def requireClj(filename, stopafter=None):
with open(filename) as fl:
r = StringReader(fl.read())
RT.init()
comp = Compiler()
comp.setFile(filename)
pushThreadBindings({currentCompiler: comp})
#o = open(filename+".cljc", "w")
try:
while True:
EOF = object()
s = read(r, False, EOF, True)
if s is EOF:
break
#cPickle.dump(s, o)
try:
res = comp.compile(s)
comp.executeCode(res)
if stopafter is not None:
if hasattr(comp.getNS(), stopafter):
break
except Exception as exp:
print s, filename
raise
except IOError as e:
pass
finally:
popThreadBindings()
def requireClj(filename, stopafter=None):
"""Compiles and executes the code in a clj file.
If `stopafter` is given, then stop execution as soon as the `stopafter`
name is defined in the current namespace of the compiler.
"""
with open(filename) as fl:
r = StringReader(fl.read())
RT.init()
comp = Compiler()
comp.setFile(filename)
with threadBindings({currentCompiler:
comp}): #, open(filename + ".cljc", "w") as o:
try:
while True:
EOF = object()
s = read(r, False, EOF, True)
if s is EOF:
break
#cPickle.dump(s, o)
try:
res = comp.compile(s)
comp.executeCode(res)
if stopafter is not None and hasattr(
comp.getNS(), stopafter):
break
except Exception as exp:
print s, filename
raise
except IOError as e:
pass
def requireClj(filename, stopafter=None):
"""Compiles and executes the code in a clj file.
If `stopafter` is given, then stop execution as soon as the `stopafter`
name is defined in the current namespace of the compiler.
"""
with open(filename) as fl:
r = StringReader(fl.read())
RT.init()
comp = Compiler()
comp.setFile(filename)
with threadBindings({currentCompiler: comp}): #, open(filename + ".cljc", "w") as o:
try:
while True:
EOF = object()
s = read(r, False, EOF, True)
if s is EOF:
break
#cPickle.dump(s, o)
try:
res = comp.compile(s)
comp.executeCode(res)
if stopafter is not None and hasattr(comp.getNS(), stopafter):
break
except Exception as exp:
print s, filename
raise
except IOError as e:
pass
def requireClj(filename, stopafter="concat"):
with open(filename) as fl:
r = StringReader(fl.read())
RT.init()
comp = Compiler()
comp.setFile(filename)
pushThreadBindings({currentCompiler: comp})
#o = open(filename+".cljc", "w")
try:
while True:
EOF = object()
s = read(r, False, EOF, True)
if s is EOF:
break
#cPickle.dump(s, o)
try:
res = comp.compile(s)
print s, res
comp.executeCode(res)
if stopafter is not None and hasattr(comp.getNS(), stopafter):
break
except Exception as exp:
print s, filename
raise
except IOError as e:
pass
finally:
popThreadBindings()
def requireClj(filename, stopafter=None):
with open(filename) as fl:
r = StringReader(fl.read())
RT.init()
comp = Compiler()
comp.setFile(filename)
currentCompiler.set(comp)
try:
while True:
s = read(r, True, None, True)
try:
res = comp.compile(s)
comp.executeCode(res)
if stopafter is not None:
if hasattr(comp.getNS(), stopafter):
break
except IOError as exp:
print s
raise exp
while True:
ch = r.read()
if ch == "":
raise IOError()
if ch not in [" ", "\t", "\n", "\r"]:
r.back()
break
except IOError as e:
pass
def testIntegerReader_PASS(self):
# base 8
for k, v in base8IntegerMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
# base 10
for k, v in base10IntegerMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
# base 16
for k, v in base16IntegerMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
# base N
for k, v in baseNIntegerMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
def testIntegerReader_PASS(self):
# base 8
for k, v in base8IntegerMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
# base 10
for k, v in base10IntegerMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
# base 16
for k, v in base16IntegerMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
# base N
for k, v in baseNIntegerMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
def compileActual(self, code):
r = StringReader(code)
s = read(r, True, None, True)
res = self.comp.compile(s)
fn = self.comp.executeCode(res)
return [
c for c in Code.from_code(fn.deref().func_code).code[:]
if c[0] is not SetLineno
]
def main():
requireClj(os.path.dirname(__file__) + "/core.clj")
RT.init()
comp = Compiler()
currentCompiler.set(comp)
comp.setNS(symbol("user"))
if not sys.argv[1:]:
while True:
try:
line = raw_input(comp.getNS().__name__ + "=> ")
except EOFError:
break
if not line:
continue
while unbalanced(line):
try:
line += raw_input('.' * len(comp.getNS().__name__) + '.. ')
except EOFError:
