simuintp.c

仿真测试接口程序。根据电总《用户接入网管理功能与管理接口技术规范》之《与112集中受理系统接口规范》

	{
		i = setSumCode(test_value.TG2_DCres, "ag_res", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.RG2_DCres_flag == 1)
	{
		i = setSumCode(test_value.RG2_DCres, "bg_res", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.TG2_DCvol_flag == 1)
	{
		i = setSumCode(test_value.TG2_DCvol, "ag_dcv", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.RG2_DCvol_flag == 1)
	{
		i = setSumCode(test_value.RG2_DCvol, "bg_dcv", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.TG_ACvol_flag == 1)
	{
		i = setSumCode(test_value.TG_ACvol, "ag_acv", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.RG_ACvol_flag == 1)
	{
		i = setSumCode(test_value.RG_ACvol, "bg_acv", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.TR_ACres_flag == 1)
	{
		i = setSumCode(test_value.TR_ACres, "ab_acr", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.TG_ACres_flag == 1)
	{
		i = setSumCode(test_value.TG_ACres, "ag_acr", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.RG_ACres_flag == 1)
	{
		i = setSumCode(test_value.RG_ACres, "bg_acr", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.TR_cap_flag == 1)
	{
		i = setSumCode(test_value.TR_cap, "ab_cap", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.TG_cap_flag == 1)
	{
		i = setSumCode(test_value.TG_cap, "ag_cap", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.RG_cap_flag == 1)
	{
		i = setSumCode(test_value.RG_cap, "bg_cap", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.LongBal_flag == 1)
	{
		i = setSumCode(test_value.LongBal, "bl1", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.CapBal_flag == 1)
	{
		i = setSumCode(test_value.CapBal, "bl2", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.MetalNoise_flag == 1)
	{
		i = setSumCode(test_value.MetalNoise, "nse", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.TG_Line_flag == 1)
	{
		i = setSumCode(test_value.TG_Line_flag, "ag_lc", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	if (test_value.RG_Line_flag == 1)
	{
		i = setSumCode(test_value.RG_Line_flag, "rg_lc", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
	/*here omit the dialtone summary code set */
	if (test_value.BatteryVol_flag == 1)
	{
		i = setSumCode(test_value.BatteryVol, "ba_vol", p_comp_rule_data);
		if (i != -1)
			SUM_SET(i, p_sum_flags);
		i = setVercode(i, test_value);
		if (i != -1)
			VER_SET(i, p_ver_flags);
	}
}

/**************************************************
 *comment:                                        *
 *     remove the unneccesary summary code from   *
 * the set,then can return correct sumcodes       *
 *return void                                     *
 **************************************************/
void summaryCheck(sum_set * p_sum_flags, int vercode)
{
	int i;

	switch (vercode)
	{
	case -1:
		SUM_ZERO(p_sum_flags);
		break;
	case VER0:										/* test OK */
		/* allow any summary code that may have been set */
		break;

	case VER3:										/* open in */
		/* don't transmit any summary codes */
		memset((void *) p_sum_flags, 0, sizeof(sum_set));
		break;

	case VER11:									/* Cross to Working Pair Fault */
		/* don't transmit RF type summary codes */
		for (i = RF1_S; i <= RF54_S; ++i)
			SUM_CLR(i, p_sum_flags);
		break;

	case VER12:									/* AC FEMF Fault */
		/* allow any summary set */
		break;

	case VER13:									/* Hazardous Potential */
		/* don't transmit any summary codes */
		memset((void *) p_sum_flags, 0, sizeof(sum_set));
		break;

	case VER14:									/* Cross to Working Pair Marginal */
		/* don't transmit RF type summary codes */
		for (i = RF1_S; i <= RF54_S; ++i)
			SUM_CLR(i, p_sum_flags);
		break;

	case VER16:									/* AC Femf Marginal */
		/* transmit summary codes set */
		break;

	case VER21:									/* ground fault */
		/* transmit only RF7-RF16,RGBT summary codes if set */
		for (i = AC1_S; i <= RF6_S; ++i)
			SUM_CLR(i, p_sum_flags);
		for (i = RF17_S; i < MAX_SUM_CODES; ++i)
		{
			if (i == RGBT_S)
				continue;
			SUM_CLR(i, p_sum_flags);
		}
		break;

	case VER22:									/* short fault */
		/* transmit only RF2-RF6,RGBT if set */
		for (i = AC1_S; i <= RF1_S; ++i)
			SUM_CLR(i, p_sum_flags);
		for (i = RF7_S; i < MAX_SUM_CODES; ++i)
		{
			if (i == RGBT_S)
				continue;
			SUM_CLR(i, p_sum_flags);
		}
		break;

