def getAccessCode(self, sym):
if (sym.ns is not None and sym.ns == self.getNS().__name__) \
or sym.ns is None:
if self.getNS() is None:
raise CompilerException("no namespace has been defined", None)
if not hasattr(self.getNS(), RT.name(sym)):
raise CompilerException("could not resolve '" + str(sym) + "', '" \
+ RT.name(sym) + "' not found in " + self.getNS().__name__ +
" reference " + str(self.getNamesString(False)), None)
var = getattr(self.getNS(), RT.name(sym))
return [GlobalPtr(self.getNS(), RT.name(sym))]
if hasattr(self.getNS(), "__aliases__") and \
symbol(sym.ns) in self.getNS().__aliases__:
sym = symbol(self.getNS().__aliases__[symbol(sym.ns)].__name__,
RT.name(sym))
splt = []
if sym.ns is not None:
module = findNamespace(sym.ns)
if not hasattr(module, RT.name(sym)):
raise CompilerException(
str(module) + " does not define " + RT.name(sym), None)
return [GlobalPtr(module, RT.name(sym))]
code = LOAD_ATTR if sym.ns else LOAD_GLOBAL
#if not sym.ns and RT.name(sym).find(".") != -1 and RT.name(sym) != "..":
raise CompilerException(
"unqualified dotted forms not supported: " + str(sym), sym)
if len(RT.name(sym).replace(".", "")):
splt.extend((code, attr) for attr in RT.name(sym).split("."))
else:
splt.append((code, RT.name(sym)))
return splt
def getAccessCode(self, sym):
if (sym.ns is not None and sym.ns == self.getNS().__name__) \
or sym.ns is None:
if self.getNS() is None:
raise CompilerException("no namespace has been defined", None)
if not hasattr(self.getNS(), sym.name):
raise CompilerException("could not resolve '" + str(sym) + "', '" \
+ sym.name + "' not found in " + self.getNS().__name__ +
" reference " + str(self.getNamesString(False)), None)
var = getattr(self.getNS(), sym.name)
return [GlobalPtr(self.getNS(), sym.name)]
if hasattr(self.getNS(), "__aliases__") and \
symbol(sym.ns) in self.getNS().__aliases__:
sym = symbol(self.getNS().__aliases__[symbol(sym.ns)].__name__, sym.name)
splt = []
if sym.ns is not None:
module = findNamespace(sym.ns)
if not hasattr(module, sym.name):
raise CompilerException(str(module) + " does not define " + sym.name, None)
return [GlobalPtr(module, sym.name)]
code = LOAD_ATTR if sym.ns else LOAD_GLOBAL
#if not sym.ns and sym.name.find(".") != -1 and sym.name != "..":
raise CompilerException("unqualified dotted forms not supported: " + str(sym), sym)
if len(sym.name.replace(".", "")):
splt.extend((code, attr) for attr in sym.name.split("."))
else:
splt.append((code, sym.name))
return splt
def find(sym):
from clojure.lang.namespace import find as findNamespace
if sym.ns is None:
raise InvalidArgumentException("Symbol must be namespace-qualified")
ns = findNamespace(symbol(sym.ns))
if ns is None:
raise InvalidArgumentException("No such namespace " + str(sym.ns))
return getattr(ns, sym.name)
def find(sym):
from clojure.lang.namespace import find as findNamespace
if sym.ns is None:
raise InvalidArgumentException("Symbol must be namespace-qualified")
ns = findNamespace(symbol(sym.ns))
if ns is None:
raise InvalidArgumentException("No such namespace " + str(sym.ns))
return getattr(ns, sym.name)
def registerFns(ns, fns):
ns = findNamespace(ns)
protofns = {}
for fn in fns:
fname = ns.__name__ + fn
if hasattr(ns, fn):
proto = getattr(ns, fn)
else:
proto = ProtocolFn(fname)
setattr(ns, fn, proto)
proto.__name__ = fn
protofns[fn] = proto
return protofns
def registerFns(ns, fns):
ns = findNamespace(ns)
protofns = {}
for fn in fns:
fname = ns.__name__ + fn
if hasattr(ns, fn):
proto = getattr(ns, fn)
else:
proto = ProtocolFn(fname)
setattr(ns, fn, proto)
proto.__name__ = fn
protofns[fn] = proto
return protofns
def protocolFromType(ns, tp):
"""Considers the input type to be a prototype for a protocol. Useful for
turning abstract classes into protocols"""
fns = []
for x in dir(tp):
if not x.startswith("_"):
fns.append(x)
thens = findNamespace(ns)
proto = Protocol(ns, tp.__name__, fns)
if not hasattr(tp, "__protocols__"):
tp.__protocols__ = []
tp.__protocols__.append(proto)
if not hasattr(thens, tp.__name__):
setattr(thens, tp.__name__, proto)
return proto
def protocolFromType(ns, tp):
"""Considers the input type to be a prototype for a protocol. Useful for
turning abstract classes into protocols"""
fns = []
for x in dir(tp):
if not x.startswith("_"):
fns.append(x)
thens = findNamespace(ns)
proto = Protocol(ns, tp.__name__, fns)
tp.__exactprotocol__ = proto
tp.__exactprotocolclass__ = tp
if not hasattr(tp, "__protocols__"):
tp.__protocols__ = []
tp.__protocols__.append(proto)
if not hasattr(thens, tp.__name__):
setattr(thens, tp.__name__, proto)
return proto
def getAccessCode(self, sym):
print sym
if (sym.ns is not None and sym.ns == self.nsString) \
or sym.ns is None:
if self.getNS() is None:
raise CompilerException("no namespace has been defined", None)
if not hasattr(self.getNS(), RT.name(sym)):
raise CompilerException(
"could not resolve '{0}', '{1}' not found in {2} reference {3}".
