| Commit message (Collapse) | Author | Age | Files | Lines |
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Fix a race where the JDWP connection could be closed before the VM_DEATH event
is sent during runtime shutdown.
Fix potential race where we could wait forever for the JDWP thread to establish
connection.
Bug: 16720689
(cherry picked from commit d8b3537b89fa68599534a65afc3b272639cd4a75)
Change-Id: I4b8996ade6a38fa8f7f23c3000b7184b162907d7
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Change-Id: I92d0f822cddb2085de7cbb4c44c3a429081892a2
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Create libart-gtest for common runtime and compiler gtest routines.
Rename CompilerCallbacksImpl that is quick compiler specific.
Rename trace clock source constants to not use the overloaded profiler term.
Change-Id: I4aac4bdc7e7850c68335f81e59a390133b54e933
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We replace the GC strong roots with JNI.
jdwp_test passes.
Bug: 12687968
Change-Id: I841f1aaa5dffa784ca25953a251600f70df273b2
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Deletes ObjectRegistryEntry objects before clearing the maps.
Change-Id: Iaa30941fb8768b7294366a8f9855580cb29dadf5
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Logs more information about the JDWP event being reported with VLOG(jdwp). This
helps mainly when debugging JDWP with -verbose:jdwp option.
Change-Id: I49495bdab03dbcbdc0b6c00a8df718bfedbad91d
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The weak roots were converted to JNI weak refs.
Since the weak roots are now normal JNI weak refs, we eliminate the
need to insert read barriers for those weak roots in the debugger and
the need for the GC to have a separate step to update them as part of
the system weak sweeping.
Bug: 12687968
Change-Id: If16396d4713457b8af4f1ea6a0c6ec6799cb615e
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Also remove the Android.libcxx.mk and other bits of stlport compatibility
mechanics.
Change-Id: Icdf7188ba3c79cdf5617672c1cfd0a68ae596a61
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Use ART_WITH_STLPORT (enabled for the target) to cause the use of UniquePtr,
for the host switch to std::unique_ptr. For now the type remains called
UniquePtr.
Make dalvik compile with clang on the host, move its build to C++11.
Change-Id: I5ba8d2757904bc089ed62047ea03de3c0853fb12
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This avoids the overhead of notifying events (like method entry/exit, field
read/write, ...) from the interpreter when they are not requested on the JDWP
side. It also avoids burning JDWP ids for objects and classes before we find
out we do not need to report the event.
When we register a JDWP event (like a breakpoint), we add the debugger as
a listener for the corresponding instrumentation event (like kDexPcChanged).
On the other hand, when a JDWP event is cleared, we remove the debugger as a
listener for the corresponding instrumentation event. To control we add/remove
the debugger as listener only once per instrumentation event, we use reference
counting.
Like deoptimization, we can update instrumentation listeners only when when all
mutator threads are suspended. To add or remove the debugger as listener, we
extend the support of deoptimization requests to a more general support dealing
with instrumentation requests.
We add kRegisterForEvent and kUnregisterForEvent request kinds, respectively to
add or remove the debugger as a listener for a given instrumentation event.
Note: we will rename the related classes, methods, ... to avoid pollution in
the code review.
This CL also fixes Instrumentation::IsActive to take field read/write events
into account.
Bug: 14401699
Bug: 14826953
Change-Id: Ic896469e82a8589de419ebea4b9dc3116925f3ab
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Bug: 14632493
Change-Id: Id9da8b87798af0a1b2bd2c178133e5f1ba47d43d
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We report field read/write events to instrumentation from the interpreter. This
allows it to send JDWP field access and field modification events to debugger.
This completes CL https://android-review.googlesource.com/90390.
We also fix the JDWP FieldOnly modifier by introducing ModBasket.fieldTypeID.
We incorrectly used ModBasket.classId which is actually dedicated to ClassOnly
modifier based on thread's location's class id.
Finally, we now enable canWatchFieldModification and canWatchFieldAccess JDWP
capabilities so a debugger can request these events to be reported.
Bug: 8267708
Change-Id: I987852ad47abb27b2f7e78544a8189c7a4e2f462
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During single-stepping sequence, we need to deoptimize everything when we
register a single-step event and undeoptimize everything when it is done. This
causes a slow pattern where we continuously deoptimize-undeoptimize everything
for each single-step.
