/*
* GNETInit: Initialize the GNET subsystem..
* Initialize the necessary data structures. Setup a thread to read the output Queue and
* handle the packet. Note that some packets can have valid ARP addresses. Such packets
* are sent to the device. Packets that do not have valid ARP addresses need ARP resolution
* to get the valid MAC address. They are buffered in the ARP buffer (within the ARP routines)
* and injected back into the Output Queue once the ARP reply from a remote machine comes back.
* This means a packet can go through the Output Queue two times.
*/
int GNETInit(int *ghandler, char *config_dir, char *rname, simplequeue_t *sq)
{
int thread_stat;
// do the initializations...
vpl_init(config_dir, rname);
GNETInitInterfaces();
GNETInitARPCache();
thread_stat = pthread_create((pthread_t *)ghandler, NULL, GNETHandler, (void *)sq);
if (thread_stat != 0)
return EXIT_FAILURE;
else
return EXIT_SUCCESS;
}
int main_thread(SceSize size, void *argp)
{
int thid;
u32 psp_model;
thid = get_thread_id("SCE_VSH_GRAPHICS");
if(thid < 0) {
no_vsh = 1;
}
sctrlSEGetConfig(&g_config);
vpl_init();
suspend_vsh_thread();
proDebugScreenInit();
psp_model = kuKernelGetModel();
fontlist_init(&g_font_list);
get_fontlist(&g_font_list, fontpath);
get_fontlist(&g_font_list, fontgopath);
load_recovery_font_select();
if(g_cur_font_select[0] != '\0') {
proDebugScreenSetFontFile(g_cur_font_select, 1);
}
if(zenkaku!=0){
fontlist_init(&g_font_list);
get_fontlist(&g_font_list, kanji);
get_fontlist(&g_font_list, kanjigo);
}
proDebugScreenClearLineDisable();
get_confirm_button();
main_menu();
recovery_exit();
return 0;
}
/*
* Initialize the virtual physical layer...
* At this point, we are just setting up the FIFO for interfacing
* with "wireshark". Other functions could be hooked up here?
*/
void initPhysicalLayer(char *config_dir, char *rname)
{
vpl_init(config_dir, rname);
}