int32_t crm_nwport_attribute_delrec (void * config_transaction_p,
struct cm_array_of_iv_pairs * keys_arr_p,
struct cm_app_result ** result_p)
{
struct cm_app_result *attribute_result = NULL;
int32_t return_value = OF_FAILURE;
struct crm_attribute_name_value_pair attribute_info={};
char nwport_name[CRM_MAX_VM_NAME_LEN+1]={};
CM_CBK_DEBUG_PRINT ("Entered");
of_memset (&attribute_info, 0, sizeof (struct crm_attribute_name_value_pair));
if ((crm_nwport_attribute_ucm_setmandparams (keys_arr_p, nwport_name, &attribute_info, &attribute_result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&attribute_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = attribute_result;
return OF_FAILURE;
}
return_value=crm_delete_attribute_from_port(nwport_name, &attribute_info);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Delete attribute record failed");
fill_app_result_struct (&attribute_result, NULL, CM_GLU_ATTRIBUTE_DEL_FAILED);
*result_p = attribute_result;
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("nwport attribute deleted succesfully");
return OF_SUCCESS;
}
int32_t crm_nwport_attribute_ucm_validatemandparams (struct cm_array_of_iv_pairs *
pMandParams, struct cm_app_result **presult_p)
{
uint32_t uiMandParamCnt;
struct cm_app_result *attribute_result = NULL;
CM_CBK_DEBUG_PRINT ("Entered");
for (uiMandParamCnt = 0; uiMandParamCnt < pMandParams->count_ui; uiMandParamCnt++)
{
switch (pMandParams->iv_pairs[uiMandParamCnt].id_ui)
{
case CM_DM_NWPORTATTR_ATTRIBNAME_ID:
if (pMandParams->iv_pairs[uiMandParamCnt].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("Attribute Name is NULL");
fill_app_result_struct (&attribute_result, NULL, CM_ATTRIBUTE_NAME_NULL);
*presult_p = attribute_result;
return OF_FAILURE;
}
break;
case CM_DM_NWPORTATTR_ATTRIBVAL_ID:
if (pMandParams->iv_pairs[uiMandParamCnt].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("Attribute Value is NULL");
fill_app_result_struct (&attribute_result, NULL, CM_ATTRIBUTE_VAL_NULL);
*presult_p = attribute_result;
return OF_FAILURE;
}
break;
}
}
CM_CBK_PRINT_IVPAIR_ARRAY (pMandParams);
return OF_SUCCESS;
}
int32_t crm_vm_delrec (void * config_transaction_p,
struct cm_array_of_iv_pairs * keys_arr_p,
struct cm_app_result ** result_p)
{
struct cm_app_result *crm_vm_result = NULL;
int32_t return_value = OF_FAILURE;
struct crm_vm_config_info vm_info={};
CM_CBK_DEBUG_PRINT ("Entered");
if ((crm_vm_ucm_setmandparams (keys_arr_p, &vm_info, &crm_vm_result)) !=
OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&crm_vm_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = crm_vm_result;
return OF_FAILURE;
}
return_value = crm_del_virtual_machine(vm_info.vm_name);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("crm vm add Failed");
fill_app_result_struct (&crm_vm_result, NULL, CM_GLU_VM_DEL_FAILED);
*result_p = crm_vm_result;
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("CRM vm delete successfully");
return OF_SUCCESS;
}
int32_t nsrm_appliance_ucm_validatemandparams(struct cm_array_of_iv_pairs *mand_iv_pairs_p,
struct cm_app_result ** presult_p)
{
uint32_t count;
struct cm_app_result *of_appliance_result = NULL;
CM_CBK_DEBUG_PRINT ("Entered");
for (count = 0; count < mand_iv_pairs_p->count_ui;count++)
{
switch (mand_iv_pairs_p->iv_pairs[count].id_ui)
{
case CM_DM_SERVICE_NAME_ID:
if (mand_iv_pairs_p->iv_pairs[count].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("Appl category name is NULL");
fill_app_result_struct (&of_appliance_result, NULL, CM_GLU_APPLIANCE_NAME_NULL);
*presult_p = of_appliance_result;
return OF_FAILURE;
}
case CM_DM_SERVICE_TENANT_ID:
if (mand_iv_pairs_p->iv_pairs[count].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("Appl tenant name is NULL");
fill_app_result_struct (&of_appliance_result, NULL, CM_GLU_APPLIANCE_NAME_NULL);
*presult_p = of_appliance_result;
return OF_FAILURE;
}
break;
break;
}
}
CM_CBK_PRINT_IVPAIR_ARRAY (mand_iv_pairs_p);
return OF_SUCCESS;
}
int32_t nsrm_appliance_addrec (void * config_trans_p,
struct cm_array_of_iv_pairs * pMandParams,
struct cm_array_of_iv_pairs * pOptParams,
struct cm_app_result ** result_p)
{
struct cm_app_result *nsrm_appliance_result = NULL;
int32_t return_value = OF_FAILURE;
struct nsrm_nwservice_object_key *nsrm_appliance_key_info;
struct nsrm_nwservice_object_config_info *nsrm_appliance_config_info = NULL;
CM_CBK_DEBUG_PRINT ("Entered(nsrm_appliance_addrec)");
nsrm_appliance_key_info = (struct nsrm_nwservice_object_key *) of_calloc(1, sizeof(struct nsrm_nwservice_object_key ));
nsrm_appliance_config_info = (struct nsrm_nwservice_object_config_info*)of_calloc(NSRM_MAX_NWSERVICE_OBJECT_CONFIG_PARAMETERS,sizeof(struct nsrm_nwservice_object_config_info));
if ((nsrm_appliance_ucm_setmandparams (pMandParams, nsrm_appliance_key_info, nsrm_appliance_config_info)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&nsrm_appliance_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p=nsrm_appliance_result;
of_free(nsrm_appliance_key_info->name_p);
of_free(nsrm_appliance_key_info->tenant_name_p);
of_free(nsrm_appliance_key_info);
return OF_FAILURE;
}
if ((nsrm_appliance_ucm_setoptparams (pOptParams, nsrm_appliance_config_info)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Optional Parameters Failed");
fill_app_result_struct (&nsrm_appliance_result, NULL, CM_GLU_SET_OPT_PARAM_FAILED);
*result_p=nsrm_appliance_result;
