#include <linux/in.h>
#include "rtl865xc_testModel.h"
#include "rtl865xc_testModel_L34_test.h"
#include "rtl8198c_IPv6_test.h"
#include "../common/rtl_utils.h"
#include "packetGen/pktGen.h"
#include <net/rtl/rtl865x_multicast.h>
#include "../AsicDriver/rtl865x_asicCom.h"
#include "../AsicDriver/rtl865x_asicL4.h"
#include "../AsicDriver/rtl865x_asicL3.h"
#include "../AsicDriver/rtl865x_asicL2.h"
#include "../AsicDriver/rtl865x_asicBasic.h"
#include "../l3Driver/rtl865x_arp.h"
#define DBG_TESTMODEL_L34_TEST
#ifdef DBG_TESTMODEL_L34_TEST
#define DBG_TESTMODEL_L34_TEST_PRK printk
#else
#define DBG_TESTMODEL_L34_TEST_PRK(format, args...)
#endif
static uint32 strtoip(ipaddr_t *ip, int8 *str)
{
int32 t1, t2, t3, t4;
sscanf((char*)str, "%d.%d.%d.%d", &t1, &t2, &t3, &t4);
*ip = (t1<<24)|(t2<<16)|(t3<<8)|t4;
return *(uint32*)ip;
}
typedef uint32 in_addr_t;
static int inet_aton(const char *cp, struct in_addr *addrptr)
{
in_addr_t addr;
int value;
int part;
addr = 0;
for (part = 1; part <= 4; part++)
{
if (!isdigit(*cp))
return 0;
value = 0;
while (isdigit(*cp))
{
value *= 10;
value += *cp++ - '0';
if (value > 255)
return 0;
}
if (part < 4)
{
if (*cp++ != '.')
return 0;
}
else
{
char c = *cp++;
if (c != '\0' && !isspace(c))
return 0;
}
addr <<= 8;
addr |= value;
}
/* W. Richard Stevens in his book UNIX Network Programming,
* Volume 1, second edition, on page 71 says:
*
* An undocumented feature of inet_aton is that if addrptr is
* a null pointer, the function still performs it validation
* of the input string, but does not store the result.
*/
if (addrptr)
{
addrptr->s_addr = htonl(addr);
}
return 1;
}
static uint32 inet_addr(const int8 *cp)
{
struct in_addr a;
if (!inet_aton(cp, &a))
return -1;
else
return a.s_addr;
}
int32 rtl8198c_dumpRegs(void)
{
uint32 reg_swctrl0 = READ_MEM32(0xbb804418);
rtlglue_printf("---- Dump Regs ----\n");
rtlglue_printf("SWCTRL0[0x%08x]:0x%08x\n",0xbb804418,reg_swctrl0);
rtlglue_printf("SWCTRL1[0x%08x]:0x%08x\n",0xbb80441c,READ_MEM32(0xbb80441c));
return SUCCESS;
}
int32 rtl8198C_testFillTable(void)
{
rtl8198C_tblAsic_v6NexthopTable_t entry_in;
rtl8198C_tblAsic_v6NexthopTable_t entry_out;
rtl8198C_tblAsic_v6NexthopTable_t *entry_in_p;
rtl8198C_tblAsic_v6NexthopTable_t *entry_out_p;
uint32 tableNum=0;
uint32 entryNum=0;
uint32 bitNumber=0;
uint32 temp=0;
uint32 i=0;
uint32 failtimes=0;
uint32 successiTmes=0;
