def main():
global extension
# Processing command line arguments
argnum = len(sys.argv)
if (argnum != 2) & (argnum != 3):
print "Make Header - C to C++ tools - Scriptet.com"
print "This tool generates or updates header files from .c files"
print "(Don't use it with C++ file please)"
print "Usage: python mkheader.py csource"
print " or: python mkheader.py pattern"
print " or: python mkheader.py @prjfile"
print " or as above plus new header file extension (default .hpp)"
print " ex: python mkheader.py filename.c h (to update a .h file"
print "pattern uses * as wildcard code to match a set of files"
sys.exit(0)
cfile = sys.argv[1]
# use either default extension of given one
extension = lexer.hpp
if argnum == 3:
extension = sys.argv[2]
print extension
# if the argument starts with @, this is a list of file
# otherwise this is a main file
if cfile[0] == '@':
# Processing a project file (a simple list of C source files)
project = cfile[1:]
print "Processing project file", project
flist = lexer.readproject(project)
for f in flist:
processfile(f)
else:
# Processing a file or a list matching a pattern
path, name = os.path.split(cfile)
if path == "": path = os.getcwd()
#print path, name
liste = os.listdir(path)
# scanning the list of sources and processing each one
for fname in liste:
if not os.path.isfile(fname): continue
if pattern.matching(name, fname, FALSE) == TRUE:
f = os.path.join(path, fname)
processfile(f)
return 0
def main():
global shortened
argnum = len(sys.argv)
if argnum != 2:
print "Make Class - C to C++ tools - Scriptet.com"
print "Make a class from a .cpp header file: a file = a class"
print "Usage: mkclass headerfile"
print " or: mkclass pattern (uses the * wildcard code)"
print " or: mkclass @filelist"
sys.exit(0)
cfile = sys.argv[1]
hlist = []
# Below, I make the list of headers
if cfile[0] == '@':
# Making a list from the project (a simple list of C source files)
project = cfile[1:]
print "mkclass - processing the list of files", project
hlist = lexer.readproject(project)
else:
# Makeing a list of the single file
if not '*' in cfile:
hlist.append(cfile)
else:
# Make a list of files matching a pattern
path, name = os.path.split(cfile)
if path == "": path = os.getcwd()
dlist = os.listdir(path)
for fname in dlist:
if not os.path.isfile(fname): continue
if pattern.matching(name, fname, FALSE) == TRUE:
f = os.path.join(path, fname)
hlist.append(f)
# Now processing each header file
# filename with .c extension are converted to .h
# otherwise processed as is
for f in hlist:
node, ext = os.path.splitext(f)
if lexer.oscase(ext) == ".c":
f = node + ".hpp"
processheader(f)
return 0
def main():
global hpplist # List of .hpp files
global dclass # Dictionnary of classes and members/methods
global counter
param = sys.argv
if len(param) != 2:
print "mkdict - C to C++ tools by D.G. Sureau"
print "usage: mkdict headerfile.hpp"
print " or: mkdict @headerlist"
print " create of overwrite c2cpp.dict"
sys.exit()
counter = 0
hfile = param[1] # header or list
hlist = []
if hfile[0] == '@':
# Processing a header list
project = hfile[1:]
hlist = lexer.readproject(project)
else:
# Processing a file or a list matching a pattern
hlist.append(hfile)
# Building the directory of each class with members and methods
for classfile in hlist:
build(classfile)
dictfile = "c2cpp.dic"
df = open(dictfile, "wb")
keys = dclass.keys()
for k in keys:
l = dclass[k]
df.write("class " + k + ':' + "\n")
print l
for v in l:
print v
if v is not None:
df.write(' ' + v + "\n")
df.close()
print dictfile, "created"
return 0
def main():
global hpplist # List of .hpp files
global clist # List of c files (project)
global hpp # New .hpp header
global cpp # New .cpp source file
global dclass # Dictionnary of classes and members/methods
global fclass
global counter
global classfile
param = sys.argv
lenparam = len(param)
if (lenparam < 2) | (lenparam > 3):
print """
Make Cpp - C to C++ tools - Scriptet.com
Converts global variables to static attributes.
Transforms function calls to method calls.
usage: mkcpp srcfile.c headerfile.hpp
or: mkcpp srcfile.c
or: mkcpp @srclist @headerlist
srclist is the file created by the -l option or by mklist.py
headerlist is the file created by the -a optio or by allhead.py
previous .cpp and .hpp files will be overwritten
"""
sys.exit()
hpp = []
newhpp = []
ccode = []
cppcode = []
counter = 0
cfile = param[1] # c source or list
if lenparam == 3:
hfile = param[2] # header or list
else:
node, dummy = os.path.splitext(cfile)
hfile = node + ".hpp"
clist = []
hlist = []
if cfile[0] == '@':
# Processing a project file (a simple list of C source files)
project = cfile[1:]
clist = lexer.readproject(project)
else:
# Processing a file or a list matching a pattern
clist.append(cfile)
if hfile[0] == '@':
# Processing a header list
project = hfile[1:]
hlist = lexer.readproject(project)
else:
# Processing a file or a list matching a pattern
hlist.append(hfile)
# Building the directory of each class with members and methods
print "mkcpp - building the directory of classes"
for classfile in hlist:
if not os.path.exists(classfile):
print classfile, "not found"
continue
#print "Adding", classfile
build(classfile)
# the main function is not member of a class
# this string allows to pass through further processing
fclass["main"] = "$$$"
dclass["main"] = "$$$"
# Moving var. declarations and changing functions into methods
for c in clist:
if not os.path.exists(c):
print c, "not found"
continue
transform(c)
return 0
