/*
Copyright (c) 1998--2006 Benhur Stein
This file is part of Pajé.
Pajé is free software; you can redistribute it and/or modify it under
the terms of the GNU Lesser General Public License as published by the
Free Software Foundation; either version 2 of the License, or (at your
option) any later version.
Pajé 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 Lesser General Public License
for more details.
You should have received a copy of the GNU Lesser General Public License
along with Pajé; if not, write to the Free Software Foundation, Inc.,
51 Franklin Street, Fifth Floor, Boston, MA 02111 USA.
*/
//////////////////////////////////////////////////
/* Author: Geovani Ricardo Wiedenhoft */
/* Email: grw@inf.ufsm.br */
//////////////////////////////////////////////////
#include "JRastro.h"
FILE *file;
list_t list;
hash_t h_class;
hash_t h_method;
hash_t h_thread;
hash_t h_mem;
hash_data_t *class_name;
hash_data_t *class_number;
hash_data_t *data_list;
hash_data_t *data_mem;
rst_file_t data;
rst_event_t ev;
static bool read=false;
timestamp_t first;
void jrst_constant(FILE *file)
{
fprintf(file,"1\tPJ\t0\t\"Program Java\"\n");
fprintf(file,"1\tJVM\tPJ\t\"Java Virtual Machine\"\n");
fprintf(file,"1\tO\tJVM\t\"Object\"\n");
fprintf(file,"2\tEX\tO\t\"ExceptionE\"\n");
fprintf(file,"3\tJS\tJVM\t\"JVM State\"\n");
fprintf(file,"3\tS\tO\t\"Metodo\"\n");
fprintf(file,"3\tMS\tO\t\"Monitor State\"\n");
fprintf(file,"4\tMEM\tJVM\t\"Memory Allocation\"\n");
fprintf(file,"6\texe\tJS\t\"Executing\"\n");
fprintf(file,"6\tgc\tJS\t\"Garbage Collection\"\n");
fprintf(file,"6\tlock\tMS\t\"Monitor locked\"\n");
fprintf(file,"6\tex\tEX\t\"Start Exception\"\n");
fprintf(file,"6\texpop\tEX\t\"Frame pop by Exception\"\n");
fprintf(file,"7\t0.0\tpj\tPJ\t0\t\"Programa Java\"\n");
}
void jrst_access_flags(FILE *file, unsigned int flags)
{
if(flags & JVM_ACC_PUBLIC){
fprintf(file," PUBLIC");
}
if(flags & JVM_ACC_PRIVATE){
fprintf(file," PRIVATE");
}
if(flags & JVM_ACC_PROTECTED){
fprintf(file," PROTECTED");
}
if(flags & JVM_ACC_STATIC){
fprintf(file," STATIC");
}
if(flags & JVM_ACC_FINAL){
fprintf(file," FINAL");
}
if(flags & JVM_ACC_SYNCHRONIZED){
fprintf(file," SYNCHRONIZED");
}
if(flags & JVM_ACC_NATIVE){
fprintf(file," NATIVE");
}
if(flags & JVM_ACC_INTERFACE){
fprintf(file," INTERFACE");
}
if(flags & JVM_ACC_ABSTRACT){
fprintf(file," ABSTRACT");
}
if(flags & JVM_ACC_STRICT){
fprintf(file," STRICT");
}
}
void jrst_initialize()
{
if(!read){
first=ev.timestamp;
read=true;
}
if(ev.id1 == ev.id2){
fprintf(file,"7\t%.6f\tj-%lld\tJVM\tpj\t\"JVM-%lld\"\n",(((double)(ev.timestamp - first))/ 1000000.0),ev.id1,ev.id1);
fprintf(file,"11\t%.6f\tJS\tj-%lld\texe\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1);
fprintf(file,"13\t%.6f\tMEM\tj-%lld\t0.0\n",(((double)(ev.timestamp - first))/ 1000000.0), ev.id1);
}
list_t *new_list;
new_list = (list_t *) malloc(sizeof(list_t));
if(new_list == NULL){
printf("ERROR: Cannot malloc list\n");
exit(3);
}
list_initialize(new_list, list_copy, list_cmp, list_destroy);
hash_insert(&h_thread, (hash_key_t)(long)ev.id2, (hash_data_t)new_list);
}
void jrst_finalize()
{
data_list = hash_locate(&h_thread, (hash_key_t)(long)ev.id2);
