void build_bridge(bridge_info* bridge) { attr_list contact_list = attr_list_from_string(bridge->contact); if(bridge->created == 0){ bridge->bridge_stone = EVcreate_bridge_action(fp_read_data->fp_cm, contact_list, (EVstone)bridge->their_num); bridge->flush_source = EVcreate_submit_handle(fp_read_data->fp_cm, bridge->bridge_stone, flush_format_list); bridge->var_source = EVcreate_submit_handle(fp_read_data->fp_cm, bridge->bridge_stone, var_format_list); bridge->op_source = EVcreate_submit_handle(fp_read_data->fp_cm, bridge->bridge_stone, op_format_list); bridge->created = 1; } }
int main(int argc, char *argv[]) { /* * We want the dfg creator file to be able to read in a list of nodes, a list of stones per node and links between stones. * */ if(argc != 2) usage(); else { std::vector<std::string> type_names; std::string config_file_name = argv[1]; ConfigParser_t cfg; if(cfg.readFile(config_file_name)) { printf("Error: Cannot open config file %s", config_file_name.c_str()); return 1; } /*Read the file information into the appropriate data structures for later use*/ std::vector<std::string> stone_sections = cfg.getSections(); std::vector<std::string> temp_node_name_list; for(std::vector<std::string>::iterator I = stone_sections.begin(), E = stone_sections.end(); I != E; ++I) { stone_struct new_stone_struct; stone_struct pot_python_struct; /*Get the node name for the stone and in doing so, bookkeep which node names that we have already seen*/ std::string which_node; if(!config_read_node(cfg, *I, which_node)) { fprintf(stderr, "Failure to read node from config\n"); exit(1); } unsigned int temp_i = 0; for(; temp_i < temp_node_name_list.size(); ++temp_i) { if(!which_node.compare(temp_node_name_list[temp_i])) break; } if(temp_i == temp_node_name_list.size()) { temp_node_name_list.push_back(which_node); ++test_dfg.node_count; } new_stone_struct.node_name = which_node; /*Read the stone type into the enum value...*/ if(!config_read_type(cfg, *I, new_stone_struct.stone_type)) { fprintf(stderr, "Error: reading config type of stone failed\n"); exit(1); } /*Store the section name as the stone name This must be a unique value for every stone*/ if(new_stone_struct.stone_type == PYTHON) { if(!setupPythonStones(cfg, *I, new_stone_struct, pot_python_struct)) { log_err("Error: failed to setup python stones"); exit(1); } stone_holder.push_back(new_stone_struct); stone_holder.push_back(pot_python_struct); } else if(new_stone_struct.stone_type == BUCKETROLL) { if(!setupBucketStone(cfg, *I, new_stone_struct)) { log_err("Error: failed to setup bucket stone"); exit(1); } stone_holder.push_back(new_stone_struct); } else { new_stone_struct.stone_name = *I; /*Construct a unique handler for each source and sink node For now the nodes will have to read the config file*/ std::string unique_handler_name = new_stone_struct.stone_name + "_" + new_stone_struct.node_name; new_stone_struct.src_sink_handler_name = unique_handler_name; /*Read the incoming stones to connect to from the config file*/ if(!config_read_incoming(cfg, *I, new_stone_struct.incoming_stones)) { log_err("Error reading incoming stones"); exit(1); } /*TODO:Read the actual code, probably going to need to have a seperate code file for the COD code*/ //Push-back here stone_holder.push_back(new_stone_struct); /* printf("Testing: node_name := %s\n", new_stone_struct.node_name.c_str()); printf("Testing: stone_name := %s\n", new_stone_struct.stone_name.c_str()); printf("Testing: handler_name := %s\n", new_stone_struct.src_sink_handler_name.c_str()); printf("Testing: