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c8a39f4a44
Removed the previous attempts at STL checkpointing. Removed the header files and sims. Also simplified the names of some of the templates. refs #206
510 lines
16 KiB
C++
510 lines
16 KiB
C++
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#include <iostream>
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#include <iomanip>
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#include <sstream>
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#include <stdlib.h>
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#include <sys/types.h>
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#include <unistd.h>
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#include <sys/syscall.h>
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#include <sys/stat.h>
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#ifdef _DMTCP
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#include "dmtcpaware.h"
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#endif
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#include "trick/DMTCP.hh"
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#include "trick/CheckPointRestart.hh"
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#include "trick/MemoryManager.hh"
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#include "trick/SimObject.hh"
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#include "trick/Executive.hh"
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#include "trick/exec_proto.hh"
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#include "trick/exec_proto.h"
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#include "trick/command_line_protos.h"
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#include "trick/message_proto.h"
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#include "trick/message_type.h"
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#include "trick/TrickConstant.hh"
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Trick::CheckPointRestart * the_cpr ;
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Trick::CheckPointRestart::CheckPointRestart() {
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int num_classes = 0 ;
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pre_init_checkpoint = false ;
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post_init_checkpoint = false ;
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end_checkpoint = false ;
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safestore_enabled = false ;
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cpu_num = -1 ;
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safestore_time = TRICK_MAX_LONG_LONG ;
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load_checkpoint_file_name.clear() ;
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write_checkpoint_job = NULL ;
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safestore_checkpoint_job = NULL ;
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class_map["checkpoint"] = num_classes ;
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class_to_queue[num_classes++] = &checkpoint_queue ;
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class_map["post_checkpoint"] = num_classes ;
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class_to_queue[num_classes++] = &post_checkpoint_queue ;
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class_map["preload_checkpoint"] = num_classes ;
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class_to_queue[num_classes++] = &preload_checkpoint_queue ;
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class_map["restart"] = num_classes ;
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class_to_queue[num_classes++] = &restart_queue ;
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the_cpr = this ;
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}
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int Trick::CheckPointRestart::set_pre_init_checkpoint(bool yes_no) {
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pre_init_checkpoint = yes_no ;
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return(0) ;
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}
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int Trick::CheckPointRestart::set_post_init_checkpoint(bool yes_no) {
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post_init_checkpoint = yes_no ;
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return(0) ;
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}
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int Trick::CheckPointRestart::set_end_checkpoint(bool yes_no) {
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end_checkpoint = yes_no ;
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return(0) ;
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}
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int Trick::CheckPointRestart::set_safestore_enabled(bool yes_no) {
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safestore_enabled = yes_no ;
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return(0) ;
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}
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int Trick::CheckPointRestart::dmtcp_set_safestore_enabled(bool yes_no) {
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dmtcp_safestore_enabled = yes_no ;
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return(0) ;
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}
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int Trick::CheckPointRestart::set_cpu_num(int in_cpu_num) {
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if ( in_cpu_num <= 0 ) {
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cpu_num = -1 ;
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} else {
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cpu_num = in_cpu_num ;
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}
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return(0) ;
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}
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const char * Trick::CheckPointRestart::get_output_file() {
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return output_file.c_str() ;
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}
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const char * Trick::CheckPointRestart::get_load_file() {
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return load_checkpoint_file_name.c_str() ;
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}
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int Trick::CheckPointRestart::find_write_checkpoint_jobs(std::string sim_object_name) {
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write_checkpoint_job = exec_get_job(std::string(sim_object_name + ".write_checkpoint").c_str()) ;
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if ( write_checkpoint_job == NULL ) {
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exec_terminate_with_return(-1 , __FILE__ , __LINE__ , "CheckPointRestart could not find write_checkpoint job" ) ;
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} else {
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write_checkpoint_job->next_tics = TRICK_MAX_LONG_LONG ;
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}
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safestore_checkpoint_job = exec_get_job(std::string(sim_object_name + ".safestore_checkpoint").c_str()) ;
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if ( safestore_checkpoint_job == NULL ) {
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exec_terminate_with_return(-1 , __FILE__ , __LINE__ , "CheckPointRestart could not find safestore_checkpoint job" ) ;
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} else {
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safestore_checkpoint_job->next_tics = TRICK_MAX_LONG_LONG ;
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}
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return(0) ;
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}
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int Trick::CheckPointRestart::checkpoint(double in_time) {
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long long curr_time = exec_get_time_tics() ;
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long long new_time ;
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new_time = (long long)(in_time * exec_get_time_tic_value()) ;
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if (new_time >= curr_time ) {
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checkpoint_times.push(new_time) ;
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if ( new_time < write_checkpoint_job->next_tics ) {
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write_checkpoint_job->next_tics = new_time ;
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}