if(data_list == NULL){
printf("ERROR: Cannot load list\n");
exit(1);
}
list_t *tmp = *(list_t **)data_list;
position_t pos;
for(pos = list_inicio(tmp); pos != NULL ; pos = list_inicio(tmp)){
fprintf(file,"12\t%.6f\tS\to-%lld.%x\n",(((double)(ev.timestamp - first)) / 1000000),ev.id1, (int)pos->data);
//fprintf(file,"8\t%.6f\to-%x\tO\n",(((double)(ev.timestamp - first)) / 1000000), (int)pos->data);
list_rem_position (tmp, pos);
}
list_finalize(tmp);
//hash_remove(&h_thread, (hash_key_t)(long)ev.id2);
}
void jrst_event_class()
{
hash_insert(&h_class, (hash_key_t)(ev.v_uint32[0]+(int)ev.id1), (hash_data_t)ev.v_string[0]);
}
void jrst_event_method()
{
class_name = hash_locate(&h_class, (hash_key_t)(ev.v_uint32[1]+(int)ev.id1));
if(class_name == NULL){
printf("ERROR: Cannot Method load\n");
exit(1);
}
if(ev.v_uint32[2] == 0){
fprintf(file,"666\te-%lld.%x\tS\t\"%s.%s\"\t%lld.%x\n", ev.id1, ev.v_uint32[0], *(char **)class_name, ev.v_string[0], ev.id1, ev.v_uint32[1]);
}else{
fprintf(file,"6666\te-%lld.%x\tS\t\"%s.%s\"\t%lld.%x\t\"F=", ev.id1, ev.v_uint32[0], *(char **)class_name, ev.v_string[0], ev.id1, ev.v_uint32[1]);
jrst_access_flags(file, ev.v_uint32[2]);
fprintf(file,"\"\n");
}
hash_insert(&h_method, (hash_key_t)(ev.v_uint32[0]+(int)ev.id1), (hash_data_t) (ev.v_uint32[1]+(int)ev.id1));
}
void jrst_event_method_entry_alloc()
{
//Coloquei essa parte para inicializar os objetos
list_object_t obj;
obj.jvm = ev.id1;
obj.idObject = ev.v_uint32[0];
if(!list_find(&list, (void *)&obj)){
if(strcmp(ev.v_string[0], "") == 0){
int n_class = 0;
class_number = hash_locate(&h_method, (hash_key_t)(ev.v_uint32[1]+(int)ev.id1));
if(class_number == NULL){
printf("ERROR: Cannot Method Class\n");
exit(2);
}
n_class = *((int*)class_number) - (int)ev.id1;
class_name = hash_locate(&h_class, (hash_key_t)(n_class+(int)ev.id1));
if(class_name == NULL){
printf("ERROR: Cannot Method load\n");
exit(1);
}
//printf("obj=[%x] method=[%x] class=[%x] name=[%s]\n", ev.v_uint32[0] ,ev.v_uint32[1], n_class, *(char **)class_name);
//Aqui para colocar o nome do objeto
fprintf(file,"7\t%.6f\to-%lld.%x\tO\tj-%lld\t\"o-%lld.%s.%x\" \n",(((double)(ev.timestamp - first))/ 1000000.0), ev.id1, ev.v_uint32[0], ev.id1, ev.id1, *(char **)class_name, ev.v_uint32[0]);
}else{
fprintf(file,"7\t%.6f\to-%lld.%x\tO\tj-%lld\t\"o-%lld.%s.%x\" \n",(((double)(ev.timestamp - first))/ 1000000.0), ev.id1, ev.v_uint32[0], ev.id1, ev.id1, ev.v_string[0], ev.v_uint32[0]);
}
list_insert_after(&list, NULL, (void *)&obj);
}
//////////////////////////////////////////////////////
fprintf(file,"14\t%.6f\tMEM\tj-%lld\t%lld\n",(((double)(ev.timestamp - first)) / 1000000),ev.id1, ev.v_uint64[0]);
hash_insert(&h_mem, (hash_key_t)(ev.v_uint32[0] + (int)ev.id1), (hash_data_t)((long)ev.v_uint64[0]));
data_list = hash_locate(&h_thread, (hash_key_t)(long)ev.id2);
if(data_list == NULL){
printf("ERROR: Cannot load list\n");
exit(1);
}
list_t *tmp = *(list_t **)data_list;
list_insert_after(tmp, NULL, (list_data_t)ev.v_uint32[0]);
//printf("obj=[%x] method=[%x] class=[] name=[]\n",ev.v_uint32[0], ev.v_uint32[1]);
fprintf(file,"11\t%.6f\tS\to-%lld.%x\te-%lld.%x\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, ev.v_uint32[0], ev.id1, ev.v_uint32[1]);
