8187443: Forest Consolidation: Move files to unified layout
Reviewed-by: darcy, ihse
/*
* Copyright (c) 2002, 2014, Oracle and/or its affiliates. All rights reserved.
* Copyright (c) 2012, 2014 SAP SE. All rights reserved.
* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
*
* This code is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License version 2 only, as
* published by the Free Software Foundation.
*
* This code is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
* version 2 for more details (a copy is included in the LICENSE file that
* accompanied this code).
*
* You should have received a copy of the GNU General Public License version
* 2 along with this work; if not, write to the Free Software Foundation,
* Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
*
* Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
* or visit www.oracle.com if you need additional information or have any
* questions.
*
*/
// This file defines a set of macros which are used by the c++-interpreter
// for updating a method's methodData object.
#ifndef SHARE_VM_INTERPRETER_BYTECODEINTERPRETERPROFILING_HPP
#define SHARE_VM_INTERPRETER_BYTECODEINTERPRETERPROFILING_HPP
// Global settings /////////////////////////////////////////////////////////////
// Enables profiling support.
#if defined(COMPILER2)
#define CC_INTERP_PROFILE
#endif
// Enables assertions for profiling code (also works in product-builds).
// #define CC_INTERP_PROFILE_WITH_ASSERTIONS
#ifdef CC_INTERP
// Empty dummy implementations if profiling code is switched off. //////////////
#ifndef CC_INTERP_PROFILE
#define SET_MDX(mdx)
#define BI_PROFILE_GET_OR_CREATE_METHOD_DATA(exception_handler) \
if (ProfileInterpreter) { \
ShouldNotReachHere(); \
}
#define BI_PROFILE_ALIGN_TO_CURRENT_BCI()
#define BI_PROFILE_UPDATE_JUMP()
#define BI_PROFILE_UPDATE_BRANCH(is_taken)
#define BI_PROFILE_UPDATE_RET(bci)
#define BI_PROFILE_SUBTYPECHECK_FAILED(receiver)
#define BI_PROFILE_UPDATE_CHECKCAST(null_seen, receiver)
#define BI_PROFILE_UPDATE_INSTANCEOF(null_seen, receiver)
#define BI_PROFILE_UPDATE_CALL()
#define BI_PROFILE_UPDATE_FINALCALL()
#define BI_PROFILE_UPDATE_VIRTUALCALL(receiver)
#define BI_PROFILE_UPDATE_SWITCH(switch_index)
#else
// Non-dummy implementations ///////////////////////////////////////////////////
// Accessors for the current method data pointer 'mdx'.
#define MDX() (istate->mdx())
#define SET_MDX(mdx) \
if (TraceProfileInterpreter) { \
/* Let it look like TraceBytecodes' format. */ \
tty->print_cr("[%d] %4d " \
"mdx " PTR_FORMAT "(%d)" \
" " \
" \t-> " PTR_FORMAT "(%d)", \
(int) THREAD->osthread()->thread_id(), \
BCI(), \
p2i(MDX()), \
(MDX() == NULL \
? 0 \
: istate->method()->method_data()->dp_to_di((address)MDX())), \
p2i(mdx), \
istate->method()->method_data()->dp_to_di((address)mdx) \
); \
}; \
istate->set_mdx(mdx);
// Dumps the profiling method data for the current method.
#ifdef PRODUCT
#define BI_PROFILE_PRINT_METHOD_DATA()
#else // PRODUCT
#define BI_PROFILE_PRINT_METHOD_DATA() \
{ \
ttyLocker ttyl; \
MethodData *md = istate->method()->method_data(); \
tty->cr(); \
tty->print("method data at mdx " PTR_FORMAT "(0) for", \
p2i(md->data_layout_at(md->bci_to_di(0)))); \
istate->method()->print_short_name(tty); \
tty->cr(); \
if (md != NULL) { \
md->print_data_on(tty); \
address mdx = (address) MDX(); \
if (mdx != NULL) { \
tty->print_cr("current mdx " PTR_FORMAT "(%d)", \
p2i(mdx), \
istate->method()->method_data()->dp_to_di(mdx)); \
} \
} else { \
tty->print_cr("no method data"); \
} \
}
#endif // PRODUCT
// Gets or creates the profiling method data and initializes mdx.
