def task_source_jvm(self):
from pypy.translator.jvm.genjvm import GenJvm
from pypy.translator.jvm.node import EntryPoint
entry_point_graph = self.translator.graphs[0]
is_func = not self.standalone
entry_point = EntryPoint(entry_point_graph, is_func, is_func)
self.gen = GenJvm(udir, self.translator, entry_point)
self.jvmsource = self.gen.generate_source()
self.log.info("Wrote JVM code")
def task_source_js(self):
from pypy.translator.js.js import JS
self.gen = JS(self.translator,
functions=[self.entry_point],
stackless=self.config.translation.stackless)
filename = self.gen.write_source()
self.log.info("Wrote %s" % (filename, ))
def task_source_jvm(self):
from pypy.translator.jvm.genjvm import GenJvm
from pypy.translator.jvm.node import EntryPoint
entry_point_graph = self.translator.graphs[0]
is_func = not self.standalone
entry_point = EntryPoint(entry_point_graph, is_func, is_func)
self.gen = GenJvm(udir, self.translator, entry_point)
self.jvmsource = self.gen.generate_source()
self.log.info("Wrote JVM code")
def task_source_cli(self):
from pypy.translator.cli.gencli import GenCli
from pypy.translator.cli.entrypoint import get_entrypoint
if self.entry_point is not None: # executable mode
entry_point_graph = self.translator.graphs[0]
entry_point = get_entrypoint(entry_point_graph)
else:
# library mode
assert self.libdef is not None
bk = self.translator.annotator.bookkeeper
entry_point = self.libdef.get_entrypoint(bk)
self.gen = GenCli(udir, self.translator, entry_point, config=self.config)
filename = self.gen.generate_source()
self.log.info("Wrote %s" % (filename,))
def task_source_cli(self):
from pypy.translator.cli.gencli import GenCli
from pypy.translator.cli.entrypoint import get_entrypoint
if self.entry_point is not None: # executable mode
entry_point_graph = self.translator.graphs[0]
entry_point = get_entrypoint(entry_point_graph)
else:
# library mode
assert self.libdef is not None
bk = self.translator.annotator.bookkeeper
entry_point = self.libdef.get_entrypoint(bk)
self.gen = GenCli(udir, self.translator, entry_point, config=self.config)
filename = self.gen.generate_source()
self.log.info("Wrote %s" % (filename,))
class TranslationDriver(SimpleTaskEngine):
def __init__(self, setopts=None, default_goal=None,
disable=[],
exe_name=None, extmod_name=None,
config=None, overrides=None):
self.timer = Timer()
SimpleTaskEngine.__init__(self)
self.log = log
if config is None:
from pypy.config.pypyoption import get_pypy_config
config = get_pypy_config(DEFAULTS, translating=True)
self.config = config
if overrides is not None:
self.config.override(overrides)
if setopts is not None:
self.config.set(**setopts)
self.exe_name = exe_name
self.extmod_name = extmod_name
self.done = {}
self.disable(disable)
if default_goal:
default_goal, = self.backend_select_goals([default_goal])
if default_goal in self._maybe_skip():
default_goal = None
self.default_goal = default_goal
self.extra_goals = []
self.exposed = []
# expose tasks
def expose_task(task, backend_goal=None):
if backend_goal is None:
backend_goal = task
def proc():
return self.proceed(backend_goal)
self.exposed.append(task)
setattr(self, task, proc)
backend, ts = self.get_backend_and_type_system()
for task in self.tasks:
explicit_task = task
parts = task.split('_')
if len(parts) == 1:
if task in ('annotate'):
expose_task(task)
else:
task, postfix = parts
if task in ('rtype', 'backendopt', 'llinterpret',
'prehannotatebackendopt', 'hintannotate',
'timeshift'):
if ts:
if ts == postfix:
expose_task(task, explicit_task)
else:
expose_task(explicit_task)
elif task in ('source', 'compile', 'run'):
if backend:
if backend == postfix:
expose_task(task, explicit_task)
elif ts:
if ts == backend_to_typesystem(postfix):
expose_task(explicit_task)
else:
expose_task(explicit_task)
def set_extra_goals(self, goals):
self.extra_goals = goals
def get_info(self): # XXX more?
d = {'backend': self.config.translation.backend}
return d
def get_backend_and_type_system(self):
type_system = self.config.translation.type_system
backend = self.config.translation.backend
return backend, type_system
def backend_select_goals(self, goals):
backend, ts = self.get_backend_and_type_system()
postfixes = [''] + ['_'+p for p in (backend, ts) if p]
l = []
for goal in goals:
for postfix in postfixes:
cand = "%s%s" % (goal, postfix)
if cand in self.tasks:
new_goal = cand
break
else:
raise Exception, "cannot infer complete goal from: %r" % goal
l.append(new_goal)
return l
def disable(self, to_disable):
self._disabled = to_disable
def _maybe_skip(self):
maybe_skip = []
if self._disabled:
for goal in self.backend_select_goals(self._disabled):
maybe_skip.extend(self._depending_on_closure(goal))
return dict.fromkeys(maybe_skip).keys()
def setup(self, entry_point, inputtypes, policy=None, extra={}, empty_translator=None):
standalone = inputtypes is None
self.standalone = standalone
if standalone:
inputtypes = [s_list_of_strings]
self.inputtypes = inputtypes
if policy is None:
policy = annpolicy.AnnotatorPolicy()
if standalone:
policy.allow_someobjects = False
self.policy = policy
self.extra = extra
if empty_translator:
translator = empty_translator
else:
translator = TranslationContext(config=self.config)
self.entry_point = entry_point
self.translator = translator
self.libdef = None
self.translator.driver_instrument_result = self.instrument_result
def setup_library(self, libdef, policy=None, extra={}, empty_translator=None):
self.setup(None, None, policy, extra, empty_translator)
self.libdef = libdef
def instrument_result(self, args):
backend, ts = self.get_backend_and_type_system()
if backend != 'c' or sys.platform == 'win32':
raise Exception("instrumentation requires the c backend"
" and unix for now")
from pypy.tool.udir import udir
datafile = udir.join('_instrument_counters')
makeProfInstrument = lambda compiler: ProfInstrument(datafile, compiler)
pid = os.fork()
if pid == 0:
# child compiling and running with instrumentation
self.config.translation.instrument = True
self.config.translation.instrumentctl = (makeProfInstrument,
args)
raise Instrument
else:
pid, status = os.waitpid(pid, 0)
if os.WIFEXITED(status):
status = os.WEXITSTATUS(status)
if status != 0:
raise Exception, "instrumentation child failed: %d" % status
else:
raise Exception, "instrumentation child aborted"
import array, struct
n = datafile.size()//struct.calcsize('L')
datafile = datafile.open('rb')
counters = array.array('L')
counters.fromfile(datafile, n)
datafile.close()
return counters
def info(self, msg):
log.info(msg)
def _profile(self, goal, func):
from cProfile import Profile
from pypy.tool.lsprofcalltree import KCacheGrind
d = {'func':func}
prof = Profile()
prof.runctx("res = func()", globals(), d)
KCacheGrind(prof).output(open(goal + ".out", "w"))
return d['res']
def _do(self, goal, func, *args, **kwds):
title = func.task_title
if goal in self.done:
self.log.info("already done: %s" % title)
return
else:
self.log.info("%s..." % title)
self.timer.start_event(goal)
try:
instrument = False
try:
if goal in PROFILE:
res = self._profile(goal, func)
else:
res = func()
except Instrument:
instrument = True
if not func.task_idempotent:
self.done[goal] = True
if instrument:
self.proceed('compile')
assert False, 'we should not get here'
finally:
self.timer.end_event(goal)
return res
def task_annotate(self):
# includes annotation and annotatation simplifications
translator = self.translator
policy = self.policy
self.log.info('with policy: %s.%s' % (policy.__class__.__module__, policy.__class__.__name__))
annmodel.DEBUG = self.config.translation.debug
annotator = translator.buildannotator(policy=policy)
if self.entry_point:
s = annotator.build_types(self.entry_point, self.inputtypes)
self.sanity_check_annotation()
if self.standalone and s.knowntype != int:
raise Exception("stand-alone program entry point must return an "
"int (and not, e.g., None or always raise an "
"exception).")
