def read_path(filename=PN.IFILE3):
lines, status = file2lines(filename)
# Get info for lines
dpath = {}
ctc_lines = None
bool_mep = False
bool_drp = False
saveline = False
for line in lines:
#-- MEP --#
if line.startswith("end_mep"):
bool_mep = False
saveline = False
dpath[ctc] = ("mep", pathlines)
continue
#-- DRP --#
if line.startswith("end_drp"):
bool_drp = False
saveline = False
dpath[ctc] = ("drp", pathlines)
continue
# save line
if saveline: pathlines.append(line)
#-- MEP --#
if line.startswith("start_mep"):
bool_mep = True
saveline = True
ctc = line.split()[1]
pathlines = []
continue
#-- DRP --#
if line.startswith("start_drp"):
bool_drp = True
saveline = True
ctc = line.split()[1]
pathlines = []
continue
# Read data for each ctc
for ctc, (pathtype, lines) in dpath.items():
pathvars = PathVars(pathtype)
# Read info in lines
for line in lines:
line = line.lower()
key = line.split()[0]
value = " ".join(line.split()[1:]).lower()
try:
pathvars.setvar(key, value)
except:
exception = Exc.ReadProblem(Exception)
exception._file = filename
exception._var = line.split("\n")[0]
raise exception
dpath[ctc] = pathvars
return dpath, (filename, status)
def prepare_dpath(dpath):
# Read data for each ctc
for ctc, (pathtype, lines) in dpath.items():
pathvars = PathVars(pathtype)
# Read info in lines
for line in lines:
line = line.lower()
key = line.split()[0]
value = " ".join(line.split()[1:]).lower()
try:
pathvars.setvar(key, value)
except:
exception = Exc.ReadProblem(Exception)
exception._file = filename
exception._var = line.split("\n")[0]
raise exception
dpath[ctc] = pathvars
return dpath