stone_type := %d\n", new_stone_struct.stone_type); printf("Testing: node_count := %d\n", test_dfg.node_count); for(unsigned int i = 0; i < new_stone_struct.incoming_stones.size(); ++i) { printf("Testing: incoming_stone for %s: %s\n", new_stone_struct.stone_name.c_str(), new_stone_struct.incoming_stones[i].c_str()); } printf("Testing: code_type := %d\n", new_stone_struct.code_type); */ } } // Master node entry stone added to the end of the vector stone_struct entry_stone_struct; entry_stone_struct.node_name = "master_node"; entry_stone_struct.stone_name = "entry"; entry_stone_struct.src_sink_handler_name = entry_stone_struct.stone_name + "_" + entry_stone_struct.node_name; entry_stone_struct.stone_type = SOURCE; stone_holder.push_back(entry_stone_struct); ++test_dfg.node_count; if(dfg_init_func()) { EVmaster_node_join_handler(test_dfg.dfg_master, JoinHandlerFunc); printf("DFG handler read...\n"); } /*EVsource * master_list_sources = (EVsource *) malloc(sizeof(EVsource) * temp_node_name_list.size()); for(unsigned int i = 0; i < temp_node_name_list.size(); ++i) { //Place the list stones into the list stone_struct py_master_list_source; py_master_list_source.node_name = "master_node"; py_master_list_source.stone_name = "to_" + temp_node_name_list[i]; py_master_list_source.src_sink_handler_name = py_master_list_source.stone_name + "_" + py_master_list_source.node_name; py_master_list_source.stone_type = SOURCE; stone_holder.push_back(py_master_list_source); //Register the handler master_list_sources[i] = EVcreate_submit_handle(test_dfg.cm, -1, python_format_list); char * perm_ptr = strdup(py_master_list_source.src_sink_handler_name.c_str()); source_capabilities = EVclient_register_source(perm_ptr, master_list_sources[i]); stone_struct py_master_list_sink; py_master_list_sink.node_name = temp_node_name_list[i]; py_master_list_sink.stone_name = "python_list"; py_master_list_sink.src_sink_handler_name = py_master_list_sink.stone_name + "_" + py_master_list_sink.node_name; py_master_list_sink.incoming_stones.push_back(py_master_list_source.stone_name); py_master_list_sink.stone_type = SINK; stone_holder.push_back(py_master_list_sink); } */ EVclient_sources source_capabilities; EVsource source_handle; EVclient master_client; source_handle = EVcreate_submit_handle(test_dfg.cm, -1, simple_format_list); char * temp_char_ptr = strdup(entry_stone_struct.src_sink_handler_name.c_str()); source_capabilities = EVclient_register_source(temp_char_ptr, source_handle); temp_char_ptr = NULL; master_client = EVclient_assoc_local(test_dfg.cm, "master_node", test_dfg.dfg_master, source_capabilities, NULL); if (EVclient_ready_wait(master_client) != 1) { /* initialization failed! */ log_err("EVclient_ready_wait: FAILED!"); exit(1); } /* python_list test_py_list; test_py_list.dynamic_size = 4; test_py_list.ordered_method_list[0] = 0; test_py_list.ordered_method_list[1] = 1; test_py_list.ordered_method_list[2] = 2; test_py_list.ordered_method_list[3] = 3; for(int i = 0; i < temp_node_name_list.size(); ++i) { EVsubmit(master_list_sources[i], &test_py_list, NULL); printf("Submitted a python list...\n"); } */ /* Setting up the options and stuff, before sending anything */ std::string store_filename="stores.txt"; /* Default */ int port = 6379; int opt; std::string host = "localhost"; while ((opt = getopt (argc, argv, "p:s:h:")) != -1) { switch (opt) { case 'p': port = atoi(optarg); break; case 's': store_filename = optarg; break; case 'h': host = optarg; break; } } FILE* stores = fopen(store_filename.c_str(), "r"); char buffer[100]; char buffer2[100]; fscanf(stores, "%s\n", buffer); this_server_id = buffer; while(fscanf(stores, "%s %s\n", buffer, buffer2)!