具有多个嵌套和递归 parent / child 层次结构的帐户结构
Account structure with multiple nested and recursive parent / child hierarchy
这是我提出的第一个问题（有史以来）。所以，请耐心等待我解释我的问题。
我有一个 table 如下，它为我提供了某些帐户的层次结构：
declare @AccountDefinitions table
(
AccountID int identity(1, 1)
primary key
not null,
AccountNumber nvarchar(11) not null,
AccountType nvarchar(1) not null,
SumSign1 smallint,
SumAccount1 nvarchar(11),
SumSign2 smallint,
SumAccount2 nvarchar(11),
SumSign3 smallint,
SumAccount3 nvarchar(11)
)
如果对一个帐户求和（添加到另一个帐户），则 parent 帐户在 SumAccount1 中。因此，可以在 AccountNumber 中再次找到 SumAccount1。这是普通的 parent / child 层次结构，可以使用多个解决方案中描述的 CTE 轻松解决。
然而，还有两个 parent 列，名称为 SumAccount2 和 SumAccount3。这意味着一个帐户最多可以有三个 parent。但有时只有两个 parent 或没有 parent。在这种情况下，SumAccount3（和/或其他）将为 NULL。
基本上，现在我需要一个嵌套的 CTE 来处理这些可能导致多个不同路径的多个 parents。如果一个帐户有三个 parent，每个帐户都有另外三个 parent，那么这个帐户可能会添加到九个不同的路径。
这里有一些测试数据可供使用：
insert into @AccountDefinitions
(AccountNumber, AccountType, SumSign1, SumAccount1, SumSign2,
SumAccount2, SumSign3, SumAccount3)
values (N'K07_005', N'U', 0, null, 0, null, 0, null),
(N'K07_010', N'U', 0, null, 0, null, 0, null),
(N'K07_010A', N'U', 0, null, 0, null, 0, null),
(N'K07_020', N'R', 0, null, 0, null, 0, null),
(N'K07_020A', N'R', 0, null, 0, null, 0, null),
(N'K07_020AA', N'R', 0, null, 0, null, 0, null),
(N'K07_021', N'U', 0, null, 0, null, 0, null),
(N'K07_022', N'U', 0, null, 0, null, 0, null),
(N'K07_025', N'U', 0, null, 0, null, 0, null),
(N'K07_025A', N'U', 0, null, 0, null, 0, null),
(N'K07_035', N'U', 1, N'K07_060', 0, null, 0, null),
(N'K07_060', N'U', 1, N'K07_930', 0, null, 0, null),
(N'K07_090', N'U', 0, null, 0, null, 0, null),
(N'K07_091', N'U', 0, null, 0, null, 0, null),
(N'K07_091P', N'U', 0, null, 1, N'K07_O091', 0, null),
(N'K07_092', N'U', 0, null, 0, null, 0, null),
(N'K07_095', N'U', 0, null, 0, null, 0, null),
(N'K07_096', N'U', 0, null, 0, null, 0, null),
(N'K07_100', N'U', 0, null, 1, N'K07_1000', 0, null),
(N'K07_1000', N'I', 1, N'K07_O100', 0, null, 0, null),
(N'K07_1010', N'I', 1, N'K07_100', 1, N'K07_101P', 1, N'K07_C130'),
(N'K07_101P', N'U', 1, N'K07_O101', 0, null, 0, null),
(N'K07_110', N'I', 1, N'K07_130', 0, null, 0, null),
(N'K07_120', N'I', 1, N'K07_130', 0, null, 0, null),
(N'K07_120P', N'U', 1, N'K07_O120', 0, null, 0, null),
(N'K07_160', N'I', 1, N'K07_170', 0, null, 0, null),
(N'K07_170', N'I', 1, N'K07_251', 0, null, 0, null),
(N'K07_180', N'U', 1, N'K07_190', 0, null, 0, null),
(N'K07_185', N'S', 1, N'K07_190', 0, null, 0, null),
(N'K07_190', N'S', 0, null, 0, null, 0, null),
(N'K07_200', N'I', 1, N'K07_2000', 1, N'K07_250', 0, null),
(N'K07_2000', N'U', 0, null, 0, null, 0, null),
(N'K07_201', N'I', 1, N'K07_C810', 1, N'K07_900', 1, N'K07_200'),
(N'K07_202', N'I', 1, N'K07_202P', 1, N'K07_251', 0, null),
(N'K07_202P', N'U', 0, null, 0, null, 0, null),
(N'K07_205', N'C', 1, N'K07_091P', -1, N'K07_251', 0, null),
(N'K07_250', N'U', 1, N'K07_300', 1, N'K07_2500', 0, null),
(N'K07_2500', N'U', 0, null, 0, null, 0, null),
