60 time_stamp->set_name(name);
61 time_stamp->set_entry_time(t_entry);
62 time_stamp->set_exit_time(t_exit);
63 } else {
64 if (_time_stamp_index == GCTaskTimeStampEntries) {
65 log_warning(gc, task, time)("GC-thread %u: Too many timestamps, ignoring future ones. "
66 "Increase GCTaskTimeStampEntries to get more info.",
67 id());
68 }
69 // Let _time_stamp_index keep counting to give the user an idea about how many
70 // are needed.
71 }
72 _time_stamp_index++;
73 }
74
75 GCTaskTimeStamp* GCTaskThread::time_stamp_at(uint index) {
76 assert(index < GCTaskTimeStampEntries, "Precondition");
77 if (_time_stamps == NULL) {
78 // We allocate the _time_stamps array lazily since logging can be enabled dynamically
79 GCTaskTimeStamp* time_stamps = NEW_C_HEAP_ARRAY(GCTaskTimeStamp, GCTaskTimeStampEntries, mtGC);
80 if (!Atomic::cmpxchg_if_null(time_stamps, &_time_stamps)) {
81 // Someone already setup the time stamps
82 FREE_C_HEAP_ARRAY(GCTaskTimeStamp, time_stamps);
83 }
84 }
85 return &(_time_stamps[index]);
86 }
87
88 void GCTaskThread::print_task_time_stamps() {
89 assert(log_is_enabled(Debug, gc, task, time), "Sanity");
90
91 // Since _time_stamps is now lazily allocated we need to check that it
92 // has in fact been allocated when calling this function.
93 if (_time_stamps != NULL) {
94 log_debug(gc, task, time)("GC-Thread %u entries: %d%s", id(),
95 _time_stamp_index,
96 _time_stamp_index >= GCTaskTimeStampEntries ? " (overflow)" : "");
97 const uint max_index = MIN2(_time_stamp_index, GCTaskTimeStampEntries);
98 for (uint i = 0; i < max_index; i++) {
99 GCTaskTimeStamp* time_stamp = time_stamp_at(i);
100 log_debug(gc, task, time)("\t[ %s " JLONG_FORMAT " " JLONG_FORMAT " ]",
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60 time_stamp->set_name(name);
61 time_stamp->set_entry_time(t_entry);
62 time_stamp->set_exit_time(t_exit);
63 } else {
64 if (_time_stamp_index == GCTaskTimeStampEntries) {
65 log_warning(gc, task, time)("GC-thread %u: Too many timestamps, ignoring future ones. "
66 "Increase GCTaskTimeStampEntries to get more info.",
67 id());
68 }
69 // Let _time_stamp_index keep counting to give the user an idea about how many
70 // are needed.
71 }
72 _time_stamp_index++;
73 }
74
75 GCTaskTimeStamp* GCTaskThread::time_stamp_at(uint index) {
76 assert(index < GCTaskTimeStampEntries, "Precondition");
77 if (_time_stamps == NULL) {
78 // We allocate the _time_stamps array lazily since logging can be enabled dynamically
79 GCTaskTimeStamp* time_stamps = NEW_C_HEAP_ARRAY(GCTaskTimeStamp, GCTaskTimeStampEntries, mtGC);
80 if (Atomic::cmpxchg(time_stamps, &_time_stamps, (GCTaskTimeStamp*)NULL) != NULL) {
81 // Someone already setup the time stamps
82 FREE_C_HEAP_ARRAY(GCTaskTimeStamp, time_stamps);
83 }
84 }
85 return &(_time_stamps[index]);
86 }
87
88 void GCTaskThread::print_task_time_stamps() {
89 assert(log_is_enabled(Debug, gc, task, time), "Sanity");
90
91 // Since _time_stamps is now lazily allocated we need to check that it
92 // has in fact been allocated when calling this function.
93 if (_time_stamps != NULL) {
94 log_debug(gc, task, time)("GC-Thread %u entries: %d%s", id(),
95 _time_stamp_index,
96 _time_stamp_index >= GCTaskTimeStampEntries ? " (overflow)" : "");
97 const uint max_index = MIN2(_time_stamp_index, GCTaskTimeStampEntries);
98 for (uint i = 0; i < max_index; i++) {
99 GCTaskTimeStamp* time_stamp = time_stamp_at(i);
100 log_debug(gc, task, time)("\t[ %s " JLONG_FORMAT " " JLONG_FORMAT " ]",
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