	case VER25:									/* Short and Ground Faults */
	case VER27:									/* DC Resistance Marginal */
		/* transmit any set summary code */
		break;

	case VER26:									/* MDF Test Recommended - Low Resistance */
		/* transmit any except RF1 */
		SUM_CLR(RF1_S, p_sum_flags);
		break;

	case VER41:									/* Open Out Balanced */
		/* changed 3/6/95 kj */
		/* transmit OP8,RGBT summary code */
		/* should I set OP8 here? what about other sum codes? */
			/***
            for (i = AC1_S; i < OP8_S; ++i)
                SUM_CLR(i,p_sum_flags);
            for (i = OP11_S; i < MAX_SUM_CODES; ++i)
            {
                if ( i == RGBT_S )
                   continue;
                SUM_CLR(i,p_sum_flags);
            }
			***/
		SUM_SET(OP8_S, p_sum_flags);
		break;

	case VER42:									/* Open Out Cable */
		/* OP3 & OP4 transmited if set (next rel.) */
		break;

	case VER46:									/* Open Out On Premises */
		/* don't transmit MC12 and OP12  (not set with this rel.) */
		break;

	case VER47:									/* Open In Remote Terminal */
		/* don't transmit OP15 */
		SUM_CLR(OP15_S, p_sum_flags);
		break;

	case VER99:									/* Multiple Faults Detected */
		/* transmit any summary codes set */
		break;

	case VERN1:									/* Resistive Fault In Network */
		/* only transmit RF39-53,RGBT if set */
		for (i = AC1_S; i <= RF38_S; ++i)
			SUM_CLR(i, p_sum_flags);
		for (i = RF54_S; i < MAX_SUM_CODES; ++i)
		{
			if (i == RGBT_S)
				continue;
			SUM_CLR(i, p_sum_flags);
		}
		break;

	case VERN2:									/* Marginal Resistance In Network */
		/* transmit only RF39-53,RGBT if set */
		for (i = AC1_S; i <= RF38_S; ++i)
			SUM_CLR(i, p_sum_flags);
		for (i = RF54_S; i < MAX_SUM_CODES; ++i)
		{
			if (i == RGBT_S)
				continue;
			SUM_CLR(i, p_sum_flags);
		}
		break;

	case VERP1:									/* Resistive Fault In Premises */
		/* only transmit RF24-38,RGBT if set */
		for (i = AC1_S; i <= RF23_S; ++i)
			SUM_CLR(i, p_sum_flags);
		for (i = RF39_S; i < MAX_SUM_CODES; ++i)
		{
			if (i == RGBT_S)
				continue;
			SUM_CLR(i, p_sum_flags);
		}
		break;

	case VERP2:									/* Marginal Resistance In Premises */
		/* transmit only RF24-RF38,RGBT if set */
		for (i = AC1_S; i <= RF23_S; ++i)
			SUM_CLR(i, p_sum_flags);
		for (i = RF39_S; i < MAX_SUM_CODES; ++i)
		{
			if (i == RGBT_S)
				continue;
			SUM_CLR(i, p_sum_flags);
		}
		break;

	default:											/* should never get here */
		break;

	}															/* end switch */
}

/***********************************************
 *comment:                                     *
 *    determine which vercode should return    *
 *return vercode                               *
 ***********************************************/
int vercodeCheck(ver_set * p_ver_flags)
{
	enum v_c lok;
	enum v_c last_found;
	int kount = 0;

	/* If one of them is hazardous voltage -- return it */
	if (VER_ISSET(VER13, p_ver_flags))
		return (VER13);

	/* Look for major fault first */
	for (lok = 0; lok < MINOR_VERCODE_MARK; lok++)
	{
		if (VER_ISSET(lok, p_ver_flags))
		{
			last_found = lok;
			kount++;
		}
	}

	if (kount == 1)
	{
		/* we have a single major fault */
		return (last_found);
	}

	if (kount > 1)
		return (VER99);


	/* we have no major fault so continue scan for minor faults */
	/* Take a count of the bit flags set */
	for (lok = MINOR_VERCODE_MARK + 1; lok < MAX_VER_CODES; lok++)
	{
		if (VER_ISSET(lok, p_ver_flags))
		{
			kount++;
		}
	}

	/* If none were set -- return -1 */
	if (kount == 0)
		return (VER0);


/* for minors return first found instead of 99 */
/*   if ( kount > 1 ) */
/*     return(VER99); */

	/* Else -- return the first one in the ENUM table for new */
	for (lok = 0; lok < MAX_VER_CODES; lok++)
	{
		if (VER_ISSET(lok, p_ver_flags))
			return (lok);
	}

	return (-1);
}

void assignSumCode(sum_set * p_sum_flags)