annotator.simplify()
return s
else:
assert self.libdef is not None
for func, inputtypes in self.libdef.functions:
annotator.build_types(func, inputtypes)
self.sanity_check_annotation()
annotator.simplify()
#
task_annotate = taskdef(task_annotate, [], "Annotating&simplifying")
def sanity_check_annotation(self):
translator = self.translator
irreg = query.qoutput(query.check_exceptblocks_qgen(translator))
if irreg:
self.log.info("Some exceptblocks seem insane")
lost = query.qoutput(query.check_methods_qgen(translator))
assert not lost, "lost methods, something gone wrong with the annotation of method defs"
so = query.qoutput(query.polluted_qgen(translator))
tot = len(translator.graphs)
percent = int(tot and (100.0*so / tot) or 0)
# if there are a few SomeObjects even if the policy doesn't allow
# them, it means that they were put there in a controlled way
# and then it's not a warning.
if not translator.annotator.policy.allow_someobjects:
pr = self.log.info
elif percent == 0:
pr = self.log.info
else:
pr = log.WARNING
pr("-- someobjectness %2d%% (%d of %d functions polluted by SomeObjects)" % (percent, so, tot))
def task_rtype_lltype(self):
rtyper = self.translator.buildrtyper(type_system='lltype')
insist = not self.config.translation.insist
rtyper.specialize(dont_simplify_again=True,
crash_on_first_typeerror=insist)
#
task_rtype_lltype = taskdef(task_rtype_lltype, ['annotate'], "RTyping")
RTYPE = 'rtype_lltype'
def task_rtype_ootype(self):
# Maybe type_system should simply be an option used in task_rtype
insist = not self.config.translation.insist
rtyper = self.translator.buildrtyper(type_system="ootype")
rtyper.specialize(dont_simplify_again=True,
crash_on_first_typeerror=insist)
#
task_rtype_ootype = taskdef(task_rtype_ootype, ['annotate'], "ootyping")
OOTYPE = 'rtype_ootype'
def task_prehannotatebackendopt_lltype(self):
from pypy.translator.backendopt.all import backend_optimizations
backend_optimizations(self.translator,
inline_threshold=0,
merge_if_blocks=True,
constfold=True,
raisingop2direct_call=False,
remove_asserts=True)
#
task_prehannotatebackendopt_lltype = taskdef(
task_prehannotatebackendopt_lltype,
[RTYPE],
"Backendopt before Hint-annotate")
def task_hintannotate_lltype(self):
from pypy.jit.hintannotator.annotator import HintAnnotator
from pypy.jit.hintannotator.model import OriginFlags
from pypy.jit.hintannotator.model import SomeLLAbstractConstant
get_portal = self.extra['portal']
PORTAL, POLICY = get_portal(self)
t = self.translator
self.portal_graph = graphof(t, PORTAL)
hannotator = HintAnnotator(base_translator=t, policy=POLICY)
self.hint_translator = hannotator.translator
hs = hannotator.build_types(self.portal_graph,
[SomeLLAbstractConstant(v.concretetype,
{OriginFlags(): True})
for v in self.portal_graph.getargs()])
count = hannotator.bookkeeper.nonstuboriggraphcount
stubcount = hannotator.bookkeeper.stuboriggraphcount
self.log.info("The hint-annotator saw %d graphs"
" (and made stubs for %d graphs)." % (count, stubcount))
n = len(list(hannotator.translator.graphs[0].iterblocks()))
self.log.info("portal has %d blocks" % n)
self.hannotator = hannotator
#
task_hintannotate_lltype = taskdef(task_hintannotate_lltype,
['prehannotatebackendopt_lltype'],
"Hint-annotate")
def task_timeshift_lltype(self):
from pypy.jit.timeshifter.hrtyper import HintRTyper
from pypy.jit.codegen import detect_cpu
cpu = detect_cpu.autodetect()
if cpu == 'i386':
from pypy.jit.codegen.i386.rgenop import RI386GenOp as RGenOp
RGenOp.MC_SIZE = 32 * 1024 * 1024
elif cpu == 'ppc':
from pypy.jit.codegen.ppc.rgenop import RPPCGenOp as RGenOp
RGenOp.MC_SIZE = 32 * 1024 * 1024
else:
raise Exception('Unsuported cpu %r'%cpu)
del self.hint_translator
ha = self.hannotator
t = self.translator
# make the timeshifted graphs
hrtyper = HintRTyper(ha, t.rtyper, RGenOp)
hrtyper.specialize(origportalgraph=self.portal_graph, view=False)
#
task_timeshift_lltype = taskdef(task_timeshift_lltype,
["hintannotate_lltype"],
"Timeshift")
def task_backendopt_lltype(self):
from pypy.translator.backendopt.all import backend_optimizations
backend_optimizations(self.translator)
#
task_backendopt_lltype = taskdef(task_backendopt_lltype,
[RTYPE,
'??timeshift_lltype'],
"lltype back-end optimisations")
BACKENDOPT = 'backendopt_lltype'
def task_backendopt_ootype(self):
from pypy.translator.backendopt.all import backend_optimizations
backend_optimizations(self.translator)
#
task_backendopt_ootype = taskdef(task_backendopt_ootype,
[OOTYPE], "ootype back-end optimisations")
OOBACKENDOPT = 'backendopt_ootype'
def task_stackcheckinsertion_lltype(self):
from pypy.translator.transform import insert_ll_stackcheck
count = insert_ll_stackcheck(self.translator)
self.log.info("inserted %d stack checks." % (count,))
task_stackcheckinsertion_lltype = taskdef(
task_stackcheckinsertion_lltype,
['?'+BACKENDOPT, RTYPE, 'annotate'],
"inserting stack checks")
STACKCHECKINSERTION = 'stackcheckinsertion_lltype'
def task_database_c(self):
translator = self.translator
if translator.annotator is not None:
translator.frozen = True
standalone = self.standalone
if standalone:
from pypy.translator.c.genc import CStandaloneBuilder as CBuilder
else:
from pypy.translator.c.genc import CExtModuleBuilder as CBuilder
cbuilder = CBuilder(self.translator, self.entry_point,
config=self.config)
cbuilder.stackless = self.config.translation.stackless
if not standalone: # xxx more messy
cbuilder.modulename = self.extmod_name
database = cbuilder.build_database()
self.log.info("database for generating C source was created")
self.cbuilder = cbuilder
self.database = database
#
task_database_c = taskdef(task_database_c,
[STACKCHECKINSERTION, '?'+BACKENDOPT, RTYPE, '?annotate'],
"Creating database for generating c source")
def task_source_c(self): # xxx messy
translator = self.translator
cbuilder = self.cbuilder
database = self.database
c_source_filename = cbuilder.generate_source(database)
self.log.info("written: %s" % (c_source_filename,))
#
task_source_c = taskdef(task_source_c, ['database_c'], "Generating c source")
def create_exe(self):
if self.exe_name is not None:
import shutil
exename = mkexename(self.c_entryp)
info = {'backend': self.config.translation.backend}
newexename = self.exe_name % self.get_info()
if '/' not in newexename and '\\' not in newexename:
newexename = './' + newexename
newexename = mkexename(newexename)
shutil.copy(exename, newexename)
self.c_entryp = newexename
self.log.info("created: %s" % (self.c_entryp,))
def task_compile_c(self): # xxx messy
cbuilder = self.cbuilder
cbuilder.compile()
if self.standalone:
self.c_entryp = cbuilder.executable_name
self.create_exe()
else:
self.c_entryp = cbuilder.get_entry_point()
#
task_compile_c = taskdef(task_compile_c, ['source_c'], "Compiling c source")
def backend_run(self, backend):
c_entryp = self.c_entryp
standalone = self.standalone
if standalone:
os.system(c_entryp)
else:
runner = self.extra.get('run', lambda f: f())
runner(c_entryp)
def task_run_c(self):
self.backend_run('c')
#
task_run_c = taskdef(task_run_c, ['compile_c'],
"Running compiled c source",
idemp=True)
def task_llinterpret_lltype(self):
from pypy.rpython.llinterp import LLInterpreter
py.log.setconsumer("llinterp operation", None)
translator = self.translator
interp = LLInterpreter(translator.rtyper)
bk = translator.annotator.bookkeeper
graph = bk.getdesc(self.entry_point).getuniquegraph()
v = interp.eval_graph(graph,
self.extra.get('get_llinterp_args',
lambda: [])())
log.llinterpret.event("result -> %s" % v)
#
task_llinterpret_lltype = taskdef(task_llinterpret_lltype,
[STACKCHECKINSERTION, '?'+BACKENDOPT, RTYPE],
"LLInterpreting")
def task_source_llvm(self):
translator = self.translator
if translator.annotator is None:
raise ValueError, "llvm requires annotation."
