def error_checker():
tog.typecheck(ir)
def error_checker():
types = tog.typecheck(ir)
check_specs(ir, specs, renamings, types)
def error_checker():
types = tog.typecheck(ir)
check_specs(specs, types)
def generate_cxx(module_name, code, specs=None, optimizations=None):
'''python + pythran spec -> c++ code
returns a PythonModule object
'''
pm = PassManager(module_name)
# front end
ir, renamings, docstrings = frontend.parse(pm, code)
# middle-end
optimizations = (optimizations or
cfg.get('pythran', 'optimizations').split())
optimizations = [_parse_optimization(opt) for opt in optimizations]
refine(pm, ir, optimizations)
# type check
types = tog.typecheck(ir)
# back-end
content = pm.dump(Cxx, ir)
# instantiate the meta program
if specs is None:
class Generable(object):
def __init__(self, content):
self.content = content
def __str__(self):
return str(self.content)
generate = __str__
mod = Generable(content)
else:
# uniform typing
for fname, signatures in list(specs.items()):
if not isinstance(signatures, tuple):
specs[fname] = (signatures,)
# verify the pythran export are compatible with the code
specs = expand_specs(specs)
check_specs(ir, specs, renamings, types)
specs_to_docstrings(specs, docstrings)
if isinstance(code, bytes):
code_bytes = code
else:
code_bytes = code.encode('ascii', 'ignore')
metainfo = {'hash': hashlib.sha256(code_bytes).hexdigest(),
'version': __version__,
'date': datetime.now()}
mod = PythonModule(module_name, docstrings, metainfo)
mod.add_to_preamble(Define("BOOST_SIMD_NO_STRICT_ALIASING", "1"))
mod.add_to_includes(
Include("pythonic/core.hpp"),
Include("pythonic/python/core.hpp"),
# FIXME: only include these when needed
Include("pythonic/types/bool.hpp"),
Include("pythonic/types/int.hpp"),
Line("#ifdef _OPENMP\n#include <omp.h>\n#endif")
)
mod.add_to_includes(*[Include(inc) for inc in
_extract_specs_dependencies(specs)])
mod.add_to_includes(*content.body)
mod.add_to_includes(
Include("pythonic/python/exception_handler.hpp"),
)
for function_name, signatures in specs.items():
internal_func_name = renamings.get(function_name,
function_name)
# global variables are functions with no signatures :-)
if not signatures:
mod.add_global_var(function_name,
"{}()()".format(
pythran_ward + '{0}::{1}'.format(
module_name, internal_func_name)))
for sigid, signature in enumerate(signatures):
numbered_function_name = "{0}{1}".format(internal_func_name,
sigid)
arguments_types = [pytype_to_ctype(t) for t in signature]
has_arguments = HasArgument(internal_func_name).visit(ir)
arguments = ["a{0}".format(i)
for i in range(len(arguments_types))]
name_fmt = pythran_ward + "{0}::{1}::type{2}"
args_list = ", ".join(arguments_types)
specialized_fname = name_fmt.format(module_name,
internal_func_name,
"<{0}>".format(args_list)
if has_arguments else "")
result_type = "typename %s::result_type" % specialized_fname
mod.add_function(
FunctionBody(
FunctionDeclaration(
Value(
result_type,
numbered_function_name),
[Value(t, a)
for t, a in zip(arguments_types, arguments)]),
Block([Statement("""
PyThreadState *_save = PyEval_SaveThread();
try {{
auto res = {0}()({1});
PyEval_RestoreThread(_save);
return res;
}}
catch(...) {{
PyEval_RestoreThread(_save);
throw;
}}
""".format(
pythran_ward + '{0}::{1}'.format(
module_name, internal_func_name),
', '.join(arguments)))])
),
function_name,
arguments_types
)
return mod
def error_checker():
types = tog.typecheck(ir)
check_specs(specs, renamings, types)
def error_checker():
tog.typecheck(ir)
def generate_cxx(module_name, code, specs=None, optimizations=None):
'''python + pythran spec -> c++ code
returns a PythonModule object
'''
pm = PassManager(module_name)
# front end
ir, renamings, docstrings = frontend.parse(pm, code)
# middle-end
optimizations = (optimizations or
cfg.get('pythran', 'optimizations').split())
optimizations = [_parse_optimization(opt) for opt in optimizations]
refine(pm, ir, optimizations)
# type check
types = tog.typecheck(ir)
# back-end
content = pm.dump(Cxx, ir)
# instantiate the meta program
if specs is None:
class Generable(object):
def __init__(self, content):
self.content = content
def __str__(self):
return str(self.content)
generate = __str__
mod = Generable(content)
else:
# uniform typing
for fname, signatures in list(specs.items()):
if not isinstance(signatures, tuple):
specs[fname] = (signatures,)
# verify the pythran export are compatible with the code
specs = expand_specs(specs)
check_specs(ir, specs, renamings, types)
specs_to_docstrings(specs, docstrings)
metainfo = {'hash': hashlib.sha256(code.encode('ascii')).hexdigest(),
'version': __version__,
'date': datetime.now()}
mod = PythonModule(module_name, docstrings, metainfo)
mod.add_to_preamble(Define("BOOST_SIMD_NO_STRICT_ALIASING", "1"))
mod.add_to_includes(
Include("pythonic/core.hpp"),
Include("pythonic/python/core.hpp"),
# FIXME: only include these when needed
Include("pythonic/types/bool.hpp"),
Include("pythonic/types/int.hpp"),
Line("#ifdef _OPENMP\n#include <omp.h>\n#endif")
)
mod.add_to_includes(*[Include(inc) for inc in
_extract_specs_dependencies(specs)])
mod.add_to_includes(*content.body)
mod.add_to_includes(
Include("pythonic/python/exception_handler.hpp"),
)
for function_name, signatures in specs.items():
internal_func_name = renamings.get(function_name,
function_name)
# global variables are functions with no signatures :-)
if not signatures:
mod.add_global_var(function_name,
"{}()()".format(
pythran_ward + '{0}::{1}'.format(
module_name, internal_func_name)))
for sigid, signature in enumerate(signatures):
numbered_function_name = "{0}{1}".format(internal_func_name,
sigid)
arguments_types = [pytype_to_ctype(t) for t in signature]
has_arguments = HasArgument(internal_func_name).visit(ir)
arguments = ["a{0}".format(i)
for i in range(len(arguments_types))]
name_fmt = pythran_ward + "{0}::{1}::type{2}"
args_list = ", ".join(arguments_types)
specialized_fname = name_fmt.format(module_name,
internal_func_name,
"<{0}>".format(args_list)
if has_arguments else "")
result_type = "typename %s::result_type" % specialized_fname
mod.add_function(
FunctionBody(
FunctionDeclaration(
Value(
result_type,
numbered_function_name),
[Value(t, a)
for t, a in zip(arguments_types, arguments)]),
Block([Statement("""
PyThreadState *_save = PyEval_SaveThread();
try {{
auto res = {0}()({1});
PyEval_RestoreThread(_save);
return res;
}}
catch(...) {{
PyEval_RestoreThread(_save);
throw;
}}
""".format(
pythran_ward + '{0}::{1}'.format(
module_name, internal_func_name),
', '.join(arguments)))])
),
function_name,
arguments_types
)
return mod
