int main_crfs(int argc, char **argv)
{
UINT32 crfs_rank;
UINT32 tester_rank;
task_brd_default_init(argc, argv);
if(EC_FALSE == task_brd_default_check_validity())
{
sys_log(LOGSTDOUT, "error:main_crfs: validity checking failed\n");
task_brd_default_abort();
return (-1);
}
crfs_rank = CRFS_TEST_RANK;
tester_rank = 0;
/*define specific runner for each (tcid, rank)*/
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.1"), crfs_rank , __test_crfs_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.2"), tester_rank, __test_crfs_write_supplier_1);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.3"), tester_rank, __test_crfs_read_consumer_1);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.4"), tester_rank, __test_crfs_write_supplier_2);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.5"), tester_rank, __test_crfs_read_consumer_2);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.101"), tester_rank, __test_crfs_check_content_consumer_1);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.102"), tester_rank, __test_crfs_check_content_consumer_2);
/*start the defined runner on current (tcid, rank)*/
task_brd_default_start_runner();
return (0);
}
int main_cscore(int argc, char **argv)
{
task_brd_default_init(argc, argv);
if(EC_FALSE == task_brd_default_check_validity())
{
dbg_log(SEC_0137_DEMO, 0)(LOGSTDOUT, "error:main_cscore: validity checking failed\n");
task_brd_default_abort();
return (-1);
}
/*define specific runner for each (tcid, rank)*/
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.1"), 1, __test_cscore_cbgt_root_server_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.2"), 1, __test_cscore_cases_runner);
/*start the defined runner on current (tcid, rank)*/
task_brd_default_start_runner();
return (0);
}
EC_BOOL __test_crfs_read_consumer_1()
{
UINT32 crfs_tcid;
UINT32 crfs_rank;
UINT32 crfs_modi;
crfs_tcid = c_ipv4_to_word(CRFS_TEST_TCID_STR);
crfs_rank = CRFS_TEST_RANK;
crfs_modi = CRFS_TEST_MODI;
test_case_87_crfs_reader(crfs_tcid, crfs_rank, crfs_modi, g_crfs_cbytes_used_num, CRFS_TEST_HOME_1);
return (EC_TRUE);
}
EC_BOOL __test_crfs_check_content_consumer_2()
{
UINT32 crfs_tcid;
UINT32 crfs_rank;
UINT32 crfs_modi;
crfs_tcid = c_ipv4_to_word(CRFS_TEST_TCID_STR);
crfs_rank = CRFS_TEST_RANK;
crfs_modi = CRFS_TEST_MODI;
test_case_88_crfs_file_content_checker(crfs_tcid, crfs_rank, crfs_modi, g_crfs_cbytes_used_num, CRFS_TEST_HOME_2);
return (EC_TRUE);
}
EC_BOOL __test_cbgt_suite_01()
{
/*define specific runner for each (tcid, rank)*/
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.1"), CMPI_CDFS_RANK, __test_cbgt_np_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.20.1"), CMPI_CDFS_RANK, __test_cbgt_np_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.2"), CMPI_CDFS_RANK, __test_cbgt_dn_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.3"), 0, __test_cbgt_root_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.4"), 0, __test_cbgt_insert_client_1_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.4"), 1, __test_cbgt_insert_client_2_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.5"), 1, __test_cbgt_fetch_client_1_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.5"), 2, __test_cbgt_fetch_client_2_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.6"), 1, __test_cbgt_delete_client_1_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.6"), 2, __test_cbgt_delete_client_2_runner);
/*start the defined runner on current (tcid, rank)*/
task_brd_default_start_runner();