of_free(nsrm_appliance_key_info->name_p);
of_free(nsrm_appliance_key_info->tenant_name_p);
of_free(nsrm_appliance_key_info);
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT("nsrm_appliance_config_info :%d",nsrm_appliance_config_info[0].value.nwservice_object_form_factor_type_e);
CM_CBK_DEBUG_PRINT("nsrm_appliance_config_info :%d",nsrm_appliance_config_info[1].value.admin_status_e);
return_value =nsrm_add_nwservice_object(2, nsrm_appliance_key_info,
nsrm_appliance_config_info);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("nsrm appliance add Failed");
fill_app_result_struct (&nsrm_appliance_result, NULL, CM_GLU_APPLIANCE_ADD_FAILED);
*result_p = nsrm_appliance_result;
of_free(nsrm_appliance_key_info->name_p);
of_free(nsrm_appliance_key_info->tenant_name_p);
of_free(nsrm_appliance_key_info);
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("NSRM appliance added successfully");
of_free(nsrm_appliance_key_info->name_p);
of_free(nsrm_appliance_key_info->tenant_name_p);
of_free(nsrm_appliance_key_info);
return OF_SUCCESS;
}
int32_t of_domain_ucm_validatemandparams (struct cm_array_of_iv_pairs *
pMandParams,
struct cm_app_result **presult_p)
{
uint32_t uiMandParamCnt;
struct cm_app_result *of_domain_result = NULL;
CM_CBK_DEBUG_PRINT ("Entered");
for (uiMandParamCnt = 0; uiMandParamCnt < pMandParams->count_ui;
uiMandParamCnt++)
{
switch (pMandParams->iv_pairs[uiMandParamCnt].id_ui)
{
case CM_DM_DOMAIN_NAME_ID:
if (pMandParams->iv_pairs[uiMandParamCnt].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("Domain Name is NULL");
fill_app_result_struct (&of_domain_result, NULL, CM_GLU_DOMAIN_NAME_NULL);
*presult_p = of_domain_result;
return OF_FAILURE;
}
break;
case CM_DM_DOMAIN_SUBJECTNAME_ID:
if (pMandParams->iv_pairs[uiMandParamCnt].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("Subject Name is NULL");
fill_app_result_struct (&of_domain_result, NULL, CM_GLU_DOMAIN_SUBJECT_NAME_NULL);
*presult_p = of_domain_result;
return OF_FAILURE;
}
break;
#if 0
case CM_DM_DOMAIN_NUMOFTABLES_ID:
if (pMandParams->iv_pairs[uiMandParamCnt].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("Number of tables is NULL");
fill_app_result_struct (&of_domain_result, NULL, CM_GLU_DOMAIN_NUMOFTABLES_NULL);
*presult_p = of_domain_result;
return OF_FAILURE;
}
uiTableCnt =
ucm_uint8_from_str_ptr (pMandParams->iv_pairs[uiMandParamCnt].value_p);
if (uiTableCnt < 0 || uiTableCnt > 24)
{
CM_CBK_DEBUG_PRINT ("Number of tables Exceeding its maximum Number");
fill_app_result_struct (&of_domain_result, NULL, CM_GLU_DOMAIN_NUMOFTABLES_EXCEEDED);
*presult_p = of_domain_result;
return OF_FAILURE;
}
break;
#endif
}
}
CM_CBK_PRINT_IVPAIR_ARRAY (pMandParams);
return OF_SUCCESS;
}
int32_t crm_vm_ucm_validatemandparams(struct cm_array_of_iv_pairs *
mand_iv_pairs_p,
struct cm_app_result ** presult_p)
{
uint32_t count;
struct cm_app_result *of_vm_result = NULL;
CM_CBK_DEBUG_PRINT ("Entered");
for (count = 0; count < mand_iv_pairs_p->count_ui;
count++)
{
switch (mand_iv_pairs_p->iv_pairs[count].id_ui)
{
case CM_DM_VIRTUALMACHINE_NAME_ID:
if (mand_iv_pairs_p->iv_pairs[count].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("vm name is NULL");
fill_app_result_struct (&of_vm_result, NULL, CM_GLU_VM_NAME_NULL);
*presult_p = of_vm_result;
return OF_FAILURE;
}
break;
case CM_DM_VIRTUALMACHINE_TYPE_ID:
if (mand_iv_pairs_p->iv_pairs[count].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("vm type is NULL");
fill_app_result_struct (&of_vm_result, NULL, CM_GLU_VM_TYPE_NULL);
*presult_p = of_vm_result;
return OF_FAILURE;
}
break;
case CM_DM_VIRTUALMACHINE_TENANT_ID:
if (mand_iv_pairs_p->iv_pairs[count].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("vm tenant is NULL");
fill_app_result_struct (&of_vm_result, NULL, CM_GLU_TENANT_NAME_NULL);
*presult_p = of_vm_result;
return OF_FAILURE;
}
break;
case CM_DM_VIRTUALMACHINE_SWITCH_ID:
if (mand_iv_pairs_p->iv_pairs[count].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("vm switch is NULL");
fill_app_result_struct (&of_vm_result, NULL, CM_GLU_SWITCH_NULL);
*presult_p = of_vm_result;
return OF_FAILURE;
}
break;
}
}
CM_CBK_PRINT_IVPAIR_ARRAY (mand_iv_pairs_p);
return OF_SUCCESS;
}
int32_t of_flow_actionset_addrec(void * config_trans_p,
struct cm_array_of_iv_pairs * mand_iv_pairs,
struct cm_array_of_iv_pairs * opt_iv_pairs,
struct cm_app_result ** result_pp)
{
struct cm_app_result *of_flow_actionset_result = NULL;
int32_t return_value = OF_FAILURE;
struct ofi_flow_action *flow_action_info = NULL;
struct ofi_flow_mod_info flow_info = { };
struct flow_trans *trans_rec=(struct flow_trans *)config_trans_p;
CM_CBK_DEBUG_PRINT ("Entered");
flow_action_info =(struct ofi_flow_action *) calloc ( 1, sizeof(struct ofi_flow_action));
if (flow_action_info == NULL)
{
CM_CBK_DEBUG_PRINT ("memory allocation Failed");
fill_app_result_struct (&of_flow_actionset_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp =of_flow_actionset_result;
return OF_FAILURE;
}
if ((of_flow_actionset_ucm_setmandparams(mand_iv_pairs,NULL,
&flow_info, flow_action_info,
&of_flow_actionset_result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&of_flow_actionset_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp=of_flow_actionset_result;
return OF_FAILURE;
}
return_value = of_flow_actionset_ucm_setoptparams (opt_iv_pairs, flow_action_info,