break
# Propogate break from above loop.
if unbalanced(line):
break
r = StringReader(line)
s = read(r, True, None, True)
try:
res = comp.compile(s)
print comp.executeCode(res)
except Exception:
traceback.print_exc()
else:
for x in sys.argv[1:]:
requireClj(x)
def requireClj(filename, stopafter=None):
with open(filename) as fl:
r = StringReader(fl.read())
RT.init()
comp = Compiler()
comp.setFile(filename)
currentCompiler.set(comp)
# o = open(filename+".cljc", "w")
try:
while True:
s = read(r, False, None, True)
if s is None:
break
# cPickle.dump(s, o)
try:
res = comp.compile(s)
comp.executeCode(res)
if stopafter is not None:
if hasattr(comp.getNS(), stopafter):
break
except Exception as exp:
print s, filename
raise
while True:
ch = r.read()
if ch == "":
raise IOError()
if ch not in [" ", "\t", "\n", "\r"]:
r.back()
break
except IOError as e:
pass
def testRationalReader_PASS(self):
for k, v in rationalMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
def eval(self, code):
r = StringReader(code)
s = read(r, True, None, True)
res = self.comp.compile(s)
return self.comp.executeCode(res)
def testFloatingPointReader_PASS(self):
for k, v in floatingPointMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
def execute(string):
r = StringReader(string)
s = read(r, False, None, True)
res = comp.compile(s)
return comp.executeCode(res)
def testReturnedType_PASS(self):
for k, v in returnedType_PASS.items():
r = StringReader(k)
self.assertEqual(type(read(r, False, sentinal, False)), v)
def run_repl(opts, comp=None):
"""Initializes and runs the REPL. Assumes that RT.init has been called.
Repeatedly reads well-formed forms from stdin (with an interactive prompt
if a tty) and evaluates them (and prints the result if a tty). Exits on
EOF.
"""
if not opts.quiet and os.isatty(0):
print VERSION_MSG
if comp is None:
curr = currentCompiler.get(lambda: None)
if curr == None:
comp = Compiler()
currentCompiler.set(comp)
else:
comp = curr
comp.setNS(Symbol("user"))
core = sys.modules["clojure.core"]
for i in dir(core):
if not i.startswith("_"):
setattr(comp.getNS(), i, getattr(core, i))
line = opts.cmd
last3 = [None, None, None]
def firstLinePrompt():
return comp.getNS().__name__ + "=> " if os.isatty(0) else ""
def continuationLinePrompt():
return "." * len(comp.getNS().__name__) + ".. " if os.isatty(0) else ""
while True:
# Evaluating before prompting caters for initially given forms.
r = StringReader(line)
while True:
try:
s = read(r, False, None, True)
if s is None:
break
res = comp.compile(s)
out = comp.executeCode(res)
except Exception:
traceback.print_exc()
else:
if os.isatty(0):
RT.printTo(out)
last3.pop()
last3.insert(0, out)
for i, value in enumerate(last3, 1):
v = findItem(Namespace("clojure.core"),
Symbol("*{0}".format(i)))
if isinstance(value, Var):
v.bindRoot(value.deref())
v.setMeta(value.meta())
else:
v.bindRoot(value)
try:
line = raw_input(firstLinePrompt())
while unbalanced(line):
line += "\n" + raw_input(continuationLinePrompt())
except BracketsException as exc:
print exc
continue
except EOFError:
print
break
def eval(self, code):
r = StringReader(code)
s = read(r, True, None, True)
res = self.comp.compile(s)
return self.comp.executeCode(res)
def testRegexPattern_PASS(self):
for k, v in regexPatternMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False).pattern, v.pattern)
def testCharacterReader_PASS(self):
for k, v in literalCharacterMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
def testFloatingPointReader_PASS(self):
for k, v in floatingPointMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
def testRawRegexPattern_PASS(self):
for k, v in rawRegexPatternMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False).pattern, v.pattern)
def testReturnedType_PASS(self):
for k, v in returnedType_PASS.items():
r = StringReader(k)
self.assertEqual(type(read(r, False, sentinal, False)), v)
def testStringReader_PASS(self):
for k, v in literalStringMap_PASS.items():
r = StringReader('"' + k + '"')
self.assertEqual(read(r, False, EOF, False), v)
def testCharacterReader_PASS(self):
for k, v in literalCharacterMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
def testRationalReader_PASS(self):
for k, v in rationalMap_PASS.items():
r = StringReader(k)
self.assertEqual(read(r, False, EOF, False), v)
def testStringReader_PASS(self):
for k, v in literalStringMap_PASS.items():
r = StringReader('"' + k + '"')
self.assertEqual(read(r, False, EOF, False), v)