This CL introduces a special handling of single-step undeoptimization. We now
delay the undeoptimization to the next resume (one thread or all threads) or
the end of the debugging session. Indeed, a single-step event registration is
always followed by a resume command.
At the "resume" point, we know if a single-step event is registered and if we
really need to undeoptimize. At the "registration" point, we know we did not
undeoptimized everything so we don't need to deoptimize everything again.
Therefore, in a sequence of single-steps, we only do a full deoptimization for
the first single-step and a full undeoptimization for the last single-step.
We update logs at deoptimization points so we can track more precisely. Note
they are verbose logs that still must be enabled with -verbose:jdwp option.
We also make some improvement inside instrumentation:
* updates Instrumentation::ShouldNotifyMethodEnterExitEvents to comply with its
name.
* compute frame id only once when looking for the corresponding instrumentation
frame.
* compute the OatMethod once in ClassLinker::GetPortableOatCodeFor to avoid
looking for it again.
Bug: 13577964
Change-Id: If6fa198a676b515cd474b8c4d7bf7ef3626f2dc7
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We do not fully support field watchpoint yet. We can only enable these
capabilities when we do report these events.
Bug: 8267708
Change-Id: I07ccf7ddffdd26e143b7fb0f13ebe030d75e8491
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Bug: 13922844
Change-Id: Ic4e6d7af7c80928c25417db5f43049614d225c97
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Bug: 14053614
Change-Id: I736f6d6802e58e7a4fb29d0558bdd2abd3b2a48e
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Adds field read/write events in the instrumentation. The debugger now registers
as a listener for these events so JDWP field access and field modification
events can be reported.
This CL will be followed by another one to report these events from the
interpreter. Therefore no JDWP field access and field modification events
can be sent for now.
Bug: 8267708
Change-Id: If2a93eb590805567d69015c83cce9cd2ab712cbd
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Also waits for thread_start_cond_ in a loop and removes needless mutex lock in
JdwpState::Run when checking thread state.
Change-Id: I6fca2151b5343b2906e9fa3b439029e6ad5b086d
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This CL prepares breakpoint support for inlined methods where we'll have to
deoptimize everything.
We move deoptimization-related information to Dbg class only (deoptimization
request queue, full deoptimization event count and deoptimization lock). We
replace MethodInstrumentionRequest by DeoptimizationRequest. This is used to
know which kind of deoptimization is required for a particular event.
It also simplifies lock ordering a bit during event setup: we no longer need to
hold the deoptimization lock while holding the breakpoint lock. Moreover, the
deoptimization lock should be held only after the event list lock.
Bug: 12187616
Change-Id: Iff13f004adaeb25e5d609238bacce0b9720510e6
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When sending JDWP reply packet with an error, we want to ignore any data in the
buffer. While we reflect that in the packet's length (first 4 bytes), we used
to send all data in the buffer. This causes the receiver to read malformed JDWP
packet.
This CL adds "length" argument to JdwpNetStateBase::WritePacket so we control
the amount of data we send. If the reply has no error, it is set to the length
of the buffer. Otherwise it is the length of JDWP packet header indicating no
data is available.
Bug: 13366758
Change-Id: Ib72c10d5faf065fb44901c34b2732496b6667efa
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The main crash happens when we try to read (StackFrame::GetValues) or write
(StackFrame::SetValues) values in native frames. We use the method's vmap to
know where Dalvik registers live but native methods don't have vmap. The fix
is to reply with the OPAQUE_FRAME error which indicates local values are not
accessible in the frame.
We prevent from dereferencing null code item which causes some crashes too.
This happens when we compute the line table (Method::LineTable) and variable
table (Method::VariableTable) of methods without code: native, proxy and
abstract methods. We do not expect to encounter abstract methods though. We
take care of these kinds of method when mangling/demangling local value slots.
We also fix the location's pc of native and proxy frames where it must be -1
(as 8-byte value). We'll use this property to detect such frames in the JDWP
tests.
Bug: 13366758
Change-Id: I78e3263fbf2681b5573571c846390d52b9193849
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Fix clang build errors aswell as restructure locking/mutex code for correct
thread safety analysis support.
