# get to ply
lib_path = os.path.join('../lib/ply-3.4')
sys.path.append(lib_path)
# import lexer class
from svelLex import SvelLexer
# import parser
import svelYacc
# get and build lexer
svel = SvelLexer()
svel.build()
# get parser
parser = svelYacc.getParser()
# provide some data
data = '''
//tests Hello.java
boolean helloWorldTest() {
file helloFile = "../Hello.java";
funct helloMain = {__main__, (j_String[]), helloFile};
input in = ();
output out = "Hello World!";
return helloMain.assert(in, out);
}
'''
#main() {
# if(helloWorldTest()) {
def setUp(self): self.lex = SvelLexer() self.lex.build() self.lexer = self.lex.get_lexer() self.parser = svelYacc.getParser()
if(os.path.isfile(output_filename)):
sys.exit("Error: Refusing to overwrite " + output_filename + "\nPlease either delete it or rename your source file")
# try to open source code
try:
source_code = open(input_file).read()
except IOERROR, e:
sys.exit(e)
# get and build lexer; errorlog=lex.NullLogger() removes PLY warnings
svel = SvelLexer()
svel.build(errorlog=lex.NullLogger())
# get parser; errorlog=yacc.NullLogger() removes PLY warnings
parser = svelYacc.getParser(errorlog=yacc.NullLogger())
# parse the data into an abstract syntax tree
ast = parser.parse(source_code, lexer=svel.get_lexer())
# walk the tree and get the compiled code
if verbose == None:
compiled_code, errors = SvelTraverse(ast).get_code_and_errors()
else:
print ast
compiled_code, errors = SvelTraverse(ast, verbose=True).get_code_and_errors()
# if arg3 = -d
# compiled_code = SvelTraverse(ast, debug=true).get_code()
# if no errors thrown during compilation, go ahead and write compiled code to file
if errors == False:
