def entry_point(argv):
# Pycket's params
jit.set_param(None, 'trace_limit', 1000000)
jit.set_param(None, 'threshold', 131)
jit.set_param(None, 'trace_eagerness', 50)
jit.set_param(None, 'max_unroll_loops', 15)
# HT pyrolog
for i in range(len(argv)):
if argv[i] == '--jit':
if len(argv) == i + 1:
print 'missing argument after --jit'
return 2
jitarg = argv[i + 1]
del argv[i:i + 2]
jit.set_user_param(None, jitarg)
break
if len(argv) > 1:
print 'too many arguments'
if we_are_translated():
from rpython.rlib import streamio
from pycket import pycket_json
stdin = streamio.fdopen_as_stream(0, "r")
json = pycket_json.loads(stdin.readall())
return main(core.json_to_term(json))
else:
import sys, json
import pycket_json_adapter as pja
adapted = pja.adapt(json.load(sys.stdin))
sys.exit(main(core.json_to_term(adapted)))
def sample_sexp():
from pycket.expand import readfile_rpython, getkey
from pycket import pycket_json
data = readfile_rpython('sample-module.json')
json = pycket_json.loads(data)
ast = JsonLoader().to_ast(json) #module
return ast.to_sexp()
def sample_sexp():
from pycket.expand import readfile_rpython, getkey
from pycket import pycket_json
data = readfile_rpython('sample-module.json')
json = pycket_json.loads(data)
ast = JsonLoader().to_ast(json) #module
return ast.to_sexp()
def expand_to_ast(self, fname):
assert fname is not None
fname = rpath.realpath(fname)
data = expand_file_rpython(fname, self._lib_string())
self.modtable.enter_module(fname)
module = self.to_module(pycket_json.loads(data))
module = finalize_module(module)
self.modtable.exit_module(fname, module)
return module
def load_json_ast_rpython(self, modname, fname):
assert modname is not None
modname = rpath.realpath(modname)
data = readfile_rpython(fname)
self.modtable.enter_module(modname)
module = self.to_module(pycket_json.loads(data))
module = finalize_module(module)
self.modtable.exit_module(modname, module)
return module
def expand_to_ast(self, fname):
assert fname is not None
fname = rpath.realpath(fname)
data = expand_file_rpython(fname, self._lib_string())
self.modtable.enter_module(fname)
module = self.to_module(pycket_json.loads(data))
module = finalize_module(module)
self.modtable.exit_module(fname, module)
return module
def load_json_ast_rpython(self, modname, fname):
assert modname is not None
modname = rpath.realpath(modname)
data = readfile_rpython(fname)
self.modtable.enter_module(modname)
module = self.to_module(pycket_json.loads(data))
module = finalize_module(module)
self.modtable.exit_module(modname, module)
return module
def string_to_term(s):
if we_are_translated():
from pycket import pycket_json
json = pycket_json.loads(s)
return json_to_term(json)
else:
import json
import pycket_json_adapter as pja
adapted = pja.adapt(json.loads(s))
return json_to_term(adapted)
def load_json_ast_rpython(self, modname, fname):
assert modname is not None
modname = rpath.realpath(modname)
self.modtable.enter_module(modname)
if self.multi_mod_flag:
mod_ast = self.multi_mod_mapper.get_mod(modname)
module = self.to_module(mod_ast)
else:
data = readfile_rpython(fname)
module = self.to_module(pycket_json.loads(data))
module = finalize_module(module)
self.modtable.exit_module(modname, module)
return module
def load_json_ast_rpython(self, modname, fname):
assert modname is not None
modname = rpath.realpath(modname)
self.modtable.enter_module(modname)
if self.multi_mod_flag:
mod_ast = self.multi_mod_mapper.get_mod(modname)
module = self.to_module(mod_ast)
else:
data = readfile_rpython(fname)
module = self.to_module(pycket_json.loads(data))
module = finalize_module(module)
self.modtable.exit_module(modname, module)
return module
def run_string(self, str):
_json = pycket_json.loads(expand_string(str))
_env = ToplevelEnv()
def interp_w():
loader = JsonLoader(False)
ast = loader.to_module((_json)).assign_convert_module()
env = (_env)
env.globalconfig.load(ast)
env.commanline_arguments = []
interpret_module(ast, env)
interp_w() # check that it runs
# ast = parse_module(expand_string(str))
self.meta_interp(interp_w, [], listcomp=True, listops=True, backendopt=True)
def expand(s, wrap=False, stdlib=False):
data = expand_string(s)
return pycket_json.loads(data)
def expand_to_ast(fname, modtable):
data = expand_file_rpython(fname)
return _to_module(pycket_json.loads(data), modtable).assign_convert_module()
def load_json_ast(fname):
data = readfile(fname)
return _to_module(pycket_json.loads(data)).assign_convert_module()
def parse_module(json_string, bytecode_expand=False):
json = pycket_json.loads(json_string)
modtable = ModTable()
reader = JsonLoader(bytecode_expand)
module = reader.to_module(json)
return finalize_module(module)
def expand(s, wrap=False, stdlib=False):
data = expand_string(s)
return pycket_json.loads(data)
def parse_module(json_string):
json = pycket_json.loads(json_string)
modtable = ModTable()
return _to_module(json, modtable).assign_convert_module()
def test_tostring_string_escaping():
json = loads('"\\n"')
assert json.tostring() == '"\\n"'
def expand_to_ast(fname, modtable, lib=fn, byte_flag=False):
if byte_flag:
lib = be
data = expand_file_rpython(fname, lib)
return _to_module(pycket_json.loads(data), modtable, lib).assign_convert_module()
def _compare(string, expected):
json = loads(string)
val = json._unpack_deep()
assert val == expected
def parse_module(json_string):
json = pycket_json.loads(json_string)
modtable = ModTable()
return _to_module(json, modtable).assign_convert_module()
def load_json_ast_rpython(fname, modtable):
data = readfile_rpython(fname)
return _to_module(pycket_json.loads(data),
modtable).assign_convert_module()
def expand_to_ast(fname, modtable):
data = expand_file_rpython(fname)
return _to_module(pycket_json.loads(data),
modtable).assign_convert_module()
def load_json_ast_rpython(fname, modtable):
data = readfile_rpython(fname)
return _to_module(pycket_json.loads(data), modtable).assign_convert_module()
def parse_module(json_string, bytecode_expand=False):
json = pycket_json.loads(json_string)
modtable = ModTable()
reader = JsonLoader(bytecode_expand)
module = reader.to_module(json)
return finalize_module(module)
def parse_ast(json_string):
json = pycket_json.loads(json_string)
modtable = ModTable()
return to_ast(json, modtable)
def load_linklet(json_file_name, set_version=False):
from pycket.expand import readfile_rpython, getkey, JsonLoader
from pycket.util import console_log
from pycket.env import w_version
""" Expands and loads a linklet from a JSON file"""
with PerfRegion("json-load"):
data = readfile_rpython(json_file_name)
json = pycket_json.loads(data)
console_log("Finished reading JSON from %s" % json_file_name, 2)
assert json.is_object
json_python_dict = json.value_object()
assert "linklet" in json_python_dict
linklet_dict = getkey(json_python_dict, "linklet", type='o')
assert "exports" in linklet_dict and "body" in linklet_dict
# list of JsonObject
exports_list = getkey(linklet_dict, "exports", type='a')
if set_version:
from pycket.util import console_log
conf = getkey(linklet_dict, "config", type='o')
ver = conf['version'].value_string()
console_log("Setting the version to %s" % ver)
w_version.set_version(ver)
exports = {}
for exp in exports_list:
if exp.is_array:
arr = exp.value_array()
internal_str = arr[0].value_object()['quote'].value_object()['toplevel'].value_string()
internal_name = W_Symbol.make(internal_str)
external_name = W_Symbol.make(arr[1].value_object()['quote'].value_object()['toplevel'].value_string())
w_internal_name = Gensym.gensym(internal_str)
exports[internal_name] = Export(w_internal_name, external_name)
else:
exp_str = exp.value_object()['quote'].value_object()['toplevel'].value_string()
exp_sym = W_Symbol.make(exp_str)
w_exp_sym = Gensym.gensym(exp_str)
exports[exp_sym] = Export(w_exp_sym, exp_sym)
imports_list = getkey(linklet_dict, "importss", type='a', default=[])
importss = [None]*len(imports_list) # list of dict
if "importss" in linklet_dict:
for index, imports in enumerate(imports_list):
arr = imports.value_array()
# bootstrap linklets have no imports at all
# this is only for debugging purposes
instance_imports = []
for id_str in arr:
imp_str = id_str.value_object()['quote'].value_object()['toplevel'].value_string()
imp_sym = W_Symbol.make(imp_str)
w_imp_sym = Gensym.gensym(imp_str)
instance_imports.append(Import(W_Fixnum(index), imp_sym, w_imp_sym, w_imp_sym))
importss[index] = instance_imports
console_log("Converting linklet forms to AST ...", 2)
loader = JsonLoader()
with PerfRegion("json-to-ast"):
all_forms = []
for body_form in getkey(linklet_dict, "body", type='a'):
form_2 = loader.to_ast(body_form)
form_1 = Context.normalize_term(form_2)
form = assign_convert(form_1)
all_forms.append(form)
# for each exported defined id, we need to add a
# variable-set! for the exported var with the defined id
for exp_sym, exp_obj in exports.iteritems():
rator = ModuleVar(var_set_sym, "#%kernel", var_set_sym, None)
exp_var = LinkletVar(exp_obj.int_id)
top_var = ToplevelVar(exp_sym)
mode = Quote(values.w_false) # FIXME: possible optimization
rands = [exp_var, top_var, mode]
all_forms.append(App.make(rator,rands))
linkl = W_Linklet(W_Symbol.make(json_file_name), importss, exports, all_forms)
console_log("Finished converting linklet forms to AST ...", 2)
config = {}
config_obj = getkey(linklet_dict, "config", type='o')
if config_obj is not None:
for k, v in config_obj.iteritems():
config[k] = v.value_string()
return linkl, config
def load_linklet(json_file_name, set_version=False):
from pycket.expand import readfile_rpython, getkey, JsonLoader
from pycket.util import console_log
from pycket.env import w_version
""" Expands and loads a linklet from a JSON file"""
with PerfRegion("json-load"):
data = readfile_rpython(json_file_name)
json = pycket_json.loads(data)
console_log("Finished reading JSON from %s" % json_file_name, 2)
assert json.is_object
json_python_dict = json.value_object()
assert "linklet" in json_python_dict
linklet_dict = getkey(json_python_dict, "linklet", type='o')
assert "exports" in linklet_dict and "body" in linklet_dict
# list of JsonObject
exports_list = getkey(linklet_dict, "exports", type='a')
if set_version:
from pycket.util import console_log
conf = getkey(linklet_dict, "config", type='o')
ver = conf['version'].value_string()
console_log("Setting the version to %s" % ver)
w_version.set_version(ver)
exports = {}
for exp in exports_list:
if exp.is_array:
arr = exp.value_array()
internal_str = arr[0].value_object()['quote'].value_object(
)['toplevel'].value_string()
internal_name = W_Symbol.make(internal_str)
external_name = W_Symbol.make(
arr[1].value_object()['quote'].value_object()
['toplevel'].value_string())
w_internal_name = Gensym.gensym(internal_str)
exports[internal_name] = Export(w_internal_name, external_name)
else:
exp_str = exp.value_object()['quote'].value_object(
)['toplevel'].value_string()
exp_sym = W_Symbol.make(exp_str)
w_exp_sym = Gensym.gensym(exp_str)
exports[exp_sym] = Export(w_exp_sym, exp_sym)
imports_list = getkey(linklet_dict, "importss", type='a', default=[])
importss = [None] * len(imports_list) # list of dict
if "importss" in linklet_dict:
