void test_repositorySave()
{
Repository repo;
repository_init(&repo, "repoTests.txt");
assert(_msize(repo.objects) == sizeof(Vector));
assert(vector_getLen(repo.objects) == 10);
// Create object
StoreObject* obj = malloc(sizeof(StoreObject));
Product* prod = malloc(sizeof(Product));
product_init(prod, "Chitara", "Conteaza", "MadeInChina");
storeObject_init(obj, 15, prod, 100, "azi", 200);
// Add Object
repository_AddObject(&repo, obj);
repository_Save(&repo);
repository_destroy(&repo);
Repository repo2;
repository_init(&repo2, "repoTests.txt");
assert(_msize(repo2.objects) == sizeof(Vector));
assert(vector_getLen(repo2.objects) == 11);
repository_DeleteObjectByID(&repo2, 15);
repository_Save(&repo2);
repository_destroy(&repo2);
}
void test_repositoryAddObject()
{
Repository repo;
repository_init(&repo, "repoTests.txt");
assert(_msize(repo.objects) == sizeof(Vector));
assert(vector_getLen(repo.objects) == 10);
// Test 2 elements
// #1
assert(storeObject_GetID(vector_getAt(repo.objects, 1)) == 2);
assert(!strcmp(product_GetType(storeObject_GetProduct(vector_getAt(repo.objects, 1))), "Laptop"));
assert(!strcmp(product_GetModel(storeObject_GetProduct(vector_getAt(repo.objects, 1))), "v3.2"));
assert(!strcmp(product_GetManufacturer(storeObject_GetProduct(vector_getAt(repo.objects, 1))), "Lenovo"));
assert(storeObject_GetPrice(vector_getAt(repo.objects, 1)) == 5200);
assert(storeObject_GetQuantity(vector_getAt(repo.objects, 1)) == 69);
// #2
assert(storeObject_GetID(vector_getAt(repo.objects, 9)) == 10);
assert(!strcmp(product_GetType(storeObject_GetProduct(vector_getAt(repo.objects, 9))), "Laptop"));
assert(!strcmp(product_GetModel(storeObject_GetProduct(vector_getAt(repo.objects, 9))), "v12.3"));
assert(!strcmp(product_GetManufacturer(storeObject_GetProduct(vector_getAt(repo.objects, 9))), "HP"));
assert(storeObject_GetPrice(vector_getAt(repo.objects, 9)) == 2200);
assert(storeObject_GetQuantity(vector_getAt(repo.objects, 9)) == 69);
// Create object
StoreObject* obj = malloc(sizeof(StoreObject));
Product* prod = malloc(sizeof(Product));
product_init(prod, "Chitara", "Conteaza", "Made In China");
storeObject_init(obj, 15, prod, 100, "azi", 200);
// Add Object
repository_AddObject(&repo, obj);
assert(vector_getLen(repo.objects) == 11);
assert(!strcmp(product_GetType(storeObject_GetProduct(vector_getAt(repo.objects, 10))), "Chitara"));
assert(!strcmp(product_GetModel(storeObject_GetProduct(vector_getAt(repo.objects, 10))), "Conteaza"));
assert(!strcmp(product_GetManufacturer(storeObject_GetProduct(vector_getAt(repo.objects, 10))), "Made In China"));
assert(storeObject_GetPrice(vector_getAt(repo.objects, 10)) == 100);
assert(storeObject_GetQuantity(vector_getAt(repo.objects, 10)) == 200);
repository_destroy(&repo);
}
void test_productGeters()
{
Product prod;
product_init(&prod, "Prastie", "V2.1", "China Factory");
assert(_msize(product_GetType(&prod)) == (strlen("Prastie") + 1) * sizeof(char));
assert(!strcmp(product_GetType(&prod), "Prastie"));
assert(_msize(product_GetModel(&prod)) == (strlen("V2.1") + 1) * sizeof(char));
assert(!strcmp(product_GetModel(&prod), "V2.1"));
assert(_msize(product_GetManufacturer(&prod)) == (strlen("China Factory") + 1) * sizeof(char));
assert(!strcmp(product_GetManufacturer(&prod), "China Factory"));
