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Searched
refs:ProcessMemoryDump
(Results
1 - 18
of
18
) sorted by null
/external/libchrome/base/trace_event/
memory_dump_provider.h
16
class
ProcessMemoryDump
;
49
ProcessMemoryDump
* pmd) = 0;
memory_allocator_dump.h
23
class
ProcessMemoryDump
;
36
// MemoryAllocatorDump is owned by
ProcessMemoryDump
.
38
ProcessMemoryDump
* process_memory_dump,
41
ProcessMemoryDump
* process_memory_dump);
67
// Absolute name, unique within the scope of an entire
ProcessMemoryDump
.
73
// Get the
ProcessMemoryDump
instance that owns this.
74
ProcessMemoryDump
* process_memory_dump() const {
95
ProcessMemoryDump
* const process_memory_dump_; // Not owned (PMD owns this).
process_memory_dump.cc
53
bool
ProcessMemoryDump
::is_black_hole_non_fatal_for_testing_ = false;
57
size_t
ProcessMemoryDump
::GetSystemPageSize() {
76
size_t
ProcessMemoryDump
::CountResidentBytes(void* start_address,
154
ProcessMemoryDump
::
ProcessMemoryDump
(
162
ProcessMemoryDump
::~
ProcessMemoryDump
() {}
164
MemoryAllocatorDump*
ProcessMemoryDump
::CreateAllocatorDump(
170
MemoryAllocatorDump*
ProcessMemoryDump
::CreateAllocatorDump(
177
MemoryAllocatorDump*
ProcessMemoryDump
::AddAllocatorDumpInternal
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...]
trace_event_memory_overhead.h
22
class
ProcessMemoryDump
;
55
void DumpInto(const char* base_name,
ProcessMemoryDump
* pmd) const;
process_memory_dump.h
38
//
ProcessMemoryDump
is as a strongly typed container which holds the dumps
40
class BASE_EXPORT
ProcessMemoryDump
{
71
ProcessMemoryDump
(scoped_refptr<MemoryDumpSessionState> session_state,
73
~
ProcessMemoryDump
();
86
//
ProcessMemoryDump
handles the memory ownership of its MemoryAllocatorDumps.
156
//
ProcessMemoryDump
can be safely reused as if it was new once this returns.
160
//
ProcessMemoryDump
, transferring their ownership to this instance.
161
// |other| will be an empty
ProcessMemoryDump
after this method returns.
162
// This is to allow dump providers to pre-populate
ProcessMemoryDump
instances
163
// and later move their contents into the
ProcessMemoryDump
passed as argumen
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process_memory_dump_unittest.cc
27
TracedValue* GetHeapDump(const
ProcessMemoryDump
& pmd, const char* name) {
35
std::unique_ptr<
ProcessMemoryDump
> pmd1(
36
new
ProcessMemoryDump
(nullptr, kDetailedDumpArgs));
103
std::unique_ptr<
ProcessMemoryDump
> pmd1(
104
new
ProcessMemoryDump
(session_state.get(), kDetailedDumpArgs));
111
std::unique_ptr<
ProcessMemoryDump
> pmd2(
112
new
ProcessMemoryDump
(session_state.get(), kDetailedDumpArgs));
168
std::unique_ptr<
ProcessMemoryDump
> pmd(
169
new
ProcessMemoryDump
(nullptr, kDetailedDumpArgs));
213
std::unique_ptr<
ProcessMemoryDump
> pmd
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...]
malloc_dump_provider.h
39
ProcessMemoryDump
* pmd) override;
memory_allocator_dump.cc
26
ProcessMemoryDump
* process_memory_dump,
46
ProcessMemoryDump
* process_memory_dump)
memory_dump_manager.h
123
//
ProcessMemoryDump
and MemoryAllocatorDump instances through all the tracing
233
ProcessMemoryDump
* GetOrCreateMemoryDumpContainerForProcess(
237
// A map of ProcessId ->
ProcessMemoryDump
, one for each target process
241
std::map<ProcessId, std::unique_ptr<
ProcessMemoryDump
>> process_dumps;
328
// the end to continue the
ProcessMemoryDump
. Should be called on the MDP task
memory_allocator_dump_unittest.cc
28
ProcessMemoryDump
* pmd) override {
133
ProcessMemoryDump
pmd(new MemoryDumpSessionState, dump_args);
180
ProcessMemoryDump
pmd(new MemoryDumpSessionState, dump_args);
memory_dump_manager_unittest.cc
126
bool(const MemoryDumpArgs& args,
ProcessMemoryDump
* pmd));
131
ProcessMemoryDump
* pmd) -> bool {
348
ProcessMemoryDump
* pmd) -> bool {
355
ProcessMemoryDump
* pmd) -> bool {
485
[task_runner](const MemoryDumpArgs&,
ProcessMemoryDump
*) -> bool {
613
Invoke([&mdp2](const MemoryDumpArgs&,
ProcessMemoryDump
*) -> bool {
649
Invoke([&mdp2](const MemoryDumpArgs&,
ProcessMemoryDump
*) -> bool {
693
const MemoryDumpArgs& args,
ProcessMemoryDump
* pmd) {
742
const MemoryDumpArgs& args,
ProcessMemoryDump
* pmd) {
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...]
memory_dump_manager.cc
388
TRACE_EVENT_NESTABLE_ASYNC_BEGIN0(kTraceCategory, "
ProcessMemoryDump
",
578
ProcessMemoryDump
* pmd =
611
ProcessMemoryDump
* process_memory_dump = kv.second.get();
644
TRACE_EVENT_NESTABLE_ASYNC_END0(kTraceCategory, "
ProcessMemoryDump
",
797
ProcessMemoryDump
* MemoryDumpManager::ProcessMemoryDumpAsyncState::
802
std::unique_ptr<
ProcessMemoryDump
> new_pmd(
803
new
ProcessMemoryDump
(session_state, dump_args));
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...]
trace_event_memory_overhead.cc
141
ProcessMemoryDump
* pmd) const {
malloc_dump_provider.cc
105
ProcessMemoryDump
* pmd) {
trace_log.h
371
ProcessMemoryDump
* pmd) override;
trace_log.cc
234
ProcessMemoryDump
* pmd) override;
312
ProcessMemoryDump
* pmd) {
417
bool TraceLog::OnMemoryDump(const MemoryDumpArgs&,
ProcessMemoryDump
* pmd) {
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...]
/external/libmojo/base/trace_event/
java_heap_dump_provider_android.h
22
ProcessMemoryDump
* pmd) override;
java_heap_dump_provider_android.cc
28
ProcessMemoryDump
* pmd) {
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