def compile(self, file):
input = file.read()
ast = parser.parse(input, lexer=lexer)
with Capturing() as output:
ast.pprint()
out = [k.strip() for k in output]
self.out = out
def compile(self, file):
input = file.read()
ast = parser.parse(input, lexer=lexer)
with Capturing() as output:
ast.pprint()
out = [k.strip() for k in output]
self.out = out
def compile(self, file): input = file.read() # Lexing, parsing, AST construction ast = parser.parse(input, lexer=lexer) # Semantic analysis ast.walk( CheckSingleAssignment() ) # Translation syms = ast.walk( SymbolTableVisitor()) syms.pprint() return syms
def test_parsing(self):
inp = open(EXAMPLE_0_PATH).read()
ast = parser.parse(inp, lexer=lexer)
syms = ast.walk(SymbolTableVisitor())
syms.pprint()
def test_parsing(self):
inp = open(EXAMPLE_0_PATH).read()
ast = parser.parse(inp,lexer=lexer)
syms = ast.walk( SymbolTableVisitor() )
syms.pprint()