format(sym, RT.name(sym), self.getNS().__name__,
self.getNamesString(False)),
None)
var = getattr(self.getNS(), RT.name(sym))
return maybeDeref(self.ns, self.nsString, RT.name(sym), self.nsString)
if symbol(sym.ns) in getattr(self.getNS(), "__aliases__", {}):
sym = symbol(self.getNS().__aliases__[symbol(sym.ns)].__name__, RT.name(sym))
splt = []
if sym.ns is not None:
module = findNamespace(sym.ns)
if not hasattr(module, RT.name(sym)):
raise CompilerException(
"{0} does not define {1}".format(module, RT.name(sym)),
None)
return getAttrChain(sym.getNamespace() + "." + sym.getName())
code = LOAD_ATTR if sym.ns else LOAD_GLOBAL
#if not sym.ns and RT.name(sym).find(".") != -1 and RT.name(sym) != "..":
raise CompilerException(
"unqualified dotted forms not supported: {0}".format(sym), sym)
if len(RT.name(sym).replace(".", "")):
splt.extend((code, attr) for attr in RT.name(sym).split("."))
else:
splt.append((code, RT.name(sym)))
return splt
def getAccessCode(self, sym):
if (sym.ns is not None and sym.ns == self.getNS().__name__) \
or sym.ns is None:
if not hasattr(self.getNS(), sym.name):
raise CompilerException("could not resolve " + str(sym) + " " \
+ sym.name + " not found in " + self.getNS().__name__, sym)
var = getattr(self.getNS(), sym.name)
if isinstance(var, Var):
if (var.isDynamic()):
return [(LOAD_CONST, var.deref), (CALL_FUNCTION, 0)]
else:
return [(LOAD_CONST, var.deref())]
return [(LOAD_GLOBAL, sym.name)]
splt = []
if sym.ns is not None:
module = findNamespace(sym.ns)
if not hasattr(module, sym.name):
raise CompilerException(
str(module) + " does not define " + sym.name, None)
attr = getattr(module, sym.name)
if isinstance(attr, Var):
splt.append((LOAD_CONST, attr.deref))
splt.append((CALL_FUNCTION, 0))
else:
splt.append((LOAD_CONST, module))
splt.append((LOAD_ATTR, sym.name))
return splt
code = LOAD_ATTR if sym.ns else LOAD_GLOBAL
if not sym.ns and sym.name.find(".") != -1 and sym.name != "..":
raise CompilerException(
"unqualified dotted forms not supported: " + str(sym), sym)
if len(sym.name.replace(".", "")):
splt.extend((code, attr) for attr in sym.name.split("."))
else:
splt.append((code, sym.name))
return splt
def getAccessCode(self, sym):
if (sym.ns is not None and sym.ns == self.getNS().__name__) \
or sym.ns is None:
if not hasattr(self.getNS(), sym.name):
raise CompilerException("could not resolve " + str(sym) + " " \
+ sym.name + " not found in " + self.getNS().__name__, sym)
var = getattr(self.getNS(), sym.name)
if isinstance(var, Var):
if (var.isDynamic()):
return [(LOAD_CONST, var.deref),
(CALL_FUNCTION, 0)]
else:
return [(LOAD_CONST, var.deref())]
return [(LOAD_GLOBAL, sym.name)]
splt = []
if sym.ns is not None:
module = findNamespace(sym.ns)
if not hasattr(module, sym.name):
raise CompilerException(str(module) + " does not define " + sym.name, None)
attr = getattr(module, sym.name)
if isinstance(attr, Var):
splt.append((LOAD_CONST, attr.deref))
splt.append((CALL_FUNCTION, 0))
else:
splt.append((LOAD_CONST, module))
splt.append((LOAD_ATTR, sym.name))
return splt
code = LOAD_ATTR if sym.ns else LOAD_GLOBAL
if not sym.ns and sym.name.find(".") != -1 and sym.name != "..":
raise CompilerException("unqualified dotted forms not supported: " + str(sym), sym)
if len(sym.name.replace(".", "")):
splt.extend((code, attr) for attr in sym.name.split("."))
else:
splt.append((code, sym.name))
return splt