#define BI_PROFILE_GET_OR_CREATE_METHOD_DATA(exception_handler) \
if (ProfileInterpreter && MDX() == NULL) { \
/* Mdx is not yet initialized for this activation. */ \
MethodData *md = istate->method()->method_data(); \
if (md == NULL) { \
MethodCounters* mcs; \
GET_METHOD_COUNTERS(mcs); \
/* The profiling method data doesn't exist for this method, */ \
/* create it if the counters have overflowed. */ \
if (mcs->invocation_counter() \
->reached_ProfileLimit(mcs->backedge_counter())) { \
/* Must use CALL_VM, because an async exception may be pending. */ \
CALL_VM((InterpreterRuntime::profile_method(THREAD)), \
exception_handler); \
md = istate->method()->method_data(); \
if (md != NULL) { \
if (TraceProfileInterpreter) { \
BI_PROFILE_PRINT_METHOD_DATA(); \
} \
Method *m = istate->method(); \
int bci = m->bci_from(pc); \
jint di = md->bci_to_di(bci); \
SET_MDX(md->data_layout_at(di)); \
} \
} \
} else { \
/* The profiling method data exists, align the method data pointer */ \
/* mdx to the current bytecode index. */ \
if (TraceProfileInterpreter) { \
BI_PROFILE_PRINT_METHOD_DATA(); \
} \
SET_MDX(md->data_layout_at(md->bci_to_di(BCI()))); \
} \
}
// Asserts that the current method data pointer mdx corresponds
// to the current bytecode.
#if defined(CC_INTERP_PROFILE_WITH_ASSERTIONS)
#define BI_PROFILE_CHECK_MDX() \
{ \
MethodData *md = istate->method()->method_data(); \
address mdx = (address) MDX(); \
address mdx2 = (address) md->data_layout_at(md->bci_to_di(BCI())); \
guarantee(md != NULL, "1"); \
guarantee(mdx != NULL, "2"); \
guarantee(mdx2 != NULL, "3"); \
if (mdx != mdx2) { \
BI_PROFILE_PRINT_METHOD_DATA(); \
fatal3("invalid mdx at bci %d:" \
" was " PTR_FORMAT \
" but expected " PTR_FORMAT, \
BCI(), \
mdx, \
mdx2); \
} \
}
#else
#define BI_PROFILE_CHECK_MDX()
#endif
// Aligns the method data pointer mdx to the current bytecode index.
#define BI_PROFILE_ALIGN_TO_CURRENT_BCI() \
if (ProfileInterpreter && MDX() != NULL) { \
MethodData *md = istate->method()->method_data(); \
SET_MDX(md->data_layout_at(md->bci_to_di(BCI()))); \
}
// Updates profiling data for a jump.
#define BI_PROFILE_UPDATE_JUMP() \
if (ProfileInterpreter && MDX() != NULL) { \
BI_PROFILE_CHECK_MDX(); \
JumpData::increment_taken_count_no_overflow(MDX()); \
/* Remember last branch taken count. */ \
mdo_last_branch_taken_count = JumpData::taken_count(MDX()); \
SET_MDX(JumpData::advance_taken(MDX())); \
}
// Updates profiling data for a taken/not taken branch.