int8 *str[] = { "TYPE_L2_SWITCH_TABLE", "TYPE_ARP_TABLE", "TYPE_L3_ROUTING_TABLE", "TYPE_MULTICAST_TABLE", "TYPE_NETINTERFACE_TABLE",
"TYPE_EXT_INT_IP_TABLE", "TYPE_VLAN_TABLE", "TYPE_VLAN1_TABLE","non_Table","TYPE_L4_TCP_UDP_TABLE",
"non_Table","TYPE_PPPOE_TABLE","TYPE_ACL_RULE_TABLE","TYPE_NEXT_HOP_TABLE","TYPE_RATE_LIMIT_TABLE","non_Table",
"TYPE_DS_LITE_TABLE","TYPE_6RD_TABLE","TYPE_IPv6_ROUTING_TABLE","TYPE_IPv6_NEXTHOP_TABLE","TYPE_IPV6_NEIGH_TABLE","TYPE_IPv6_MULTICAST_TABLE"};
uint32 tableEntryNumSize[]={
/*TYPE_L2_SWITCH_TABLE*/1024,
/*TYPE_ARP_TABLE*/512,
/*TYPE_L3_ROUTING_TABLE*/8,
/*TYPE_MULTICAST_TABLE*/256,
/*TYPE_NETINTERFACE_TABLE*/8,
/*TYPE_EXT_INT_IP_TABLE*/16,
/*TYPE_VLAN_TABLE*/2048,
/*TYPE_VLAN1_TABLE*/2048,
/*non_Table*/8,
/*TYPE_L4_TCP_UDP_TABLE*/1024,
/*non_Table*/8,
/*TYPE_PPPOE_TABLE*/8,
/*TYPE_ACL_RULE_TABLE*/256,
/*TYPE_NEXT_HOP_TABLE*/32,
/*TYPE_RATE_LIMIT_TABLE*/32,
/*non_Table*/8,
/*TYPE_DS_LITE_TABLE*/8,
/*TYPE_6RD_TABLE*/8,
/*TYPE_IPv6_ROUTING_TABLE*/8,
/*TYPE_IPv6_NEXTHOP_TABLE*/32,
/*TYPE_IPV6_ARP_TABLE*/256,
/*TYPE_IPv6_MULTICAST_TABLE*/256};
#if defined(CONFIG_RTL_8685S_HWNAT)
uint32 tableEntryBits[]={
/*TYPE_L2_SWITCH_TABLE*/58,
/*TYPE_ARP_TABLE*/11,
/*TYPE_L3_ROUTING_TABLE*/65,
/*TYPE_MULTICAST_TABLE*/82,
/*TYPE_NETINTERFACE_TABLE*/128,
/*TYPE_EXT_INT_IP_TABLE*/72,
/*TYPE_VLAN_TABLE*/20,
/*TYPE_VLAN1_TABLE*/20,
/*non_Table*/0,
/*TYPE_L4_TCP_UDP_TABLE*/94,
/*non_Table*/0,
/*TYPE_PPPOE_TABLE*/19,
/*TYPE_ACL_RULE_TABLE*/336,
/*TYPE_NEXT_HOP_TABLE*/22,
/*TYPE_RATE_LIMIT_TABLE*/84,
/*non_Table*/0,
/*TYPE_DS_LITE_TABLE*/286,
/*TYPE_6RD_TABLE*/161,
/*TYPE_IPv6_ROUTING_TABLE*/164,
/*TYPE_IPv6_NEXTHOP_TABLE*/18,
/*TYPE_IPV6_ARP_TABLE*/84,
/*TYPE_IPv6_MULTICAST_TABLE*/274};
#else
uint32 tableEntryBits[]={
/*TYPE_L2_SWITCH_TABLE*/58,
/*TYPE_ARP_TABLE*/11,
/*TYPE_L3_ROUTING_TABLE*/61,
/*TYPE_MULTICAST_TABLE*/82,
/*TYPE_NETINTERFACE_TABLE*/128,
/*TYPE_EXT_INT_IP_TABLE*/72,
/*TYPE_VLAN_TABLE*/20,
/*TYPE_VLAN1_TABLE*/20,
/*non_Table*/0,
/*TYPE_L4_TCP_UDP_TABLE*/94,
/*non_Table*/0,
/*TYPE_PPPOE_TABLE*/19,
/*TYPE_ACL_RULE_TABLE*/336,
/*TYPE_NEXT_HOP_TABLE*/21,
/*TYPE_RATE_LIMIT_TABLE*/84,
/*non_Table*/0,
/*TYPE_DS_LITE_TABLE*/286,
/*TYPE_6RD_TABLE*/161,
/*TYPE_IPv6_ROUTING_TABLE*/164,
/*TYPE_IPv6_NEXTHOP_TABLE*/17,
/*TYPE_IPV6_ARP_TABLE*/83,
/*TYPE_IPv6_MULTICAST_TABLE*/274};
#endif
entry_in_p =&entry_in;