&of_flow_actionset_result);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Optional Parameters Failed");
fill_app_result_struct (&of_flow_actionset_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp =of_flow_actionset_result;
return OF_FAILURE;
}
return_value = of_flow_add_action_to_list(trans_rec->datapath_handle,
flow_action_info, flow_info.flow_id);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("flow_actionset Addition to flow %d Failed", flow_action_info->action_type);
fill_app_result_struct (&of_flow_actionset_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp =of_flow_actionset_result;
return OF_FAILURE;
}
return OF_SUCCESS;
}
int32_t nsrm_chain_modrec (void * config_trans_p,
struct cm_array_of_iv_pairs * pMandParams,
struct cm_array_of_iv_pairs * pOptParams,
struct cm_app_result ** result_p)
{
struct cm_app_result *nsrm_chain_result = NULL;
int32_t return_value = OF_FAILURE;
struct nsrm_nschain_object_key *nsrm_chain_key_info =NULL ;
struct nsrm_nschain_object_config_info *nsrm_chain_config_info = NULL;
CM_CBK_DEBUG_PRINT ("Entered(nsrm_category_addrec)");
nsrm_chain_key_info = (struct nsrm_nschain_object_key*) of_calloc(1, sizeof(struct nsrm_nschain_object_key));
nsrm_chain_config_info = (struct nsrm_nschain_object_config_info *)of_calloc(NSRM_MAX_NSCHAIN_OBJECT_CONFIG_PARAMETERS,sizeof(struct nsrm_nschain_object_config_info));
if ((nsrm_chain_ucm_setmandparams (pMandParams, nsrm_chain_key_info, nsrm_chain_config_info)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&nsrm_chain_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p=nsrm_chain_result;
of_free(nsrm_chain_key_info->name_p);
of_free(nsrm_chain_key_info->tenant_name_p);
of_free(nsrm_chain_key_info);
return OF_FAILURE;
}
if ((nsrm_chain_ucm_setoptparams (pOptParams, nsrm_chain_config_info)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Optional Parameters Failed");
fill_app_result_struct (&nsrm_chain_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p=nsrm_chain_result;
of_free(nsrm_chain_key_info->name_p);
of_free(nsrm_chain_key_info->tenant_name_p);
of_free(nsrm_chain_key_info);
return OF_FAILURE;
}
return_value = nsrm_modify_nschain_object(nsrm_chain_key_info, 2, nsrm_chain_config_info);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("nsrm chain modify Failed");
fill_app_result_struct (&nsrm_chain_result, NULL, CM_GLU_NS_CHAIN_MOD_FAILED);
*result_p = nsrm_chain_result;
of_free(nsrm_chain_key_info->name_p);
of_free(nsrm_chain_key_info->tenant_name_p);
of_free(nsrm_chain_key_info);
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("NSRM chain modified successfully");
of_free(nsrm_chain_key_info->name_p);
of_free(nsrm_chain_key_info->tenant_name_p);
of_free(nsrm_chain_key_info);
return OF_SUCCESS;
}
int32_t nsrm_selection_rule_attribute_addrec (void * config_trans_p,
struct cm_array_of_iv_pairs * pMandParams,
struct cm_array_of_iv_pairs * pOptParams,
struct cm_app_result ** result_p)
{
struct cm_app_result *attribute_result = NULL;
struct nsrm_attribute_name_value_pair nsrm_attribute_name_value_info= {};
char* selection_rule_name_p;
char* nschainset_object_name_p;
int32_t ret_value;
CM_CBK_DEBUG_PRINT("Entered");
selection_rule_name_p = (char*)of_calloc(1,NSRM_MAX_NAME_LENGTH);
nschainset_object_name_p = (char*)of_calloc(1,NSRM_MAX_NAME_LENGTH);
if((nsrm_selection_rule_attribute_ucm_setmandparams (
pMandParams,
selection_rule_name_p,nschainset_object_name_p,
&nsrm_attribute_name_value_info,
&attribute_result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&attribute_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = attribute_result;
of_free(selection_rule_name_p);
of_free(nschainset_object_name_p);
of_free(nsrm_attribute_name_value_info.attribute_name_p);
of_free(nsrm_attribute_name_value_info.attribute_value_p);
return OF_FAILURE;
}
ret_value = nsrm_add_attribute_to_nschain_selection_rule(selection_rule_name_p,nschainset_object_name_p,
&nsrm_attribute_name_value_info);
if (ret_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Service Attribute Addition Failed");
fill_app_result_struct (&attribute_result, NULL, CM_GLU_ATTRIBUTE_ADD_FAILED);
*result_p = attribute_result;
of_free(selection_rule_name_p);
of_free(nschainset_object_name_p);
of_free(nsrm_attribute_name_value_info.attribute_name_p);
of_free(nsrm_attribute_name_value_info.attribute_value_p);
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("Attribute added succesfully");
of_free(selection_rule_name_p);
of_free(nschainset_object_name_p);
of_free(nsrm_attribute_name_value_info.attribute_name_p);
of_free(nsrm_attribute_name_value_info.attribute_value_p);
return OF_SUCCESS;
}
int32_t nsrm_bypassrule_delrec (void * config_transaction_p,
struct cm_array_of_iv_pairs * keys_arr_p,
struct cm_app_result ** result_p)
{
struct cm_app_result *nsrm_bypassrule_result = NULL;
int32_t return_value = OF_FAILURE;
struct nsrm_nwservice_bypass_rule_key *nsrm_bypassrule_key_info;
struct nsrm_nwservice_bypass_rule_config_info *nsrm_bypassrule_config_info;
struct nsrm_nschain_object_key* nschain_object_key_p;
CM_CBK_DEBUG_PRINT ("Entered");
nschain_object_key_p = (struct nsrm_nschain_object_key *)
of_calloc(1, sizeof(struct nsrm_nschain_object_key));
nsrm_bypassrule_key_info = (struct nsrm_nwservice_bypass_rule_key*)
of_calloc(1, sizeof(struct nsrm_nwservice_bypass_rule_key));
nsrm_bypassrule_config_info = (struct nsrm_nwservice_bypass_rule_config_info *)
