry:
maxEntry = entry
lut.setHeader(header)
lut.setInputWidths([addr.bit_length()])
outWidth = maxEntry.bit_length()
if outWidth == 0:
outWidth = 1
lut.setOutputWidth(outWidth)
return lut
def read_dotlut_file(inFileName):
with open(inFileName) as inFile:
lut = Lut(name=inFileName[:-4])
header = ''
maxEntry = 0
for line in inFile:
if line.startswith('#'):
header += '#' + line
if line.find('# Version: ') == 0:
substrings = line.split()
lut.setVersion(int(substrings[2]))
elif line.startswith('CONTENT_VECTOR='):
cVectStr = line.split()
for addr, entryStr in enumerate(cVectStr[1:]):
entry = int(entryStr)
lut.setEntry(addr, entry)
if entry > maxEntry:
maxEntry = entry
lut.setHeader(header)
lut.setInputWidths([addr.bit_length()])
outWidth = maxEntry.bit_length()
if outWidth == 0:
outWidth = 1
lut.setOutputWidth(outWidth)
return lut