product_destroy(&prod);
assert(_msize(product_GetType(&prod)) == -1);
assert(_msize(product_GetModel(&prod)) == -1);
assert(_msize(product_GetManufacturer(&prod)) == -1);
}
void test_productCreate()
{
Product prod;
product_init(&prod, "Prastie", "V2.1", "China Factory");
assert(_msize(prod.type) == (strlen("Prastie") + 1) * sizeof(char));
assert(!strcmp(prod.type, "Prastie"));
assert(_msize(prod.model) == (strlen("V2.1") + 1) * sizeof(char));
assert(!strcmp(prod.model, "V2.1"));
assert(_msize(prod.manufacturer) == (strlen("China Factory") + 1) * sizeof(char));
assert(!strcmp(prod.manufacturer, "China Factory"));
product_destroy(&prod);
assert(_msize(prod.type) == -1);
assert(_msize(prod.model) == -1);
assert(_msize(prod.manufacturer) == -1);
}
int main(int argc,char **argv)
{
/*
Tell my thread id
*/
app_module_inst_init();
npd_init_tell_whoami("NpdMain",0);
system_cpu_num = npd_system_cpu_num();
/* TODO: how many threads should be created here need to be considered carefully later*/
/*
Open the syslog to record the init info
*/
npd_log_init();
npd_log_set_debug_value(NPD_LOG_FLAG_ALL);
db_table_init();
npd_dbtable_sync_startup();
/*
Read software version and build number
*/
npd_init_sw_version();
syslog_ax_main_dbg("system software version %d.%d.%d build %d\n",sw_maj_v,sw_min_v,sw_comp_v,sw_build_v);
/*
Read cpld and get product id and module id information.
*/
syslog_ax_main_dbg("init product info\n");
product_init();
/*
Probe chassis slot status and build slots data
*/
syslog_ax_main_dbg("init chassis info\n");
npd_init_chassis_slots();
syslog_ax_main_dbg("init ASIC chip\n");
npd_fw_engines_init();
/*
Wait until ASIC initialization process done
*/
npd_fw_engine_initialization_check();
syslog_ax_main_dbg("Local ASIC initialization done!\n");
/*
Initialize NETIF event structure
*/
netif_event_init();
/*
Build vlan data
*/
syslog_ax_main_dbg("init vlan info\n");
npd_init_vlan();
/*
Build port data
*/
syslog_ax_main_dbg("init eth port info\n");
npd_init_eth_ports();
#ifdef HAVE_POE
syslog_ax_main_dbg("init poe info\n");
npd_poe_init();
#endif
#ifdef HAVE_SFLOW
npd_sflow_init();
#endif
/*
Build trunk data
*/
syslog_ax_main_dbg("init trunk info\n");
npd_init_trunks();
syslog_ax_main_dbg("init switch port info\n");
npd_init_switch_ports();
/*
Init socket for packet Rx/Tx
*/
syslog_ax_main_dbg("init packet sockets\n");
npd_init_packet_socket();
#ifdef HAVE_PVLAN
/*
Init private vlan
*/
syslog_ax_main_dbg("init pvlan info\n");
npd_pvlan_init();
#endif
#ifdef HAVE_BRIDGE_STP
syslog_ax_main_dbg("Init stp info\n");
npd_init_stp();
#endif
#ifdef HAVE_ACL
/*
Init Acl Rule structure
*/
syslog_ax_main_dbg("init acl info\n");
#ifndef HAVE_DIFF_OS
npd_qos_init();
#endif
#endif
#ifdef HAVE_UDLD
npd_udld_init();
#endif
#ifdef HAVE_ERPP
npd_erpp_init();
#endif
/*
Init static FDB database
*/
syslog_ax_main_dbg("init fdb info\n");
npd_fdb_table_init();
#ifdef HAVE_MIRROR
/*
Init mirror init();
*/
syslog_ax_main_dbg("init mirror\n");
npd_mirror_init();
#endif
#ifdef HAVE_LACP
syslog_ax_main_dbg("Init lacp info\n");
npd_lacp_init();
#endif
#ifdef HAVE_IGMP_SNP
syslog_ax_main_dbg("init igmp info\n");
igmp_snp_init();
#endif
/*
Build L3 interface data
*/
syslog_ax_main_dbg("init intf info\n");