of_calloc(1, sizeof(struct nsrm_nwservice_bypass_rule_config_info));
if ((nsrm_bypassrule_ucm_setmandparams (keys_arr_p, nsrm_bypassrule_key_info,
nschain_object_key_p, nsrm_bypassrule_config_info)) !=OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&nsrm_bypassrule_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = nsrm_bypassrule_result;
of_free(nsrm_bypassrule_key_info->name_p);
of_free(nsrm_bypassrule_key_info->tenant_name_p);
of_free(nsrm_bypassrule_key_info->nschain_object_name_p);
of_free(nsrm_bypassrule_key_info);
return OF_FAILURE;
}
return_value = nsrm_del_nwservice_bypass_rule_from_nschain_object (nsrm_bypassrule_key_info);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("nsrm bypassrule add Failed");
fill_app_result_struct (&nsrm_bypassrule_result, NULL, CM_GLU_BYPASS_RULE_DEL_FAILED);
*result_p = nsrm_bypassrule_result;
of_free(nsrm_bypassrule_key_info->name_p);
of_free(nsrm_bypassrule_key_info->tenant_name_p);
of_free(nsrm_bypassrule_key_info->nschain_object_name_p);
of_free(nsrm_bypassrule_key_info);
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("NSRM Appliance delete successfully");
of_free(nsrm_bypassrule_key_info->name_p);
of_free(nsrm_bypassrule_key_info->tenant_name_p);
of_free(nsrm_bypassrule_key_info->nschain_object_name_p);
of_free(nsrm_bypassrule_key_info);
return OF_SUCCESS;
}
int32_t of_domain_setrec (void * config_trans_p,
struct cm_array_of_iv_pairs * pMandParams,
struct cm_array_of_iv_pairs * pOptParams,
struct cm_app_result ** result_p)
{
struct cm_app_result *of_domain_result= NULL;
int32_t return_value = OF_FAILURE;
struct dprm_distributed_forwarding_domain_info of_domain = { };
uint64_t domain_handle;
CM_CBK_DEBUG_PRINT ("Entered");
of_memset (&of_domain, 0, sizeof (struct dprm_distributed_forwarding_domain_info));
if ((of_domain_ucm_setmandparams (pMandParams, &of_domain, &of_domain_result)) !=
OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
*result_p=of_domain_result;
return OF_FAILURE;
}
return_value = of_domain_ucm_setoptparams (pOptParams, &of_domain, &of_domain_result);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Optional Parameters Failed");
*result_p = of_domain_result;
return OF_FAILURE;
}
return_value=dprm_get_switch_handle(of_domain.name, &domain_handle);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Error: name framing failed");
fill_app_result_struct (&of_domain_result, NULL, CM_GLU_VLAN_FAILED);
*result_p = of_domain_result;
return OF_FAILURE;
}
return_value = dprm_update_switch(domain_handle,&of_domain);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("switch updation Failed");
fill_app_result_struct (&of_domain_result, NULL, CM_GLU_VLAN_FAILED);
*result_p = of_domain_result;
return OF_FAILURE;
}
return OF_SUCCESS;
}
int32_t of_flow_addrec (void * config_trans_p,
struct cm_array_of_iv_pairs * mand_iv_pairs,
struct cm_array_of_iv_pairs * opt_iv_pairs,
struct cm_app_result ** result_pp)
{
struct cm_app_result *flow_result = NULL;
int32_t return_value = OF_FAILURE;
struct ofi_flow_mod_info flow_info = { };
struct dprm_datapath_general_info datapath_info={};
uint64_t datapath_handle;
CM_CBK_DEBUG_PRINT ("Entered");
if ((of_flow_ucm_setmandparams (mand_iv_pairs,&datapath_info, &flow_info, &flow_result)) !=
OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
*result_pp=flow_result;
return OF_FAILURE;
}
return_value = of_flow_ucm_setoptparams (opt_iv_pairs, &flow_info, &flow_result);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Optional Parameters Failed");
*result_pp =flow_result;
return OF_FAILURE;
}
return_value=dprm_get_datapath_handle(datapath_info.dpid, &datapath_handle);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Datapath does not exist with id %llx",datapath_info.dpid);
fill_app_result_struct (&flow_result, NULL, CM_GLU_GROUP_DATAPATH_DOESNOT_EXIST);
*result_pp = flow_result;
return OF_FAILURE;
}
return_value = of_datapath_update_flow(datapath_handle, &flow_info);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Flow Addition Failed");
fill_app_result_struct (&flow_result, NULL, CM_GLU_FLOW_ADD_FAILED);
*result_pp =flow_result;
return OF_FAILURE;
}
return OF_SUCCESS;
}
int32_t dprm_datapath_dpattribute_delrec (void * config_transaction_p,
struct cm_array_of_iv_pairs * keys_arr_p,
struct cm_app_result ** result_p)
{
struct cm_app_result *dpattribute_result = NULL;
int32_t return_value = OF_FAILURE;
struct dprm_attribute_name_value_pair dpattribute_info={};
struct dprm_datapath_general_info datapath_info={};
uint64_t datapath_handle;
uint64_t port_handle;
CM_CBK_DEBUG_PRINT ("Entered");
of_memset (&dpattribute_info, 0, sizeof (struct dprm_attribute_name_value_pair));
if ((dprm_datapath_dpattribute_ucm_setmandparams (keys_arr_p, &datapath_info, &dpattribute_info, &dpattribute_result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&dpattribute_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = dpattribute_result;
return OF_FAILURE;
}
return_value=dprm_get_datapath_handle(datapath_info.dpid, &datapath_handle);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Get datapath handle failed");
fill_app_result_struct (&dpattribute_result, NULL, CM_GLU_NO_MATCHING_PORT_RECORD);
*result_p = dpattribute_result;
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT("value string is %s",(&dpattribute_info)->value_string);