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//std::cout << "\033[33mSET CHECKPOINT TIME " << in_time << " " << new_time << "\033[0m" << std::endl ;
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} else {
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message_publish(MSG_ERROR, "Checkpoint time specified in the past. specified %f, current_time %f\n",
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in_time , exec_get_sim_time()) ;
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}
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return(0) ;
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}
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int Trick::CheckPointRestart::set_safestore_time(double in_time) {
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long long software_frame_tics ;
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safestore_period = (long long)(in_time * exec_get_time_tic_value()) ;
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software_frame_tics = exec_get_software_frame_tics() ;
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if ( safestore_period % software_frame_tics ) {
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safestore_period = ((safestore_time / software_frame_tics) + 1 ) * software_frame_tics ;
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}
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safestore_time = safestore_period ;
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if ( safestore_checkpoint_job != NULL ) {
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safestore_checkpoint_job->next_tics = safestore_time ;
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}
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return(0) ;
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}
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int Trick::CheckPointRestart::dmtcp_set_safestore_time(double in_time) {
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long long software_frame_tics ;
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if ( in_time < 10 ) {
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std::cout << "\nA DMTCP Safestore Interval less than 10 seconds is not recommended.\n\n";
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}
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dmtcp_safestore_period = (long long)(in_time * exec_get_time_tic_value()) ;
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software_frame_tics = exec_get_software_frame_tics() ;
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if ( dmtcp_safestore_period % software_frame_tics ) {
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dmtcp_safestore_period = ((dmtcp_safestore_time / software_frame_tics) + 1 ) * software_frame_tics ;
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}
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dmtcp_safestore_time = dmtcp_safestore_period ;
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return(0) ;
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}
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int Trick::CheckPointRestart::checkpoint(std::string file_name, bool print_status, std::string obj_list_str ) {
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// first, empty the sim obj list to make sure there is nothing left from last time
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obj_list.clear();
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if (obj_list_str.compare("")) {
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const char * tok = strtok((char*)obj_list_str.c_str(), ",");
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while (tok != NULL) {
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obj_list.push_back(tok);
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tok = strtok(NULL, ",");
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}
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}
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do_checkpoint(file_name, print_status) ;
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return(0) ;
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}
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int Trick::CheckPointRestart::do_checkpoint(std::string file_name, bool print_status) {
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JobData * curr_job ;
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pid_t pid;
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if ( ! file_name.compare("") ) {
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std::stringstream file_name_stream ;
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file_name_stream << "chkpnt_" << std::fixed << std::setprecision(6) << exec_get_sim_time() ;
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file_name = file_name_stream.str() ;
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}
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output_file = std::string(command_line_args_get_output_dir()) + "/" + file_name ;
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checkpoint_queue.reset_curr_index() ;
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while ( (curr_job = checkpoint_queue.get_next_job()) != NULL ) {
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curr_job->parent_object->call_function(curr_job) ;
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}
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if ( cpu_num != -1 ) {
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// if the user specified a cpu number for the checkpoint, fork a process to write the checkpoint
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if ((pid = fork()) == 0) {
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#if __linux
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if ( cpu_num >= 0 ) {
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unsigned long mask;
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mask = 1 << cpu_num ;
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syscall((long) __NR_sched_setaffinity, 0, sizeof(mask), &mask);
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}
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#endif
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#if __APPLE__
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if ( cpu_num >= 0 ) {
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}
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#endif
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if (obj_list.empty()) {
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trick_MM->write_checkpoint(output_file.c_str()) ;
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} else {
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trick_MM->write_checkpoint(output_file.c_str(), obj_list);
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}
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_Exit(0) ;
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}
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}
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else {
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// no fork
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if (obj_list.empty()) {
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trick_MM->write_checkpoint(output_file.c_str()) ;
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} else {
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trick_MM->write_checkpoint(output_file.c_str(), obj_list);
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}
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}
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post_checkpoint_queue.reset_curr_index() ;
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while ( (curr_job = post_checkpoint_queue.get_next_job()) != NULL ) {
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curr_job->parent_object->call_function(curr_job) ;
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}
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if ( print_status ) {
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message_publish(MSG_INFO, "Dumped ASCII Checkpoint %s.\n", file_name.c_str()) ;
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}
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return 0 ;
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}
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int Trick::CheckPointRestart::write_checkpoint() {
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long long curr_time = exec_get_time_tics() ;
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// checkpoint time is set in a read event that occurs at top of frame
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if ( curr_time == checkpoint_times.top() ) {
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// remove all times at the top of the queue that match the current time.