from pypy.translator.llvm import genllvm
self.llvmgen = genllvm.GenLLVM(translator, self.standalone)
llvm_filename = self.llvmgen.gen_source(self.entry_point)
self.log.info("written: %s" % (llvm_filename,))
#
task_source_llvm = taskdef(task_source_llvm,
[STACKCHECKINSERTION, BACKENDOPT, RTYPE],
"Generating llvm source")
def task_compile_llvm(self):
gen = self.llvmgen
if self.standalone:
exe_name = (self.exe_name or 'testing') % self.get_info()
self.c_entryp = gen.compile_standalone(exe_name)
self.create_exe()
else:
self.c_module, self.c_entryp = gen.compile_module()
#
task_compile_llvm = taskdef(task_compile_llvm,
['source_llvm'],
"Compiling llvm source")
def task_run_llvm(self):
self.backend_run('llvm')
#
task_run_llvm = taskdef(task_run_llvm, ['compile_llvm'],
"Running compiled llvm source",
idemp=True)
def task_source_js(self):
from pypy.translator.js.js import JS
self.gen = JS(self.translator, functions=[self.entry_point],
stackless=self.config.translation.stackless)
filename = self.gen.write_source()
self.log.info("Wrote %s" % (filename,))
task_source_js = taskdef(task_source_js,
[OOTYPE],
'Generating Javascript source')
def task_compile_js(self):
pass
task_compile_js = taskdef(task_compile_js, ['source_js'],
'Skipping Javascript compilation')
def task_run_js(self):
pass
task_run_js = taskdef(task_run_js, ['compile_js'],
'Please manually run the generated code')
def task_source_cli(self):
from pypy.translator.cli.gencli import GenCli
from pypy.translator.cli.entrypoint import get_entrypoint
if self.entry_point is not None: # executable mode
entry_point_graph = self.translator.graphs[0]
entry_point = get_entrypoint(entry_point_graph)
else:
# library mode
assert self.libdef is not None
bk = self.translator.annotator.bookkeeper
entry_point = self.libdef.get_entrypoint(bk)
self.gen = GenCli(udir, self.translator, entry_point, config=self.config)
filename = self.gen.generate_source()
self.log.info("Wrote %s" % (filename,))
task_source_cli = taskdef(task_source_cli, ["?" + OOBACKENDOPT, OOTYPE],
'Generating CLI source')
def task_compile_cli(self):
from pypy.translator.oosupport.support import unpatch_os
from pypy.translator.cli.test.runtest import CliFunctionWrapper
filename = self.gen.build_exe()
self.c_entryp = CliFunctionWrapper(filename)
# restore original os values
if hasattr(self, 'old_cli_defs'):
unpatch_os(self.old_cli_defs)
self.log.info("Compiled %s" % filename)
if self.standalone and self.exe_name:
self.copy_cli_exe()
task_compile_cli = taskdef(task_compile_cli, ['source_cli'],
'Compiling CLI source')
def copy_cli_exe(self):
# XXX messy
import os.path
import shutil
main_exe = self.c_entryp._exe
usession_path, main_exe_name = os.path.split(main_exe)
pypylib_dll = os.path.join(usession_path, 'pypylib.dll')
basename = self.exe_name % self.get_info()
dirname = basename + '-data/'
if '/' not in dirname and '\\' not in dirname:
dirname = './' + dirname
if not os.path.exists(dirname):
os.makedirs(dirname)
shutil.copy(main_exe, dirname)
shutil.copy(pypylib_dll, dirname)
if bool(os.getenv('PYPY_GENCLI_COPYIL')):
shutil.copy(os.path.join(usession_path, 'main.il'), dirname)
newexename = basename
f = file(newexename, 'w')
f.write("""#!/bin/bash
LEDIT=`type -p ledit`
if [ `uname -s` = 'Cygwin' ]; then MONO=; else MONO=mono; fi
$LEDIT $MONO "$(dirname $0)/$(basename $0)-data/%s" "$@" # XXX doesn't work if it's placed in PATH
""" % main_exe_name)
f.close()
os.chmod(newexename, 0755)
def copy_cli_dll(self):
import os.path
import shutil
dllname = self.gen.outfile
usession_path, dll_name = os.path.split(dllname)
pypylib_dll = os.path.join(usession_path, 'pypylib.dll')
shutil.copy(dllname, '.')
shutil.copy(pypylib_dll, '.')
# main.exe is a stub but is needed right now because it's
# referenced by pypylib.dll. Will be removed in the future
translator_path, _ = os.path.split(__file__)
main_exe = os.path.join(translator_path, 'cli/src/main.exe')
shutil.copy(main_exe, '.')
self.log.info("Copied to %s" % os.path.join(os.getcwd(), dllname))
def task_run_cli(self):
pass
task_run_cli = taskdef(task_run_cli, ['compile_cli'],
'XXX')
def task_source_jvm(self):
from pypy.translator.jvm.genjvm import GenJvm
from pypy.translator.jvm.node import EntryPoint
entry_point_graph = self.translator.graphs[0]
is_func = not self.standalone
entry_point = EntryPoint(entry_point_graph, is_func, is_func)
self.gen = GenJvm(udir, self.translator, entry_point)
self.jvmsource = self.gen.generate_source()
self.log.info("Wrote JVM code")
task_source_jvm = taskdef(task_source_jvm, ["?" + OOBACKENDOPT, OOTYPE],
'Generating JVM source')
def task_compile_jvm(self):
from pypy.translator.oosupport.support import unpatch_os
from pypy.translator.jvm.test.runtest import JvmGeneratedSourceWrapper
self.jvmsource.compile()
self.c_entryp = JvmGeneratedSourceWrapper(self.jvmsource)
# restore original os values
if hasattr(self, 'old_cli_defs'):
unpatch_os(self.old_cli_defs)
self.log.info("Compiled JVM source")
if self.standalone and self.exe_name:
self.copy_jvm_jar()
task_compile_jvm = taskdef(task_compile_jvm, ['source_jvm'],
'Compiling JVM source')
def copy_jvm_jar(self):
from py.compat import subprocess
basename = self.exe_name % self.get_info()
root = udir.join('pypy')
manifest = self.create_manifest(root)
jnajar = py.path.local(__file__).dirpath('jvm', 'src', 'jna.jar')
classlist = self.create_classlist(root, [jnajar])
jarfile = py.path.local(basename + '.jar')
self.log.info('Creating jar file')
oldpath = root.chdir()
subprocess.call(['jar', 'cmf', str(manifest), str(jarfile), '@'+str(classlist)])
oldpath.chdir()
# create a convenience script
newexename = basename
f = file(newexename, 'w')
f.write("""#!/bin/bash
LEDIT=`type -p ledit`
$LEDIT java -Xmx256m -jar $0.jar "$@"
""")
f.close()
os.chmod(newexename, 0755)
def create_manifest(self, root):
filename = root.join('manifest.txt')
manifest = filename.open('w')
manifest.write('Main-class: pypy.Main\n\n')
manifest.close()
return filename
def create_classlist(self, root, additional_jars=[]):
from py.compat import subprocess
# first, uncompress additional jars
for jarfile in additional_jars:
oldpwd = root.chdir()
subprocess.call(['jar', 'xf', str(jarfile)])
oldpwd.chdir()
filename = root.join('classlist.txt')
classlist = filename.open('w')
classfiles = list(root.visit('*.class', True))
classfiles += root.visit('*.so', True)
classfiles += root.visit('*.dll', True)
classfiles += root.visit('*.jnilib', True)
for classfile in classfiles:
print >> classlist, classfile.relto(root)
classlist.close()
return filename
def task_run_jvm(self):
pass
task_run_jvm = taskdef(task_run_jvm, ['compile_jvm'],
'XXX')
def proceed(self, goals):
if not goals:
if self.default_goal:
goals = [self.default_goal]
else:
self.log.info("nothing to do")
return
elif isinstance(goals, str):
goals = [goals]
goals.extend(self.extra_goals)
goals = self.backend_select_goals(goals)
return self._execute(goals, task_skip = self._maybe_skip())
def from_targetspec(targetspec_dic, config=None, args=None,
empty_translator=None,
disable=[],
default_goal=None):
if args is None:
args = []
driver = TranslationDriver(config=config, default_goal=default_goal,
disable=disable)