return (EC_TRUE);
}
EC_BOOL __test_crfs_write_supplier_2()
{
UINT32 crfs_tcid;
UINT32 crfs_rank;
UINT32 crfs_modi;
crfs_tcid = c_ipv4_to_word(CRFS_TEST_TCID_STR);
crfs_rank = CRFS_TEST_RANK;
crfs_modi = CRFS_TEST_MODI;
test_case_86_crfs_writer(crfs_tcid, crfs_rank, crfs_modi, g_crfs_cbytes_used_num, CRFS_TEST_HOME_2);
return (EC_TRUE);
}
int main_udp(int argc, char **argv)
{
UINT32 this_tcid;
UINT32 this_comm;
UINT32 this_rank;
task_brd_default_init(argc, argv);
if(EC_FALSE == task_brd_default_check_validity())
{
sys_log(LOGSTDOUT, "error:main_trans: validity checking failed\n");
task_brd_default_abort();
return (-1);
}
this_tcid = task_brd_default_get_tcid();
this_comm = task_brd_default_get_comm();
this_rank = task_brd_default_get_rank();
if (EC_TRUE == task_brd_check_is_dbg_tcid(this_tcid) && CMPI_DBG_RANK == this_rank)
{
do_cmd_default();
}
else if (EC_TRUE == task_brd_check_is_monitor_tcid(this_tcid) && CMPI_MON_RANK == this_rank)
{
void * mod_mgr_def;
mod_mgr_def = mod_mgr_new(CMPI_ERROR_MODI, LOAD_BALANCING_LOOP);
mod_mgr_default_init(mod_mgr_def, CMPI_ANY_TCID, CMPI_ANY_RANK);
//mod_mgr_excl(this_tcid, CMPI_ANY_COMM, this_rank, CMPI_ANY_MODI, mod_mgr_def);
sys_log(LOGSTDOUT, "======================================================================\n");
sys_log(LOGSTDOUT, " mod_mgr_default_init finished \n");
sys_log(LOGSTDOUT, "======================================================================\n");
mod_mgr_print(LOGSTDOUT, mod_mgr_def);
mod_mgr_free(mod_mgr_def);
do_slave_wait_default();
}
/*fwd rank entrance*/
else if (c_ipv4_to_word("10.10.10.1") == this_tcid && CMPI_FWD_RANK == this_rank)
{
int sockfd;
const char *mcast_ipaddr_str = "239.2.11.71";/*239.0.0.0бл239.255.255.255*/
UINT32 mcast_ipaddr;
UINT32 mcast_port = 8888;
mcast_ipaddr = c_ipv4_to_word(mcast_ipaddr_str);
if(EC_FALSE == csocket_start_udp_mcast_recver(mcast_ipaddr, mcast_port, &sockfd))
{
sys_log(LOGCONSOLE, "error:start udp server %s:%ld failed\n", mcast_ipaddr_str, mcast_port);
}
else
{
UINT8 data[256];
UINT32 dlen;
sys_log(LOGCONSOLE, "start udp server %s:%ld\n", mcast_ipaddr_str, mcast_port);
for(;EC_TRUE == csocket_udp_mcast_recvfrom(sockfd, mcast_ipaddr, mcast_port, data, sizeof(data)/sizeof(data[0]), &dlen);)
{
sys_log(LOGCONSOLE, "[DEBUG] recv udp data: %.*s\n", dlen, (char *)data);
}
csocket_stop_udp_mcast_recver(sockfd, mcast_ipaddr);
}
do_slave_wait_default();
}
else if (c_ipv4_to_word("10.10.10.7") == this_tcid && CMPI_FWD_RANK == this_rank)
{
int sockfd;
const char *mcast_ipaddr_str = "239.2.11.71";
UINT32 mcast_ipaddr;
UINT32 mcast_port = 8888;
UINT32 loop;
mcast_ipaddr = c_ipv4_to_word(mcast_ipaddr_str);
csocket_start_udp_mcast_sender(mcast_ipaddr, mcast_port, &sockfd);
for(loop = 0; loop < 5; loop ++)
{
UINT8 data[256];
UINT32 dlen;
snprintf((char *)data, sizeof(data)/sizeof(data[0]), "[loop %ld] hello world!", loop);
dlen = strlen((char *)data);
//dlen = sizeof(data)/sizeof(data[0]);
if(EC_FALSE == csocket_udp_mcast_sendto(sockfd, mcast_ipaddr, mcast_port, data, dlen))
{
sys_log(LOGSTDOUT, "error:send udp data to %s:%ld failed\n", mcast_ipaddr_str, mcast_port);
break;
}
sys_log(LOGCONSOLE, "send udp data: %.*s\n", dlen, (char *)data);
c_sleep(5);
}
csocket_stop_udp_mcast_sender(sockfd, c_ipv4_to_word(mcast_ipaddr_str));
do_slave_wait_default();
}
else if (CMPI_FWD_RANK == this_rank)
{
sys_log(LOGSTDOUT,"======================================================================\n");
sys_log(LOGSTDOUT," taskc_mgr in (tcid %s, rank %ld) \n", c_word_to_ipv4(this_tcid), this_rank);
