This is the compilation unit for the implementation of the ADM module "ietf-dtnma-agent" for the C-language reference DA. More...

#include "ietf_dtnma_agent.h"
#include "refda/agent.h"
#include "refda/register.h"
#include "refda/edd_prod_ctx.h"
#include "refda/ctrl_exec_ctx.h"
#include "refda/oper_eval_ctx.h"
#include <cace/amm/semtype.h>
#include <cace/ari/text.h>
#include <cace/util/logging.h>
#include <cace/util/defs.h>
#include "refda/eval.h"
#include "refda/exec.h"
#include "refda/binding.h"
#include "refda/reporting.h"
#include "cace/amm/numeric.h"
#include "cace/ari/text_util.h"
#include <timespec.h>
#include <math.h>

Include dependency graph for ietf_dtnma_agent.c:

Data Structures
struct	_tbl_row_pair_t

Macros
#define	NANOS_IN_SEC 1000000000

#define	RET_PASS 0
	Return code that indicates normal completion.

#define	RET_FAIL_UNDEFINED 1
	Return code that indicates the input resolves to an undefined result.

#define	RET_FAIL_UNEXPECTED 2
	Return code that indicates the input resolves to an unexpected/abnormal state.

Functions
static void	timespec_normalize (struct timespec *target)
	Ensure that the specified timespec is normalized.

static void	refda_adm_ietf_dtnma_agent_ctrl_wait_finished (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_wait_cond_check (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_set_objpath (cace_ari_objpath_t path, const cace_amm_obj_ns_t ns, cace_ari_type_t obj_type, const cace_amm_obj_desc_t *obj)

static cace_ari_uvast	numeric_add_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	numeric_add_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_real64	numeric_add_real64 (cace_ari_real64 left, cace_ari_real64 right)

static cace_ari_uvast	numeric_sub_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	numeric_sub_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_real64	numeric_sub_real64 (cace_ari_real64 left, cace_ari_real64 right)

static cace_ari_uvast	numeric_mul_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	numeric_mul_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_real64	numeric_mul_real64 (cace_ari_real64 left, cace_ari_real64 right)

static cace_ari_uvast	numeric_div_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	numeric_div_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_real64	numeric_div_real64 (cace_ari_real64 left, cace_ari_real64 right)

static cace_ari_uvast	numeric_mod_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	numeric_mod_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_real64	numeric_mod_real64 (cace_ari_real64 left, cace_ari_real64 right)

static cace_ari_uvast	numeric_gt_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	numeric_gt_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_real64	numeric_gt_real64 (cace_ari_real64 left, cace_ari_real64 right)

static cace_ari_uvast	numeric_gte_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	numeric_gte_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_real64	numeric_gte_real64 (cace_ari_real64 left, cace_ari_real64 right)

static cace_ari_uvast	numeric_lt_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	numeric_lt_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_real64	numeric_lt_real64 (cace_ari_real64 left, cace_ari_real64 right)

static cace_ari_uvast	numeric_lte_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	numeric_lte_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_real64	numeric_lte_real64 (cace_ari_real64 left, cace_ari_real64 right)

static cace_ari_uvast	bitwise_and_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	bitwise_and_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_uvast	bitwise_or_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	bitwise_or_vast (cace_ari_vast left, cace_ari_vast right)

static cace_ari_uvast	bitwise_xor_uvast (cace_ari_uvast left, cace_ari_uvast right)

static cace_ari_vast	bitwise_xor_vast (cace_ari_vast left, cace_ari_vast right)

static int	timespec_numeric_add (cace_ari_t result, const cace_ari_t valueA, const cace_ari_t *valueB)

static int	timespec_numeric_sub (cace_ari_t result, const cace_ari_t valueA, const cace_ari_t *valueB)

static int	timespec_numeric_mul (cace_ari_t result, const cace_ari_t valueA, const cace_ari_t *valueB)

static int	timespec_numeric_div (cace_ari_t result, const cace_ari_t valueA, const cace_ari_t *valueB)

static int	timespec_numeric_mod (cace_ari_t result, const cace_ari_t left, const cace_ari_t *right)