#define BI_PROFILE_UPDATE_BRANCH(is_taken) \
if (ProfileInterpreter && MDX() != NULL) { \
BI_PROFILE_CHECK_MDX(); \
if (is_taken) { \
BranchData::increment_taken_count_no_overflow(MDX()); \
/* Remember last branch taken count. */ \
mdo_last_branch_taken_count = BranchData::taken_count(MDX()); \
SET_MDX(BranchData::advance_taken(MDX())); \
} else { \
BranchData::increment_not_taken_count_no_overflow(MDX()); \
SET_MDX(BranchData::advance_not_taken(MDX())); \
} \
}
// Updates profiling data for a ret with given bci.
#define BI_PROFILE_UPDATE_RET(bci) \
if (ProfileInterpreter && MDX() != NULL) { \
BI_PROFILE_CHECK_MDX(); \
MethodData *md = istate->method()->method_data(); \
/* FIXME: there is more to do here than increment and advance(mdx)! */ \
CounterData::increment_count_no_overflow(MDX()); \
SET_MDX(RetData::advance(md, bci)); \
}
// Decrement counter at checkcast if the subtype check fails (as template
// interpreter does!).
#define BI_PROFILE_SUBTYPECHECK_FAILED(receiver) \
if (ProfileInterpreter && MDX() != NULL) { \
BI_PROFILE_CHECK_MDX(); \
ReceiverTypeData::increment_receiver_count_no_overflow(MDX(), receiver); \
ReceiverTypeData::decrement_count(MDX()); \
}
// Updates profiling data for a checkcast (was a null seen? which receiver?).
#define BI_PROFILE_UPDATE_CHECKCAST(null_seen, receiver) \
if (ProfileInterpreter && MDX() != NULL) { \
BI_PROFILE_CHECK_MDX(); \
if (null_seen) { \
ReceiverTypeData::set_null_seen(MDX()); \
} else { \
/* Template interpreter doesn't increment count. */ \
/* ReceiverTypeData::increment_count_no_overflow(MDX()); */ \
ReceiverTypeData::increment_receiver_count_no_overflow(MDX(), receiver); \
} \
SET_MDX(ReceiverTypeData::advance(MDX())); \
}
// Updates profiling data for an instanceof (was a null seen? which receiver?).
#define BI_PROFILE_UPDATE_INSTANCEOF(null_seen, receiver) \
BI_PROFILE_UPDATE_CHECKCAST(null_seen, receiver)
// Updates profiling data for a call.
#define BI_PROFILE_UPDATE_CALL() \
if (ProfileInterpreter && MDX() != NULL) { \
BI_PROFILE_CHECK_MDX(); \
CounterData::increment_count_no_overflow(MDX()); \
SET_MDX(CounterData::advance(MDX())); \
}
// Updates profiling data for a final call.
#define BI_PROFILE_UPDATE_FINALCALL() \
if (ProfileInterpreter && MDX() != NULL) { \
BI_PROFILE_CHECK_MDX(); \
VirtualCallData::increment_count_no_overflow(MDX()); \
SET_MDX(VirtualCallData::advance(MDX())); \
}
// Updates profiling data for a virtual call with given receiver Klass.
#define BI_PROFILE_UPDATE_VIRTUALCALL(receiver) \
if (ProfileInterpreter && MDX() != NULL) { \
BI_PROFILE_CHECK_MDX(); \
VirtualCallData::increment_receiver_count_no_overflow(MDX(), receiver); \
SET_MDX(VirtualCallData::advance(MDX())); \
}
// Updates profiling data for a switch (tabelswitch or lookupswitch) with
// given taken index (-1 means default case was taken).
#define BI_PROFILE_UPDATE_SWITCH(switch_index) \
if (ProfileInterpreter && MDX() != NULL) { \
BI_PROFILE_CHECK_MDX(); \
MultiBranchData::increment_count_no_overflow(MDX(), switch_index); \
SET_MDX(MultiBranchData::advance(MDX(), switch_index)); \
}
// The end /////////////////////////////////////////////////////////////////////
#endif // CC_INTERP_PROFILE
#endif // CC_INTERP
#endif // SHARE_VM_INTERPRETER_BYTECODECINTERPRETERPROFILING_HPP