=EOF) { servers.push_back(buffer); server_ids.push_back(buffer2); if(this_server_id == buffer2) { this_server = buffer; } } fclose(stores); /* Initialization of Khan */ arg_struct khan_args; khan_args.mnt_dir = argv[1]; khan_args.servers = servers; khan_args.server_ids = server_ids; khan_args.port = port; khan_args.host = host; initializing_khan((void*)&khan_args); log_info("Initialized Khan"); // Hardcode the im7 type as the only type for now type_names.push_back("im7"); initialize_attrs_for_data_types(type_names); /* Here's where we set up and send the data */ simple_rec data; std::string pattern = servers[0] + "/*"; glob_t files; int fdin; struct stat statbuf; std::set<std::string> experiments; for(int count = 18; count > 0; count--) { glob((pattern +".im7").c_str(), 0, NULL, &files); log_info("Globbing with pattern: %s.im7", pattern.c_str()); for(unsigned j=0; j<files.gl_pathc; j++) { std::string filepath = files.gl_pathv[j]; log_info("File Path: %s", filepath.c_str()); std::string exp_dir = filepath.substr(0, filepath.size() - 10); experiments.insert(exp_dir); data.exp_id = (int)experiments.size(); data.file_path = strdup(filepath.c_str()); if ((fdin = open (filepath.c_str(), O_RDONLY)) < 0) perror ("can't open %s for reading"); if (fstat (fdin,&statbuf) < 0) perror ("fstat error"); data.file_buf_len = statbuf.st_size; log_info("Size: %zu", data.file_buf_len); if ((data.file_buf = (char*)mmap (0, statbuf.st_size, PROT_READ, MAP_PRIVATE, fdin, 0)) == (caddr_t) -1) perror ("mmap error for input"); /* Adding in code here to ensure that the event gets setup in Redis correctly before it gets sent out */ //TODO:Delete the bottom two lines if I've compiled successfully without them //std::string original_fp (data.file_path); //std::string shared_fn = "/dev/shm/" + original_fp.substr(49, strlen(data.file_path) - 49); if(!init_database_values(data)) { log_err("Error in initializing database values for %s", data.file_path); exit(1); } //Set Metadata value to 0 data.meta_compare_py = 0; EVsubmit(source_handle, &data, NULL); if (munmap(data.file_buf, statbuf.st_size) == -1) { perror("Error un-mmapping the file"); } /*Free Memory*/ close(fdin); free(data.file_path); } pattern += "/*"; } log_info("Cleanup data structures"); /* Cleanup */ globfree(&files); log_info("Shutdown evdfg"); CMrun_network(test_dfg.cm); } return 0; }
int adios_read_icee_init_method (MPI_Comm comm, PairStruct* params) { log_debug ("%s\n", __FUNCTION__); int cm_port = 59997; char *cm_host = "localhost"; int cm_remote_port = 59999; char *cm_remote_host = "localhost"; char *cm_attr = NULL; //attr_list contact_list; icee_transport_t icee_transport_init = TCP; icee_transport_t icee_transport = TCP; icee_contactinfo_rec_t *remote_contact = NULL; int i; int use_single_remote_server = 1; char *remote_list_str = NULL; char *attr_list_str = NULL; int use_native_contact = 0; PairStruct * p = params; while (p) { if (!strcasecmp (p->name, "cm_attr")) { cm_attr = p->value; } else if (!strcasecmp (p->name, "cm_host")) { cm_host = p->value; } else if (!strcasecmp (p->name, "cm_port")) { cm_port = atoi(p->value); } else if (!strcasecmp (p->name, "cm_remote_host")) { cm_remote_host = p->value; } else if (!strcasecmp (p->name, "cm_remote_port")) { cm_remote_port = atoi(p->value); } else if (!strcasecmp (p->name, "remote_list")) { use_single_remote_server = 0; if (p->value) remote_list_str = strdup(p->value); } else if (!strcasecmp (p->name, "attr_list")) { use_single_remote_server = 0; if (p->value) attr_list_str = strdup(p->value); } else if (!strcasecmp (p->name, "transport")) { if (strcasecmp(p->value, "TCP") == 0) icee_transport = TCP; else if (strcasecmp(p->value, "ENET") == 0) icee_transport = ENET; else if (strcasecmp(p->value, "NNTI") == 0) icee_transport = NNTI; else if (strcasecmp(p->value, "IB") == 0) icee_transport = IB; else log_error ("No support: %s\n", p->value); } else if (!strcasecmp (p->name, "transport_init")) { if (strcasecmp(p->value, "TCP") == 0) icee_transport_init = TCP; else if (strcasecmp(p->value, "ENET") == 0) icee_transport_init = ENET; else if (strcasecmp(p->value, "NNTI") == 0) icee_transport_init = NNTI; else if (strcasecmp(p->value, "IB") == 0) icee_transport_init = IB; else log_error ("No support: %s\n", p->value); } else if (!strcasecmp (p->name, "num_parallel")) { icee_read_num_parallel = atoi(p->value); } else if (!strcasecmp (p->name, "is_passive")) { is_read_cm_passive = atoi(p->value); } else if (!strcasecmp (p->name, "use_native_contact")) { use_native_contact = atoi(p->value); } p = p->next; } pthread_mutex_init(&fileinfo_lock, NULL); if (use_single_remote_server) { num_remote_server = 1; attr_list contact_list = create_attr_list(); set_contact_list(contact_list, icee_transport_init, cm_remote_host, cm_remote_port); icee_contactinfo_rec_t *p; p = malloc(sizeof(icee_contactinfo_rec_t)); char *contact_string = attr_list_to_string(contact_list); p->contact_string = contact_string; p->stone_id = 0; // we assume. it can be wrong. p->next = NULL; remote_contact = p; } else { num_remote_server = 0; icee_contactinfo_rec_t *p; icee_contactinfo_rec_t *prev; char* token = strtok(remote_list_str, ","); while (token) { char host[256]; int port = 0; if (token[0] == ':') { strcpy(host, cm_remote_host); port = atoi(token+1); } else { char *pch = strchr(token, ':'); if (pch != NULL) { strncpy(host, token, pch - token); host[pch-token] = '\0'; port = atoi(pch+1); } else { int len = strlen(token); strncpy(host, token, len); assert(len < 256); host[len] = '\0'; port = cm_remote_port; } } log_debug("Remote server list: (%d) %s:%d\n", num_remote_server, host, port); p = malloc(sizeof(icee_contactinfo_rec_t)); attr_list contact_list; contact_list = create_attr_list(); set_contact_list(contact_list, icee_transport_init, host, port); p->contact_string = attr_list_to_string(contact_list); p->stone_id = 0; // we assume. it can be wrong. p->next = NULL; if (num_remote_server == 0) remote_contact = p; else prev->next = p; prev = p; num_remote_server++; token = strtok(NULL, ","); } } if (attr_list_str != NULL) { num_remote_server = 0; icee_contactinfo_rec_t *p; icee_contactinfo_rec_t *prev; char* token = strtok(attr_list_str, ","); while (token) { int remote_stone = 0; char string_list[256]; sscanf(token, "%d:%s", &remote_stone, &string_list[0]); p = malloc(sizeof(icee_contactinfo_rec_t)); attr_list contact_list; p->stone_id = remote_stone; p->contact_string = strdup(string_list); p->next = NULL; if (num_remote_server == 0) remote_contact = p; else prev->next = p; prev = p; num_remote_server++; token = strtok(NULL, ","); } } if (icee_read_num_parallel > ICEE_MAX_PARALLEL) { icee_read_num_parallel = ICEE_MAX_PARALLEL; log_info ("Max. number of threads is set to %d\n", icee_read_num_parallel); } log_debug ("transport : %s\n", icee_transport_name[icee_transport]); /* log_info ("cm_host : %s\n", cm_host); log_info ("cm_port : %d\n", cm_port); for (i = 0; i < num_remote_server; i++) { log_info ("remote_list : %s:%d\n", remote_server[i].client_host, remote_server[i].client_port); } */ if (!adios_read_icee_initialized) { if (is_read_cm_passive) { icee_contactinfo_rec_t *prev; for (i = 0; i < num_remote_server; i++) { attr_list contact_list; icee_contactinfo_rec_t *p = (i == 0)? remote_contact : prev->next; pcm[i] = CManager_create(); if (!CMfork_comm_thread(pcm[i])) printf("Fork of communication thread[%d] failed.