for index, imports in enumerate(imports_list):
arr = imports.value_array()
# bootstrap linklets have no imports at all
# this is only for debugging purposes
instance_imports = []
for id_str in arr:
imp_str = id_str.value_object()['quote'].value_object(
)['toplevel'].value_string()
imp_sym = W_Symbol.make(imp_str)
w_imp_sym = Gensym.gensym(imp_str)
instance_imports.append(
Import(W_Fixnum(index), imp_sym, w_imp_sym, w_imp_sym))
importss[index] = instance_imports
console_log("Converting linklet forms to AST ...", 2)
loader = JsonLoader()
with PerfRegion("json-to-ast"):
all_forms = []
for body_form in getkey(linklet_dict, "body", type='a'):
form_2 = loader.to_ast(body_form)
form_1 = Context.normalize_term(form_2)
form = assign_convert(form_1)
all_forms.append(form)
# for each exported defined id, we need to add a
# variable-set! for the exported var with the defined id
for exp_sym, exp_obj in exports.iteritems():
rator = ModuleVar(var_set_sym, "#%kernel", var_set_sym, None)
exp_var = LinkletVar(exp_obj.int_id)
top_var = ToplevelVar(exp_sym)
mode = Quote(values.w_false) # FIXME: possible optimization
rands = [exp_var, top_var, mode]
all_forms.append(App.make(rator, rands))
linkl = W_Linklet(W_Symbol.make(json_file_name), importss, exports,
all_forms)
console_log("Finished converting linklet forms to AST ...", 2)
config = {}
config_obj = getkey(linklet_dict, "config", type='o')
if config_obj is not None:
for k, v in config_obj.iteritems():
config[k] = v.value_string()
return linkl, config
def parse_module(json_string):
json = pycket_json.loads(json_string)
return _to_module(json).assign_convert_module()
def parse_ast(json_string):
json = pycket_json.loads(json_string)
modtable = ModTable()
return to_ast(json, modtable)
def load_linklet(json_file_name, set_version=False, generate_zo=False):
from pycket.expand import readfile_rpython, getkey, JsonLoader
from pycket.util import console_log
from pycket.env import w_version
import os
if generate_zo:
try:
os.remove("expander.zo")
except OSError:
pass
if set_version and os.path.exists("expander.zo"):
console_log("Loading the expander linklet from expander.zo")
# We're loading the expander, so try fasl->sexp
from pycket.racket_entry import get_primitive
from pycket.prims.input_output import open_input_file
with PerfRegion("expander-linklet"):
fasl_to_s_exp = get_primitive("fasl->s-exp")
in_file = open_input_file.w_prim.call_interpret(
[W_Path("expander.zo")])
try:
expander_zo_sexp = fasl_to_s_exp.call_interpret(
[in_file, w_true])
version = expander_zo_sexp.car()
expander_sexp = expander_zo_sexp.cdr()
expander_linkl = deserialize_loop(expander_sexp)
w_version.set_version(version.tostring())
console_log("Setting the version to %s" %
version.tostring())
return expander_linkl, None
except (SchemeException, OSError):
console_log("Couldn't read from expander.zo")
""" Expands and loads a linklet from a JSON file"""
with PerfRegion("json-load"):
data = readfile_rpython(json_file_name)
json = pycket_json.loads(data)
console_log("Finished reading JSON from %s" % json_file_name, 2)
assert json.is_object
json_python_dict = json.value_object()
assert "linklet" in json_python_dict
linklet_dict = getkey(json_python_dict, "linklet", type='o')
assert "exports" in linklet_dict and "body" in linklet_dict
# list of JsonObject
exports_list = getkey(linklet_dict, "exports", type='a')
if set_version:
from pycket.util import console_log
conf = getkey(linklet_dict, "config", type='o')
ver = conf['version'].value_string()
console_log("Setting the version to %s" % ver)
w_version.set_version(ver)
exports = {}
for exp in exports_list:
if exp.is_array:
arr = exp.value_array()
internal_str = arr[0].value_object()['quote'].value_object(