super_show_work_client(task_brd_default_get_super(), LOGSTDOUT);/*debug only*/
sys_log(LOGSTDOUT,"======================================================================\n");
do_slave_wait_default();
}
/*work process*/
else
{
do_slave_wait_default();
}
return (0);
}
int main_trans(int argc, char **argv)
{
UINT32 this_tcid;
UINT32 this_comm;
UINT32 this_rank;
task_brd_default_init(argc, argv);
if(EC_FALSE == task_brd_default_check_validity())
{
sys_log(LOGSTDOUT, "error:main_trans: validity checking failed\n");
task_brd_default_abort();
return (-1);
}
this_tcid = task_brd_default_get_tcid();
this_comm = task_brd_default_get_comm();
this_rank = task_brd_default_get_rank();
if (EC_TRUE == task_brd_check_is_dbg_tcid(this_tcid) && CMPI_DBG_RANK == this_rank)
{
do_cmd_default();
}
else if (EC_TRUE == task_brd_check_is_monitor_tcid(this_tcid) && CMPI_MON_RANK == this_rank)
{
void * mod_mgr_def;
mod_mgr_def = mod_mgr_new(CMPI_ERROR_MODI, LOAD_BALANCING_LOOP);
mod_mgr_default_init(mod_mgr_def, CMPI_ANY_TCID, CMPI_ANY_RANK);
//mod_mgr_excl(this_tcid, CMPI_ANY_COMM, this_rank, CMPI_ANY_MODI, mod_mgr_def);
sys_log(LOGSTDOUT, "======================================================================\n");
sys_log(LOGSTDOUT, " mod_mgr_default_init finished \n");
sys_log(LOGSTDOUT, "======================================================================\n");
mod_mgr_print(LOGSTDOUT, mod_mgr_def);
mod_mgr_free(mod_mgr_def);
do_slave_wait_default();
}
/*fwd rank entrance*/
else if (c_ipv4_to_word("10.10.10.2") == this_tcid && CMPI_FWD_RANK == this_rank)
{
CSTRING *src_fname;
CSTRING *des_fname;
UINT32 des_tcid;
src_fname = cstring_new((UINT8 *)"/home/ezhocha/bgn/bin/CentOS_4.4_DVD.iso", 0);
des_fname = cstring_new((UINT8 *)"/home/ezhocha/bgn/bin/CentOS_4.4_DVD_des.iso", 0);
des_tcid = c_ipv4_to_word("10.10.10.1");
super_transfer(0, src_fname, des_tcid, des_fname);
do_slave_wait_default();
}
else if (CMPI_FWD_RANK == this_rank)
{
sys_log(LOGSTDOUT,"======================================================================\n");
sys_log(LOGSTDOUT," taskc_mgr in (tcid %s, rank %ld) \n", c_word_to_ipv4(this_tcid), this_rank);
super_show_work_client(task_brd_default_get_super(), LOGSTDOUT);/*debug only*/
sys_log(LOGSTDOUT,"======================================================================\n");
do_slave_wait_default();
}
/*work process*/
else
{
do_slave_wait_default();
}
return (0);
}
int main_cextsrv(int argc, char **argv)
{
UINT32 this_tcid;
UINT32 this_comm;
UINT32 this_rank;
task_brd_default_init(argc, argv);
if(EC_FALSE == task_brd_default_check_validity())
{
sys_log(LOGSTDOUT, "error:main_cextsrv: validity checking failed\n");
task_brd_default_abort();
return (-1);
}
this_tcid = task_brd_default_get_tcid();
this_comm = task_brd_default_get_comm();
this_rank = task_brd_default_get_rank();
if (EC_TRUE == task_brd_check_is_dbg_tcid(this_tcid) && CMPI_DBG_RANK == this_rank)
{
do_cmd_default();
}
else if (EC_TRUE == task_brd_check_is_monitor_tcid(this_tcid) && CMPI_MON_RANK == this_rank)
{
void * mod_mgr_def;
mod_mgr_def = mod_mgr_new(CMPI_ERROR_MODI, LOAD_BALANCING_LOOP);
mod_mgr_default_init(mod_mgr_def, CMPI_ANY_TCID, CMPI_ANY_RANK);
//mod_mgr_excl(this_tcid, CMPI_ANY_COMM, this_rank, CMPI_ANY_MODI, mod_mgr_def);
sys_log(LOGSTDOUT, "======================================================================\n");
sys_log(LOGSTDOUT, " mod_mgr_default_init finished \n");
sys_log(LOGSTDOUT, "======================================================================\n");
