def __init__(self, args):
self.args = args
self.mutations = []
self.execution_time = 0
self.min_time = 0
self.max_time = 0
self.living = True
self.foutname = "_".join([
str(random.randint(0, 1000000)),
os.path.basename(args.sources[0])
])
# create workspace
self.ws = pyrops.pworkspace(self.args.sources,
verbose=args.verbose > 1,
recoverInclude=True,
parents=[workspace_gettime.workspace])
self.ws.activate("MUST_REGIONS")
self.ws.activate("PRECONDITIONS_INTER_FULL")
self.ws.activate("TRANSFORMERS_INTER_FULL")
self.ws.activate("RICE_SEMANTICS_DEPENDENCE_GRAPH")
self.ws.activate("RICE_REGIONS_DEPENDENCE_GRAPH")
self.ws.activate("REGION_CHAINS")
self.ws.props.RICEDG_STATISTICS_ALL_ARRAYS = True
self.ws.props.C89_CODE_GENERATION = True
self.ws.props.CONSTANT_PATH_EFFECTS = False
self.ws.props.PRETTYPRINT_SEQUENTIAL_STYLE = "seq"
def perform(source_path, op, advanced=False, **params):
mod = import_module(op)
try:
ws = pworkspace(str(source_path), deleteOnClose=True)
if advanced:
# Set properties
for props in params.get('properties', {}).values():
for p in props:
if p['checked']:
val = str(p['val']) if isinstance(
p['val'], unicode) else p['val'] ##TODO
setattr(ws.props, p['id'], val)
# Activate analyses
for a in params.get('analyses', []):
if a['checked']:
ws.activate(str(a['val']))
# Apply phases
for p in params.get('phases', []):
if p['checked']:
getattr(ws.all, p['id'])()
functions = ''
for fu in ws.fun:
functions += mod.invoke_function(fu, ws)
ws.close()
return functions
except:
ws.close()
raise
def main():
parser = OptionParser(description = "Try several sac optimisations")
parser.add_option("-f", "--function", dest = "function",
help = "function to try and optimize")
parser.add_option("-v", "--verbose", dest = "verbose", action = "count",
default = 0, help = "be verbose")
parser.add_option("-o", "--outdir", dest = "outdir",
help = "directory to store the resulting transformation")
(args, sources) = parser.parse_args()
for p in permutations():
print "Trying permutation", p
ws = pyrops.pworkspace(sources, verbose = (args.verbose >= 2),
parents = [sac.workspace], driver = "sse")
module = ws[args.function]
try:
module.sac(verbose = (args.verbose >= 3), **p)
if args.verbose >= 1:
module.display()
print "OK:", p
if args.outdir:
ws.save(rep = args.outdir)
ws.close()
exit(0)
except RuntimeError, e:
print "NOK", e.args
if args.verbose: print "".join(Pyro.util.getPyroTraceback(e))
ws.close()
def get_functions(sources):
ws = pworkspace(*sources,
deleteOnClose=True) ##TODO: cast source file names to str
functions = []
for fu in ws.fun:
functions.append(fu.name)
ws.close()
return functions
def dependence_graph_multi(request):
"""
"""
dirname = create_workdir(request)
sources = request.session['sources']
ws = pworkspace(*sources, name=dirname, deleteOnClose=True)
functions = _get_ws_functions(ws)
images = create_graph_images(request, functions)
ws.close()
return dict(images=images)
def dependence_graph(request):
"""
"""
form = request.params
code = form.get('code')
lang = form.get('lang')
source = _create_file(request, '', code, lang)
dirname = create_workdir(request)
ws = pworkspace(str(source), name=dirname, deleteOnClose=True)
functions = _get_ws_functions(ws)
images = create_graph_images(request, functions)
#_delete_dir(source)
ws.close()
return dict(images=images)
def perform_multiple(sources, op, function_name, advanced=False, **params):
mod = import_module(op)
try:
ws = pworkspace(
*sources,
deleteOnClose=True) ##TODO: cast source file names to str
if advanced:
if (properties != ""):
set_properties(ws, str(properties).split(';')[:-1])
if (analysis != ""): activate(ws, analysis)
if (phases != ""): apply_phases(ws, phases)
result = mod.invoke_function(ws.fun.__getattr__(function_name), ws)
ws.close()
return result
except:
ws.close()
raise
from __future__ import with_statement # this is to work with python2.5
from pyrops import pworkspace
w2 = pworkspace("basics0.c", deleteOnClose=True)
w1 = pworkspace("cat.c", deleteOnClose=True)
# Should display only functions from w1
w1.all_functions.display()
w1.close()
w2.close()
from __future__ import with_statement # this is to work with python2.5
#!/usr/bin/env python
# import everything so that a session looks like tpips one
from pyrops import pworkspace
import shutil, os, pyrops
#launcher = pyrops.getWorkspaceLauncher(["properties.c"])
#w = launcher.getObj()
with pworkspace("properties.c", "cat.c", deleteOnClose=True) as w:
#Get foo function
foo = w.fun.foo
#Test for default value (should be True)
print "Prop INLINING_USE_INITIALIZATION_LIST is " + str(
w.props.INLINING_USE_INITIALIZATION_LIST)
#Should not purge labels
foo.inlining(callers="bar", USE_INITIALIZATION_LIST=False)
#Environment should have been restored, so USE_INITIALIZATION_LIST is True
print "Prop INLINING_USE_INITIALIZATION_LIST is " + str(
w.props.INLINING_USE_INITIALIZATION_LIST)
#Test if we success changing environment
w.props.INLINING_USE_INITIALIZATION_LIST = False
print "Prop INLINING_USE_INITIALIZATION_LIST is " + str(
w.props.INLINING_USE_INITIALIZATION_LIST)
#Test keep it back to an other value
w.props.INLINING_USE_INITIALIZATION_LIST = True
from __future__ import with_statement # this is to work with python2.5
#!/usr/bin/env python
#This script is an adaptation of basics0.py for Pyrops
# import everything so that a session looks like tpips one
from pyrops import pworkspace
import shutil, os, pyrops
# a worspace ID is automagically created ... may be not a good feature
#launcher = pyrops.Launcher() #pyrops.getWorkspaceLauncher(["basics0.c"])
#cp = launcher.getObj()
#w = workspace(["basics0.c"], cpypips = cp)
with pworkspace("basics0.c", deleteOnClose=True) as w:
# you can get module object from the modules table
foo = w.fun.foo
bar = w.fun.bar
malabar = w.fun.malabar
mb = w.fun.megablast
# and apply transformation to modules
foo.inlining(callers="bar", USE_INITIALIZATION_LIST=False)
#the good old display, default to PRINTED_FILE, but you can give args
foo.display()
bar.display()
malabar.display()
bar.print_code()
# you can also preform operations on loops
mb.display(rc="loops_file")