Reorder make dependencies so that host builds build first as they should
provide better compilation errors than target.
Remove host's use of -fno-omit-frame-pointer as it has no value with correct
use of CFI, which we should have.
Change-Id: I72cea8da9a3757b1a0b3acb4081feccb7c6cef90
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Don't use the computed goto interpreter with clang 3.4 as it causes compilation
to hang.
Avoid inclusion of LLVM_(HOST|DEVICE)_BUILD_MK except for with portable as it
sets clang incompatible cflags.
Most fixes are self-evident, for the quick dex file method inliner the enums
were being used with ostreams, so fix the enums and operator out python script
to allow this.
Note this change effects portable but this is untestable as portable was broken
by ELF file and mc linker changes.
Change-Id: Ia54348f6b1bd3f76d3b71c6e8c5f97626386b903
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Fixes a deadlock between the event thread lock and the processing request
lock where the JDWP thread and the event thread wait for each other. We now
move the call to StartProcessingRequest after the call to SetWaitForEventThread
in JdwpState::ProcessRequest so locks are taken in the same order in both
threads.
Also adds some thread safety annotations and JDWP verbose logs for debug (only
enabled if we pass the -verbose:jdwp option to the runtime).
Bug: 13165103
Change-Id: I4e8b6526d973bfee56e69e8e14eddf56adfa1939
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To avoid bad synchronization between the debugger and the debuggee, we should
not send any events while processing a request (before sending its reply).
This particularly prevents from sending the VM_DEATH event (and consequently
closing the JDWP connection) after receiving the VM_Resume command but before
sending its reply.
Bug: 12581527
Change-Id: I197cc54e980a983faae4b545f25dfe7fe812e841
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Fixes a race where the JDWP thread expects the invoke thread can be suspended
(suspend_count != 0) before invoke thread actually updates its suspend count.
It happens after the invoke thread signals the JDWP thread to notify invoke is
completed but before incrementing its suspend count. In the meantime, the JDWP
thread wakes up and checks whether invoke thread has updated its supend count.
But there is no way to prevent the JDWP thread to do so before the invoke
thread updates its suspend count.
We now move the invoke completion code after the suspend count update. Then the
JDWP thread wakes up at the right time.
Bug: 11247837
Bug: 12578041
Change-Id: Ib6079c6e330671b34217838e26b1e758706d3da6
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Enables us to pass the root type and thread id to hprof.
Bug: 12680863
Change-Id: I6a0f1f9e3aa8f9b4033d695818ae7ca3460d67cb
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Fixed GetInstances, GetReferringObjects, CountInstances to use
VisitObjects instead of the live bitmap.
We now treat the object registry as system weaks and update the
objects when/if they move. Also added the recent_allocation_records_
as roots.
Bug: 12936165
Change-Id: I615c289efbf2977ceab5c4ffa73d216d799e6e33
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Modify mirror objects so that references between them use an ObjectReference
value type rather than an Object* so that functionality to compress larger
references can be captured in the ObjectRefererence implementation.
ObjectReferences are 32bit and all other aspects of object layout remain as
they are currently.
Expand fields in objects holding pointers so they can hold 64bit pointers. Its
expected the size of these will come down by improving where we hold compiler
meta-data.
Stub out x86_64 architecture specific runtime implementation.
Modify OutputStream so that reads and writes are of unsigned quantities.
Make the use of portable or quick code more explicit.
Templatize AtomicInteger to support more than just int32_t as a type.
Add missing, and fix issues relating to, missing annotalysis information on the
mutator lock.
Refactor and share implementations for array copy between System and uses
elsewhere in the runtime.
Fix numerous 64bit build issues.
Change-Id: I1a5694c251a42c9eff71084dfdd4b51fff716822
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Change-Id: I7657018fef5d9c17410a9a634db275555f180014
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Change-Id: I105da6393b31f5901036216fbfe19a71c46cf152
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Update the instrumentation to allow selective deoptimization.
Separate instrumentation listener registration from stubs configuration. A
listener is now responsible for configuring the appropriate stubs.
- The method tracing listener installs instrumentation entry/exit stubs or
the interpreter depending on the accuracy of events we want (controlled by
kDeoptimizeForAccurateMethodEntryExitListeners).