mod_mgr_print(LOGSTDOUT, mod_mgr_def);
mod_mgr_free(mod_mgr_def);
do_slave_wait_default();
}
/*fwd rank entrance*/
else if (c_ipv4_to_word("10.10.10.1") == this_tcid && CMPI_FWD_RANK == this_rank)
{
UINT32 cextsrv_port;
UINT32 thread_num;
cextsrv_port = 69001;
thread_num = 3;
task_brd_default_start_cextsrv(cextsrv_port, thread_num);
do_slave_wait_default();
}
else if (CMPI_FWD_RANK == this_rank)
{
sys_log(LOGSTDOUT,"======================================================================\n");
sys_log(LOGSTDOUT," taskc_mgr in (tcid %s, rank %ld) \n", c_word_to_ipv4(this_tcid), this_rank);
super_show_work_client(task_brd_default_get_super(), LOGSTDOUT);/*debug only*/
sys_log(LOGSTDOUT,"======================================================================\n");
do_slave_wait_default();
}
/*work process*/
else
{
do_slave_wait_default();
}
return (0);
}
int main_cscore0(int argc, char **argv)
{
UINT32 this_tcid;
UINT32 this_comm;
UINT32 this_rank;
task_brd_default_init(argc, argv);
if(EC_FALSE == task_brd_default_check_validity())
{
dbg_log(SEC_0137_DEMO, 0)(LOGSTDOUT, "error:main_cscore: validity checking failed\n");
task_brd_default_abort();
return (-1);
}
this_tcid = task_brd_default_get_tcid();
this_comm = task_brd_default_get_comm();
this_rank = task_brd_default_get_rank();
if (EC_TRUE == task_brd_check_is_dbg_tcid(this_tcid) && CMPI_DBG_RANK == this_rank)
{
do_cmd_default();
}
else if (EC_TRUE == task_brd_check_is_monitor_tcid(this_tcid) && CMPI_MON_RANK == this_rank)
{
void * mod_mgr_def;
mod_mgr_def = mod_mgr_new(CMPI_ERROR_MODI, LOAD_BALANCING_LOOP);
mod_mgr_default_init(mod_mgr_def, CMPI_ANY_TCID, CMPI_ANY_RANK);
//mod_mgr_excl(this_tcid, CMPI_ANY_COMM, this_rank, CMPI_ANY_MODI, mod_mgr_def);
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT, "======================================================================\n");
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT, " mod_mgr_default_init finished \n");
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT, "======================================================================\n");
mod_mgr_print(LOGSTDOUT, mod_mgr_def);
mod_mgr_free(mod_mgr_def);
do_slave_wait_default();
}
else if (c_ipv4_to_word("10.10.10.1") == this_tcid && 1 == this_rank)
{
UINT32 cbgt_md_id;
CSTRING *cbgt_db_root_dir;
CBYTES root_table_name;
cbgt_db_root_dir = task_brd_default_get_hsbgt_root_table_dir();
ASSERT(NULL_PTR != cbgt_db_root_dir);
cbytes_mount(&root_table_name, strlen("root"), (UINT8 *)"root");
cbgt_md_id = cbgt_start(CBGT_TYPE_ROOT_SERVER, CBGT_ROOT_TABLE_ID, &root_table_name, NULL_PTR, cbgt_db_root_dir, CBGT_O_RDWR | CBGT_O_CREAT);
test_case_cbgt_create_table_on_root(cbgt_md_id,
CSCORE_MD_DEFAULT_TABLE_NAME,
1,
CSCORE_MD_DEFAULT_COLF_NAME
);
ASSERT(ERR_MODULE_ID != cbgt_md_id);
dbg_log(SEC_0137_DEMO, 9)(LOGSTDOUT, "[DEBUG] main_cbgt: ============================ root server started ====================\n");
do_slave_wait_default();
}
/*fwd rank entrance*/
else if (c_ipv4_to_word("10.10.10.2") == this_tcid && 1 == this_rank)
{
UINT32 cscore_md_id;
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT,"======================================================================\n");
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT," taskc_mgr in (tcid %s, rank %ld) \n", c_word_to_ipv4(this_tcid), this_rank);
super_show_work_client(task_brd_default_get_super(), LOGSTDOUT);/*debug only*/
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT,"======================================================================\n");