# patch some attributes of the os module to make sure they
# have the same value on every platform.
backend, ts = driver.get_backend_and_type_system()
if backend in ('cli', 'jvm'):
from pypy.translator.oosupport.support import patch_os
driver.old_cli_defs = patch_os()
target = targetspec_dic['target']
spec = target(driver, args)
try:
entry_point, inputtypes, policy = spec
except ValueError:
entry_point, inputtypes = spec
policy = None
driver.setup(entry_point, inputtypes,
policy=policy,
extra=targetspec_dic,
empty_translator=empty_translator)
return driver
from_targetspec = staticmethod(from_targetspec)
def prereq_checkpt_rtype(self):
assert 'pypy.rpython.rmodel' not in sys.modules, (
"cannot fork because the rtyper has already been imported")
prereq_checkpt_rtype_lltype = prereq_checkpt_rtype
prereq_checkpt_rtype_ootype = prereq_checkpt_rtype
# checkpointing support
def _event(self, kind, goal, func):
if kind == 'pre':
fork_before = self.config.translation.fork_before
if fork_before:
fork_before, = self.backend_select_goals([fork_before])
if not fork_before in self.done and fork_before == goal:
prereq = getattr(self, 'prereq_checkpt_%s' % goal, None)
if prereq:
prereq()
from pypy.translator.goal import unixcheckpoint
unixcheckpoint.restartable_point(auto='run')
def task_source_js(self):
from pypy.translator.js.js import JS
self.gen = JS(self.translator, functions=[self.entry_point],
stackless=self.config.translation.stackless)
filename = self.gen.write_source()
self.log.info("Wrote %s" % (filename,))
def task_source_squeak(self):
from pypy.translator.squeak.gensqueak import GenSqueak
self.gen = GenSqueak(dir, self.translator)
filename = self.gen.gen()
self.log.info("Wrote %s" % (filename,))
def task_source_cl(self):
from pypy.translator.lisp.gencl import GenCL
self.gen = GenCL(self.translator, self.entry_point)
filename = self.gen.emitfile()
self.log.info("Wrote %s" % (filename,))
class TranslationDriver(SimpleTaskEngine):
_backend_extra_options = {}
def __init__(
self, setopts=None, default_goal=None, disable=[], exe_name=None, extmod_name=None, config=None, overrides=None
):
self.timer = Timer()
SimpleTaskEngine.__init__(self)
self.log = log
if config is None:
from pypy.config.pypyoption import get_pypy_config
config = get_pypy_config(translating=True)
self.config = config
if overrides is not None:
self.config.override(overrides)
if setopts is not None:
self.config.set(**setopts)
self.exe_name = exe_name
self.extmod_name = extmod_name
self.done = {}
self.disable(disable)
if default_goal:
default_goal, = self.backend_select_goals([default_goal])
if default_goal in self._maybe_skip():
default_goal = None
self.default_goal = default_goal
self.extra_goals = []
self.exposed = []
# expose tasks
def expose_task(task, backend_goal=None):
if backend_goal is None:
backend_goal = task
def proc():
return self.proceed(backend_goal)
self.exposed.append(task)
setattr(self, task, proc)
backend, ts = self.get_backend_and_type_system()
for task in self.tasks:
explicit_task = task
parts = task.split("_")
if len(parts) == 1:
if task in ("annotate",):
expose_task(task)
else:
task, postfix = parts
if task in ("rtype", "backendopt", "llinterpret", "pyjitpl"):
if ts:
if ts == postfix:
expose_task(task, explicit_task)
else:
expose_task(explicit_task)
elif task in ("source", "compile", "run"):
if backend:
if backend == postfix:
expose_task(task, explicit_task)
elif ts:
if ts == backend_to_typesystem(postfix):
expose_task(explicit_task)
else:
expose_task(explicit_task)
def set_extra_goals(self, goals):
self.extra_goals = goals
def set_backend_extra_options(self, extra_options):
self._backend_extra_options = extra_options
def get_info(self): # XXX more?
d = {"backend": self.config.translation.backend}
return d
def get_backend_and_type_system(self):
type_system = self.config.translation.type_system
backend = self.config.translation.backend
return backend, type_system
def backend_select_goals(self, goals):
backend, ts = self.get_backend_and_type_system()
postfixes = [""] + ["_" + p for p in (backend, ts) if p]
l = []
for goal in goals:
for postfix in postfixes:
cand = "%s%s" % (goal, postfix)
if cand in self.tasks:
new_goal = cand
break
else:
raise Exception, "cannot infer complete goal from: %r" % goal
l.append(new_goal)
return l
def disable(self, to_disable):
self._disabled = to_disable
def _maybe_skip(self):
maybe_skip = []
if self._disabled:
for goal in self.backend_select_goals(self._disabled):
maybe_skip.extend(self._depending_on_closure(goal))
return dict.fromkeys(maybe_skip).keys()
def setup(self, entry_point, inputtypes, policy=None, extra={}, empty_translator=None):
standalone = inputtypes is None
self.standalone = standalone
if standalone:
inputtypes = [s_list_of_strings]
self.inputtypes = inputtypes
if policy is None:
policy = annpolicy.AnnotatorPolicy()
if standalone:
policy.allow_someobjects = False
self.policy = policy
self.extra = extra
if empty_translator:
translator = empty_translator
else:
translator = TranslationContext(config=self.config)
self.entry_point = entry_point
self.translator = translator
self.libdef = None
self.translator.driver_instrument_result = self.instrument_result
def setup_library(self, libdef, policy=None, extra={}, empty_translator=None):
self.setup(None, None, policy, extra, empty_translator)
self.libdef = libdef
def instrument_result(self, args):
backend, ts = self.get_backend_and_type_system()
if backend != "c" or sys.platform == "win32":
raise Exception("instrumentation requires the c backend" " and unix for now")
from pypy.tool.udir import udir
datafile = udir.join("_instrument_counters")
makeProfInstrument = lambda compiler: ProfInstrument(datafile, compiler)
pid = os.fork()
if pid == 0:
# child compiling and running with instrumentation
self.config.translation.instrument = True
self.config.translation.instrumentctl = (makeProfInstrument, args)
raise Instrument
else:
pid, status = os.waitpid(pid, 0)
if os.WIFEXITED(status):
status = os.WEXITSTATUS(status)
if status != 0:
raise Exception, "instrumentation child failed: %d" % status
else:
raise Exception, "instrumentation child aborted"
import array, struct
n = datafile.size() // struct.calcsize("L")
datafile = datafile.open("rb")
counters = array.array("L")
counters.fromfile(datafile, n)
datafile.close()
return counters
def info(self, msg):
log.info(msg)
def _profile(self, goal, func):
from cProfile import Profile
from pypy.tool.lsprofcalltree import KCacheGrind
d = {"func": func}
prof = Profile()
prof.runctx("res = func()", globals(), d)
KCacheGrind(prof).output(open(goal + ".out", "w"))
return d["res"]
def _do(self, goal, func, *args, **kwds):
title = func.task_title
if goal in self.done:
self.log.info("already done: %s" % title)
return
else:
self.log.info("%s..." % title)
self.timer.start_event(goal)
try:
instrument = False
try:
if goal in PROFILE:
res = self._profile(goal, func)
else:
res = func()
except Instrument:
instrument = True
if not func.task_idempotent:
self.done[goal] = True
if instrument:
self.proceed("compile")
assert False, "we should not get here"
finally:
try:
self.timer.end_event(goal)
except (KeyboardInterrupt, SystemExit):
raise
except:
pass
return res
def task_annotate(self):
# includes annotation and annotatation simplifications
translator = self.translator
policy = self.policy
self.log.info("with policy: %s.%s" % (policy.__class__.__module__, policy.__class__.__name__))
annmodel.DEBUG = self.config.translation.debug
annotator = translator.buildannotator(policy=policy)
if self.entry_point:
s = annotator.build_types(self.entry_point, self.inputtypes)
self.sanity_check_annotation()
if self.standalone and s.knowntype != int:
raise Exception(
"stand-alone program entry point must return an "
"int (and not, e.g., None or always raise an "
"exception)."
)
annotator.simplify()
return s
else:
assert self.libdef is not None
for func, inputtypes in self.libdef.functions:
annotator.build_types(func, inputtypes)
func.c_name = func.func_name
self.sanity_check_annotation()
annotator.simplify()
#
task_annotate = taskdef(task_annotate, [], "Annotating&simplifying")
def sanity_check_annotation(self):
translator = self.translator
irreg = query.qoutput(query.check_exceptblocks_qgen(translator))
if irreg:
self.log.info("Some exceptblocks seem insane")
lost = query.qoutput(query.check_methods_qgen(translator))
assert not lost, "lost methods, something gone wrong with the annotation of method defs"
so = query.qoutput(query.polluted_qgen(translator))
tot = len(translator.graphs)
percent = int(tot and (100.0 * so / tot) or 0)