\n", i); contact_list = attr_list_from_string(p->contact_string); log_debug("Passive remote contact: \"%s\"\n", attr_list_to_string(contact_list)); if (adios_verbose_level > 5) dump_attr_list(contact_list); /* attr_list contact_list = create_attr_list(); add_string_attr(contact_list, attr_atom_from_string("IP_HOST"), remote_server[i].client_host); add_int_attr(contact_list, attr_atom_from_string("IP_PORT"), remote_server[i].client_port); */ CMConnection conn = CMinitiate_conn(pcm[i], contact_list); int n = 0; while (conn == NULL) { log_error ("Passive connection failed (%d). Try again ...\n", i); dump_attr_list(contact_list); sleep(2); conn = CMinitiate_conn(pcm[i], contact_list); if (n > 5) break; n++; } if (conn == NULL) { log_error ("Initializing passive connection failed (%d)\n", i); } CMFormat fm_checkin, fm_fileinfo; fm_checkin = CMregister_format(pcm[i], icee_passivecheckin_format_list); CMregister_handler(fm_checkin, icee_passivecheckin_reply_handler, on_icee_passivecheckin_reply); fm_fileinfo = CMregister_format(pcm[i], icee_fileinfo_format_list); CMregister_handler(fm_fileinfo, icee_fileinfo_recv_handler, on_icee_fileinfo_recv); icee_passivecheckin_rec_t m; int condition = CMCondition_get(pcm[i], conn); CMCondition_set_client_data(pcm[i], condition, NULL); m.condition = condition; if (CMwrite(conn, fm_checkin, (void*)&m) != 1) log_error ("Passive check-in failed (%d)\n", i); prev = p; } log_debug("Passive connection established"); goto done; } EVstone stone[ICEE_MAX_PARALLEL], remote_stone; EVsource source; attr_list contact[ICEE_MAX_PARALLEL]; icee_contactinfo_rec_t contact_msg[ICEE_MAX_PARALLEL]; for (i=0; i<icee_read_num_parallel; i++) { icee_read_cm[i] = CManager_create(); contact[i] = create_attr_list(); set_contact_list(contact[i], icee_transport, cm_host, cm_port+i); if (CMlisten_specific(icee_read_cm[i], contact[i]) == 0) printf("Error: unable to initialize connection manager[%d].\n", i); if (!CMfork_comm_thread(icee_read_cm[i])) printf("Fork of communication thread[%d] failed.\n", i); stone[i] = EValloc_stone(icee_read_cm[i]); if (adios_verbose_level > 5) { log_debug("Reader contact: \"%d:%s\"\n", stone[i], attr_list_to_string(CMget_contact_list(icee_read_cm[i]))); dump_attr_list(CMget_contact_list(icee_read_cm[i])); } EVassoc_terminal_action(icee_read_cm[i], stone[i], icee_fileinfo_format_list, icee_fileinfo_handler, NULL); contact_msg[i].stone_id = stone[i]; attr_list contact_list; if (use_native_contact) contact_list = CMget_contact_list(icee_read_cm[i]); else contact_list = contact[i]; contact_msg[i].contact_string = attr_list_to_string(contact_list); contact_msg[i].next = NULL; if (i>0) contact_msg[i-1].next = &contact_msg[i]; } EVstone split_stone; EVaction split_action; split_stone = EValloc_stone(icee_read_cm[0]); split_action = EVassoc_split_action(icee_read_cm[0], split_stone, NULL); icee_contactinfo_rec_t *prev; for (i = 0; i < num_remote_server; i++) { attr_list contact_list; EVstone remote_stone, output_stone; output_stone = EValloc_stone(icee_read_cm[0]); icee_contactinfo_rec_t *p = (i == 0)? remote_contact : prev->next; remote_stone = p->stone_id; contact_list = attr_list_from_string(p->contact_string); EVaction action; action = EVassoc_bridge_action(icee_read_cm[0], output_stone, contact_list, remote_stone); int n = 0; while (action == -1) { log_error ("Connection failed (%d). Try again ...