cscore_md_id = cscore_start();
ASSERT(ERR_MODULE_ID != cscore_md_id );
dbg_log(SEC_0137_DEMO, 9)(LOGSTDOUT, "[DEBUG] main_cscore: cscore_md_id = %ld\n", cscore_md_id);
//test_case_cscore_001(cscore_md_id);
//test_case_cscore_002(cscore_md_id);
//test_case_cscore_003(cscore_md_id);
//test_case_cscore_004(cscore_md_id);
test_case_cscore_005(cscore_md_id);
cscore_end(cscore_md_id);
do_slave_wait_default();
}
/*work process*/
else
{
do_slave_wait_default();
}
return (0);
}
UINT32 cnetcard_collect(CSET *cnetcard_set, const UINT32 max_cnetcard_num)
{
int fd;
struct ifreq *ifreq_tbl;
struct ifconf ifc;
struct sockaddr_in *in;
UINT32 cnetcard_pos;
UINT32 cnetcard_num;
fd = csocket_open(AF_INET, SOCK_DGRAM, 0);
if(0 > fd)
{
dbg_log(SEC_0011_CDEVICE, 0)(LOGSTDOUT, "error:cnetcard_collect: failed to create a socket\n");
return ((UINT32)-1);
}
ifreq_tbl = (struct ifreq *)SAFE_MALLOC(sizeof(struct ifreq) * max_cnetcard_num, LOC_CDEVICE_0003);
if(NULL_PTR == ifreq_tbl)
{
dbg_log(SEC_0011_CDEVICE, 0)(LOGSTDOUT, "error:cnetcard_collect: failed to malloc %ld struct ifreq\n", max_cnetcard_num);
csocket_close_force(fd);
return ((UINT32)-1);
}
ifc.ifc_len = sizeof(struct ifreq) * max_cnetcard_num;
ifc.ifc_buf = (caddr_t) ifreq_tbl;
if (0 != ioctl(fd, SIOCGIFCONF, (char *) &ifc))
{
dbg_log(SEC_0011_CDEVICE, 0)(LOGSTDOUT, "error:cnetcard_collect: failed to fetch %ld IF CONFIG\n", max_cnetcard_num);
csocket_close_force(fd);
SAFE_FREE(ifreq_tbl, LOC_CDEVICE_0004);
return ((UINT32)-1);
}
cnetcard_num = ifc.ifc_len / sizeof(struct ifreq);/*actual device number*/
//dbg_log(SEC_0011_CDEVICE, 5)(LOGSTDOUT, "cnetcard_num = %ld\n", cnetcard_num);
for(cnetcard_pos = 0; cnetcard_pos < cnetcard_num; cnetcard_pos ++)
{
CNETCARD *cnetcard;
struct ifreq *ifreq_item;
ifreq_item = (ifreq_tbl + cnetcard_pos);
//dbg_log(SEC_0011_CDEVICE, 5)(LOGSTDOUT, "ifreq_tbl %lx, cnetcard_pos %lx => ifreq_item %lx\n", ifreq_tbl, cnetcard_pos, ifreq_item);
cnetcard = cnetcard_new();
if(NULL_PTR == cnetcard)
{
dbg_log(SEC_0011_CDEVICE, 0)(LOGSTDOUT, "error:cnetcard_collect: failed to new CNETCARD when handle # %ld device\n", cnetcard_pos);
csocket_close_force(fd);
SAFE_FREE(ifreq_tbl, LOC_CDEVICE_0005);
return ((UINT32)-1);
}
/*get device name*/
cstring_format(CNETCARD_NAME(cnetcard), "%s", ifreq_item->ifr_name);
/*judge whether the net card status is up */
if(0 != ioctl(fd, SIOCGIFFLAGS, (char *)ifreq_item))
{
dbg_log(SEC_0011_CDEVICE, 0)(LOGSTDOUT, "error:cnetcard_collect: failed to fetch # %ld device IF FLAGS\n", cnetcard_pos);
cnetcard_free(cnetcard);
continue;
}
if(ifreq_item->ifr_flags & IFF_UP)
{
CNETCARD_STATE(cnetcard) = CNETCARD_UP_STATE;
}
else
{
CNETCARD_STATE(cnetcard) = CNETCARD_DOWN_STATE;
}
/*get IP of the net card */
if (0 != ioctl(fd, SIOCGIFADDR, (char *)ifreq_item))
{
dbg_log(SEC_0011_CDEVICE, 0)(LOGSTDOUT, "error:cnetcard_collect: failed to fetch # %ld device IF ADDR\n", cnetcard_pos);
cnetcard_free(cnetcard);
continue;
}
in = (struct sockaddr_in*) (&(ifreq_item->ifr_addr));
cstring_format(CNETCARD_IPV4STR(cnetcard), "%s", c_inet_ntos(&(in->sin_addr)));
CNETCARD_IPV4VAL(cnetcard) = c_ipv4_to_word((char *)cstring_get_str(CNETCARD_IPV4STR(cnetcard)));
/*get HW ADDRESS of the net card */
if(0 != ioctl(fd, SIOCGIFHWADDR, (char *)ifreq_item))
{
dbg_log(SEC_0011_CDEVICE, 0)(LOGSTDOUT, "error:cnetcard_collect: failed to fetch # %ld device IF HW ADDR\n", cnetcard_pos);
cnetcard_free(cnetcard);
continue;
}