if(dpattribute_info.value_string[0] == '\0'){
CM_CBK_DEBUG_PRINT ("Value string is null");
return_value=dprm_delete_all_attribute_values_from_datapath(datapath_handle, &dpattribute_info);
}
else{
return_value=dprm_delete_attribute_from_datapath(datapath_handle, &dpattribute_info);
}
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Delete datapath attribute record failed");
fill_app_result_struct (&dpattribute_result, NULL, CM_GLU_PORT_DELETE_FAILED);
*result_p = dpattribute_result;
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("Datapath attribute deleted succesfully");
return OF_SUCCESS;
}
int32_t nsrm_selection_rule_attribute_delrec (void * config_transaction_p,
struct cm_array_of_iv_pairs * keys_arr_p,
struct cm_app_result ** result_p)
{
struct cm_app_result *attribute_result = NULL;
struct nsrm_attribute_name_value_pair nsrm_attribute_name_value_info= {};
char* selection_rule_name_p;
char* nschainset_object_name_p;
int32_t ret_value;
selection_rule_name_p = (char*)of_calloc(1,NSRM_MAX_NAME_LENGTH);
nschainset_object_name_p = (char*)of_calloc(1,NSRM_MAX_NAME_LENGTH);
if((nsrm_selection_rule_attribute_ucm_setmandparams (
keys_arr_p,
selection_rule_name_p,nschainset_object_name_p,
&nsrm_attribute_name_value_info,
&attribute_result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&attribute_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = attribute_result;
of_free(selection_rule_name_p);
of_free(nschainset_object_name_p);
of_free(nsrm_attribute_name_value_info.attribute_name_p);
of_free(nsrm_attribute_name_value_info.attribute_value_p);
return OF_FAILURE;
}
ret_value = nsrm_del_attribute_from_nschain_selection_rule(selection_rule_name_p,nschainset_object_name_p,
nsrm_attribute_name_value_info.attribute_name_p);
if (ret_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Delete attribute record failed");
fill_app_result_struct (&attribute_result, NULL, CM_GLU_ATTRIBUTE_DEL_FAILED);
*result_p = attribute_result;
of_free(selection_rule_name_p);
of_free(nschainset_object_name_p);
of_free(nsrm_attribute_name_value_info.attribute_name_p);
of_free(nsrm_attribute_name_value_info.attribute_value_p);
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("service attribute deleted succesfully");
of_free(selection_rule_name_p);
of_free(nschainset_object_name_p);
of_free(nsrm_attribute_name_value_info.attribute_name_p);
of_free(nsrm_attribute_name_value_info.attribute_value_p);
return OF_SUCCESS;
}
int32_t crm_port_attribute_addrec (void * config_trans_p,
struct cm_array_of_iv_pairs * pMandParams,
struct cm_array_of_iv_pairs * pOptParams,
struct cm_app_result ** result_p)
{
struct cm_app_result *attribute_result = NULL;
struct crm_attribute_name_value_pair crm_attribute_name_value_info={};
char port_name[CRM_MAX_VM_NAME_LEN+1];
uint64_t port_handle;
int32_t return_value = OF_FAILURE,result;
CM_CBK_DEBUG_PRINT ("Entered");
of_memset (&crm_attribute_name_value_info, 0, sizeof (struct crm_attribute_name_value_pair));
of_memset(port_name, 0, sizeof(port_name));
if ((crm_port_attribute_ucm_setmandparams (pMandParams,
port_name, &crm_attribute_name_value_info,
&attribute_result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&attribute_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = attribute_result;
return OF_FAILURE;
}
return_value = crm_get_port_handle(port_name, &port_handle);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("port does not exist with name %s",port_name);
fill_app_result_struct (&attribute_result, NULL, CM_GLU_VM_NAME_NULL);
*result_p = attribute_result;
return OF_FAILURE;
}
return_value = crm_add_attribute_to_port(port_name, &crm_attribute_name_value_info);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Attribute Addition Failed(ret:%d",return_value);
fill_app_result_struct (&attribute_result, NULL, CM_GLU_ATTRIBUTE_ADD_FAILED);
*result_p = attribute_result;
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("Attribute added succesfully");
return OF_SUCCESS;
}
int32_t of_tracelog_verifycfg (struct cm_array_of_iv_pairs * key_iv_pairs_p,
uint32_t command_id, struct cm_app_result ** result_p)
{
struct cm_app_result *trace_result=NULL;
uint16_t trace_module_set = 0,param_count;
uint8_t is_trace_level_set =0;
CM_CBK_DEBUG_PRINT ("Entered");
for (param_count = 0; param_count < key_iv_pairs_p->count_ui;
param_count++)
{
switch (key_iv_pairs_p->iv_pairs[param_count].id_ui)
{
case CM_DM_TRACE_MODULE_ID:
trace_module_set = 1;
break;
}
}
if(trace_module_set == 0){
fill_app_result_struct (&trace_result, NULL, CM_GLU_TRACE_MODULE_REQUIRED);
CM_CBK_DEBUG_PRINT ("Validate Optional Parameters Failed");
*result_p = trace_result;
return OF_FAILURE;
}
else{
*result_p = trace_result;
return OF_SUCCESS;
}
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
* Function Name:
* Description:
* Input:
* Output:
* Result:
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int32_t of_flow_match_setrec (void * config_trans_p,
struct cm_array_of_iv_pairs * mand_iv_pairs,
struct cm_array_of_iv_pairs * opt_iv_pairs,
struct cm_app_result ** result_pp)
{
struct cm_app_result *of_flow_match_result = NULL;
int32_t return_value = OF_FAILURE;
struct dprm_switch_runtime_info runtime_info;
struct flow_trans *trans_rec=config_trans_p;
CM_CBK_DEBUG_PRINT ("Entered");
#if 0
if ((of_flow_match_ucm_setmandparams (mand_iv_pairs,&flow_info, &bucket_info, &of_flow_match_result)) !=
OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
*result_pp=of_flow_match_result;
return OF_FAILURE;
}
return_value=of_flow_match_unregister_buckets(bucket_info.flow_id);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Error: flow doesn't exists with name %d",bucket_info.flow_id);
fill_app_result_struct (&of_flow_match_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp =of_flow_match_result;
return OF_FAILURE;
}
#endif
return OF_FAILURE;
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
* Function Name:
* Description:
* Input:
* Output:
* Result:
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int32_t of_action_setrec (void * config_trans_p,
struct cm_array_of_iv_pairs * mand_iv_pairs,
struct cm_array_of_iv_pairs * opt_iv_pairs,
struct cm_app_result ** result_pp)
{
CM_CBK_DEBUG_PRINT ("Entered");
#if 0
if ((of_action_ucm_set_mand_params (mand_iv_pairs,&group_info, &bucket_info, &of_action_result)) !=
OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
*result_pp=of_action_result;
return OF_FAILURE;
}
return_value=of_action_unregister_buckets(bucket_info.group_id);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Error: group doesn't exists with name %d",bucket_info.group_id);
fill_app_result_struct (&of_action_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp =of_action_result;
return OF_FAILURE;
}
#endif
return OF_FAILURE;
}
int32_t of_bindstats_ucm_validatemandparams (struct cm_array_of_iv_pairs *
pMandParams, struct cm_app_result **ppResult)
{
uint32_t uiMandParamCnt;
struct cm_app_result *stats_result = NULL;
CM_CBK_DEBUG_PRINT ("Entered");
for (uiMandParamCnt = 0; uiMandParamCnt < pMandParams->count_ui;
uiMandParamCnt++)
{
switch (pMandParams->iv_pairs[uiMandParamCnt].id_ui)
{
case CM_DM_BINDSTATS_BIND_OBJ_ID_ID:
if (pMandParams->iv_pairs[uiMandParamCnt].value_p == NULL)
{
CM_CBK_DEBUG_PRINT ("bind obj ID is NULL");
fill_app_result_struct (&stats_result, NULL, CM_GLU_TABLE_ID_NULL);
*ppResult = stats_result;
return OF_FAILURE;
}
break;
}
}
CM_CBK_PRINT_IVPAIR_ARRAY (pMandParams);
return OF_SUCCESS;
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
* Function Name:
* Description:
* Input:
* Output:
* Result:
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int32_t of_flow_delrec (void * config_trans_p,
struct cm_array_of_iv_pairs * key_iv_pairs,
struct cm_app_result ** result_pp)
{
struct cm_app_result *flow_result = NULL;
int32_t return_value = OF_FAILURE;
struct ofi_flow_mod_info flow_info = { };
struct dprm_datapath_general_info datapath_info={};
uint64_t datapath_handle;
struct flow_trans *trans_rec=(struct flow_trans *)config_trans_p;
CM_CBK_DEBUG_PRINT ("Entered");
if ((of_flow_ucm_setmandparams (key_iv_pairs,&datapath_info, &flow_info, &flow_result)) !=
OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&flow_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_pp =flow_result;
return OF_FAILURE;
}
trans_rec->table_id = flow_info.table_id;
trans_rec->priority = flow_info.priority;
return_value=dprm_get_datapath_handle(datapath_info.dpid, &datapath_handle);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Datapath does not exist with id %llx",datapath_info.dpid);
fill_app_result_struct (&flow_result, NULL, CM_GLU_GROUP_DATAPATH_DOESNOT_EXIST);
*result_pp = flow_result;
return OF_FAILURE;
}
#if 0
return_value=of_datapath_remove_static_flow(datapath_handle, flow_info.flow_id);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Flow does not exist with id %d",flow_info.flow_id);
fill_app_result_struct (&flow_result, NULL, CM_GLU_FLOW_DOESNOT_EXIST);
*result_pp =flow_result;
return OF_FAILURE;
}
#endif
return OF_SUCCESS;
}
int32_t of_fw4_conntemplates_addrec (void * config_trans_p,
struct cm_array_of_iv_pairs * pMandParams,
struct cm_array_of_iv_pairs * pOptParams,
struct cm_app_result ** result_p)
{
struct cm_app_result *result = NULL;
int32_t return_value = OF_FAILURE;
struct fw4_conn_templates_config config_info={};
uint64_t conn_template_handle;
CM_CBK_DEBUG_PRINT ("Entered");
if((of_fw4_conntemplates_setmandparams(
pMandParams,
&config_info,
&result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT("Set Mandatory Parameters Failed");
fill_app_result_struct(&result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = result;
return OF_FAILURE;
}
if((of_fw4_conntemplates_setoptparams(
pOptParams,
&config_info,
&result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT("Set Optional Parameters Failed");
fill_app_result_struct(&result, NULL, CM_GLU_SET_OPT_PARAM_FAILED);
*result_p = result;
return OF_FAILURE;
}
return_value = fw4_add_conn_templates(
&config_info,
&conn_template_handle);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("connection template add record Failed");
fill_app_result_struct (&result, NULL, CM_GLU_CONN_TEMPLATE_ADD_FAILED);
*result_p = result;
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("connection template record added successfully");
return OF_SUCCESS;
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
* Function Name:
* Description:
* Input:
* Output:
* Result:
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int32_t of_flow_setrec (void * config_trans_p,
struct cm_array_of_iv_pairs * mand_iv_pairs,
struct cm_array_of_iv_pairs * opt_iv_pairs,
struct cm_app_result ** result_pp)
{
struct cm_app_result *flow_result = NULL;
int32_t return_value = OF_FAILURE;