(N'K07_251', N'I', 1, N'K07_301', 1, N'K07_251P', 0, null),
(N'K07_251P', N'U', 0, null, 0, null, 0, null),
(N'K07_270', N'T', -1, N'K07_300', 1, N'K07_2700', 0, null),
(N'K07_2700', N'T', 1, N'K07_O270', 0, null, 0, null),
(N'K07_271', N'C', -1, N'K07_301', 1, N'K07_271P', 0, null),
(N'K07_271P', N'T', 0, null, 1, N'K07_O271', 0, null),
(N'K07_280', N'T', -1, N'K07_300', 1, N'K07_2800', 0, null),
(N'K07_2800', N'T', 1, N'K07_O280', 0, null, 0, null),
(N'K07_281', N'C', -1, N'K07_301', 1, N'K07_281P', 0, null),
(N'K07_281P', N'T', 0, null, 1, N'K07_O281', 0, null),
(N'K07_300', N'U', 1, N'K07_400', 1, N'K07_3000', 0, null),
(N'K07_3000', N'U', 0, null, 0, null, 0, null),
(N'K07_301', N'I', 1, N'K07_401', 1, N'K07_301P', 0, null),
(N'K07_301P', N'U', 0, null, 0, null, 0, null),
(N'K07_320', N'T', 1, N'K07_400', 0, null, 0, null),
(N'K07_321', N'I', 1, N'K07_401', 1, N'K07_342', 0, null),
(N'K07_322', N'I', 1, N'K07_401', 1, N'K07_342', 0, null),
(N'K07_330', N'T', 1, N'K07_400', 0, null, 0, null),
(N'K07_331', N'I', 1, N'K07_401', 0, null, 0, null),
(N'K07_340', N'T', 1, N'K07_400', 0, null, 0, null),
(N'K07_341', N'I', 1, N'K07_401', 1, N'K07_342', 0, null),
(N'K07_342', N'C', 0, null, 0, null, 0, null),
(N'K07_350', N'T', 1, N'K07_400', 0, null, 0, null),
(N'K07_351', N'C', 1, N'K07_401', 0, null, 0, null),
(N'K07_400', N'U', 1, N'K07_600', 0, null, 0, null),
(N'K07_401', N'C', 1, N'K07_601', 1, N'K07_510', 0, null),
(N'K07_420', N'T', 1, N'K07_500', 0, null, 0, null),
(N'K07_421', N'C', 1, N'K07_501', 1, N'K07_502', 0, null),
(N'K07_430', N'T', 1, N'K07_500', 0, null, 0, null),
(N'K07_431', N'C', 1, N'K07_501', 1, N'K07_502', 0, null),
(N'K07_440', N'T', 0, null, 0, null, 0, null),
(N'K07_441', N'T', 1, N'K07_465', 0, null, 0, null),
(N'K07_450', N'T', 0, null, 0, null, 0, null),
(N'K07_451', N'T', 1, N'K07_465', 0, null, 0, null),
(N'K07_455', N'C', 1, N'K07_463', 1, N'K07_466', 0, null),
(N'K07_456', N'U', 1, N'K07_465', 0, null, 0, null),
(N'K07_457', N'C', 1, N'K07_463', 1, N'K07_466', 0, null),
(N'K07_458', N'C', 1, N'K07_463', 1, N'K07_466', 0, null),
(N'K07_459', N'C', 1, N'K07_463', 1, N'K07_466', 0, null),
(N'K07_460', N'T', 0, null, 0, null, 0, null),
(N'K07_461', N'T', 1, N'K07_465', 0, null, 0, null),
(N'K07_462', N'T', 1, N'K07_465', 0, null, 0, null),
(N'K07_463', N'T', 1, N'K07_501', 0, null, 0, null),
(N'K07_464', N'T', 1, N'K07_465', 0, null, 0, null),
(N'K07_465', N'T', 1, N'K07_500', 0, null, 0, null),
(N'K07_466', N'C', 0, null, 1, N'K07_502', 0, null),
(N'K07_470', N'T', 0, null, 0, null, 0, null),
(N'K07_471', N'T', 1, N'K07_485', 0, null, 0, null),
(N'K07_472', N'C', 1, N'K07_475', 0, null, 0, null),
(N'K07_473', N'C', 1, N'K07_475', 0, null, 0, null),
(N'K07_474', N'C', 1, N'K07_475', 0, null, 0, null),
(N'K07_475', N'C', 1, N'K07_501', 1, N'K07_502', 0, null),
(N'K07_476', N'C', 1, N'K07_475', 0, null, 0, null),
(N'K07_480', N'T', 0, null, 0, null, 0, null),