static void	refda_adm_ietf_dtnma_agent_edd_sw_vendor (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_sw_version (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_capability (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_last_msg_rx_time (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_num_msg_rx (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_num_msg_rx_failed (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_num_msg_tx (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_num_msg_tx_failed (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_num_exec_started (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_num_exec_succeeded (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_num_exec_failed (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_exec_running (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_odm_list (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_typedef_list (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_const_list (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_var_list (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_sbr_list (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_edd_tbr_list (refda_edd_prod_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_if_then_else (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_catch (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_wait_for (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_wait_until (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_wait_cond (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_inspect (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_report_on (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_ensure_odm (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_obsolete_odm (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_var_reset (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_var_store (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_ensure_const (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_obsolete_const (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_ensure_var (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_obsolete_var (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_ensure_sbr (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_ensure_tbr (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_ensure_rule_enabled (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_reset_rule_enabled (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_ctrl_obsolete_rule (refda_ctrl_exec_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_negate (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_add (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_sub (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_multiply (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_divide (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_remainder (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_bit_not (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_bit_and (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_bit_or (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_bit_xor (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_bool_not (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_bool_and (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_bool_or (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_bool_xor (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_compare_eq (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_compare_ne (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_compare_gt (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_compare_ge (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_compare_lt (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_compare_le (refda_oper_eval_ctx_t *ctx)

static int	tbl_filter_sub_label (cace_ari_lit_t out, const cace_ari_lit_t in, const cace_ari_translate_ctx_t *ctx)
	Translation helper function to substitute any LABELS in the expression with corresponding data from the current table row.

static void	refda_adm_ietf_dtnma_agent_oper_tbl_filter (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_list_get (refda_oper_eval_ctx_t *ctx)

static void	refda_adm_ietf_dtnma_agent_oper_map_get (refda_oper_eval_ctx_t *ctx)

int	refda_adm_ietf_dtnma_agent_init (refda_agent_t *agent)
	Initializer for the ADM module ietf-dtnma-agent.

Detailed Description

This is the compilation unit for the implementation of the ADM module "ietf-dtnma-agent" for the C-language reference DA.

This contains definitions of every AMM object instance in the ADM and file-local callback functions for all EDDs, CTRLs, and OPERs.

Function Documentation

◆ refda_adm_ietf_dtnma_agent_init()

int refda_adm_ietf_dtnma_agent_init ( refda_agent_t * agent )

Initializer for the ADM module ietf-dtnma-agent.

Parameters

[in,out] agent The agent to register this namespace and its objects within.

Returns: Zero upon success.

Register CONST objects

Register EDD objects

Register CTRL objects

Register OPER objects

◆ tbl_filter_sub_label()

static int tbl_filter_sub_label	(	cace_ari_lit_t *	out,
		const cace_ari_lit_t *	in,
		const cace_ari_translate_ctx_t *	ctx
	)

static

Translation helper function to substitute any LABELS in the expression with corresponding data from the current table row.

Assumes the LABEL contains an index of the column which will substitute data

References cace_ari_lit_t::ari_type, cace_ari_prim_val_u::as_int64, cace_ari_t::as_lit, cace_ari_prim_val_u::as_uint64, cace_ari_lit_copy(), CACE_ARI_PRIM_INT64, CACE_ARI_PRIM_UINT64, CACE_LOG_WARNING, cace_ari_lit_t::has_ari_type, cace_ari_t::is_ref, cace_ari_tbl_t::items, cace_ari_tbl_t::ncols, cace_ari_lit_t::prim_type, cace_ari_translate_ctx_t::user_data, and cace_ari_lit_t::value.

◆ timespec_normalize()

static void timespec_normalize ( struct timespec * target )

static

Ensure that the specified timespec is normalized.

Normalization consists of the absolute value of the timespec nano field being less than 1 billion.

Parameters

[in,out] target The timespec that is to be normalized.

Data Structures

Macros

Functions

Detailed Description

Function Documentation

◆ refda_adm_ietf_dtnma_agent_init()

◆ tbl_filter_sub_label()

◆ timespec_normalize()