# if there are a few SomeObjects even if the policy doesn't allow
# them, it means that they were put there in a controlled way
# and then it's not a warning.
if not translator.annotator.policy.allow_someobjects:
pr = self.log.info
elif percent == 0:
pr = self.log.info
else:
pr = log.WARNING
pr("-- someobjectness %2d%% (%d of %d functions polluted by SomeObjects)" % (percent, so, tot))
def task_rtype_lltype(self):
rtyper = self.translator.buildrtyper(type_system="lltype")
insist = not self.config.translation.insist
rtyper.specialize(dont_simplify_again=True, crash_on_first_typeerror=insist)
#
task_rtype_lltype = taskdef(task_rtype_lltype, ["annotate"], "RTyping")
RTYPE = "rtype_lltype"
def task_rtype_ootype(self):
# Maybe type_system should simply be an option used in task_rtype
insist = not self.config.translation.insist
rtyper = self.translator.buildrtyper(type_system="ootype")
rtyper.specialize(dont_simplify_again=True, crash_on_first_typeerror=insist)
#
task_rtype_ootype = taskdef(task_rtype_ootype, ["annotate"], "ootyping")
OOTYPE = "rtype_ootype"
def task_pyjitpl_lltype(self):
get_policy = self.extra["jitpolicy"]
self.jitpolicy = get_policy(self)
#
from pypy.jit.metainterp.warmspot import apply_jit
apply_jit(
self.translator,
policy=self.jitpolicy,
debug_level=JIT_DEBUG[self.config.translation.jit_debug],
backend_name=self.config.translation.jit_backend,
inline=True,
)
#
self.log.info("the JIT compiler was generated")
#
task_pyjitpl_lltype = taskdef(task_pyjitpl_lltype, [RTYPE], "JIT compiler generation")
def task_pyjitpl_ootype(self):
get_policy = self.extra["jitpolicy"]
self.jitpolicy = get_policy(self)
#
from pypy.jit.metainterp.warmspot import apply_jit
apply_jit(
self.translator,
policy=self.jitpolicy,
debug_level=JIT_DEBUG[self.config.translation.jit_debug],
backend_name="cli",
inline=True,
) # XXX
#
self.log.info("the JIT compiler was generated")
#
task_pyjitpl_ootype = taskdef(task_pyjitpl_ootype, [OOTYPE], "JIT compiler generation")
def task_backendopt_lltype(self):
from pypy.translator.backendopt.all import backend_optimizations
backend_optimizations(self.translator)
#
task_backendopt_lltype = taskdef(
task_backendopt_lltype, [RTYPE, "??pyjitpl_lltype"], "lltype back-end optimisations"
)
BACKENDOPT = "backendopt_lltype"
def task_backendopt_ootype(self):
from pypy.translator.backendopt.all import backend_optimizations
backend_optimizations(self.translator)
#
task_backendopt_ootype = taskdef(task_backendopt_ootype, [OOTYPE], "ootype back-end optimisations")
OOBACKENDOPT = "backendopt_ootype"
def task_stackcheckinsertion_lltype(self):
from pypy.translator.transform import insert_ll_stackcheck
count = insert_ll_stackcheck(self.translator)
self.log.info("inserted %d stack checks." % (count,))
task_stackcheckinsertion_lltype = taskdef(
task_stackcheckinsertion_lltype, ["?" + BACKENDOPT, RTYPE, "annotate"], "inserting stack checks"
)
STACKCHECKINSERTION = "stackcheckinsertion_lltype"
def possibly_check_for_boehm(self):
if self.config.translation.gc == "boehm":
from pypy.rpython.tool.rffi_platform import check_boehm
if not check_boehm(self.translator.platform):
i = 'Boehm GC not installed. Try e.g. "translate.py --gc=hybrid"'
raise Exception(i)
def task_database_c(self):
translator = self.translator
if translator.annotator is not None:
translator.frozen = True
if self.libdef is not None:
cbuilder = self.libdef.getcbuilder(self.translator, self.config)
self.standalone = False
standalone = False
else:
standalone = self.standalone
if standalone:
from pypy.translator.c.genc import CStandaloneBuilder as CBuilder
else:
from pypy.translator.c.genc import CExtModuleBuilder as CBuilder
cbuilder = CBuilder(self.translator, self.entry_point, config=self.config)
cbuilder.stackless = self.config.translation.stackless
if not standalone: # xxx more messy
cbuilder.modulename = self.extmod_name
database = cbuilder.build_database()
self.log.info("database for generating C source was created")
self.cbuilder = cbuilder
self.database = database
#
task_database_c = taskdef(
task_database_c,
[STACKCHECKINSERTION, "?" + BACKENDOPT, RTYPE, "?annotate"],
"Creating database for generating c source",
earlycheck=possibly_check_for_boehm,
)
def task_source_c(self): # xxx messy
translator = self.translator
cbuilder = self.cbuilder
database = self.database
if self._backend_extra_options.get("c_debug_defines", False):
defines = cbuilder.DEBUG_DEFINES
else:
defines = {}
c_source_filename = cbuilder.generate_source(database, defines)
self.log.info("written: %s" % (c_source_filename,))
if self.config.translation.dump_static_data_info:
from pypy.translator.tool.staticsizereport import dump_static_data_info
targetdir = cbuilder.targetdir
fname = dump_static_data_info(self.log, database, targetdir)
dstname = self.compute_exe_name() + ".staticdata.info"
shutil.copy(str(fname), str(dstname))
self.log.info("Static data info written to %s" % dstname)
#
task_source_c = taskdef(task_source_c, ["database_c"], "Generating c source")
def compute_exe_name(self):
newexename = self.exe_name % self.get_info()
if "/" not in newexename and "\\" not in newexename:
newexename = "./" + newexename
return mkexename(py.path.local(newexename))
def create_exe(self):
if self.exe_name is not None:
exename = mkexename(self.c_entryp)
newexename = self.compute_exe_name()
shutil.copy(str(exename), str(newexename))
self.c_entryp = newexename
self.log.info("created: %s" % (self.c_entryp,))
def task_compile_c(self): # xxx messy
cbuilder = self.cbuilder
cbuilder.compile()
if self.standalone:
self.c_entryp = cbuilder.executable_name
self.create_exe()
else:
isolated = self._backend_extra_options.get("c_isolated", False)
self.c_entryp = cbuilder.get_entry_point(isolated=isolated)
#
task_compile_c = taskdef(task_compile_c, ["source_c"], "Compiling c source")
def backend_run(self, backend):
c_entryp = self.c_entryp
standalone = self.standalone
if standalone:
os.system(c_entryp)
else:
runner = self.extra.get("run", lambda f: f())
runner(c_entryp)
def task_run_c(self):
self.backend_run("c")
#
task_run_c = taskdef(task_run_c, ["compile_c"], "Running compiled c source", idemp=True)
def task_llinterpret_lltype(self):
from pypy.rpython.llinterp import LLInterpreter
py.log.setconsumer("llinterp operation", None)
translator = self.translator
interp = LLInterpreter(translator.rtyper)
bk = translator.annotator.bookkeeper
graph = bk.getdesc(self.entry_point).getuniquegraph()
v = interp.eval_graph(graph, self.extra.get("get_llinterp_args", lambda: [])())
log.llinterpret.event("result -> %s" % v)
#
task_llinterpret_lltype = taskdef(
task_llinterpret_lltype, [STACKCHECKINSERTION, "?" + BACKENDOPT, RTYPE], "LLInterpreting"
)
def task_source_cli(self):
from pypy.translator.cli.gencli import GenCli
from pypy.translator.cli.entrypoint import get_entrypoint
if self.entry_point is not None: # executable mode
entry_point_graph = self.translator.graphs[0]
entry_point = get_entrypoint(entry_point_graph)
else:
# library mode
assert self.libdef is not None
bk = self.translator.annotator.bookkeeper
entry_point = self.libdef.get_entrypoint(bk)
self.gen = GenCli(udir, self.translator, entry_point, config=self.config)
filename = self.gen.generate_source()
self.log.info("Wrote %s" % (filename,))
task_source_cli = taskdef(task_source_cli, ["?" + OOBACKENDOPT, OOTYPE], "Generating CLI source")
def task_compile_cli(self):
from pypy.translator.oosupport.support import unpatch_os
from pypy.translator.cli.test.runtest import CliFunctionWrapper
filename = self.gen.build_exe()
self.c_entryp = CliFunctionWrapper(filename)
# restore original os values
if hasattr(self, "old_cli_defs"):
unpatch_os(self.old_cli_defs)
self.log.info("Compiled %s" % filename)
if self.standalone and self.exe_name:
self.copy_cli_exe()
task_compile_cli = taskdef(task_compile_cli, ["source_cli"], "Compiling CLI source")
def copy_cli_exe(self):
# XXX messy
main_exe = self.c_entryp._exe
usession_path, main_exe_name = os.path.split(main_exe)
pypylib_dll = os.path.join(usession_path, "pypylib.dll")
basename = self.exe_name % self.get_info()
dirname = basename + "-data/"
if "/" not in dirname and "\\" not in dirname:
dirname = "./" + dirname
if not os.path.exists(dirname):
os.makedirs(dirname)
shutil.copy(main_exe, dirname)
shutil.copy(pypylib_dll, dirname)
if bool(os.getenv("PYPY_GENCLI_COPYIL")):
shutil.copy(os.path.join(usession_path, "main.il"), dirname)
newexename = basename
f = file(newexename, "w")
f.write(
"""#!/bin/bash
LEDIT=`type -p ledit`
EXE=`readlink $0`
if [ -z $EXE ]
then
EXE=$0
fi
if uname -s | grep -iq Cygwin ; then MONO=; else MONO=mono; fi
$LEDIT $MONO "$(dirname $EXE)/$(basename $EXE)-data/%s" "$@" # XXX doesn't work if it's placed in PATH
"""
% main_exe_name
)
f.close()
os.chmod(newexename, 0755)
def copy_cli_dll(self):
dllname = self.gen.outfile
usession_path, dll_name = os.path.split(dllname)
pypylib_dll = os.path.join(usession_path, "pypylib.dll")
shutil.copy(dllname, ".")
shutil.copy(pypylib_dll, ".")