BCOPY(ifreq_item->ifr_hwaddr.sa_data, CNETCARD_MACADDR(cnetcard), 6);
cstring_format(CNETCARD_MACSTR(cnetcard), "%02x:%02x:%02x:%02x:%02x:%02x",
(UINT8) ifreq_item->ifr_hwaddr.sa_data[0],
(UINT8) ifreq_item->ifr_hwaddr.sa_data[1],
(UINT8) ifreq_item->ifr_hwaddr.sa_data[2],
(UINT8) ifreq_item->ifr_hwaddr.sa_data[3],
(UINT8) ifreq_item->ifr_hwaddr.sa_data[4],
(UINT8) ifreq_item->ifr_hwaddr.sa_data[5]
);
/*add to set*/
if(EC_FALSE == cset_add(cnetcard_set, (void *)cnetcard, (CSET_DATA_CMP)cnetcard_cmp))
{
cnetcard_free(cnetcard);
}
}
csocket_close_force(fd);
SAFE_FREE(ifreq_tbl, LOC_CDEVICE_0006);
//dbg_log(SEC_0011_CDEVICE, 3)(LOGSTDOUT, "info:cnetcard_collect: device list:\n");
//cset_print(LOGSTDOUT, cnetcard_set, (CSET_DATA_PRINT)cnetcard_print);
return (0);
}
int main_ict(int argc, char **argv)
{
task_brd_default_init(argc, argv);
if(EC_FALSE == task_brd_default_check_validity())
{
sys_log(LOGSTDOUT, "error:main_ict: validity checking failed\n");
task_brd_default_abort();
return (-1);
}
/*define specific runner for each (tcid, rank)*/
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.1") , CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.2") , CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.3") , CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.4") , CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.5") , CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.6") , CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.7") , CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.8") , CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.9") , CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.10"), CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.11"), CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.12"), CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.13"), CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.14"), CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.15"), CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.16"), CMPI_FWD_RANK, __test_ict_data_supplier);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.20"), CMPI_FWD_RANK, __test_ict_data_consumer_1);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.21"), CMPI_FWD_RANK, __test_ict_data_consumer_2);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.22"), CMPI_FWD_RANK, __test_ict_data_consumer_2);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.23"), CMPI_FWD_RANK, __test_ict_data_consumer_2);
/*start the defined runner on current (tcid, rank)*/
task_brd_default_start_runner();
return (0);
}
int main_csolr(int argc, char **argv)
{
UINT32 this_tcid;
UINT32 this_comm;
UINT32 this_rank;
task_brd_default_init(argc, argv);
if(EC_FALSE == task_brd_default_check_validity())
{
dbg_log(SEC_0137_DEMO, 0)(LOGSTDOUT, "error:main: validity checking failed\n");
task_brd_default_abort();
return (-1);
}
this_tcid = task_brd_default_get_tcid();
this_comm = task_brd_default_get_comm();
this_rank = task_brd_default_get_rank();
if (EC_TRUE == task_brd_check_is_dbg_tcid(this_tcid) && CMPI_DBG_RANK == this_rank)
{
do_cmd_default();
}
else if (EC_TRUE == task_brd_check_is_monitor_tcid(this_tcid) && CMPI_MON_RANK == this_rank)
{
void * mod_mgr_def;
mod_mgr_def = mod_mgr_new(CMPI_ERROR_MODI, LOAD_BALANCING_LOOP);
mod_mgr_default_init(mod_mgr_def, CMPI_ANY_TCID, CMPI_ANY_RANK);
//mod_mgr_excl(this_tcid, CMPI_ANY_COMM, this_rank, CMPI_ANY_MODI, mod_mgr_def);