}
void jrst_jvmti_event_method_entry()
{
list_object_t obj;
obj.jvm = ev.id1;
obj.idObject = ev.v_uint32[0];
if(!list_find(&list, (void *)&obj)){
int n_class = 0;
class_number = hash_locate(&h_method, (hash_key_t)(ev.v_uint32[1]+(int)ev.id1));
if(class_number == NULL){
printf("ERROR: Cannot Method Class\n");
exit(2);
}
n_class = *((int*)class_number) - (int)ev.id1;
class_name = hash_locate(&h_class, (hash_key_t)(n_class+(int)ev.id1));
if(class_name == NULL){
printf("ERROR: Cannot Method load\n");
exit(1);
}
//printf("obj=[%x] method=[%x] class=[%x] name=[%s]\n", ev.v_uint32[0] ,ev.v_uint32[1], n_class, *(char **)class_name);
//Aqui para colocar o nome do objeto
fprintf(file,"7\t%.6f\to-%lld.%x\tO\tj-%lld\t\"o-%lld.%s.%x\" \n",(((double)(ev.timestamp - first))/ 1000000.0), ev.id1, ev.v_uint32[0], ev.id1, ev.id1, *(char **)class_name, ev.v_uint32[0]);
list_insert_after(&list, NULL, (void *)&obj);
}
data_list = hash_locate(&h_thread, (hash_key_t)(long)ev.id2);
if(data_list == NULL){
printf("ERROR: Cannot load list\n");
exit(1);
}
list_t *tmp = *(list_t **)data_list;
list_insert_after(tmp, NULL, (list_data_t)ev.v_uint32[0]);
//printf("obj=[%x] method=[%x] class=[] name=[]\n",ev.v_uint32[0], ev.v_uint32[1]);
fprintf(file,"11\t%.6f\tS\to-%lld.%x\te-%lld.%x\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, ev.v_uint32[0], ev.id1, ev.v_uint32[1]);
}
void jrst_method_entry()
{
int obj_class = 0;
class_number = hash_locate(&h_method, (hash_key_t)(ev.v_uint32[0]+(int)ev.id1));
if(class_number == NULL){
printf("ERROR: Cannot Method Class\n");
exit(2);
}
obj_class = *((int*)class_number) - (int)ev.id1;
//printf("method=[%x] class=[%x]\n",ev.v_uint32[0], obj_class);
list_object_t obj;
obj.jvm = ev.id1;
obj.idObject = obj_class;
if(!list_find(&list, (void *)&obj)){
class_name = hash_locate(&h_class, (hash_key_t)(obj_class+(int)ev.id1));
if(class_name == NULL){
printf("ERROR: Cannot Method load\n");
exit(1);
}
fprintf(file,"7\t%.6f\to-%lld.%x\tO\tj-%lld\t\"o-%lld.%s.%x\" \n",(((double)(ev.timestamp - first))/ 1000000.0), ev.id1, obj_class, ev.id1, ev.id1, *(char **)class_name, obj_class);
list_insert_after(&list, NULL, (void *)&obj);
}
data_list = hash_locate(&h_thread, (hash_key_t)(long)ev.id2);
if(data_list == NULL){
printf("ERROR: Cannot load list\n");
exit(1);
}
list_t *tmp = *(list_t **)data_list;
list_insert_after(tmp, NULL, (list_data_t)obj_class);
fprintf(file,"11\t%.6f\tS\to-%lld.%x\te-%lld.%x\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, obj_class, ev.id1, ev.v_uint32[0]);
}
void jrst_jvmti_event_method_exit()
{
data_list = hash_locate(&h_thread, (hash_key_t)(long)ev.id2);
if(data_list == NULL){
printf("ERROR: Cannot load list\n");
exit(1);
}
list_t *tmp = *(list_t **)data_list;
position_t pos;
pos = list_inicio(tmp);
if(pos == NULL){
printf("ERROR: Cannot get data list\n");
exit(2);
}
fprintf(file,"12\t%.6f\tS\to-%lld.%x\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, (int)pos->data);
list_rem_position (tmp, NULL);
}
void jrst_method_exception()
{
data_list = hash_locate(&h_thread, (hash_key_t)(long)ev.id2);
if(data_list == NULL){
