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#define VERSION_ERROR_STRINTG "Current driver doesn't support the requested firmware"
enum {
OP_STATION_MODE = 0,
OP_AP_MODE,
OP_P2P,
OP_MAX
};
struct nmc_version {
char driver_ver[10]; // wifi driver version
char op_mode; // wifi mode
char fw_ver[10]; // wifi firmware version
u32 fw_size; // wifi firmware size
};
static struct nmc_version nmc_ver_list[] =
{
{ "9.3.0", STATION_MODE, "0", 143808},
{ "9.3.0", AP_MODE, "0", 111416},
{ "9.3.0", GO_MODE|CLIENT_MODE, "0", 141944},
{ "9.3.0", STATION_MODE, "1", 143816},
{ "9.3.0", AP_MODE, "1", 111420},
{ "9.3.0", GO_MODE|CLIENT_MODE, "1", 141864},
{ "9.3.1", STATION_MODE, "0", 143808},
{ "9.3.1", AP_MODE, "0", 111416},
{ "9.3.1", GO_MODE|CLIENT_MODE, "0", 141944},
{ "9.3.1", STATION_MODE, "1", 143816},
{ "9.3.1", AP_MODE, "1", 111420},
{ "9.3.1", GO_MODE|CLIENT_MODE, "1", 141864},
{ "9.3.2", STATION_MODE, "0", 143832},
{ "9.3.2", AP_MODE, "0", 111448},
{ "9.3.2", GO_MODE|CLIENT_MODE, "0", 141876},
{ "9.3.3", STATION_MODE, "0", 144012},
{ "9.3.3", AP_MODE, "0", 112432},
{ "9.3.3", GO_MODE|CLIENT_MODE, "0", 142084},
};
int check_firmware_version(char iftype, char* driver_version, u32 given_firmware_size)
{
int ret = -1;
int i = 0;
int cnt = 0;
cnt = sizeof(nmc_ver_list)/sizeof(struct nmc_version);
if ( ( iftype == 0 ) || ( driver_version == NULL ) || ( given_firmware_size == 0 ) )
{
printk("[NMI] invaild arguments\n");
return -1;
}
printk("^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^\n");
printk("[NMI] iftype = %d, driver_version = %s, given_firmware_size = %d, nmc_ver_list count = %d\n", iftype, driver_version, given_firmware_size, cnt);
switch (iftype)
{
case STATION_MODE:
for ( i = OP_STATION_MODE ; i < cnt ; i += OP_MAX )
{
if ( strcmp(nmc_ver_list[i].driver_ver, driver_version) == 0 )
{
if ( nmc_ver_list[i].fw_size == given_firmware_size )
{
printk("[NMI][STATION_MODE] : firmware version level = %s for %s driver\n",nmc_ver_list[i].fw_ver, nmc_ver_list[i].driver_ver);
return ret = 0;
}
}
}
printk("[NMI][OP_STATION_MODE] : %s\n",VERSION_ERROR_STRINTG);
ret = -1;
break;
case AP_MODE:
for ( i = OP_AP_MODE ; i < cnt ; i += OP_MAX )
{
if ( strcmp(nmc_ver_list[i].driver_ver, driver_version) == 0 )
{
if ( nmc_ver_list[i].fw_size == given_firmware_size )
{
printk("[NMI][OP_AP_MODE] :firmware version level = %s for %s driver\n",nmc_ver_list[i].fw_ver, nmc_ver_list[i].driver_ver);
return ret = 0;
}
}
}
printk("[NMI][OP_AP_MODE] : %s\n",VERSION_ERROR_STRINTG);
ret = -1;
break;
case GO_MODE:
case CLIENT_MODE:
for ( i = OP_P2P ; i < cnt ; i += OP_MAX )
{
if ( strcmp(nmc_ver_list[i].driver_ver, driver_version) == 0 )
{
if ( nmc_ver_list[i].fw_size == given_firmware_size )
{
printk("[NMI][OP_P2P] : firmware version level = %s for %s driver\n",nmc_ver_list[i].fw_ver, nmc_ver_list[i].driver_ver);
return ret = 0;
}
}
}
printk("[NMI][OP_P2P] : %s\n",VERSION_ERROR_STRINTG);
ret = -1;
break;
default:
printk("[NMI][UNKNOWN Mode] : %s\n",VERSION_ERROR_STRINTG);
ret = -1;
break;
}
return ret;
}
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