def makeFunctionList(filename,verbose=False):
'Convert a .fun file into a function dictionary'
tlist = common.tokenize_by_line( FuncScanner, filename )
if verbose: dump_token_list(tlist)
if verbose: print '***** Tree ******'
atree = common.parse_tokens( FuncParser, tlist )
if verbose: dump_ast(atree)
if verbose: print '**** Compile ****'
fc = FuncCompiler(atree)
if verbose:
fc.flist.dump()
return fc.flist
def compileTSP(filename,function_dict,stop_after=None,verbose=0):
fd = open(filename)
bs = BaseScanner()
tlist = bs.process_lines(fd)
if verbose:
print '********** First tokenizing pass *************'
dump_token_list(tlist)
final_list = basic_parse(tlist)
if verbose:
print '********** Second tokenizing pass *************'
if verbose or stop_after == 'token':
dump_token_list(final_list)
if stop_after == 'token': return
parser = TSPParser(AST)
atree = parser.parse(final_list)
if verbose:
print '***** Initial Parse Tree ******'
if verbose or stop_after == 'buildtree':
dump_ast(atree)
if stop_after == 'buildtree': return
PrintInversion(atree)
if verbose:
print '***** Print inversion parse tree *****'
if verbose or stop_after == 'checktree':
dump_ast(atree)
if stop_after == 'checktree': return
tspc = TSPCompiler(atree,function_dict)
pseudo_byte_code = tspc.do_parse()
if verbose:
print '**** Generated Byte Code ****'
if verbose or stop_after == 'pseudocode':
dump_pseudo_byte_code(pseudo_byte_code)
if stop_after == 'pseudocode': return
bcc = ByteCodeCompiler(function_dict)
return bcc.compile(pseudo_byte_code)