# main.exe is a stub but is needed right now because it's
# referenced by pypylib.dll. Will be removed in the future
translator_path, _ = os.path.split(__file__)
main_exe = os.path.join(translator_path, "cli/src/main.exe")
shutil.copy(main_exe, ".")
self.log.info("Copied to %s" % os.path.join(os.getcwd(), dllname))
def task_run_cli(self):
pass
task_run_cli = taskdef(task_run_cli, ["compile_cli"], "XXX")
def task_source_jvm(self):
from pypy.translator.jvm.genjvm import GenJvm
from pypy.translator.jvm.node import EntryPoint
entry_point_graph = self.translator.graphs[0]
is_func = not self.standalone
entry_point = EntryPoint(entry_point_graph, is_func, is_func)
self.gen = GenJvm(udir, self.translator, entry_point)
self.jvmsource = self.gen.generate_source()
self.log.info("Wrote JVM code")
task_source_jvm = taskdef(task_source_jvm, ["?" + OOBACKENDOPT, OOTYPE], "Generating JVM source")
def task_compile_jvm(self):
from pypy.translator.oosupport.support import unpatch_os
from pypy.translator.jvm.test.runtest import JvmGeneratedSourceWrapper
self.jvmsource.compile()
self.c_entryp = JvmGeneratedSourceWrapper(self.jvmsource)
# restore original os values
if hasattr(self, "old_cli_defs"):
unpatch_os(self.old_cli_defs)
self.log.info("Compiled JVM source")
if self.standalone and self.exe_name:
self.copy_jvm_jar()
task_compile_jvm = taskdef(task_compile_jvm, ["source_jvm"], "Compiling JVM source")
def copy_jvm_jar(self):
from py.compat import subprocess
basename = self.exe_name % self.get_info()
root = udir.join("pypy")
manifest = self.create_manifest(root)
jnajar = py.path.local(__file__).dirpath("jvm", "src", "jna.jar")
classlist = self.create_classlist(root, [jnajar])
jarfile = py.path.local(basename + ".jar")
self.log.info("Creating jar file")
oldpath = root.chdir()
subprocess.call(["jar", "cmf", str(manifest), str(jarfile), "@" + str(classlist)])
oldpath.chdir()
# create a convenience script
newexename = basename
f = file(newexename, "w")
f.write(
"""#!/bin/bash
LEDIT=`type -p ledit`
EXE=`readlink $0`
if [ -z $EXE ]
then
EXE=$0
fi
$LEDIT java -Xmx256m -jar $EXE.jar "$@"
"""
)
f.close()
os.chmod(newexename, 0755)
def create_manifest(self, root):
filename = root.join("manifest.txt")
manifest = filename.open("w")
manifest.write("Main-class: pypy.Main\n\n")
manifest.close()
return filename
def create_classlist(self, root, additional_jars=[]):
from py.compat import subprocess
# first, uncompress additional jars
for jarfile in additional_jars:
oldpwd = root.chdir()
subprocess.call(["jar", "xf", str(jarfile)])
oldpwd.chdir()
filename = root.join("classlist.txt")
classlist = filename.open("w")
classfiles = list(root.visit("*.class", True))
classfiles += root.visit("*.so", True)
classfiles += root.visit("*.dll", True)
classfiles += root.visit("*.jnilib", True)
for classfile in classfiles:
print >> classlist, classfile.relto(root)
classlist.close()
return filename
def task_run_jvm(self):
pass
task_run_jvm = taskdef(task_run_jvm, ["compile_jvm"], "XXX")
def proceed(self, goals):
if not goals:
if self.default_goal:
goals = [self.default_goal]
else:
self.log.info("nothing to do")
return
elif isinstance(goals, str):
goals = [goals]
goals.extend(self.extra_goals)
goals = self.backend_select_goals(goals)
return self._execute(goals, task_skip=self._maybe_skip())
def from_targetspec(targetspec_dic, config=None, args=None, empty_translator=None, disable=[], default_goal=None):
if args is None:
args = []
driver = TranslationDriver(config=config, default_goal=default_goal, disable=disable)
# patch some attributes of the os module to make sure they
# have the same value on every platform.
backend, ts = driver.get_backend_and_type_system()
if backend in ("cli", "jvm"):
from pypy.translator.oosupport.support import patch_os
driver.old_cli_defs = patch_os()
target = targetspec_dic["target"]
spec = target(driver, args)
try:
entry_point, inputtypes, policy = spec
except ValueError:
entry_point, inputtypes = spec
policy = None
driver.setup(entry_point, inputtypes, policy=policy, extra=targetspec_dic, empty_translator=empty_translator)
return driver
from_targetspec = staticmethod(from_targetspec)
def prereq_checkpt_rtype(self):
assert "pypy.rpython.rmodel" not in sys.modules, "cannot fork because the rtyper has already been imported"
prereq_checkpt_rtype_lltype = prereq_checkpt_rtype
prereq_checkpt_rtype_ootype = prereq_checkpt_rtype
# checkpointing support
def _event(self, kind, goal, func):
if kind == "planned" and func.task_earlycheck:
func.task_earlycheck(self)
if kind == "pre":
fork_before = self.config.translation.fork_before
if fork_before:
fork_before, = self.backend_select_goals([fork_before])
if not fork_before in self.done and fork_before == goal:
prereq = getattr(self, "prereq_checkpt_%s" % goal, None)
if prereq:
prereq()
from pypy.translator.goal import unixcheckpoint
unixcheckpoint.restartable_point(auto="run")
class TranslationDriver(SimpleTaskEngine):
_backend_extra_options = {}
def __init__(self, setopts=None, default_goal=None,
disable=[],
exe_name=None, extmod_name=None,
config=None, overrides=None):
self.timer = Timer()
SimpleTaskEngine.__init__(self)
self.log = log
if config is None:
from pypy.config.pypyoption import get_pypy_config
config = get_pypy_config(translating=True)
self.config = config
if overrides is not None:
self.config.override(overrides)
if setopts is not None:
self.config.set(**setopts)
self.exe_name = exe_name
self.extmod_name = extmod_name
self.done = {}
self.disable(disable)
if default_goal:
default_goal, = self.backend_select_goals([default_goal])
if default_goal in self._maybe_skip():
default_goal = None
self.default_goal = default_goal
self.extra_goals = []
self.exposed = []
# expose tasks
def expose_task(task, backend_goal=None):
if backend_goal is None:
backend_goal = task
def proc():
return self.proceed(backend_goal)
self.exposed.append(task)
setattr(self, task, proc)
backend, ts = self.get_backend_and_type_system()
for task in self.tasks:
explicit_task = task
parts = task.split('_')
if len(parts) == 1:
if task in ('annotate',):
expose_task(task)
else:
task, postfix = parts
if task in ('rtype', 'backendopt', 'llinterpret',
'pyjitpl'):
if ts:
if ts == postfix:
expose_task(task, explicit_task)
else:
expose_task(explicit_task)
elif task in ('source', 'compile', 'run'):
if backend:
if backend == postfix:
expose_task(task, explicit_task)
elif ts:
if ts == backend_to_typesystem(postfix):
expose_task(explicit_task)
else:
expose_task(explicit_task)
def set_extra_goals(self, goals):
self.extra_goals = goals
def set_backend_extra_options(self, extra_options):
self._backend_extra_options = extra_options
def get_info(self): # XXX more?
d = {'backend': self.config.translation.backend}
return d
def get_backend_and_type_system(self):
type_system = self.config.translation.type_system
backend = self.config.translation.backend
return backend, type_system
def backend_select_goals(self, goals):
backend, ts = self.get_backend_and_type_system()
postfixes = [''] + ['_'+p for p in (backend, ts) if p]
l = []
for goal in goals:
for postfix in postfixes:
cand = "%s%s" % (goal, postfix)
if cand in self.tasks:
new_goal = cand
break
else:
raise Exception, "cannot infer complete goal from: %r" % goal
l.append(new_goal)
return l
def disable(self, to_disable):
self._disabled = to_disable
def _maybe_skip(self):
maybe_skip = []
if self._disabled:
for goal in self.backend_select_goals(self._disabled):
maybe_skip.extend(self._depending_on_closure(goal))
return dict.fromkeys(maybe_skip).keys()
def setup(self, entry_point, inputtypes, policy=None, extra={}, empty_translator=None):
standalone = inputtypes is None
self.standalone = standalone
if standalone:
inputtypes = [s_list_of_strings]
self.inputtypes = inputtypes
if policy is None:
policy = annpolicy.AnnotatorPolicy()
if standalone:
policy.allow_someobjects = False
self.policy = policy
self.extra = extra
if empty_translator:
translator = empty_translator
else:
translator = TranslationContext(config=self.config)
self.entry_point = entry_point
self.translator = translator
self.libdef = None
self.translator.driver_instrument_result = self.instrument_result
def setup_library(self, libdef, policy=None, extra={}, empty_translator=None):
self.setup(None, None, policy, extra, empty_translator)
self.libdef = libdef
def instrument_result(self, args):
backend, ts = self.get_backend_and_type_system()
if backend != 'c' or sys.platform == 'win32':
raise Exception("instrumentation requires the c backend"
" and unix for now")
from pypy.tool.udir import udir
datafile = udir.join('_instrument_counters')
makeProfInstrument = lambda compiler: ProfInstrument(datafile, compiler)
pid = os.fork()
if pid == 0:
# child compiling and running with instrumentation
self.config.translation.instrument = True
self.config.translation.instrumentctl = (makeProfInstrument,
args)
raise Instrument
else:
pid, status = os.waitpid(pid, 0)
if os.WIFEXITED(status):
status = os.WEXITSTATUS(status)
if status != 0:
raise Exception, "instrumentation child failed: %d" % status
else:
raise Exception, "instrumentation child aborted"
import array, struct
n = datafile.size()//struct.calcsize('L')
datafile = datafile.open('rb')
counters = array.array('L')
counters.fromfile(datafile, n)
datafile.close()
return counters
def info(self, msg):
log.info(msg)
def _profile(self, goal, func):
from cProfile import Profile
from pypy.tool.lsprofcalltree import KCacheGrind
d = {'func':func}
prof = Profile()
prof.runctx("res = func()", globals(), d)
KCacheGrind(prof).output(open(goal + ".out", "w"))
return d['res']
def _do(self, goal, func, *args, **kwds):
title = func.task_title
if goal in self.done:
self.log.info("already done: %s" % title)
return
else:
self.log.info("%s..." % title)
self.timer.start_event(goal)
try:
instrument = False
try:
if goal in PROFILE:
res = self._profile(goal, func)
else:
res = func()
except Instrument:
instrument = True
if not func.task_idempotent:
self.done[goal] = True
if instrument:
self.proceed('compile')
assert False, 'we should not get here'
finally:
try:
self.timer.end_event(goal)
except (KeyboardInterrupt, SystemExit):
raise
except:
pass
return res
def task_annotate(self):
# includes annotation and annotatation simplifications
translator = self.translator
policy = self.policy
self.log.info('with policy: %s.%s' % (policy.__class__.__module__, policy.__class__.__name__))
annmodel.DEBUG = self.config.translation.debug
annotator = translator.buildannotator(policy=policy)
if self.entry_point:
s = annotator.build_types(self.entry_point, self.inputtypes)
self.sanity_check_annotation()
if self.standalone and s.knowntype != int:
raise Exception("stand-alone program entry point must return an "
"int (and not, e.g., None or always raise an "
"exception).")
