def visit_CallFunc(self, node, *args, **kwargs):
p1expl = P1Explicate.visit_CallFunc(self, node, *args, **kwargs)
# convert the remaining CallFuncs to indirect since they are from a def or a lambda
if isinstance(node.node, Name) and node.node.name == 'input_int':
return p1expl
#CallFunc and CallFuncIndirect: node, args, star_args = None, dstar_args = None, lineno=None
# def f(x): x
# a[0] = f
# 4 + a[0](4)
# all arguments should already be explicated at this point.
return CallFuncIndirect(p1expl.node, p1expl.args, p1expl.star_args, p1expl.dstar_args, p1expl.lineno)
def visit_CallFunc(self, node, *args, **kwargs):
p1expl = P1Explicate.visit_CallFunc(self, node, *args, **kwargs)
# convert the remaining CallFuncs to indirect since they are from a def or a lambda
if isinstance(node.node, Name) and node.node.name == 'input_int':
return p1expl
#CallFunc and CallFuncIndirect: node, args, star_args = None, dstar_args = None, lineno=None
# def f(x): x
# a[0] = f
# 4 + a[0](4)
# all arguments should already be explicated at this point.
return CallFuncIndirect(p1expl.node, p1expl.args, p1expl.star_args,
p1expl.dstar_args, p1expl.lineno)
varname = self.varalloc.get_next_var()
return (Name(varname), exprstmtlist + substmtlist + [
Assign([AssName(varname, 'OP_ASSIGN')],
Subscript(exprvar, node.flags, subvar))
])
else:
return P0Flattener.flatten(self, node)
if __name__ == "__main__":
import compiler, sys
from p0parser import P0Parser
from p1explicate import P1Explicate
if len(sys.argv) < 2:
sys.exit(1)
testcases = sys.argv[1:]
for testcase in testcases:
#parser = P0Parser()
#parser.build()
#ast = parser.parseFile(testcase)
ast = compiler.parseFile(testcase)
varalloc = VariableAllocator()
p1explicator = P1Explicate(varalloc)
ast = p1explicator.explicate(ast)
p1flattener = P1Flattener(varalloc, True)
stmtlist = p1flattener.flatten(ast)
print stmtlist
print prettyAST(stmtlist)
print '\n'.join([pretty(x) for x in stmtlist.node.nodes])
def __init__(self, varalloc, handleLambdas=True):
P1Explicate.__init__(self, varalloc)
self.handleLambdas = handleLambdas
def __init__(self, varalloc, handleLambdas=True):
P1Explicate.__init__(self, varalloc)
self.handleLambdas = handleLambdas
import sys, compiler
from p0parser import P0Parser
from p1explicate import P1Explicate
from p1flattener import P1Flattener
from p1insselector import P1InstructionSelector
from p1regallocator import P1RegAllocator
from p1ifinsselector import P1IfInstructionSelector
if len(sys.argv) < 2:
sys.exit(1)
testcases = sys.argv[1:]
for testcase in testcases:
#parser = P0Parser()
#parser.build()
ast = compiler.parseFile(testcase)
#ast = parser.parseFile(testcase)
ast = compiler.parseFile(testcase)
varalloc = VariableAllocator()
explicate = P1Explicate(varalloc)
ast = explicate.explicate(ast)
flattener = P1Flattener(varalloc)
stmtlist = flattener.flatten(ast)
insselector = P1InstructionSelector(varalloc)
program = insselector.visit(stmtlist)
regallocator = P1RegAllocator(program, varalloc)
program = regallocator.substitute()
ifinsselector = P1IfInstructionSelector(varalloc,
insselector.labelalloc)
program = ifinsselector.visit(program)
print program
print prettyAST(program)