- The debugger registers itself as an instrumentation listener but does not
modify methods entrypoints. It only does this on demand when deoptimizing one
method or all the methods.
The selective deoptimization is used for breakpoint only. When a breakpoint is
requested, the debugger deoptimizes this method by setting its entrypoint to
the interpreter stub. As several breakpoints can be set on the same method, we
deoptimize only once. When the last breakpoint on a method is removed, we
reoptimize it by restoring the original entrypoints.
The full deoptimization is used for method entry, method exit and single-step
events. When one of these events is requested, we force eveything to run with
the interpreter (except native and proxy methods). When the last of these
events is removed, we restore all methods entrypoints except those which are
currently deoptimized.
Deoptimizing a method requires all mutator threads be suspended in order to
walk each thread's stack and ensure no code is actually executing while we
modify methods entrypoints. Suspending all the threads requires to not hold
any lock.
In the debugger, we deoptimize/undeoptimize when the JDWP event list changes
(add or remove a breakpoint for instance). During the update, we need to hold
the JDWP event list lock. This means we cannot suspend all the threads at this
time.
In order to deal with these constraints, we support a queue of deoptimization
requests. When an event needs selective/full deoptimization/undeoptimization,
we save its request in the queue. Once we release the JDWP event list lock, we
suspend all the threads, process this queue and finally resume all the threads.
This is done in Dbg::ManageDeoptimization. Note: threads already suspended
before doing this remain suspended so we don't "break" debugger suspensions.
When we deoptimize one method or every method, we need to browse each thread's
stack to install instrumentation exit PC as return PC and save information in
the instrumentation stack frame. Now we can deoptimize multiple times during
the execution of an application, we need to preserve exisiting instrumentation
frames (which is the result of a previous deoptimization). This require to push
new instrumentation frames before existing ones so we don't corrupt the
instrumentation stack frame while walking the stack.
Bug: 11538162
Change-Id: I477142df17edf2dab8ac5d879daacc5c08a67c39
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Returns INVALID_OBJECT error in case of invalid object ID or null object ID in
commands ObjectReference.DisableCollection, ObjectReference.EnableCollection
and ObjectReference.IsCollected.
Note: JDWP specs do not state ObjectReference.EnableCollection must return any
error code. We choose to be more strict so these three commands all behave the
same.
Change-Id: I06fb75b75f7d33cf4d23e121d9541bfd70b778bb
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Fix a crash when passing null argument to a JDWP invoke.
Change-Id: I167f93f3a411f0de8458db3ba5bed3169d557ee9
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Use the same naming convention for all fields of DebugInvokeReq structure.
Change-Id: Ieaf65eef592f96efa47975eef15334279ed4fc8a
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Bug: 11569539
Change-Id: Ibc7a80df83470ffd726d73695a05f4938248f292
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Profile guided clean up.
Try to avoid creating StringPieces with the contents of a dex file where
the length is known.
Try to avoid RegTypeCache::FromDescriptor when there's a class available.
Make ConstantType::ConstantValue inlinable.
Saving of about 50ms from a 2 threaded ThinkFree compile on host.
Change-Id: I47a12c3c76f46e2c9805be1c3a3e3870fe1f5d85
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Cherry-picked from commit ed41d5c44299ec5d44b8514f6e17f802f48094d1.
Move to ArtMethod/Field instead of AbstractMethod/Field and have
java.lang.reflect APIs delegate to ArtMethod/ArtField.
Bug: 10014286.
Change-Id: Iafc1d8c5b62562c9af8fb9fd8c5e1d61270536e7
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Change-Id: Iae286862c85fb8fd8901eae1204cd6d271d69496
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* commit 'f52935278fca8c7aa220543eef4544e3d1105d91':
Move JDWP to std::vector<iovec> to remove runtime/arrays warning
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Change-Id: I8494a25a65de4ebac2b1f4f41c0f5eedf117b7ac
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* commit 'fb6996fe2b1bb28526751650441d7ac29dcdb4e6':
Fixing cpplint runtime/arrays, runtime/int, runtime/virtual issues
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Change-Id: Ia2ff94d2fb69465df26aaf83df82614a483b26e0
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* commit '4274889d48ef82369bf2c1ca70d84689b4f9e93a':
Fixing cpplint readability/check issues
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