moculus
parent
ef56ae12bc
commit
bfa188627e
41
mode/java.py
41
mode/java.py
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@ -3,6 +3,7 @@ import context
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from lex import Grammar, PatternRule, RegionRule
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from mode.python import StringGrammar2
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from mode.c import CTabber2
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from parse import Any, And, Or, Optional, Name, Match, Matchs
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class CommentGrammar(Grammar):
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rules = [
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@ -60,6 +61,23 @@ class JavaTabber2(tab.StackTabber2):
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'comment.data', 'comment.null', 'comment.end')
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class JavaContext(context.Context):
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class_match = And(Optional(Name('spaces')),
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Matchs('keyword', ('public', 'protected', 'private')),
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Name('spaces'),
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Match('keyword', 'class'),
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Name('spaces'),
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Name('identifier'))
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class_offset = 1
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method_match = And(Optional(Name('spaces')),
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Matchs('keyword', ('public', 'protected', 'private')),
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Name('spaces'),
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Optional(And(Match('keyword', 'static'), Name('spaces'))),
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Any(),
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Name('spaces'),
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Name('identifier'),
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Optional(Name('spaces')),
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Match('delimiter', '('))
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method_offset = 2
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def _regen_stack(self, y):
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if y > 0 and self.namelines[y - 1][1]:
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return list(self.namelines[y - 1][1])
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@ -78,24 +96,29 @@ class JavaContext(context.Context):
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g = highlights.tokens[i]
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gl = len(g)
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if gl > 2 and g[0].match('keyword', 'class'):
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curr = g[2].string
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elif gl > 4 and g[2].match('keyword', 'class'):
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curr = g[4].string
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result = self.class_match.match(g)
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if result:
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n = result[0] - self.class_offset
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curr = g[n].string
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result = self.method_match.match(g)
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if result:
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n = result[0] - self.method_offset
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curr = g[n].string
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if curr is not None and curr not in self.names:
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self.names[curr] = i
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if i == y2 - 1 and curr != self.namelines[i][0] and y2 < blen:
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y2 += 1
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for t in g:
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if t.match('delimiter', '{'):
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stack.append(t.string)
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stack.append(curr)
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elif t.match('delimiter', '}'):
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#assert stack, "uh oh"
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if stack:
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stack.pop(-1)
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if stack:
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curr = stack[-1]
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else:
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curr = None
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if curr:
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self.namelines[i] = (curr, tuple(stack))
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128
parse.py
128
parse.py
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@ -1,23 +1,80 @@
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import re
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import lex
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MAX_MAX = 1024
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class Rule(object):
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def __init__(self, *rules):
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self.rules = rules
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def match(self, tokens):
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if not tokens:
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return []
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return self._match(tokens)
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def _match(self, tokens):
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raise Exception("unimplemented")
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class Any(Rule):
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def __init__(self):
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pass
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def _match(self, tokens):
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if tokens:
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return [1]
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else:
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return []
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class Name(Rule):
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def __init__(self, name):
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self.name = name
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def _match(self, tokens):
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if tokens[0].name == self.name:
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return [1]
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else:
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return []
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class Names(Rule):
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def __init__(self, names):
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self.names = names
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def _match(self, tokens):
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if token.name in self.names:
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return [1]
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else:
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return []
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class String(Rule):
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def __init__(self, s):
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self.string = s
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def _match(self, tokens):
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if token.string == self.string:
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return [1]
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else:
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return []
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class Strings(Rule):
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def __init__(self, ss):
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self.strings = ss
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def _match(self, tokens):
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if token.string in self.strings:
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return [1]
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else:
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return []
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class Stringre(Rule):
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def __init__(self, r):
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self.regex = re.compile(r)
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def _match(self, tokens):
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if self.regex.match(token.string):
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return [1]
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else:
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return []
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class Match(Rule):
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method = lex.Token.match
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def __init__(self, *args):
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self.args = args
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def match(self, tokens):
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if not tokens:
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return False
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elif method(tokens[0], *self.args):
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tokens.pop(0)
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return True
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return []
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elif self.method(tokens[0], *self.args):
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return [1]
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else:
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return False
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return []
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class Matchs(Match):
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method = lex.Token.matchs
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class Matchp(Match):
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@ -32,16 +89,20 @@ class Fqmatchp(Match):
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class And(Rule):
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def match(self, tokens):
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n = 0
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for r in self.rules:
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if not r.match(tokens):
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return False
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return True
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result = r.match(tokens[n:])
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if not result:
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return []
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n += result[0]
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return [n]
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class Or(Rule):
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def match(self, tokens):
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for r in self.rules:
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if r.match(tokens):
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return True
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return False
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result = r.match(tokens[n:])
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if result:
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return result
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return []
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class Repeat(Rule):
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def __init__(self, rule, minimum, maximum):
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@ -49,27 +110,40 @@ class Repeat(Rule):
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self.minimum = minimum
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self.maximum = maximum
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def match(self, tokens):
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n = 0
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for i in range(0, self.minimum):
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if not self.rule.match(tokens):
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return False
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while self.rules.match(tokens):
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pass
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return True
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self.rule.match(tokens)
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return True
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result = self.rule.match(tokens[n:])
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if not result:
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return []
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n += result[0]
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for i in range(self.minimum, self.maximum):
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result = self.rule.match(tokens[n:])
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if not result:
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return [n]
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n += result[0]
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return [n]
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class Star(Rule):
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class Optional(Repeat):
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def __init__(self, rule):
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self.rule = rule
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def match(self, tokens):
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if not self.rule.match(tokens):
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return False
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while self.rules.match(tokens):
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pass
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return True
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self.minimum = 0
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self.maximum = 1
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class Star(Repeat):
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def __init__(self, rule):
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self.rule = rule
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self.minimum = 0
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self.maximum = MAX_MAX
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class Plus(Repeat):
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def __init__(self, rule):
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self.rule = rule
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self.minimum = 1
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self.maximum = MAX_MAX
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class End(Rule):
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def __init__(self):
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pass
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def match(self, tokens):
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return not tokens
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if tokens:
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return []
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else:
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return [0]
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