printf("ERROR: Cannot load list\n");
exit(1);
}
list_t *tmp = *(list_t **)data_list;
position_t pos;
pos = list_inicio(tmp);
if(pos == NULL){
printf("ERROR: Cannot get data list\n");
exit(2);
}
fprintf(file,"9999\t%.6f\tEX\to-%lld.%x\tex\to-%lld.%x\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, (int)pos->data, ev.id1, ev.v_uint32[0]);
}
void jrst_method_exit_exception()
{
data_list = hash_locate(&h_thread, (hash_key_t)(long)ev.id2);
if(data_list == NULL){
printf("ERROR: Cannot load list\n");
exit(1);
}
list_t *tmp = *(list_t **)data_list;
position_t pos;
pos = list_inicio(tmp);
if(pos == NULL){
printf("ERROR: Cannot get data list\n");
exit(2);
}
fprintf(file,"12\t%.6f\tS\to-%lld.%x\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, (int)pos->data);
fprintf(file,"9\t%.6f\tEX\to-%lld.%x\texpop\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, (int)pos->data);
list_rem_position (tmp, NULL);
}
void jrst_jvmti_event_vm_object_alloc()
{
//Coloquei essa parte para inicializar os objetos
list_object_t obj;
obj.jvm = ev.id1;
obj.idObject = ev.v_uint32[0];
if(!list_find(&list, (void *)&obj)){
// printf("init alloc=[%s]\n", ev.v_string[0]);
if(strcmp(ev.v_string[0], "") == 0){
fprintf(file,"7\t%.6f\to-%lld.%x\tO\tj-%lld\t\"o-%lld.%x\" \n",(((double)(ev.timestamp - first))/ 1000000.0), ev.id1, ev.v_uint32[0], ev.id1, ev.id1, ev.v_uint32[0]);
}else{
fprintf(file,"7\t%.6f\to-%lld.%x\tO\tj-%lld\t\"o-%lld.%s.%x\" \n",(((double)(ev.timestamp - first))/ 1000000.0), ev.id1, ev.v_uint32[0], ev.id1, ev.id1, ev.v_string[0], ev.v_uint32[0]);
}
list_insert_after(&list, NULL, (void *)&obj);
}
//////////////////////////////////////////////////////
fprintf(file,"14\t%.6f\tMEM\tj-%lld\t%lld\n",(((double)(ev.timestamp - first)) / 1000000),ev.id1, ev.v_uint64[0]);
hash_insert(&h_mem, (hash_key_t)(ev.v_uint32[0]+(int)ev.id1), (hash_data_t)((long)ev.v_uint64[0]));
}
void jrst_jvmti_event_object_free()
{
data_mem = hash_locate(&h_mem, (hash_key_t)(ev.v_uint32[0]+(int)ev.id1));
if(data_mem == NULL){
printf("ERROR: Cannot JVMTI_EVENT_OBJECT_FREE \n");
printf("\tObjeto=[%x] nao achado para liberar\n",ev.v_uint32[0]);
return;
//continue;
//exit(2);
}
fprintf(file,"15\t%.6f\tMEM\tj-%lld\t%lld\n",(((double)(ev.timestamp - first)) / 1000000),ev.id1, (long long)*(long*)data_mem);
list_object_t obj;
obj.jvm = ev.id1;
obj.idObject = ev.v_uint32[0];
if(list_find(&list, (void *)&obj)){
fprintf(file,"8\t%.6f\to-%lld.%x\tO\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, ev.v_uint32[0]);
}
}
void jrst_jvmti_event_garbage_collection_start()
{
fprintf(file,"11\t%.6f\tJS\tj-%lld\tgc\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1);
}
void jrst_jvmti_event_garbage_collection_finish()
{
fprintf(file,"12\t%.6f\tJS\tj-%lld\n",(((double)(ev.timestamp - first)) / 1000000),ev.id1);
}
void jrst_event_monitor_enter()
{
fprintf(file,"11\t%.6f\tMS\to-%lld.%x\tlock\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, ev.v_uint32[0]);
}
void jrst_event_monitor_entered()
{
fprintf(file,"12\t%.6f\tMS\to-%lld.%x\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, ev.v_uint32[0]);
}
void jrst_event_monitor_wait()
{