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT, "======================================================================\n");
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT, " mod_mgr_default_init finished \n");
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT, "======================================================================\n");
mod_mgr_print(LOGSTDOUT, mod_mgr_def);
//test_case_61(mod_mgr_def);
//test_case_62(mod_mgr_def);
//test_case_63(mod_mgr_def);
//test_case_64(mod_mgr_def);
//test_case_66(mod_mgr_def);
//test_case_67(mod_mgr_def);
mod_mgr_free(mod_mgr_def);
do_slave_wait_default();
}
#if 0
/*fwd rank entrance*/
else if (CMPI_FWD_RANK == this_rank)
{
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT,"======================================================================\n");
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT," taskc_mgr in (tcid %s, rank %ld) \n", c_word_to_ipv4(this_tcid), this_rank);
super_show_work_client(task_brd_default_get_super(), LOGSTDOUT);/*debug only*/
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT,"======================================================================\n");
do_slave_wait_default();
}
#endif
/*user define the master process*/
else if (c_ipv4_to_word("10.10.10.1") == this_tcid && 1 == this_rank)
{
UINT32 csolr_md_id;
csolr_md_id = csolr_start();
task_brd_default_start_csolr_srv(csolr_md_id, task_brd_default_get_srv_ipaddr(), 58111);
csolr_add_mod(csolr_md_id, c_ipv4_to_word("10.10.10.1"));
csolr_add_mod(csolr_md_id, c_ipv4_to_word("10.10.10.2"));
do_slave_wait_default();
}
else if (c_ipv4_to_word("10.10.10.2") == this_tcid && 1 == this_rank)
{
UINT32 csolr_md_id;
csolr_md_id = csolr_start();
task_brd_default_start_csolr_srv(csolr_md_id, task_brd_default_get_srv_ipaddr(), 58112);
csolr_add_mod(csolr_md_id, c_ipv4_to_word("10.10.10.1"));
csolr_add_mod(csolr_md_id, c_ipv4_to_word("10.10.10.2"));
do_slave_wait_default();
}
#if 1
/*fwd rank entrance*/
else if (CMPI_FWD_RANK == this_rank)
{
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT,"======================================================================\n");
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT," taskc_mgr in (tcid %s, rank %ld) \n", c_word_to_ipv4(this_tcid), this_rank);
super_show_work_client(task_brd_default_get_super(), LOGSTDOUT);/*debug only*/
dbg_log(SEC_0137_DEMO, 5)(LOGSTDOUT,"======================================================================\n");
do_slave_wait_default();
}
#endif
/*work process*/
else
{
do_slave_wait_default();
}
return (0);
}
int main_mxnp_nxdn(int argc, char **argv)
{
task_brd_default_init(argc, argv);
if(EC_FALSE == task_brd_default_check_validity())
{
dbg_log(SEC_0137_DEMO, 0)(LOGSTDOUT, "error:main_mxnp_nxdn: validity checking failed\n");
task_brd_default_abort();
return (-1);
}
/*define specific runner for each (tcid, rank)*/
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.1"), CMPI_CDFS_RANK, __test_cdfs_np_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.20.1"), CMPI_CDFS_RANK, __test_cdfs_np_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.2"), CMPI_CDFS_RANK, __test_cdfs_dn_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.3"), CMPI_CDFS_RANK, __test_cdfs_dn_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.4"), CMPI_CDFS_RANK, __test_cdfs_dn_runner);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.5"), CMPI_CDFS_RANK, __test_cdfs_write_supplier_1);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.6"), CMPI_CDFS_RANK, __test_cdfs_read_consumer_1);