annotator.simplify()
return s
else:
assert self.libdef is not None
for func, inputtypes in self.libdef.functions:
annotator.build_types(func, inputtypes)
func.c_name = func.func_name
self.sanity_check_annotation()
annotator.simplify()
#
task_annotate = taskdef(task_annotate, [], "Annotating&simplifying")
def sanity_check_annotation(self):
translator = self.translator
irreg = query.qoutput(query.check_exceptblocks_qgen(translator))
if irreg:
self.log.info("Some exceptblocks seem insane")
lost = query.qoutput(query.check_methods_qgen(translator))
assert not lost, "lost methods, something gone wrong with the annotation of method defs"
so = query.qoutput(query.polluted_qgen(translator))
tot = len(translator.graphs)
percent = int(tot and (100.0*so / tot) or 0)
# if there are a few SomeObjects even if the policy doesn't allow
# them, it means that they were put there in a controlled way
# and then it's not a warning.
if not translator.annotator.policy.allow_someobjects:
pr = self.log.info
elif percent == 0:
pr = self.log.info
else:
pr = log.WARNING
pr("-- someobjectness %2d%% (%d of %d functions polluted by SomeObjects)" % (percent, so, tot))
def task_rtype_lltype(self):
rtyper = self.translator.buildrtyper(type_system='lltype')
insist = not self.config.translation.insist
rtyper.specialize(dont_simplify_again=True,
crash_on_first_typeerror=insist)
#
task_rtype_lltype = taskdef(task_rtype_lltype, ['annotate'], "RTyping")
RTYPE = 'rtype_lltype'
def task_rtype_ootype(self):
# Maybe type_system should simply be an option used in task_rtype
insist = not self.config.translation.insist
rtyper = self.translator.buildrtyper(type_system="ootype")
rtyper.specialize(dont_simplify_again=True,
crash_on_first_typeerror=insist)
#
task_rtype_ootype = taskdef(task_rtype_ootype, ['annotate'], "ootyping")
OOTYPE = 'rtype_ootype'
def task_pyjitpl_lltype(self):
get_policy = self.extra['jitpolicy']
self.jitpolicy = get_policy(self)
#
from pypy.jit.metainterp.warmspot import apply_jit
apply_jit(self.translator, policy=self.jitpolicy,
debug_level=JIT_DEBUG[self.config.translation.jit_debug],
backend_name=self.config.translation.jit_backend, inline=True)
#
self.log.info("the JIT compiler was generated")
#
task_pyjitpl_lltype = taskdef(task_pyjitpl_lltype,
[RTYPE],
"JIT compiler generation")
def task_pyjitpl_ootype(self):
get_policy = self.extra['jitpolicy']
self.jitpolicy = get_policy(self)
#
from pypy.jit.metainterp.warmspot import apply_jit
apply_jit(self.translator, policy=self.jitpolicy,
debug_level=JIT_DEBUG[self.config.translation.jit_debug],
backend_name='cli', inline=True) #XXX
#
self.log.info("the JIT compiler was generated")
#
task_pyjitpl_ootype = taskdef(task_pyjitpl_ootype,
[OOTYPE],
"JIT compiler generation")
def task_backendopt_lltype(self):
from pypy.translator.backendopt.all import backend_optimizations
backend_optimizations(self.translator)
#
task_backendopt_lltype = taskdef(task_backendopt_lltype,
[RTYPE, '??pyjitpl_lltype'],
"lltype back-end optimisations")
BACKENDOPT = 'backendopt_lltype'
def task_backendopt_ootype(self):
from pypy.translator.backendopt.all import backend_optimizations
backend_optimizations(self.translator)
#
task_backendopt_ootype = taskdef(task_backendopt_ootype,
[OOTYPE], "ootype back-end optimisations")
OOBACKENDOPT = 'backendopt_ootype'
def task_stackcheckinsertion_lltype(self):
from pypy.translator.transform import insert_ll_stackcheck
count = insert_ll_stackcheck(self.translator)
self.log.info("inserted %d stack checks." % (count,))
task_stackcheckinsertion_lltype = taskdef(
task_stackcheckinsertion_lltype,
['?'+BACKENDOPT, RTYPE, 'annotate'],
"inserting stack checks")
STACKCHECKINSERTION = 'stackcheckinsertion_lltype'
def possibly_check_for_boehm(self):
if self.config.translation.gc == "boehm":
from pypy.rpython.tool.rffi_platform import check_boehm
if not check_boehm(self.translator.platform):
i = 'Boehm GC not installed. Try e.g. "translate.py --gc=hybrid"'
raise Exception(i)
def task_database_c(self):
translator = self.translator
if translator.annotator is not None:
translator.frozen = True
if self.libdef is not None:
cbuilder = self.libdef.getcbuilder(self.translator, self.config)
self.standalone = False
standalone = False
else:
standalone = self.standalone
if standalone:
from pypy.translator.c.genc import CStandaloneBuilder as CBuilder
else:
from pypy.translator.c.genc import CExtModuleBuilder as CBuilder
cbuilder = CBuilder(self.translator, self.entry_point,
config=self.config)
cbuilder.stackless = self.config.translation.stackless
if not standalone: # xxx more messy
cbuilder.modulename = self.extmod_name
database = cbuilder.build_database()
self.log.info("database for generating C source was created")
self.cbuilder = cbuilder
self.database = database
#
task_database_c = taskdef(task_database_c,
[STACKCHECKINSERTION, '?'+BACKENDOPT, RTYPE, '?annotate'],
"Creating database for generating c source",
earlycheck = possibly_check_for_boehm)
def task_source_c(self): # xxx messy
translator = self.translator
cbuilder = self.cbuilder
database = self.database
if self._backend_extra_options.get('c_debug_defines', False):
defines = cbuilder.DEBUG_DEFINES
else:
defines = {}
c_source_filename = cbuilder.generate_source(database, defines)
self.log.info("written: %s" % (c_source_filename,))
if self.config.translation.dump_static_data_info:
from pypy.translator.tool.staticsizereport import dump_static_data_info
targetdir = cbuilder.targetdir
fname = dump_static_data_info(self.log, database, targetdir)
dstname = self.compute_exe_name() + '.staticdata.info'
shutil.copy(str(fname), str(dstname))
self.log.info('Static data info written to %s' % dstname)
#
task_source_c = taskdef(task_source_c, ['database_c'], "Generating c source")
def compute_exe_name(self):
newexename = self.exe_name % self.get_info()
if '/' not in newexename and '\\' not in newexename:
newexename = './' + newexename
return mkexename(py.path.local(newexename))
def create_exe(self):
if self.exe_name is not None:
exename = mkexename(self.c_entryp)
newexename = self.compute_exe_name()
shutil.copy(str(exename), str(newexename))
self.c_entryp = newexename
self.log.info("created: %s" % (self.c_entryp,))
def task_compile_c(self): # xxx messy
cbuilder = self.cbuilder
cbuilder.compile()
if self.standalone:
self.c_entryp = cbuilder.executable_name
self.create_exe()
else:
isolated = self._backend_extra_options.get('c_isolated', False)
self.c_entryp = cbuilder.get_entry_point(isolated=isolated)
#
task_compile_c = taskdef(task_compile_c, ['source_c'], "Compiling c source")
def backend_run(self, backend):
c_entryp = self.c_entryp
standalone = self.standalone
if standalone:
os.system(c_entryp)
else:
runner = self.extra.get('run', lambda f: f())
runner(c_entryp)
def task_run_c(self):
self.backend_run('c')
#
task_run_c = taskdef(task_run_c, ['compile_c'],
"Running compiled c source",
idemp=True)
def task_llinterpret_lltype(self):
from pypy.rpython.llinterp import LLInterpreter
py.log.setconsumer("llinterp operation", None)
translator = self.translator
interp = LLInterpreter(translator.rtyper)
bk = translator.annotator.bookkeeper
graph = bk.getdesc(self.entry_point).getuniquegraph()
v = interp.eval_graph(graph,
self.extra.get('get_llinterp_args',
lambda: [])())
log.llinterpret.event("result -> %s" % v)
