eSMBIOS_RET_CODE smbios_3_0_parser(sSMbios_3_0_header *psSmbiosHdr,uint8_t *pu8SmData,uint64_t u64DataLen)
{
uint8_t *pu8DataPtr = NULL;
eSMBIOS_RET_CODE eRtCode = eSMBIOS_RET_OK;
eSMBIOS_HDR_VER eSmbios_version;
if(NULL == psSmbiosHdr)
{
SMBIOS_TOOL_ERR("INPUT PARAMETER [psSmbiosHdr] IS NULL\n");
return eSMBIOS_RET_NULL_BUFF;
}
if(NULL == pu8SmData)
{
SMBIOS_TOOL_ERR("INPUT PARAMETER [pu8SmData] IS NULL\n");
return eSMBIOS_RET_NULL_BUFF;
}
/*at least include Entry Point Length*/
if(0x7 > u64DataLen)
{
SMBIOS_TOOL_ERR("SMBIOS 3.0 HEADER SIZE IS TOO SMALL\n");
}
eSmbios_version = smbios_version(pu8SmData);
if(eSMBIOS_HDR_VER_3_0 != eSmbios_version)
{
SMBIOS_TOOL_ERR("IT IS NOT SMBIOS 3.0 VERSION\n");
return eSMBIOS_RET_VER_ERR;
}
memcpy(psSmbiosHdr,pu8SmData,pu8SmData[SMBIOS_3_0_HDR_LEN_OFFSET]);
return eRtCode;
}
char* print_array_devices_info(char* buf, smbios_hdl_t smb_hdl, u16 array_hdl)
{
smbios_node_t node;
mem_device_info_t info;
u16 version;
char* pos;
int index;
int unins;
int i, len;
version = smbios_version(smb_hdl);
node = smb_get_node_by_type(smb_hdl, MEMORY_DEVICE_INFO);
pos = buf;
index = 0;
unins = 0;
while(node) {
info = (mem_device_info_t)node->info;
if(info->array_handle == array_hdl) {
if(info->size) {
sprintf(pos, "\n Memory Device %d:\n", index);
len = strlen(pos);
pos = pos + len;
index ++;
pos = print_memory_device_info(pos, node, version);
} else {
unins++;
}
}
node = smb_get_next_node_by_type(node, MEMORY_DEVICE_INFO);
}
for(i = 0; i < unins; i++) {
sprintf(pos, "\n Memory Device %d:\n", index + i);
strcat(pos, " [Not Installed]\n");
len = strlen(pos);
pos = pos + len;
}
return pos;
}