\n", i); dump_attr_list(contact_list); sleep(2); action = EVassoc_bridge_action(icee_read_cm[0], output_stone, contact_list, remote_stone); if (n > 5) break; n++; } EVaction_add_split_target(icee_read_cm[0], split_stone, split_action, output_stone); prev = p; log_debug("Remote contact: \"%d:%s\"\n", remote_stone, attr_list_to_string(contact_list)); if (adios_verbose_level > 5) dump_attr_list(contact_list); } source = EVcreate_submit_handle(icee_read_cm[0], split_stone, icee_contactinfo_format_list); //if (adios_verbose_level > 5) icee_contactinfo_print(contact_msg); EVsubmit(source, contact_msg, NULL); done: adios_read_icee_initialized = 1; } return 0; }
int main(int argc, char **argv) { struct sigaction act; memset (&act, '\0', sizeof(act)); act.sa_sigaction = &cleanup_handler; act.sa_flags = 0; measurements_init(); EVclient test_client; EVclient_sinks sink_capabilities; EVclient_sources source_capabilities; (void)argc; (void)argv; cm = CManager_create(); CMlisten(cm); char master_address[200]; dfg_get_master_contact_func(master_address,"master.info"); char source_node[300] = "src_"; strcat(source_node, argv[1]); stor_source_handle = EVcreate_submit_handle(cm, -1, simple_format_list); source_capabilities = EVclient_register_source(source_node, stor_source_handle); sink_capabilities = EVclient_register_sink_handler(cm, "sink_b", simple_format_list, (EVSimpleHandlerFunc) simple_handler, NULL); /* We're node "a" in the DFG */ test_client = EVclient_assoc(cm, argv[1], master_address, source_capabilities, sink_capabilities); if (EVclient_ready_wait(test_client) != 1) { /* dfg initialization failed! */ exit(1); } /**************************/ if (sigaction(SIGINT, &act, NULL) < 0) { perror ("sigaction"); return 1; } //signal(SIGUSR1, create_graphs); Py_SetProgramName(argv[0]); /* optional but recommended */ Py_Initialize(); PyObject *sys = PyImport_ImportModule("sys"); PyObject *path = PyObject_GetAttrString(sys, "path"); char cwd[1024]; std::string py = "/PyScripts"; std::string pyscripts_path = strdup(getcwd(cwd, sizeof(cwd))) + py; PyList_Append(path, PyString_FromString(pyscripts_path.c_str())); PySys_SetObject("path", path); std::string store_filename="stores.txt"; /* Default */ int port = 6379; int opt; std::string host = "localhost"; while ((opt = getopt (argc, argv, "p:s:h:")) != -1) { switch (opt) { case 'p': port = atoi(optarg); break; case 's': store_filename = optarg; break; case 'h': host = optarg; break; } } /* Set signal handler */ //signal(SIGTERM, cleanup_handler); //signal(SIGKILL, cleanup_handler); //signal(SIGSEGV, cleanup_handler); FILE* stores = fopen(store_filename.c_str(), "r"); char buffer[100]; char buffer2[100]; fscanf(stores, "%s\n", buffer); this_server_id = buffer; while(fscanf(stores, "%s %s\n", buffer, buffer2)!=EOF) { servers.push_back(buffer); server_ids.push_back(buffer2); if(this_server_id == buffer2) { this_server = buffer; } } fclose(stores); arg_struct khan_args; khan_args.mnt_dir = argv[1]; khan_args.servers = servers; khan_args.server_ids = server_ids; khan_args.port = port; khan_args.host = host; initializing_khan((void*)&khan_args); log_info("Initialized Khan"); CMrun_network(cm); return 0; }