#
task_llinterpret_lltype = taskdef(task_llinterpret_lltype,
[STACKCHECKINSERTION, '?'+BACKENDOPT, RTYPE],
"LLInterpreting")
def task_source_cli(self):
from pypy.translator.cli.gencli import GenCli
from pypy.translator.cli.entrypoint import get_entrypoint
if self.entry_point is not None: # executable mode
entry_point_graph = self.translator.graphs[0]
entry_point = get_entrypoint(entry_point_graph)
else:
# library mode
assert self.libdef is not None
bk = self.translator.annotator.bookkeeper
entry_point = self.libdef.get_entrypoint(bk)
self.gen = GenCli(udir, self.translator, entry_point, config=self.config)
filename = self.gen.generate_source()
self.log.info("Wrote %s" % (filename,))
task_source_cli = taskdef(task_source_cli, ["?" + OOBACKENDOPT, OOTYPE],
'Generating CLI source')
def task_compile_cli(self):
from pypy.translator.oosupport.support import unpatch_os
from pypy.translator.cli.test.runtest import CliFunctionWrapper
filename = self.gen.build_exe()
self.c_entryp = CliFunctionWrapper(filename)
# restore original os values
if hasattr(self, 'old_cli_defs'):
unpatch_os(self.old_cli_defs)
self.log.info("Compiled %s" % filename)
if self.standalone and self.exe_name:
self.copy_cli_exe()
task_compile_cli = taskdef(task_compile_cli, ['source_cli'],
'Compiling CLI source')
def copy_cli_exe(self):
# XXX messy
main_exe = self.c_entryp._exe
usession_path, main_exe_name = os.path.split(main_exe)
pypylib_dll = os.path.join(usession_path, 'pypylib.dll')
basename = self.exe_name % self.get_info()
dirname = basename + '-data/'
if '/' not in dirname and '\\' not in dirname:
dirname = './' + dirname
if not os.path.exists(dirname):
os.makedirs(dirname)
shutil.copy(main_exe, dirname)
shutil.copy(pypylib_dll, dirname)
if bool(os.getenv('PYPY_GENCLI_COPYIL')):
shutil.copy(os.path.join(usession_path, 'main.il'), dirname)
newexename = basename
f = file(newexename, 'w')
f.write("""#!/bin/bash
LEDIT=`type -p ledit`
EXE=`readlink $0`
if [ -z $EXE ]
then
EXE=$0
fi
if uname -s | grep -iq Cygwin ; then MONO=; else MONO=mono; fi
$LEDIT $MONO "$(dirname $EXE)/$(basename $EXE)-data/%s" "$@" # XXX doesn't work if it's placed in PATH
""" % main_exe_name)
f.close()
os.chmod(newexename, 0755)
def copy_cli_dll(self):
dllname = self.gen.outfile
usession_path, dll_name = os.path.split(dllname)
pypylib_dll = os.path.join(usession_path, 'pypylib.dll')
shutil.copy(dllname, '.')
shutil.copy(pypylib_dll, '.')
# main.exe is a stub but is needed right now because it's
# referenced by pypylib.dll. Will be removed in the future
translator_path, _ = os.path.split(__file__)
main_exe = os.path.join(translator_path, 'cli/src/main.exe')
shutil.copy(main_exe, '.')
self.log.info("Copied to %s" % os.path.join(os.getcwd(), dllname))
def task_run_cli(self):
pass
task_run_cli = taskdef(task_run_cli, ['compile_cli'],
'XXX')
def task_source_jvm(self):
from pypy.translator.jvm.genjvm import GenJvm
from pypy.translator.jvm.node import EntryPoint
entry_point_graph = self.translator.graphs[0]
is_func = not self.standalone
entry_point = EntryPoint(entry_point_graph, is_func, is_func)
self.gen = GenJvm(udir, self.translator, entry_point)
self.jvmsource = self.gen.generate_source()
self.log.info("Wrote JVM code")
task_source_jvm = taskdef(task_source_jvm, ["?" + OOBACKENDOPT, OOTYPE],
'Generating JVM source')
def task_compile_jvm(self):
from pypy.translator.oosupport.support import unpatch_os
from pypy.translator.jvm.test.runtest import JvmGeneratedSourceWrapper
self.jvmsource.compile()
self.c_entryp = JvmGeneratedSourceWrapper(self.jvmsource)
# restore original os values
if hasattr(self, 'old_cli_defs'):
unpatch_os(self.old_cli_defs)
self.log.info("Compiled JVM source")
if self.standalone and self.exe_name:
self.copy_jvm_jar()
task_compile_jvm = taskdef(task_compile_jvm, ['source_jvm'],
'Compiling JVM source')
def copy_jvm_jar(self):
from py.compat import subprocess
basename = self.exe_name % self.get_info()
root = udir.join('pypy')
manifest = self.create_manifest(root)
jnajar = py.path.local(__file__).dirpath('jvm', 'src', 'jna.jar')
classlist = self.create_classlist(root, [jnajar])
jarfile = py.path.local(basename + '.jar')
self.log.info('Creating jar file')
oldpath = root.chdir()
subprocess.call(['jar', 'cmf', str(manifest), str(jarfile), '@'+str(classlist)])
oldpath.chdir()
# create a convenience script
newexename = basename
f = file(newexename, 'w')
f.write("""#!/bin/bash
LEDIT=`type -p ledit`
EXE=`readlink $0`
if [ -z $EXE ]
then
EXE=$0
fi
$LEDIT java -Xmx256m -jar $EXE.jar "$@"
""")
f.close()
os.chmod(newexename, 0755)
def create_manifest(self, root):
filename = root.join('manifest.txt')
manifest = filename.open('w')
manifest.write('Main-class: pypy.Main\n\n')
manifest.close()
return filename
def create_classlist(self, root, additional_jars=[]):
from py.compat import subprocess
# first, uncompress additional jars
for jarfile in additional_jars:
oldpwd = root.chdir()
subprocess.call(['jar', 'xf', str(jarfile)])
oldpwd.chdir()
filename = root.join('classlist.txt')
classlist = filename.open('w')
classfiles = list(root.visit('*.class', True))
classfiles += root.visit('*.so', True)
classfiles += root.visit('*.dll', True)
classfiles += root.visit('*.jnilib', True)
for classfile in classfiles:
print >> classlist, classfile.relto(root)
classlist.close()
return filename
def task_run_jvm(self):
pass
task_run_jvm = taskdef(task_run_jvm, ['compile_jvm'],
'XXX')
def proceed(self, goals):
if not goals:
if self.default_goal:
goals = [self.default_goal]
else:
self.log.info("nothing to do")
return
elif isinstance(goals, str):
goals = [goals]
goals.extend(self.extra_goals)
goals = self.backend_select_goals(goals)
return self._execute(goals, task_skip = self._maybe_skip())
def from_targetspec(targetspec_dic, config=None, args=None,
empty_translator=None,
disable=[],
default_goal=None):
if args is None:
args = []
driver = TranslationDriver(config=config, default_goal=default_goal,
disable=disable)
# patch some attributes of the os module to make sure they
# have the same value on every platform.
backend, ts = driver.get_backend_and_type_system()
if backend in ('cli', 'jvm'):
from pypy.translator.oosupport.support import patch_os
driver.old_cli_defs = patch_os()
target = targetspec_dic['target']
spec = target(driver, args)
try:
entry_point, inputtypes, policy = spec
except ValueError:
entry_point, inputtypes = spec
policy = None
driver.setup(entry_point, inputtypes,
policy=policy,
extra=targetspec_dic,
empty_translator=empty_translator)
return driver
from_targetspec = staticmethod(from_targetspec)
def prereq_checkpt_rtype(self):
assert 'pypy.rpython.rmodel' not in sys.modules, (
"cannot fork because the rtyper has already been imported")
prereq_checkpt_rtype_lltype = prereq_checkpt_rtype
prereq_checkpt_rtype_ootype = prereq_checkpt_rtype
# checkpointing support
def _event(self, kind, goal, func):
if kind == 'planned' and func.task_earlycheck:
func.task_earlycheck(self)
if kind == 'pre':
fork_before = self.config.translation.fork_before
if fork_before:
fork_before, = self.backend_select_goals([fork_before])
if not fork_before in self.done and fork_before == goal:
prereq = getattr(self, 'prereq_checkpt_%s' % goal, None)
if prereq:
prereq()
from pypy.translator.goal import unixcheckpoint
unixcheckpoint.restartable_point(auto='run')