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+#!/usr/bin/env python
+# Implementation of the LOLPython language.
+# Converts from LOLPython to Python then optionally runs the Python.
+
+# This package depends on PLY -- http://www.dabeaz.com/ply/
+
+# Written by Andrew Dalke <dalke@dalkescientific.com>
+# Dalke Scientific Software, LLC
+# 1 June 2007, Gothenburg, Sweden
+#
+# This software is in the public domain. For details see:
+# http://creativecommons.org/licenses/publicdomain/
+
+
+import sys
+import keyword
+import os
+import types
+from cStringIO import StringIO
+from ply import *
+
+
+__NAME__ = "lolpython"
+__VERSION__ = "1.0"
+
+# Translating LOLPython tokens to Python tokens
+# This could be cleaned up. For example, some of
+# these tokens could be merged into one.
+tokens = (
+ "NAME", # variable names
+ "RESERVED", # Used for Python reserved names
+ "NUMBER", # Integers and floats
+ "STRING",
+ "OP", # Like the Python OP
+ "CLOSE", # Don't really need this..
+
+ "COMMENT",
+ "AUTOCALL", # write t.value then add '('
+ "INLINE", # write t.value directly
+ "FUTURE", # for the "I FUTURE CAT WITH" statement
+ "PRINT", # VISIBLE -> stdout or COMPLAIN -> stderr
+
+ "ENDMARKER",
+ "COLON",
+ "WS",
+ "NEWLINE",
+)
+
+# Helper functions for making given token types
+def OP(t, value):
+ t.type = "OP"
+ t.value = value
+ return t
+
+def RESERVED(t, value):
+ t.type = "RESERVED"
+ t.value = value
+ return t
+
+def AUTOCALL(t, value):
+ t.type = "AUTOCALL"
+ t.value = "tuple"
+ t.lexer.paren_stack.append(")")
+ return t
+
+def INLINE(t, value):
+ t.type = "INLINE"
+ t.value = value
+ return t
+
+#####
+
+# ply uses a large regex for token detection, and sre is limited to
+# 100 groups. This grammar pushes the limit. I use (?:non-grouping)
+# parens to keep the count down.
+
+
+def t_ASSIGN(t): # cannot be a simple pattern because it must
+ r'CAN[ ]+HA[SZ]\b' # come before the t_NAME definition
+ return OP(t, "=")
+
+def t_SINGLE_QUOTE_STRING(t):
+ r"'([^\\']+|\\'|\\\\)*'" # I think this is right ...
+ t.type = "STRING"
+ t.value = t.value[1:-1].decode("string-escape")
+ return t
+
+def t_DOUBLE_QUOTE_STRING(t):
+ r'"([^\\"]+|\\"|\\\\)*"'
+ t.type = "STRING"
+ t.value = t.value[1:-1].decode("string-escape")
+ print(t.value)
+ return t
+
+# and LOL quoted strings! They end with /LOL
+# No way to have "/LOL" in the string.
+def t_LOL_STRING(t):
+ r"LOL[ ]*((?!/LOL).|\n)*[ ]*/LOL"
+ t.type = "STRING"
+ t.value = t.value[3:-4].strip(" ")
+ return t
+
+# Aliases for the same thing - for extra cuteness
+def t_LSQUARE(t):