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while ( !checkpoint_times.empty() and (checkpoint_times.top() == curr_time) ) {
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checkpoint_times.pop() ;
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}
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if ( !checkpoint_times.empty() ) {
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write_checkpoint_job->next_tics = checkpoint_times.top() ;
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} else {
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write_checkpoint_job->next_tics = TRICK_MAX_LONG_LONG ;
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}
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double sim_time = exec_get_sim_time() ;
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std::stringstream chk_name_stream ;
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chk_name_stream << "chkpnt_" << std::fixed << std::setprecision(6) << sim_time ;
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checkpoint( chk_name_stream.str() );
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}
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return(0) ;
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}
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void Trick::CheckPointRestart::setDMTCPFilename( std::string file_name __attribute__((unused))) {
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#ifdef _DMTCP
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if (!file_name.compare("") ) {
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std::stringstream file_name_stream ;
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SIM_MODE sim_mode ;
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sim_mode = exec_get_mode() ;
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if (sim_mode == Initialization)
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file_name_stream << "dmtcp_chkpnt_init";
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else
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file_name_stream << "dmtcp_chkpnt_" << std::fixed << std::setprecision(2) << exec_get_sim_time() ;
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file_name = file_name_stream.str() ;
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}
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dmtcp_job_queue( file_name );
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#endif
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}
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int Trick::CheckPointRestart::dmtcp_checkpoint( std::string file_name __attribute__((unused))) {
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#ifdef _DMTCP
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SIM_MODE sim_mode ;
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sim_mode = exec_get_mode() ;
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setDMTCPFilename( file_name );
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dmtcp_set_checkpoint_now();
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//fix for what I believe is a dmtcp bug: --DANNY
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// When you do a dmtcp_checkpoint from sim control panel (in freeze), the var server calls parse()
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// in the input processor which calls this function -- IPParse locks ip_mutex before
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// the parse call and unlocks it after the parse call. BUT if you call_dmtcp right now
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// the checkpoint can occur while ip_mutex is still locked. When you do a dmtcp restart,
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// the sim hangs because it cannot unlock ip_mutex (dmtcp claims to handle mutexes, doh!).
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// SO, don't do call_dmtcp here in freeze, it will be called in the dmtcp freeze job. This "fixes"
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// the problem, although the var server is a thread so we're technically still vulnerable.
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if ((sim_mode != Initialization) && (sim_mode != Freeze))
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call_dmtcp();
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#endif
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return 0;
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}
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int Trick::CheckPointRestart::dmtcp_checkpoint( double in_time __attribute__((unused))) {
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#ifdef _DMTCP
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long long curr_time = exec_get_time_tics() ;
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long long new_time = (long long)(in_time * exec_get_time_tic_value()) ;
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if ( new_time >= curr_time )
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dmtcp_checkpoint_times.push( new_time ) ;
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#endif
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return 0 ;
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}
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int Trick::CheckPointRestart::write_dmtcp_checkpoint() {
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#ifdef _DMTCP
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long long curr_time = exec_get_time_tics() ;
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if ( (!dmtcp_checkpoint_times.empty() ) and (curr_time == dmtcp_checkpoint_times.top()) ) {
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dmtcp_checkpoint();
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while ( !dmtcp_checkpoint_times.empty() and (dmtcp_checkpoint_times.top() == curr_time) )
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dmtcp_checkpoint_times.pop() ;
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}
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if ( (dmtcp_safestore_enabled) && (curr_time == dmtcp_safestore_time) ){
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dmtcp_checkpoint("dmtcp_chkpnt_safestore");
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dmtcp_safestore_time += dmtcp_safestore_period ;
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}
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#endif
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return 0;
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}
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int Trick::CheckPointRestart::write_pre_init_checkpoint() {
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if ( pre_init_checkpoint ) {
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checkpoint(std::string("chkpnt_pre_init")) ;
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}
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return 0 ;
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}
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int Trick::CheckPointRestart::write_post_init_checkpoint() {
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if ( post_init_checkpoint ) {
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checkpoint(std::string("chkpnt_post_init")) ;
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}
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return 0 ;
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}
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int Trick::CheckPointRestart::write_end_checkpoint() {
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if ( end_checkpoint ) {
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checkpoint(std::string("chkpnt_end")) ;
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}
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return 0 ;
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}
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int Trick::CheckPointRestart::safestore_checkpoint() {
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if ( safestore_enabled) {
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checkpoint(std::string("chkpnt_safestore"), false) ;
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safestore_time += safestore_period ;
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}
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if ( safestore_checkpoint_job != NULL ) {
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safestore_checkpoint_job->next_tics = safestore_time ;
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}
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return(0) ;
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}
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void Trick::CheckPointRestart::load_checkpoint(std::string file_name) {
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load_checkpoint_file_name = file_name ;
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}
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int Trick::CheckPointRestart::load_checkpoint_job() {
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JobData * curr_job ;
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struct stat temp_buf ;
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if ( ! load_checkpoint_file_name.empty() ) {
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if ( stat( load_checkpoint_file_name.c_str() , &temp_buf) == 0 ) {
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preload_checkpoint_queue.reset_curr_index() ;
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while ( (curr_job = preload_checkpoint_queue.get_next_job()) != NULL ) {
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curr_job->call() ;
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}
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// clear the queues! They will be rebuilt when the executive calls its restart job.