entry_out_p=&entry_out;
memset(entry_in_p,0xff,sizeof(entry_in));
memset(entry_out_p,0,sizeof(entry_out));
rtlglue_printf("=======================Start testing table ======================\n");
for(tableNum=0 ; tableNum<22 ; tableNum++)
{
//ingore non_table
if(str[tableNum] == "non_Table" )
continue;
rtlglue_printf("** Testing Table %s ..................\n",str[tableNum]);
failtimes=0;
successiTmes=0;
for(entryNum=0 ; entryNum < tableEntryNumSize[tableNum];entryNum++)
{
_rtl8651_forceAddAsicEntry(tableNum, entryNum, entry_in_p);
memset(entry_out_p,0,sizeof(entry_out));
_rtl8651_readAsicEntry(tableNum, entryNum,entry_out_p);
// memComp(entry_in_p,entry_out_p,sizeof(entry_in),"");
bitNumber=0;
i=0;
temp = *( ( (uint32 *)(entry_out_p) ) + i );
while(1)
{
if(temp&1)
{
bitNumber++;
temp=temp >> 1;
}else if((bitNumber %32) ==0){ //a word end
i++;
temp = *( ( (uint32 *)(entry_out_p) ) + i );
// rtlglue_printf("temp = %x \n",temp);
if(i>=11) //entry max
break;
}else{ //find zero
break;
}
}
if(bitNumber >= tableEntryBits[tableNum])
{
successiTmes++;
//all table entry OK!
if(successiTmes == tableEntryNumSize[tableNum])
{
printk("Table %s total entry:%d test all OK! \nExpect_access:%d Exact_access:%d \n\n",str[tableNum],
tableEntryNumSize[tableNum],tableEntryBits[tableNum],bitNumber);
}
// rtlglue_printf("%s idx=%d check success\n",str[tableNum],entryNum);
}else{
printk("\033[31;43m %s idx=%d check fail Expect_access:%d Exact_access:%d \033[m \n",str[tableNum],entryNum,tableEntryBits[tableNum],bitNumber);
failtimes++;
if(failtimes > 8)
{
// rtlglue_printf("!!!!!!!!!!!!!!FAIL TIME > 8 \n\n");
// break;
}else{
}
}
}
}
return SUCCESS;
}
extern int32 _rtl865x_clearHWL2Table(void);
extern uint32 getL2TableRowFromMacStr(int8 *str);
int32 rtl8198C_testL2learnLimit(void)
{
rtl865x_tblAsicDrv_l2Param_t l2t;
extern int BSP_MHZ;
extern int BSP_SYSCLK;
_rtl865x_clearHWL2Table();
/* lan HOST2_MAC */
strtomac(&l2t.macAddr, "01-00-5e-00-00-40");
l2t.ageSec=3;
l2t.isStatic=1;
l2t.nhFlag = 1;
l2t.memberPortMask = (1<<1);
rtl8651_setAsicL2Table(getL2TableRowFromMacStr("01-00-5e-00-00-40"), 0, &l2t);
/* BSP_MHZ:200 BSP_SYSCLK:200000000 */
printk("BSP_MHZ:%d BSP_SYSCLK:%d \n",BSP_MHZ,BSP_SYSCLK);
return SUCCESS;
}
extern int32 rtl8651_clearAsicPvid(void);
extern uint32 getL2TableRowFromMacStr(int8 *str);
extern int32 rtl865xc_netIfIndex(int vid) ;