+ r"(?:SOME|LOOK[ ]AT|LET[ ]+THE)\b"
+ t.lexer.paren_stack.append(']')
+ return OP(t, "[")
+
+def t_LPAREN(t):
+ r"(?:WIT|THEZ)\b"
+ t.lexer.paren_stack.append(')')
+ return OP(t, "(")
+
+def t_LBRACE(t):
+ r"BUCKET\b"
+ t.lexer.paren_stack.append("}")
+ return OP(t, "{")
+
+def t_CLOSE(t):
+ r"(?:OK(!+|\b)|!+)"
+ stack = t.lexer.paren_stack
+ if t.value.startswith("OK"):
+ num_closes = len(t.value)-1 # OK -> 1, OK! -> 2, OK!!->3
+ else:
+ num_closes = len(t.value) # ! -> 1, !! -> 2
+ # Which close is this? I use "OK" to match (, [ and {
+ if len(stack) < num_closes:
+ raise AssertionError("not enough opens on the stack: line %d"
+ % (t.lineno,))
+ t.value = "".join(stack[-num_closes:][::-1])
+ del stack[-num_closes:]
+ return t
+
+def t_EQ(t):
+ r"KINDA[ ]+LIKE\b"
+ return OP(t, "==")
+
+def t_NE(t):
+ r"(?:KINDA[ ]+)?NOT[ ]+LIKE\b"
+ return OP(t, "!=")
+
+def t_is(t):
+ r"KINDA[ ]+IS\b"
+ return RESERVED(t, "is")
+
+def t_GT(t):
+ r"ATE[ ]+MORE[ ]+CHEEZBURGERS?[ ]+THAN\b"
+ return OP(t, ">")
+
+def t_LT(t):
+ r"ATE[ ]+FEWER[ ]+CHEEZBURGERS?[ ]+THAN\b"
+ return OP(t, "<")
+
+def t_GTE(t):
+ r"BIG[ ]+LIKE\b"
+ return OP(t, ">=")
+
+def t_LTE(t):
+ r"SMALL[ ]+LIKE\b"
+ return OP(t, "<=")
+
+def t_RETURN(t):
+ r"U[ ]+TAKE\b"
+ return RESERVED(t, "return")
+
+def t_yield(t):
+ r"U[ ]+BORROW\b"
+ return RESERVED(t, "yield")
+
+def t_ELIF(t):
+ r"OR[ ]+IZ\b"
+ return RESERVED(t, "elif")
+
+def t_ELSE(t):
+ r"(?:(?:I[ ]+GIVE[ ]+UP|IZ[ ]+KEWL|ALL[ ]+DONE)|NOPE)\b"
+ return RESERVED(t, "else")
+
+def t_COLON(t):
+ r"\?"
+ t.value = ":"
+ return t
+
+def t_FROM(t):
+ r"IN[ ]+MAI\b"
+ return RESERVED(t, "from")
+
+def t_EXCEPT(t):
+ r"O[ ]+NOES\b"
+ return RESERVED(t, "except")
+
+def t_PLUS(t):
+ r"ALONG[ ]+WITH\b"
+ return OP(t, "+")
+def t_MINUS(t):
+ r"TAKE[ ]+AWAY\b"
+ return OP(t, "-")
+
+def t_PLUS_EQUAL(t):
+ r"GETZ[ ]+ANOTHR\b"
+ return OP(t, "+=")
+
+def t_MINUS_EQUAL(t):
+ r"THROW[SZ]?[ ]+AWAY\b"
+ return OP(t, "-=")
+
+def t_DIV(t):
+ r"SMASHES[ ]+INTO\b"
+ return OP(t, "/")
+def t_DIV_EQUAL(t):
+ r"SMASHES[ ]+INTO[ ]+HAS\b"
+ return OP(t, "/=")
+def t_TRUEDIV(t):
+ r"SMASHES[ ]+NICELY[ ]+INTO\b"
+ return OP(t, "//")
+def t_MUL(t):
+ r"OF[ ]THOSE\b"
+ return OP(t, "*")
+def t_MUL_EQUAL(t):
+ r"COPIES[ ]+(?:HIM|HER|IT)SELF[ ]+BY\b"
+ return OP(t, "*=")
+def t_POW(t):
+ r"BY[ ]+GRAYSKULL[ ]+POWER"
+ return OP(t, "**")
+def t_IN(t):
+ r"IN[ ]+(?:UR|THE|THIS)\b"
+ return OP(t, "in")
+def t_del(t):
+ r"DO[ ]+NOT[ ]+WANT\b"
+ return RESERVED(t, "del")
+def t_and(t):
+ r"\&"
+ return RESERVED(t, "and")
+def t_or(t):
+ r"OR[ ]+MABEE\b"
