APPS.GMI_VALID_GRP dependencies on GMA_VALID_GRP

Line 169: RETURN GMA_VALID_GRP.NumRangeCheck( 0

165: RETURN BOOLEAN
166: IS
167: BEGIN
168:
169: RETURN GMA_VALID_GRP.NumRangeCheck( 0
170: , 3
171: , p_dualum_ind
172: );
173: END Validate_dualum_ind;

Line 217: RETURN GMA_VALID_GRP.Validate_um(p_item_um2);

213: ELSE
214: RETURN FALSE;
215: END IF;
216: ELSE
217: RETURN GMA_VALID_GRP.Validate_um(p_item_um2);
218: END IF;
219:
220: EXCEPTION
221: WHEN OTHERS THEN

Line 302: RETURN GMA_VALID_GRP.NumRangeCheck( 0

298: RETURN BOOLEAN
299: IS
300: BEGIN
301:
302: RETURN GMA_VALID_GRP.NumRangeCheck( 0
303: , 1
304: , p_lot_ctl
305: );
306:

Line 346: RETURN GMA_VALID_GRP.NumRangeCheck( 0

342: IF (p_lot_ctl = 0 AND p_lot_indivisible <> 0)
343: THEN
344: RETURN FALSE;
345: ELSE
346: RETURN GMA_VALID_GRP.NumRangeCheck( 0
347: , 1
348: , p_lot_indivisible
349: );
350: END IF;

Line 391: RETURN GMA_VALID_GRP.NumRangeCheck( 0

387: IF (p_lot_ctl = 0 AND p_sublot_ctl <> 0)
388: THEN
389: RETURN FALSE;
390: ELSE
391: RETURN GMA_VALID_GRP.NumRangeCheck( 0
392: , 1
393: , p_sublot_ctl
394: );
395: END IF;

Line 429: RETURN GMA_VALID_GRP.NumRangeCheck( 0

425: RETURN BOOLEAN
426: IS
427: BEGIN
428:
429: RETURN GMA_VALID_GRP.NumRangeCheck( 0
430: , 2
431: , p_loct_ctl
432: );
433:

Line 473: RETURN GMA_VALID_GRP.NumRangeCheck( 0

469: IF (p_lot_ctl = 1 and p_noninv_ind <> 0)
470: THEN
471: RETURN FALSE;
472: ELSE
473: RETURN GMA_VALID_GRP.NumRangeCheck( 0
474: , 1
475: , p_noninv_ind
476: );
477: END IF;

Line 511: RETURN GMA_VALID_GRP.NumRangeCheck( 1

507: RETURN BOOLEAN
508: IS
509: BEGIN
510:
511: RETURN GMA_VALID_GRP.NumRangeCheck( 1
512: , 3
513: , p_match_type
514: );
515:

Line 548: RETURN GMA_VALID_GRP.NumRangeCheck( 0

544: RETURN BOOLEAN
545: IS
546: BEGIN
547:
548: RETURN GMA_VALID_GRP.NumRangeCheck( 0
549: , 1
550: , p_inactive_ind
551: );
552:

Line 1614: RETURN GMA_VALID_GRP.NumRangeCheck( 0

1610: IF (p_lot_ctl = 0 and p_grade_ctl <> 0)
1611: THEN
1612: RETURN FALSE;
1613: ELSE
1614: RETURN GMA_VALID_GRP.NumRangeCheck( 0
1615: , 1
1616: , p_grade_ctl
1617: );
1618: END IF;

Line 1658: RETURN GMA_VALID_GRP.NumRangeCheck( 0

1654: IF (p_lot_ctl = 0 and ((p_status_ctl <> 0) and (p_status_ctl IS NOT NULL)))
1655: THEN
1656: RETURN FALSE;
1657: ELSE
1658: RETURN GMA_VALID_GRP.NumRangeCheck( 0
1659: , 2
1660: , p_status_ctl
1661: );
1662: END IF;

Line 2020: RETURN GMA_VALID_GRP.NumRangeCheck( 0

2016: RETURN BOOLEAN
2017: IS
2018: BEGIN
2019:
2020: RETURN GMA_VALID_GRP.NumRangeCheck( 0
2021: , 1
2022: , p_experimental_ind
2023: );
2024:

Line 2184: RETURN GMA_VALID_GRP.NumRangeCheck( 0, 99999, l_ic_matr_days);

2180: l_ic_matr_days ic_item_cpg.ic_matr_days%TYPE;
2181: BEGIN
2182:
2183: l_ic_matr_days := p_ic_matr_days;
2184: RETURN GMA_VALID_GRP.NumRangeCheck( 0, 99999, l_ic_matr_days);
2185:
2186: END Validate_ic_matr_days;
2187:
2188: -- Func start of comments

Line 2219: RETURN GMA_VALID_GRP.NumRangeCheck( 0, 99999, l_ic_hold_days);

2215: l_ic_hold_days ic_item_cpg.ic_hold_days%TYPE;
2216: BEGIN
2217:
2218: l_ic_hold_days := p_ic_hold_days;
2219: RETURN GMA_VALID_GRP.NumRangeCheck( 0, 99999, l_ic_hold_days);
2220:
2221: END Validate_ic_hold_days;
2222:
2223: -- Func start of comments