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.7"), CMPI_CDFS_RANK, __test_cdfs_write_supplier_2);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.8"), CMPI_CDFS_RANK, __test_cdfs_read_consumer_2);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.91"), CMPI_CDFS_RANK, __test_cdfs_check_replica_consumer_1);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.92"), CMPI_CDFS_RANK, __test_cdfs_check_replica_consumer_2);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.101"), CMPI_CDFS_RANK, __test_cdfs_check_content_consumer_1);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.102"), CMPI_CDFS_RANK, __test_cdfs_check_content_consumer_2);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.201"), CMPI_CDFS_RANK, __test_cdfs_cfuse_consumer);
task_brd_default_add_runner(c_ipv4_to_word("10.10.10.202"), CMPI_CDFS_RANK, __test_cdfs_cfuse_consumer);
/*start the defined runner on current (tcid, rank)*/
task_brd_default_start_runner();
return (0);
}
EC_BOOL csrv_unix_accept_once(CSRV *csrv, EC_BOOL *continue_flag)
{
UINT32 client_ipaddr;
EC_BOOL ret;
int client_conn_sockfd;
ret = csocket_unix_accept(CSRV_UNIX_SOCKFD(csrv), &(client_conn_sockfd), CSOCKET_IS_NONBLOCK_MODE);
if(EC_TRUE == ret)
{
CSOCKET_CNODE *csocket_cnode;
client_ipaddr = c_ipv4_to_word((const char *)"127.0.0.1");
dbg_log(SEC_0112_CSRV, 1)(LOGSTDOUT, "csrv_unix_accept_once: handle new sockfd %d\n", client_conn_sockfd);
csocket_cnode = csocket_cnode_unix_new(CMPI_ERROR_TCID, client_conn_sockfd, CSOCKET_TYPE_TCP, client_ipaddr, CMPI_ERROR_SRVPORT);/*here do not know the remote client srv port*/
if(NULL_PTR == csocket_cnode)
{
dbg_log(SEC_0112_CSRV, 0)(LOGSTDOUT, "error:csrv_unix_accept_once:failed to alloc csocket cnode for sockfd %d, hence close it\n", client_conn_sockfd);
csocket_close(client_conn_sockfd);
return (EC_FALSE);
}
if(NULL_PTR != CSRV_ADD_CSOCKET_CNODE(csrv))
{
CSRV_ADD_CSOCKET_CNODE(csrv)(CSRV_MD_ID(csrv), csocket_cnode);
}
#if (SWITCH_OFF == TASK_BRD_CEPOLL_SWITCH)
if(1)
{
TASK_BRD *task_brd;
CROUTINE_NODE *croutine_node;
task_brd = task_brd_default_get();
croutine_node = croutine_pool_load(TASK_REQ_CTHREAD_POOL(task_brd), (UINT32)csrv_handle, 2, csrv, csocket_cnode);
if(NULL_PTR == croutine_node)
{
dbg_log(SEC_0112_CSRV, 0)(LOGSTDOUT, "error:csrv_unix_accept_once: cthread load failed\n");
csocket_cnode_close(csocket_cnode);
return (EC_FALSE);
}
CROUTINE_NODE_COND_RELEASE(croutine_node, LOC_CSRV_0004);
}
#endif/*(SWITCH_OFF == TASK_BRD_CEPOLL_SWITCH)*/
#if (SWITCH_ON == TASK_BRD_CEPOLL_SWITCH)
/*note: CSOCKET_CNODE_PKT_HDR will be used for specific purpose*/
BSET(CSOCKET_CNODE_PKT_HDR(csocket_cnode), 0, CSOCKET_CNODE_PKT_HDR_SIZE);
CSOCKET_CNODE_MODI(csocket_cnode) = CSRV_MD_ID(csrv);
cepoll_set_event(task_brd_default_get_cepoll(),
CSOCKET_CNODE_SOCKFD(csocket_cnode),
CEPOLL_RD_EVENT,
(CEPOLL_EVENT_HANDLER)CSRV_RD_EVENT_HANDLER(csrv),
(void *)csocket_cnode);
cepoll_set_complete(task_brd_default_get_cepoll(),
CSOCKET_CNODE_SOCKFD(csocket_cnode),
(CEPOLL_EVENT_HANDLER)CSRV_COMPLETE_HANDLER(csrv),
(void *)csocket_cnode);
cepoll_set_shutdown(task_brd_default_get_cepoll(),
CSOCKET_CNODE_SOCKFD(csocket_cnode),
(CEPOLL_EVENT_HANDLER)CSRV_CLOSE_HANDLER(csrv),
(void *)csocket_cnode);
cepoll_set_timeout(task_brd_default_get_cepoll(),
CSOCKET_CNODE_SOCKFD(csocket_cnode),
CSRV_TIMEOUT_NSEC(csrv),
(CEPOLL_EVENT_HANDLER)CSRV_TIMEOUT_HANDLER(csrv),
(void *)csocket_cnode);
#endif/*(SWITCH_ON == TASK_BRD_CEPOLL_SWITCH)*/
}
(*continue_flag) = ret;
return (EC_TRUE);
}