+ return RESERVED(t, "or")
+
+def t_pass(t):
+ r"I[ ]+IZ[ ]+CUTE\b"
+ return RESERVED(t, "pass")
+
+def t_forever(t):
+ r"WHILE[ ]+I[ ]+CUTE\b"
+ return INLINE(t, "while 1")
+
+def t_def(t):
+ r"SO[ ]+IM[ ]+LIKE\b"
+ return RESERVED(t, "def")
+
+def t_class(t):
+ r"ME[ ]+MAKE[ ]\b"
+ return RESERVED(t, "class")
+
+def t_future(t):
+ r"I[ ]+FUTURE[ ]+CAT[ ]+WITH\b"
+ t.type = "FUTURE"
+ return t
+
+def t_assert(t):
+ r"SO[ ]+GOOD\b"
+ return RESERVED(t, "assert")
+
+def t_assert_not(t):
+ r"AINT[ ]+GOOD\b"
+ return INLINE(t, "assert not ")
+
+def t_for(t):
+ r"GIMME[ ]+EACH\b"
+ return RESERVED(t, "for")
+
+def t_list(t):
+ r"ALL[ ]+OF\b"
+ return AUTOCALL(t, "tuple")
+
+RESERVED_VALUES = {
+ "EASTERBUNNY": ("NUMBER", "0"),
+ "CHEEZBURGER": ("NUMBER", "1"),
+ "CHOKOLET": ("NUMBER", "-1"),
+ "TWIN": ("NUMBER", "2"),
+ "TWINZ": ("NUMBER", "2"),
+ "TWINS": ("NUMBER", "2"),
+ "EVILTWIN": ("NUMBER", "-2"),
+ "EVILTWINZ": ("NUMBER", "-2"),
+ "EVILTWINS": ("NUMBER", "-2"),
+ "ALLFINGERZ": ("NUMBER", "10"),
+ "TOEZ": ("NUMBER", "-10"),
+ "ONE": ("NUMBER", "1"),
+ "ONCE": ("NUMBER", "1"),
+ "TWO": ("NUMBER", "2"),
+ "TWICE": ("NUMBER", "2"),
+ "THR33": ("NUMBER", "3"),
+ "FOUR": ("NUMBER", "4"),
+ "FIV": ("NUMBER", "5"),
+ "SIKS": ("NUMBER", "6"),
+ "SEVN": ("NUMBER", "7"),
+ "ATE": ("NUMBER", "8"),
+ "NINE": ("NUMBER", "9"),
+ "MEH": ("NAME", "False"),
+ "YEAH": ("NAME", "True"),
+ "VISIBLE": ("PRINT", "stdout"),
+ "COMPLAIN": ("PRINT", "stderr"),
+ "AND": ("OP", ","),
+ "BLACKHOLE": ("RESERVED", "ZeroDivisionError"),
+ "DONOTLIKE": ("AUTOCALL", "AssertionError"),
+
+ "ANTI": ("OP", "-"),
+ "IZ": ("RESERVED", "if"),
+ "GIMME": ("RESERVED", "import"),
+ "LIKE": ("RESERVED", "as"),
+ "OWN": ("OP", "."),
+
+ "PLZ": ("RESERVED", "try"),
+ "HALP": ("RESERVED", "raise"),
+ "WHATEVER": ("RESERVED", "finally"),
+ "KTHX": ("RESERVED", "continue"),
+ "KTHXBYE": ("RESERVED", "break"),
+
+ "OVER": ("OP", "/"),
+
+ "AINT": ("RESERVED", "not"),
+ "ME": ("RESERVED", "self"),
+
+ "STRING": ("AUTOCALL", "str"),
+ "NUMBR": ("AUTOCALL", "int"),
+ "BIGNESS": ("AUTOCALL", "len"),
+ "NUMBRZ": ("AUTOCALL", "range"),
+ "ADDED": ("AUTOCALL", ".append"),
+
+ "ARGZ": ("INLINE", "_lol_sys.argv"),
+ "THINGZ": ("INLINE", "()"), # invisible tuple didn't sound right
+ "THING": ("INLINE", "()"), # sometimes it's better in singular form
+ "MY": ("INLINE", "self."),
+ "MYSELF": ("INLINE", "(self)"),
+
+ "EVEN": ("INLINE", "% 2 == 0"),
+ "ODD": ("INLINE", "% 2 == 1"),
+ "WIF": ("RESERVED", "with"),
+ }
+
+def t_FLOAT(t):
+ r"""(?:\d+(?:\.\d*)?|\.\d+)(?:[eE][-+]? \d+)?"""
