def __init__(self, input_file, output_file):
self.input_file = input_file
self.output_file = output_file
self.descr = parse_file(input_file)
self.out=open(output_file, 'w')
self.ParamTable = {
"2dbounds" : lambda i : self.create_vint_param(i),
"3dbounds" : lambda i : self.create_vint_param(i),
"vshort": lambda i : self.create_vint_param(i),
"vint": lambda i : self.create_vint_param(i),
"vlong": lambda i : self.create_vint_param(i),
"vushort": lambda i : self.create_vint_param(i),
"vuint": lambda i : self.create_vint_param(i),
"vulong": lambda i : self.create_vint_param(i),
"2dfvector" :lambda i : self.create_vfloat_param(i),
"3dfvector" :lambda i : self.create_vfloat_param(i),
"vdouble" :lambda i : self.create_vfloat_param(i),
"vfloat" :lambda i : self.create_vfloat_param(i),
"bool" : lambda i : self.create_Bool_param(i),
"short" : lambda i : self.create_Integral_param(i),
"int" : lambda i : self.create_Integral_param(i),
"long" : lambda i : self.create_Integral_param(i),
"ushort": lambda i : self.create_Integral_param(i),
"uint" : lambda i : self.create_Integral_param(i),
"ulong" : lambda i : self.create_Integral_param(i),
"int16_t" : lambda i : self.create_Integral_param(i),
"int32_t" : lambda i : self.create_Integral_param(i),
"int64_t" : lambda i : self.create_Integral_param(i),
"uint16_t": lambda i : self.create_Integral_param(i),
"uint32_t" : lambda i : self.create_Integral_param(i),
"uint64_t" : lambda i : self.create_Integral_param(i),
"float" : lambda i : self.create_Float_param(i),
"double": lambda i : self.create_Float_param(i),
"vstring": lambda i : self.create_input_VString_param(i),
"dict" : lambda i : self.create_Dict_param(i),
"set" : lambda i : self.create_Set_param(i),
"factory" : lambda i : self.create_Factory_param(i)
}
def __init__(self, input_file, output_file):
self.input_file = input_file
self.output_file = output_file
self.descr = parse_file(input_file)
self.out = open(output_file, 'w')
self.ParamTable = {
"2dbounds": lambda i: self.create_vint_param(i),
"3dbounds": lambda i: self.create_vint_param(i),
"vshort": lambda i: self.create_vint_param(i),
"vint": lambda i: self.create_vint_param(i),
"vlong": lambda i: self.create_vint_param(i),
"vushort": lambda i: self.create_vint_param(i),
"vuint": lambda i: self.create_vint_param(i),
"vulong": lambda i: self.create_vint_param(i),
"2dfvector": lambda i: self.create_vfloat_param(i),
"3dfvector": lambda i: self.create_vfloat_param(i),
"vdouble": lambda i: self.create_vfloat_param(i),
"vfloat": lambda i: self.create_vfloat_param(i),
"bool": lambda i: self.create_Bool_param(i),
"short": lambda i: self.create_Integral_param(i),
"int": lambda i: self.create_Integral_param(i),
"long": lambda i: self.create_Integral_param(i),
"ushort": lambda i: self.create_Integral_param(i),
"uint": lambda i: self.create_Integral_param(i),
"ulong": lambda i: self.create_Integral_param(i),
"int16_t": lambda i: self.create_Integral_param(i),
"int32_t": lambda i: self.create_Integral_param(i),
"int64_t": lambda i: self.create_Integral_param(i),
"uint16_t": lambda i: self.create_Integral_param(i),
"uint32_t": lambda i: self.create_Integral_param(i),
"uint64_t": lambda i: self.create_Integral_param(i),
"float": lambda i: self.create_Float_param(i),
"double": lambda i: self.create_Float_param(i),
"vstring": lambda i: self.create_input_VString_param(i),
"dict": lambda i: self.create_Dict_param(i),
"set": lambda i: self.create_Set_param(i),
"factory": lambda i: self.create_Factory_param(i)
}
if p.supported_types is not None:
print(".RS 14")
print("Supported element types: ")
print(".RS 2")
print(p.supported_types)
print(".RE")
print(" ")
print(".RE")
if descr.Example.text is not None and len(descr.Example.text) > 0:
print(".SH EXAMPLE")
print(clean(descr.Example.text))
for c in descr.Example.code:
print(".HP")
print("{} {}".format(name, clean(c.text)))
print(".SH AUTHOR(s)")
print(clean(descr.author))
print(".SH COPYRIGHT")
print(
"""This software is Copyright (c) 1999\(hy2015 Leipzig, Germany and Madrid, Spain.
It comes with ABSOLUTELY NO WARRANTY and you may redistribute it under the terms of the GNU
GENERAL PUBLIC LICENSE Version 3 (or later). For more
information run the program with the option '\-\-copyright'.""")
X = parse_file(sys.argv[1])
write_man_file(X)
if p.supported_types is not None:
print(".RS 14")
print("Supported element types: ")
print(".RS 2")
print(p.supported_types)
print(".RE")
print(" ")
print(".RE")
if descr.Example.text is not None and len(descr.Example.text) > 0:
print(".SH EXAMPLE")
print(clean(descr.Example.text))
for c in descr.Example.code:
print(".HP")
print("{} {}".format (name, clean(c.text)))
print(".SH AUTHOR(s)")
print(clean(descr.author))
print(".SH COPYRIGHT")
print("""This software is Copyright (c) 1999\(hy2015 Leipzig, Germany and Madrid, Spain.
It comes with ABSOLUTELY NO WARRANTY and you may redistribute it under the terms of the GNU
GENERAL PUBLIC LICENSE Version 3 (or later). For more
information run the program with the option '\-\-copyright'.""")
X=parse_file(sys.argv[1])
write_man_file(X)
program_sections[section.name] = section
index = index + 1
return program_sections
rootpath = sys.argv[1]
outpath = sys.argv[2]
#
# read all xml files created by the command line tools
#
files = find_files(outpath, "mia-*.xml")
descriptions = []
for f in files:
try:
d = parse_file(f)
descriptions.append(d)
except ValueError as e:
print(e)
#
# Read the program section description, this also provides the general structure
# of the program reference
#
program_sections = read_section_file(rootpath + "/sections.xml")
index = len(program_sections)
#
# Sort the programs into the sections and read the plug-in types
#
plugin_types = {}
program_sections[section.name] = section
index = index+1
return program_sections
rootpath = sys.argv[1]
outpath = sys.argv[2]
#
# read all xml files created by the command line tools
#
files = find_files(outpath, "mia-*.xml")
descriptions=[]
for f in files:
try:
d = parse_file(f)
descriptions.append(d)
except ValueError as e:
print (e)
#
# Read the program section description, this also provides the general structure
# of the program reference
#
program_sections = read_section_file(rootpath + "/sections.xml")
index = len(program_sections)
#
# Sort the programs into the sections and read the plug-in types
#