def inline_helpers(self, graph):
if not self.prepared:
raise Exception("Need to call prepare_inline_helpers first")
if self.inline:
raise_analyzer = RaiseAnalyzer(self.translator)
to_enum = self.graph_dependencies.get(graph, self.graphs_to_inline)
must_constfold = False
for inline_graph in to_enum:
try:
inline.inline_function(self.translator, inline_graph, graph,
self.lltype_to_classdef,
raise_analyzer,
cleanup=False)
must_constfold = True
except inline.CannotInline, e:
print 'CANNOT INLINE:', e
print '\t%s into %s' % (inline_graph, graph)
cleanup_graph(graph)
if must_constfold:
constant_fold_graph(graph)
def inline_helpers(self, graphs):
from rpython.translator.backendopt.inline import iter_callsites
raise_analyzer = RaiseAnalyzer(self.translator)
for graph in graphs:
to_enum = []
for called, block, i in iter_callsites(graph, None):
if called in self.graphs_to_inline:
to_enum.append(called)
must_constfold = False
for inline_graph in to_enum:
try:
inline.inline_function(self.translator, inline_graph, graph,
self.lltype_to_classdef,
raise_analyzer,
cleanup=False)
must_constfold = True
except inline.CannotInline as e:
print 'CANNOT INLINE:', e
print '\t%s into %s' % (inline_graph, graph)
cleanup_graph(graph)
if must_constfold:
constant_fold_graph(graph)
def inline_helpers(self, graph):
if not self.prepared:
raise Exception("Need to call prepare_inline_helpers first")
if self.inline:
raise_analyzer = RaiseAnalyzer(self.translator)
to_enum = self.graph_dependencies.get(graph, self.graphs_to_inline)
must_constfold = False
for inline_graph in to_enum:
try:
inline.inline_function(self.translator,
inline_graph,
graph,
self.lltype_to_classdef,
raise_analyzer,
cleanup=False)
must_constfold = True
except inline.CannotInline, e:
print 'CANNOT INLINE:', e
print '\t%s into %s' % (inline_graph, graph)
cleanup_graph(graph)
if must_constfold:
constant_fold_graph(graph)
def inline_helpers_into(self, graph):
from rpython.translator.backendopt.inline import iter_callsites
to_enum = []
for called, block, i in iter_callsites(graph, None):
if called in self.graphs_to_inline:
to_enum.append(called)
any_inlining = False
for inline_graph in to_enum:
try:
inline.inline_function(self.translator, inline_graph, graph,
self.lltype_to_classdef,
self.raise_analyzer,
cleanup=False)
any_inlining = True
except inline.CannotInline as e:
print 'CANNOT INLINE:', e
print '\t%s into %s' % (inline_graph, graph)
raise # for now, make it a fatal error
cleanup_graph(graph)
if any_inlining:
constant_fold_graph(graph)
return any_inlining
def inline_helpers(self, graphs):
from rpython.translator.backendopt.inline import iter_callsites
raise_analyzer = RaiseAnalyzer(self.translator)
for graph in graphs:
to_enum = []
for called, block, i in iter_callsites(graph, None):
if called in self.graphs_to_inline:
to_enum.append(called)
must_constfold = False
for inline_graph in to_enum:
try:
inline.inline_function(self.translator,
inline_graph,
graph,
self.lltype_to_classdef,
raise_analyzer,
cleanup=False)
must_constfold = True
except inline.CannotInline, e:
print 'CANNOT INLINE:', e
print '\t%s into %s' % (inline_graph, graph)
cleanup_graph(graph)
if must_constfold:
constant_fold_graph(graph)