+ t.value = t.value
+ t.type = "NUMBER"
+ return t
+
+def t_INT(t):
+ r"\d+"
+ t.type = "NUMBER"
+ return t
+
+def t_INVISIBLE(t):
+ r"INVISIBLE([ ]+(LIST|STRING|BUCKET))?\b"
+ if "LIST" in t.value:
+ t.type = "INLINE"
+ t.value = "[]"
+ elif "STRING" in t.value:
+ t.type = "INLINE"
+ t.value = '""'
+ elif "BUCKET" in t.value:
+ t.type = "INLINE"
+ t.value = "{}"
+ else:
+ RESERVED(t, "None")
+ return t
+
+# Not consuming the newline. Needed for "IZ EASTERBUNNY? BTW comment"
+def t_COMMENT(t):
+ r"[ ]*(?:BTW|WTF)[^\n]*"
+ return t
+
+def t_NAME(t):
+ r'[a-zA-Z_][a-zA-Z0-9_]*'
+ if t.value in RESERVED_VALUES:
+ type, value = RESERVED_VALUES[t.value]
+ t.type = type
+ t.value = value
+ if t.type == "AUTOCALL":
+ t.lexer.paren_stack.append(")")
+ return t
+
+def t_WS(t):
+ r' [ ]+ '
+ if t.lexer.at_line_start and not t.lexer.paren_stack:
+ return t
+
+
+# Don't generate newline tokens when inside of parens
+def t_newline(t):
+ r'\n+'
+ t.lexer.lineno += len(t.value)
+ t.type = "NEWLINE"
+ if not t.lexer.paren_stack:
+ return t
+
+
+def t_error(t):
+ raise SyntaxError("Unknown symbol %r" % (t.value[0],))
+ print "Skipping", repr(t.value[0])
+ t.lexer.skip(1)
+
+
+## I implemented INDENT / DEDENT generation as a post-processing filter
+
+# The original lex token stream contains WS and NEWLINE characters.
+# WS will only occur before any other tokens on a line.
+
+# I have three filters. One tags tokens by adding two attributes.
+# "must_indent" is True if the token must be indented from the
+# previous code. The other is "at_line_start" which is True for WS
+# and the first non-WS/non-NEWLINE on a line. It flags the check so
+# see if the new line has changed indication level.
+
+# Python's syntax has three INDENT states
+# 0) no colon hence no need to indent
+# 1) "if 1: go()" - simple statements have a COLON but no need for an indent
+# 2) "if 1:\n go()" - complex statements have a COLON NEWLINE and must indent
+NO_INDENT = 0
+MAY_INDENT = 1
+MUST_INDENT = 2
+
+# only care about whitespace at the start of a line
+def track_tokens_filter(lexer, tokens):
+ lexer.at_line_start = at_line_start = True
+ indent = NO_INDENT
+ for token in tokens:
+ token.at_line_start = at_line_start
+
+ if token.type == "COLON":
+ at_line_start = False
+ indent = MAY_INDENT
+ token.must_indent = False
+
+ elif token.type == "NEWLINE":
+ at_line_start = True
+ if indent == MAY_INDENT:
+ indent = MUST_INDENT
+ token.must_indent = False
+
+ elif token.type == "WS":
+ assert token.at_line_start == True
+ at_line_start = True
+ token.must_indent = False
+
+ elif token.type == "COMMENT":
+ pass
+
+ else:
+ # A real token; only indent after COLON NEWLINE
+ if indent == MUST_INDENT:
+ token.must_indent = True
+ else:
+ token.must_indent = False
+ at_line_start = False
+
+ indent = NO_INDENT
+
+ yield token
+ lexer.at_line_start = at_line_start
+
+def _new_token(type, lineno):
+ tok = lex.LexToken()
+ tok.type = type
+ tok.value = None
+ tok.lineno = lineno
+ tok.lexpos = -1
+ return tok
+
+# Synthesize a DEDENT tag
+def DEDENT(lineno):
+ return _new_token("DEDENT", lineno)
+
+# Synthesize an INDENT tag
+def INDENT(lineno):
+ return _new_token("INDENT", lineno)
+
+
+# Track the indentation level and emit the right INDENT / DEDENT events.
+def indentation_filter(tokens):
+ # A stack of indentation levels; will never pop item 0
+ levels = [0]
+ token = None
+ depth = 0
+ prev_was_ws = False
+ for token in tokens:
+## if 1:
+## print "Process", token,
+## if token.at_line_start:
+## print "at_line_start",
+## if token.must_indent:
+## print "must_indent",
+## print
+
+ # WS only occurs at the start of the line
+ # There may be WS followed by NEWLINE so
+ # only track the depth here. Don't indent/dedent
+ # until there's something real.