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checkpoint_queue.clear() ;
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post_checkpoint_queue.clear() ;
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preload_checkpoint_queue.clear() ;
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restart_queue.clear() ;
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message_publish(MSG_INFO, "Load checkpoint file %s.\n", load_checkpoint_file_name.c_str()) ;
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trick_MM->init_from_checkpoint(load_checkpoint_file_name.c_str()) ;
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message_publish(MSG_INFO, "Finished loading checkpoint file. Calling restart jobs.\n") ;
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// bootstrap the sim_objects back into the executive!
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// TODO: MAKE AN exec_restart() CALL THAT DOES NOT REQUIRE WE USE the_exec.
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the_exec->restart() ;
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// the restart queue will be rebuilt by the executive.
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restart_queue.reset_curr_index() ;
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while ( (curr_job = restart_queue.get_next_job()) != NULL ) {
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curr_job->call() ;
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}
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} else {
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message_publish(MSG_INFO, "Could not find checkpoint file %s.\n", load_checkpoint_file_name.c_str()) ;
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}
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load_checkpoint_file_name.clear() ;
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}
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return(0) ;
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}
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int Trick::CheckPointRestart::load_default_data() {
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trick_MM->read_checkpoint("S_default.dat") ;
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return(0) ;
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}
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int Trick::CheckPointRestart::write_s_job_execution(FILE *fp) {
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if ( fp == NULL ) {
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return(0) ;
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}
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fprintf(fp, "\n===================================================================================================\n") ;
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fprintf(fp, "CheckPointRestart :\n\n") ;
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checkpoint_queue.write_non_sched_queue(fp) ;
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post_checkpoint_queue.write_non_sched_queue(fp) ;
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preload_checkpoint_queue.write_non_sched_queue(fp) ;
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restart_queue.write_non_sched_queue(fp) ;
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return 0 ;
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}
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int Trick::CheckPointRestart::instrument_job_before( Trick::JobData * instrument_job ) {
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int count = 0 ;
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/** @par Detailed Design: */
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/** @li if target_job specified, instrument job will only be inserted before it
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note: when more than one target job with same name, this will insert instrument job for 1st occurrence of target_job in each queue
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*/
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count += checkpoint_queue.instrument_before(instrument_job) ;
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count += preload_checkpoint_queue.instrument_before(instrument_job) ;
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count += restart_queue.instrument_before(instrument_job) ;
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/** @li Return how many insertions were done. */
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return(count) ;
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}
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int Trick::CheckPointRestart::instrument_job_after( Trick::JobData * instrument_job ) {
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int count = 0 ;
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/** @par Detailed Design */
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// if target_job specified, instrument job will only be inserted after it
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// note: when more than one target job with same name, this will insert instrument job for 1st occurrence of target_job in each queue
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count += checkpoint_queue.instrument_after(instrument_job) ;
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count += preload_checkpoint_queue.instrument_after(instrument_job) ;
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count += restart_queue.instrument_after(instrument_job) ;
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/** @li Return how many insertions were done. */
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return(count) ;
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}
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int Trick::CheckPointRestart::instrument_job_remove(std::string in_job) {
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checkpoint_queue.instrument_remove(in_job) ;
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preload_checkpoint_queue.instrument_remove(in_job) ;
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restart_queue.instrument_remove(in_job) ;
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return(0) ;
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}
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