npd_intf_init();
/*
add DHCP table
*/
#ifdef HAVE_DHCP_SNP
syslog_ax_main_dbg("init dhcp snooping\n");
npd_dhcp_snp_init();
npd_ip_source_guard_init();
#endif
#ifdef HAVE_IP_TUNNEL
/*
Init x-over-ip tunnel
*/
syslog_ax_main_dbg("init tunnel info\n");
npd_tunnel_init();
#endif
/*
Init ARP Snooping Hash table
*/
syslog_ax_main_dbg("init arp snooping info\n");
npd_init_arpsnooping();
#ifdef HAVE_NPD_IPV6
/*
Init neighbour Snooping Hash table
*/
syslog_ax_main_dbg("init neighbour snooping info\n");
npd_init_neighbour_snooping();
#endif //HAVE_NPD_IPV6
#ifdef HAVE_VRRP
/*
npd init tracking group
*/
npd_tracking_init();
#endif
#ifdef HAVE_ZEBRA
/*
add netlink sysinfo
*/
syslog_ax_main_dbg("init route info\n");
npd_route_init();
#endif
#ifdef HAVE_DHCP_RELAY
npd_dhcpr_init();
#endif
#if defined(HAVE_NPD_IPV6) && defined(HAVE_DHCPV6_RELAY)
npd_dhcpv6_relay_table_init();
#endif
/*
Init dbus to get ready for accept management command
*/
syslog_ax_main_dbg("init dbus info\n");
npd_dbus_init();
syslog_ax_main_dbg("init chassis probe thread\n");
npd_init_chassis_manage_thread();
syslog_ax_main_dbg("wait chassis ready\n");
npd_chassis_manage_initialization_check();
syslog_ax_main_dbg("chassis init done!\n");
npd_eth_port_register_notifier_hook();
#ifdef HAVE_BRIDGE_STP
syslog_ax_main_dbg("Create rstp msg thread\n");
npd_rstp_msg_init();
#endif
#ifdef HAVE_IGMP_SNP
syslog_ax_main_dbg("Create IGMP snooping msg thread\n");
npd_igmp_snp_msg_init();
#endif
#ifdef HAVE_VRRP
syslog_ax_main_dbg("Create vrrp thread\n");
npd_vrrp_msg_init();
#endif
#ifdef HAVE_SMART_LINK
syslog_ax_main_dbg("Create smart-link thread\n");
npd_smart_link_msg_init();
#endif
#ifdef HAVE_IP_TUNNEL
/* tunnel netlink */
syslog_ax_main_dbg("Create Tunnel Net Link thread\n");
nam_thread_create("TunnelNetlink",(void *)npd_tunnel_recv_netlink_msg,NULL,NPD_TRUE,NPD_FALSE);
#endif
#ifdef HAVE_DLDP
syslog_ax_main_dbg("Create DLDP msg thread\n");
npd_dldp_msg_init();
#endif
#ifdef HAVE_AAA
syslog_ax_main_dbg("Create ASD msg thread\n");
npd_asd_msg_init();
#endif
#ifdef HAVE_CAPWAP_ENGINE
syslog_ax_main_dbg("Create CAPWAP thread\n");
npd_capwap_init();
#endif //HAVE_CAPWAP_ENGINE
#ifdef HAVE_M4_TUNNEL
npd_ip_tunnel_init();
#endif
/*
check if system has started up correctly and then open asic interrupt
*/
syslog_ax_main_dbg("Create SFP Polling thread\n");
nam_thread_create("SysWaitSfpPoll",(void *)npd_check_system_startup_state,NULL,NPD_TRUE,NPD_FALSE);
syslog_ax_main_dbg("Create Attack Check Polling thread\n");
nam_thread_create("SysAttackCheck",(void *)npd_check_system_attack,NULL,NPD_TRUE,NPD_FALSE);
#if defined(HAVE_CHASSIS_SUPPORT) || defined(HAVE_STACKING)
if(!SYS_LOCAL_MODULE_ISMASTERACTIVE)
nam_thread_create("NpdDBSync",(void *)npd_dbtable_thread_main,NULL,NPD_TRUE,NPD_FALSE);
#endif
npd_app_msg_run();
#ifndef HAVE_LOGTOOL_NONE
/*
close the syslog
*/
npd_log_set_debug_value(0);
#endif
syslog_ax_main_dbg("Create NPD DBUS thread\n");
nam_thread_create("NpdDBUS",(void *)npd_dbus_thread_main,NULL,NPD_TRUE,NPD_TRUE);
while(1)
{
osTimerWkAfter(10000);
syslog_ax_main_dbg("Mainthread is running ... \n");
}
return 0;
}
void disk_init(struct disk *disk)
{
memset(disk, sizeof(*disk), 0);
product_init(&disk->product);
CLASS_OPS_INIT(disk->product.ops, product_ops);
}