)['toplevel'].value_string()
internal_name = W_Symbol.make(internal_str)
external_name = W_Symbol.make(
arr[1].value_object()['quote'].value_object()
['toplevel'].value_string())
w_internal_name = Gensym.gensym(internal_str)
exports[internal_name] = Export(w_internal_name, external_name)
else:
exp_str = exp.value_object()['quote'].value_object(
)['toplevel'].value_string()
exp_sym = W_Symbol.make(exp_str)
w_exp_sym = Gensym.gensym(exp_str)
exports[exp_sym] = Export(w_exp_sym, exp_sym)
imports_list = getkey(linklet_dict, "importss", type='a', default=[])
importss = [None] * len(imports_list) # list of dict
if "importss" in linklet_dict:
for index, imports in enumerate(imports_list):
arr = imports.value_array()
# bootstrap linklets have no imports at all
# this is only for debugging purposes
instance_imports = []
for id_str in arr:
imp_str = id_str.value_object()['quote'].value_object(
)['toplevel'].value_string()
imp_sym = W_Symbol.make(imp_str)
w_imp_sym = Gensym.gensym(imp_str)
instance_imports.append(
Import(W_Fixnum(index), imp_sym, w_imp_sym, w_imp_sym))
importss[index] = instance_imports
console_log("Converting linklet forms to AST ...", 2)
loader = JsonLoader()
with PerfRegion("json-to-ast"):
all_forms = []
for body_form in getkey(linklet_dict, "body", type='a'):
form_2 = loader.to_ast(body_form)
form_1 = Context.normalize_term(form_2)
# if form_1.tostring() != form_2.tostring():
# import pdb;pdb.set_trace()
form = assign_convert(form_1)
all_forms.append(form)
# for each exported defined id, we need to add a
# variable-set! for the exported var with the defined id
for exp_sym, exp_obj in exports.iteritems():
rator = ModuleVar(var_set_sym, "#%kernel", var_set_sym, None)
exp_var = LinkletStaticVar(exp_obj.int_id)
top_var = ToplevelVar(exp_sym)
mode = Quote(values.w_false) # FIXME: possible optimization
rands = [exp_var, top_var, mode]
all_forms.append(App.make(rator, rands))
linkl = W_Linklet(W_Symbol.make(json_file_name), importss, exports,
all_forms)
console_log("Finished converting linklet forms to AST ...", 2)
config = {}
config_obj = getkey(linklet_dict, "config", type='o')
if config_obj is not None:
for k, v in config_obj.iteritems():
config[k] = v.value_string()
if set_version and not os.path.exists("expander.zo"):
console_log("Serializing the expander linklet into expander.zo")
from pycket.racket_entry import get_primitive
from pycket.prims.input_output import open_output_file
s_exp_to_fasl = get_primitive("s-exp->fasl")
expander_sexp = ast_to_sexp(linkl)
version = W_Symbol.make(w_version.get_version())
expander_zo_sexp = W_Cons.make(version, expander_sexp)
try:
out_file = open_output_file.w_prim.call_interpret(
[W_Path("expander.zo")])
s_exp_to_fasl.call_interpret(
[expander_zo_sexp, out_file, values.w_false])
except (SchemeException, OSError):
console_log("Couldn't write the expander.zo")
return linkl, config
def __init__(self, json_file_name):
assert json_file_name is not None and json_file_name != ""
data = readfile_rpython(rpath.realpath(os.path.abspath(json_file_name)))
self.source_json = json_file_name
self.mod_map = pycket_json.loads(data)
def parse_ast(json_string):
json = pycket_json.loads(json_string)
return to_ast(json)
def __init__(self, json_file_name):
assert json_file_name is not None and json_file_name != ""
data = readfile_rpython(rpath.realpath(os.path.abspath(json_file_name)))
self.source_json = json_file_name
self.mod_map = pycket_json.loads(data)
def load_json_ast_rpython(fname, modtable, lib=fn, byte_flag=False):
dbgprint("load_json_ast_rpython", "", lib=lib, filename=fname)
if byte_flag:
lib = be
data = readfile_rpython(fname)
return _to_module(pycket_json.loads(data), modtable, lib).assign_convert_module()