+ if token.type == "WS":
+ assert depth == 0
+ depth = len(token.value)
+ prev_was_ws = True
+ # Don't forward WS to the parser
+ continue
+
+ if token.type == "NEWLINE":
+ depth = 0
+ if prev_was_ws or token.at_line_start:
+ # ignore blank lines
+ continue
+ # pass the other cases on through
+ yield token
+ continue
+
+ if token.type == "COMMENT":
+ yield token
+ continue
+
+ # then it must be a real token (not WS, not NEWLINE)
+ # which can affect the indentation level
+
+ prev_was_ws = False
+ if token.must_indent:
+ # The current depth must be larger than the previous level
+ if not (depth > levels[-1]):
+ raise IndentationError("expected an indented block")
+
+ levels.append(depth)
+ yield INDENT(token.lineno)
+
+ elif token.at_line_start:
+ # Must be on the same level or one of the previous levels
+ if depth == levels[-1]:
+ # At the same level
+ pass
+ elif depth > levels[-1]:
+ raise IndentationError("indentation increase but not in new block")
+ else:
+ # Back up; but only if it matches a previous level
+ try:
+ i = levels.index(depth)
+ except ValueError:
+ raise IndentationError("inconsistent indentation")
+ for _ in range(i+1, len(levels)):
+ yield DEDENT(token.lineno)
+ levels.pop()
+
+ yield token
+
+ ### Finished processing ###
+
+ # Must dedent any remaining levels
+ if len(levels) > 1:
+ assert token is not None
+ for _ in range(1, len(levels)):
+ yield DEDENT(token.lineno)
+
+
+# The top-level filter adds an ENDMARKER, if requested.
+# Python's grammar uses it.
+def token_filter(lexer, add_endmarker = True):
+ token = None
+ tokens = iter(lexer.token, None)
+ tokens = track_tokens_filter(lexer, tokens)
+ for token in indentation_filter(tokens):
+ yield token
+
+ if add_endmarker:
+ lineno = 1
+ if token is not None:
+ lineno = token.lineno
+ yield _new_token("ENDMARKER", lineno)
+
+class LOLLexer(object):
+ def __init__(self, debug=0, optimize=0, lextab='lextab', reflags=0):
+ self.lexer = lex.lex(debug=debug, optimize=optimize,
+ lextab=lextab, reflags=reflags)
+ self.token_stream = None
+ def input(self, s, add_endmarker=True):
+ self.lexer.paren_stack = []
+ self.lexer.input(s)
+ self.token_stream = token_filter(self.lexer, add_endmarker)
+ def token(self):
+ try:
+ return self.token_stream.next()
+ except StopIteration:
+ return None
+
+# Helper class to generate logically correct indented Python code
+class IndentWriter(object):
+ def __init__(self, outfile):
+ self.outfile = outfile
+ self.at_first_column = True
+ self.indent = 0
+ def write(self, text):
+ if self.at_first_column:
+ self.outfile.write(" "*self.indent)
+ self.at_first_column = False
+ self.outfile.write(text)
+
+# Split things up because the from __future__ statements must
+# go before any other code.
+HEADER = """# LOLPython to Python converter version 1.0
+# Written by Andrew Dalke, who should have been working on better things.
+
+"""
+
+BODY = """
+# sys is used for COMPLAIN and ARGZ
+import sys as _lol_sys
+
+"""
+
+def to_python(s):
+ L = LOLLexer()
+ L.input(s)
+
+ header = StringIO()
+ header.write(HEADER)
+ header_output = IndentWriter(header)
+
+ body = StringIO()
+ body.write(BODY)
+ body_output = IndentWriter(body)
+
+ write = body_output.write
+ output = body_output
+
+ for t in iter(L.token_stream):
+ if t.type == "NAME":
+ # Need to escape names which are Python variables Do that
+ # by appending an "_". But then I also need to make sure
+ # that "yield_" does not collide with "yield". And you
+ # thought you were being clever trying to use a Python
+ # variable. :)
+ name = t.value.rstrip("_")
+ if name in keyword.kwlist:
+ write(t.value + "_ ")
+ else:
+ write(t.value + " ")
+
+ elif t.type in ("RESERVED", "OP", "NUMBER", "CLOSE"):
+ # While not pretty, I'll put a space after each
+ # term because it's the simplest solution. Otherwise
+ # I'll need to track the amount of whitespace between
+ # the tokens in the original text.