struct ofi_flow_mod_info flow_info = { };
struct dprm_datapath_general_info datapath_info={};
uint64_t datapath_handle;
CM_CBK_DEBUG_PRINT ("Entered");
return OF_SUCCESS;
memset (&flow_info, 0, sizeof (struct ofi_flow_mod_info));
if ((of_flow_ucm_setmandparams (mand_iv_pairs,&datapath_info, &flow_info, &flow_result)) !=
OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
*result_pp=flow_result;
return OF_FAILURE;
}
return_value=dprm_get_datapath_handle(datapath_info.dpid, &datapath_handle);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Datapath does not exist with id %llx",datapath_info.dpid);
fill_app_result_struct (&flow_result, NULL, CM_GLU_GROUP_DATAPATH_DOESNOT_EXIST);
*result_pp = flow_result;
return OF_FAILURE;
}
#if 0 //need to check with atmaram
return_value = of_group_unregister_buckets(datapath_handle, flow_info.flow_id);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Flow does not exist with name %d",flow_info.flow_id);
fill_app_result_struct (&flow_result, NULL, CM_GLU_FLOW_DOESNOT_EXIST);
*result_pp =flow_result;
return OF_FAILURE;
}
#endif
return OF_SUCCESS;
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
* Function Name:
* Description:
* Input:
* Output:
* Result:
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int32_t of_flow_actionset_setrec (void * config_trans_p,
struct cm_array_of_iv_pairs * mand_iv_pairs,
struct cm_array_of_iv_pairs * opt_iv_pairs,
struct cm_app_result ** result_pp)
{
struct cm_app_result *of_flow_actionset_result = NULL;
int32_t return_value = OF_SUCCESS;
struct flow_trans *trans_rec=config_trans_p;
struct ofi_flow_action flow_action_info = {};
struct ofi_flow_mod_info flow_info = {};
CM_CBK_DEBUG_PRINT ("Entered");
if(of_flow_actionset_ucm_setmandparams(mand_iv_pairs, NULL, &flow_info,
&flow_action_info,
&of_flow_actionset_result) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
*result_pp=of_flow_actionset_result;
return OF_FAILURE;
}
return_value = of_flow_actionset_ucm_setoptparams(opt_iv_pairs,
&flow_action_info,
&of_flow_actionset_result);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Error: flow does not exist with flow id %d",flow_info.flow_id);
fill_app_result_struct (&of_flow_actionset_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp =of_flow_actionset_result;
return OF_FAILURE;
}
return_value = of_flow_update_actionset(trans_rec->datapath_handle,
flow_info.flow_id,
&flow_action_info);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Error: failed to update inst in flow table id=%d",flow_info.flow_id);
fill_app_result_struct(&of_flow_actionset_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp =of_flow_actionset_result;
return OF_FAILURE;
}
return return_value;
}
int32_t tsc_selectors_modrec(void * config_trans_p,
struct cm_array_of_iv_pairs * pMandParams,
struct cm_array_of_iv_pairs * pOptParams,
struct cm_app_result ** result_p)
{
struct cm_app_result *app_result = NULL;
struct cm_array_of_iv_pairs *result_iv_pairs_p = NULL;
struct nsc_selector_node_key *key_p = NULL;
int32_t retval = OF_FAILURE;
CM_CBK_DEBUG_PRINT ("Entered addrec");
key_p = (struct nsc_selector_node_key*)calloc(1,sizeof(struct nsc_selector_node_key));
key_p->vn_name = (char*)calloc(1,128);
if(tsc_selectors_ucm_setmandparams(pMandParams,key_p) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&app_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
free(key_p->vn_name);
free(key_p);
return OF_FAILURE;
}
if(tsc_selectors_ucm_setoptparams(pOptParams,key_p) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Optional Parameters Failed");
fill_app_result_struct (&app_result, NULL, CM_GLU_SET_OPT_PARAM_FAILED);
free(key_p->vn_name);
free(key_p);
return OF_FAILURE;
}
global_key_p = key_p;
retval = tsc_add_selector_key(key_p);
if(retval != TSC_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Add Failed");
free(key_p->vn_name);
free(key_p);
return OF_FAILURE;
}
return OF_SUCCESS;
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
* Function Name:
* Description:
* Input:
* Output:
* Result:
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int32_t of_flow_actionset_delrec (void * config_trans_p,
struct cm_array_of_iv_pairs * key_iv_pairs,
struct cm_app_result ** result_pp)
{
struct cm_app_result *of_flow_actionset_result = NULL;
int32_t return_value = OF_FAILURE;
struct ofi_flow_mod_info flow_info = { };
struct ofi_flow_action flow_action_info={};
struct flow_trans *trans_rec=config_trans_p;
CM_CBK_DEBUG_PRINT ("Entered");
return OF_FAILURE;
of_memset (&flow_action_info, 0, sizeof (struct ofi_flow_action));
if ( trans_rec->command_id != CM_CMD_DEL_PARAMS)
{
CM_CBK_DEBUG_PRINT ("Delete not supported");
return OF_FAILURE;
}
if ((of_flow_actionset_ucm_setmandparams (key_iv_pairs, NULL,
&flow_info, &flow_action_info,
&of_flow_actionset_result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&of_flow_actionset_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp =of_flow_actionset_result;
return OF_FAILURE;
}
return_value = of_flow_remove_action_from_list(trans_rec->datapath_handle,
flow_info.flow_id,
flow_action_info.action_id);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT("Error: flow_actionset does not exist with id %d",
flow_action_info.action_type);
fill_app_result_struct (&of_flow_actionset_result, NULL, CM_GLU_VLAN_FAILED);
*result_pp =of_flow_actionset_result;
return OF_FAILURE;
}