fprintf(file,"11\t%.6f\tMS\to-%lld.%x\tlock\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, ev.v_uint32[0]);
}
void jrst_event_monitor_waited()
{
fprintf(file,"12\t%.6f\tMS\to-%lld.%x\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1, ev.v_uint32[0]);
}
void jrst_event_select()
{
if(ev.type == INITIALIZE){
jrst_initialize();
}else if(ev.type == FINALIZE){
jrst_finalize();
}else if(ev.type == CLASS_LOAD){
jrst_event_class();
}else if(ev.type == METHOD_LOAD){
jrst_event_method();
}else if(ev.type == EVENT_METHOD_ENTRY_ALLOC){
jrst_event_method_entry_alloc();
}else if(ev.type == JVMTI_EVENT_METHOD_ENTRY){
jrst_jvmti_event_method_entry();
}else if(ev.type == METHOD_ENTRY){ //Sem o objeto
jrst_method_entry();
}else if(ev.type == JVMTI_EVENT_METHOD_EXIT){
jrst_jvmti_event_method_exit();
}else if(ev.type == METHOD_EXCEPTION){
jrst_method_exception();
}else if(ev.type == METHOD_EXIT_EXCEPTION){
jrst_method_exit_exception();
}else if(ev.type == JVMTI_EVENT_VM_OBJECT_ALLOC){
jrst_jvmti_event_vm_object_alloc();
}else if(ev.type == JVMTI_EVENT_OBJECT_FREE){
jrst_jvmti_event_object_free();
}else if(ev.type == JVMTI_EVENT_GARBAGE_COLLECTION_START){
jrst_jvmti_event_garbage_collection_start();
}else if(ev.type == JVMTI_EVENT_GARBAGE_COLLECTION_FINISH){
jrst_jvmti_event_garbage_collection_finish();
}else if(ev.type == MONITOR_ENTER){
jrst_event_monitor_enter();
}else if(ev.type == MONITOR_ENTERED){
jrst_event_monitor_entered();
}else if(ev.type == MONITOR_WAIT){
jrst_event_monitor_wait();
}else if(ev.type == MONITOR_WAITED){
jrst_event_monitor_waited();
}
}
int main(int argc, char *argv[])
{
int i;
if(argc < 3){
printf("ERROR: Cannot read args\n");
printf("\t%s <TimeSync File> <Trace Files>\n",argv[0]);
exit(1);
}
file=fopen("rastrosObj.trace","w");
paje_header(file);
jrst_constant(file);
list_initialize(&list, list_copy_object, list_cmp_object, list_destroy_int);
hash_initialize(&h_class, hash_value, hash_copy, hash_key_cmp, hash_destroy);
hash_initialize(&h_method, hash_value, hash_copy_new, hash_key_cmp, hash_destroy_new);
hash_initialize(&h_thread, hash_value, hash_copy_new, hash_key_cmp, hash_destroy_new_thread);
hash_initialize(&h_mem, hash_value, hash_copy_new, hash_key_cmp, hash_destroy_new);
for (i=2; i<argc; i++) {
if (rst_open_file(argv[i], &data, argv[1], 100000) == -1) {
fprintf(stderr, "could not open rastro file %s\n", argv[i]);
continue;
}
}
while (rst_decode_event(&data, &ev)){
jrst_event_select();
}
position_t pos;
for(pos = list_inicio(&list); pos != NULL ; pos = list_inicio(&list)){
list_object_t *obj;
obj = (list_object_t *) pos->data;
fprintf(file,"8\t%.6f\to-%lld.%x\tO\n",(((double)(ev.timestamp - first)) / 1000000), (long long)obj->jvm, obj->idObject);
list_rem_position (&list, pos);
}
fprintf(file,"12\t%.6f\tJS\tj-%lld\n",(((double)(ev.timestamp - first)) / 1000000),ev.id1);
fprintf(file,"8\t%.6f\tj-%lld\tJVM\n",(((double)(ev.timestamp - first)) / 1000000), ev.id1);
fprintf(file,"8\t%.6f\tpj\tPJ\n",(((double)(ev.timestamp - first)) / 1000000));
list_finalize(&list);
hash_finalize(&h_class);
hash_finalize(&h_method);
hash_finalize(&h_thread);
hash_finalize(&h_mem);
fclose(file);
return 0;
}
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