+ write(t.value+" ")
+
+ # XXX escape names which are special in Python!
+ elif t.type == "STRING":
+ write(repr(t.value) + " ")
+
+ elif t.type == "COMMENT":
+ # Not enough information to keep comments on the correct
+ # indentation level. This is good enough. Ugly though.
+ # Maybe I need to fix the tokenizer.
+ write("#"+ t.value[3:]+"\n")
+ output.at_first_column = True
+
+ elif t.type == "COLON":
+ write(":")
+
+ elif t.type == "INDENT":
+ output.indent += 1
+ pass
+ elif t.type == "DEDENT":
+ output.indent -= 1
+ pass
+ elif t.type == "NEWLINE":
+ write(t.value)
+ output.at_first_column = True
+ output = body_output
+ write = output.write
+ elif t.type == "PRINT":
+ if t.value == "stdout":
+ write("print ")
+ elif t.value == "stderr":
+ write("print >>_lol_sys.stderr, ")
+ else:
+ raise AssertionError(t.value)
+ elif t.type == "AUTOCALL":
+ write(t.value + "(")
+ elif t.type == "INLINE":
+ write(t.value)
+ elif t.type == "ENDMARKER":
+ write("\n# The end.\n")
+ elif t.type == "WS":
+ output.leading_ws = t.value
+ elif t.type == "FUTURE":
+ # Write to the header. This is a hack. Err, a hairball.
+ output = header_output
+ write = output.write
+ write("from __future__ import ")
+
+ else:
+ raise AssertionError(t.type)
+
+ return header.getvalue() + body.getvalue()
+
+
+# API code for doing the translation and exec'ing the result
+
+def execfile(infile, module_name="__lolmain__"):
+ "file, module_name -- exec the lolpython file in a newly created module"
+ if not hasattr(infile, "read"):
+ s = open(infile).read()
+ else:
+ s = infile.read()
+ return execstring(s, module_name)
+
+def execstring(s, module_name="__lolmain__"):
+ "s, module_name -- exec the lolpython string in a newly created module"
+ python_s = to_python(s)
+ # Doing this bit of trickiness so I can have LOLPython code act
+ # like __main__. This fix is enough to fool unittest.
+ m = types.ModuleType(module_name)
+ sys.modules[module_name] = m
+ exec python_s in m.__dict__
+ return m
+
+def convert_file(infile, outfile):
+ "read LOLPython code from infile, write converted Python code to outfile"
+ if not hasattr(outfile, "write"):
+ outfile = open(outfile, "w")
+ outfile.write(to_python(infile.read()))
+
+def convert(filenames):
+ "convert LOLPython filenames into corresponding Python '.py' files"
+ if not filenames:
+ convert_file(sys.stdin, sys.stdout)
+ else:
+ for filename in filenames:
+ base, ext = os.path.splitext(filename)
+ convert_file(open(filename), open(base+".py", "w"))
+
+def help():
+ print """convert and run a lolpython program
+Commands are:
+ lolpython Read a lolpython program from stdin and execute it
+ lolpython --convert Convert a lolpython program from stdin
+ and generate python to stdout
+ lolpython --convert filename1 [filename....]
+ Convert a list of lolpython files into Python files
+ lolpython filename [arg1 [arg2 ...]]
+ Run a lolpython program using optional arguments
+"""
+
+def main(argv):
+ if len(argv) >= 2:
+ if argv[1] == "--convert":
+ convert(argv[2:])
+ return
+ if argv[1] == "--help":
+ help()
+ return
+ if argv[1] == "--version":
+ print __NAME__ + " " + __VERSION__
+ return
+
+ # otherwise, run the lolpython program
+ sys.argv = sys.argv[1:]
+ filename = sys.argv[0]
+ execfile(filename, "__main__")
+ else:
+ # commands from stdin
+ execfile(sys.stdin)
+
+
+
+if __name__ == "__main__":
+ main(sys.argv)
generated by cgit v1.2.3-71-gd317 (git 2.46.0) at 2025-12-14 12:00:37 +0000