return OF_SUCCESS;
}
int32_t of_fw4_conntemplates_delrec(void * config_transaction_p,
struct cm_array_of_iv_pairs * keys_arr_p,
struct cm_app_result ** result_p)
{
struct cm_app_result *result = NULL;
int32_t return_value = OF_FAILURE;
struct fw4_conn_templates_config config_info={};
CM_CBK_DEBUG_PRINT ("Entered");
if ((of_fw4_conntemplates_setmandparams(
keys_arr_p,
&config_info,
&result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = result;
return OF_FAILURE;
}
if((of_fw4_conntemplates_setoptparams(
keys_arr_p,
&config_info,
&result)) != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT("Set Optional Parameters Failed");
fill_app_result_struct(&result, NULL, CM_GLU_SET_OPT_PARAM_FAILED);
*result_p = result;
return OF_FAILURE;
}
return_value = fw4_del_conn_templates(&config_info);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("crm tenant add Failed");
fill_app_result_struct (&result, NULL, CM_GLU_CONN_TEMPLATE_DEL_FAILED);
*result_p = result;
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("connection template record delete successfully");
return OF_SUCCESS;
}
int32_t of_domain_addrec (void * config_trans_p,
struct cm_array_of_iv_pairs * pMandParams,
struct cm_array_of_iv_pairs * pOptParams,
struct cm_app_result ** result_p)
{
struct cm_app_result *of_domain_result = NULL;
int32_t return_value = OF_FAILURE;
struct dprm_distributed_forwarding_domain_info of_domain = { };
uint64_t domain_handle;
CM_CBK_DEBUG_PRINT ("Entered");
of_memset (&of_domain, 0, sizeof (struct dprm_distributed_forwarding_domain_info ));
if ((of_domain_ucm_setmandparams (pMandParams, &of_domain, &of_domain_result)) !=
OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&of_domain_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p=of_domain_result;
return OF_FAILURE;
}
return_value = of_domain_ucm_setoptparams (pOptParams, &of_domain, &of_domain_result);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Optional Parameters Failed");
fill_app_result_struct (&of_domain_result, NULL, CM_GLU_SET_OPT_PARAM_FAILED);
*result_p = of_domain_result;
return OF_FAILURE;
}
return_value = dprm_create_distributed_forwarding_domain(&of_domain,&domain_handle);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Domain Addition Failed");
fill_app_result_struct (&of_domain_result, NULL, CM_GLU_DOMAIN_ADD_FAILED);
*result_p = of_domain_result;
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("Successfully added domain");
return OF_SUCCESS;
}
int32_t crm_subnet_delrec (void * config_transaction_p,
struct cm_array_of_iv_pairs * keys_arr_p,
struct cm_app_result ** result_p)
{
struct cm_app_result *crm_subnet_result = NULL;
int32_t return_value = OF_FAILURE;
struct crm_subnet_config_info sub_config_info={};
uint64_t output_subnet_handle;
CM_CBK_DEBUG_PRINT ("Entered");
if ((crm_subnet_ucm_setmandparams (keys_arr_p,&sub_config_info , &crm_subnet_result)) !=
OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&crm_subnet_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = crm_subnet_result;
return OF_FAILURE;
}
return_value = crm_subnet_ucm_setoptparams (keys_arr_p,&sub_config_info, &crm_subnet_result);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Optional Parameters Failed");
fill_app_result_struct (&crm_subnet_result, NULL, CM_GLU_SET_OPT_PARAM_FAILED);
*result_p = crm_subnet_result;
return OF_FAILURE;
}
return_value =crm_del_subnet(sub_config_info.subnet_name);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("crm subnet add Failed");
fill_app_result_struct (&crm_subnet_result, NULL, CM_GLU_SUBNET_DEL_FAILED);
*result_p = crm_subnet_result;
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("CRM subnet delete successfully");
return OF_SUCCESS;
}
int32_t nsrm_chain_delrec (void * config_transaction_p,
struct cm_array_of_iv_pairs * keys_arr_p,
struct cm_app_result ** result_p)
{
struct cm_app_result *nsrm_chain_result = NULL;
int32_t return_value = OF_FAILURE;
struct nsrm_nschain_object_key *nsrm_chain_key_info;
struct nsrm_nschain_object_config_info *nsrm_chain_config_info = NULL;
CM_CBK_DEBUG_PRINT ("Entered");
nsrm_chain_key_info = (struct nsrm_nschain_object_key*) of_calloc(1, sizeof(struct nsrm_nschain_object_key));
nsrm_chain_config_info = (struct nsrm_nschain_object_config_info *)of_calloc(NSRM_MAX_NSCHAIN_OBJECT_CONFIG_PARAMETERS,sizeof(struct nsrm_nschain_object_config_info ));
if ((nsrm_chain_ucm_setmandparams (keys_arr_p, nsrm_chain_key_info, nsrm_chain_config_info)) !=OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("Set Mandatory Parameters Failed");
fill_app_result_struct (&nsrm_chain_result, NULL, CM_GLU_SET_MAND_PARAM_FAILED);
*result_p = nsrm_chain_result;
of_free(nsrm_chain_key_info->name_p);
of_free(nsrm_chain_key_info->tenant_name_p);
of_free(nsrm_chain_key_info);
return OF_FAILURE;
}
return_value = nsrm_del_nschain_object(nsrm_chain_key_info);
if (return_value != OF_SUCCESS)
{
CM_CBK_DEBUG_PRINT ("nsrm chain add Failed");
fill_app_result_struct (&nsrm_chain_result, NULL, CM_GLU_NS_CHAIN_DEL_FAILED);
*result_p = nsrm_chain_result;
of_free(nsrm_chain_key_info->name_p);
of_free(nsrm_chain_key_info->tenant_name_p);
of_free(nsrm_chain_key_info);
return OF_FAILURE;
}
CM_CBK_DEBUG_PRINT ("NSRM Appliance delete successfully");
of_free(nsrm_chain_key_info->name_p);
of_free(nsrm_chain_key_info->tenant_name_p);
of_free(nsrm_chain_key_info);
return OF_SUCCESS;
}