def parse_statement(l, loc):
if l.keyword('python'):
l.require(':')
l.expect_block("python block")
source = l.python_block()
code = renpy.ast.PyCode(source, loc)
return testast.Python(loc, code)
# Single-line statements only below here.
l.expect_noblock('statement')
if l.match(r'\$'):
source = l.require(l.rest)
code = renpy.ast.PyCode(source, loc)
return testast.Python(loc, code)
elif l.keyword('assert'):
source = l.require(l.rest)
return testast.Assert(loc, source)
rv = parse_clause(l, loc)
if l.keyword("until"):
right = parse_clause(l, loc)
rv = testast.Until(rv, right)
return rv
def parse_statement(l, loc):
if l.keyword('python'):
l.require(':')
l.expect_block("python block")
source = l.python_block()
code = renpy.ast.PyCode(source, loc)
return testast.Python(loc, code)
if l.keyword("if"):
l.expect_block("if block")
condition = parse_clause(l, loc)
l.require(':')
block = parse_block(l.subblock_lexer(False), loc)
return testast.If(loc, condition, block)
# Single-line statements only below here.
l.expect_noblock('statement')
if l.match(r'\$'):
source = l.require(l.rest)
code = renpy.ast.PyCode(source, loc)
return testast.Python(loc, code)
elif l.keyword('assert'):
source = l.require(l.rest)
return testast.Assert(loc, source)
elif l.keyword('jump'):
target = l.require(l.name)
return testast.Jump(loc, target)
elif l.keyword('call'):
target = l.require(l.name)
return testast.Call(loc, target)
rv = parse_clause(l, loc)
if l.keyword("until"):
right = parse_clause(l, loc)
rv = testast.Until(loc, rv, right)
return rv