(N'K07_481', N'T', 1, N'K07_485', 0, null, 0, null),
(N'K07_482', N'T', 1, N'K07_485', 0, null, 0, null),
(N'K07_483', N'T', 1, N'K07_485', 0, null, 0, null),
(N'K07_484', N'T', 1, N'K07_485', 0, null, 0, null),
(N'K07_485', N'T', 1, N'K07_500', 0, null, 0, null),
(N'K07_488', N'T', 1, N'K07_500', 0, null, 0, null),
(N'K07_489', N'C', 1, N'K07_501', 1, N'K07_502', 0, null),
(N'K07_490', N'T', 1, N'K07_500', 0, null, 0, null),
(N'K07_491', N'C', 1, N'K07_501', 1, N'K07_502', 0, null),
(N'K07_492', N'C', 1, N'K07_501', 1, N'K07_502', 0, null),
(N'K07_500', N'T', -1, N'K07_600', 0, null, 0, null),
(N'K07_501', N'T', -1, N'K07_601', 0, null, 0, null),
(N'K07_502', N'C', -1, N'K07_510', 0, null, 0, null),
(N'K07_510', N'C', 0, null, 0, null, 0, null),
(N'K07_520', N'T', -1, N'K07_600', 0, null, 0, null),
(N'K07_521', N'C', -1, N'K07_601', 1, N'K07_466', 0, null),
(N'K07_522', N'C', -1, N'K07_601', 1, N'K07_466', 0, null),
(N'K07_530', N'U', 1, N'K07_600', 0, null, 0, null),
(N'K07_531', N'I', 1, N'K07_601', 1, N'K07_591', 0, null),
(N'K07_532', N'C', -1, N'K07_601', 1, N'K07_703', 1, N'K07_502'),
(N'K07_533', N'I', 1, N'K07_601', 1, N'K07_591', 0, null),
(N'K07_540', N'U', 1, N'K07_600', 0, null, 0, null),
(N'K07_541', N'I', 1, N'K07_601', 1, N'K07_591', 0, null),
(N'K07_551', N'I', 1, N'K07_601', 1, N'K07_591', 0, null),
(N'K07_561', N'C', -1, N'K07_601', -1, N'K07_591', 0, null),
(N'K07_571', N'I', 1, N'K07_601', 1, N'K07_591', 0, null),
(N'K07_581', N'C', -1, N'K07_601', -1, N'K07_591', 0, null),
(N'K07_591', N'C', 0, null, 0, null, 0, null),
(N'K07_600', N'U', 1, N'K07_700', 0, null, 0, null),
(N'K07_601', N'C', 1, N'K07_701', 0, null, 0, null),
(N'K07_620', N'T', 1, N'K07_700', 0, null, 0, null),
(N'K07_621', N'C', 1, N'K07_701', 0, null, 0, null),
(N'K07_700', N'U', 0, null, 0, null, 0, null),
(N'K07_703', N'T', 1, N'K07_706', 1, N'K07_704', 0, null),
(N'K07_704', N'T', 1, N'K07_707', 0, null, 0, null),
(N'K07_705', N'T', 1, N'K07_706', 0, null, 0, null),
(N'K07_705CO', N'T', 1, N'K07_705SU', 0, null, 0, null),
(N'K07_705GA', N'T', 1, N'K07_705SU', 0, null, 0, null),
(N'K07_705MS', N'T', 1, N'K07_705SU', 0, null, 0, null),
(N'K07_705OT', N'T', 1, N'K07_705SU', 0, null, 0, null),
(N'K07_705RD', N'T', 1, N'K07_705SU', 0, null, 0, null),
(N'K07_705SU', N'T', 1, N'K07_707', 0, null, 0, null),
(N'K07_706', N'T', 0, null, 0, null, 0, null),
(N'K07_707', N'T', 0, null, 0, null, 0, null),
(N'K07_710', N'U', 1, N'K07_760', 1, N'K07_7100', 1, N'K07_C050'),
(N'K07_7100', N'U', 1, N'K07_O710', 0, null, 0, null),
(N'K07_720', N'U', 1, N'K07_760', 1, N'K07_7200', 1, N'K07_C055'),
(N'K07_7200', N'U', 1, N'K07_O720', 0, null, 0, null),
(N'K07_7300', N'U', 1, N'K07_O730', 0, null, 0, null),
(N'K07_7400', N'U', 1, N'K07_O740', 0, null, 0, null),
(N'K07_7500', N'U', 1, N'K07_O750', 0, null, 0, null),
(N'K07_760', N'U', 1, N'K07_910', 1, N'K07_7600', 1, N'K07_C075'),
(N'K07_7600', N'U', 0, null, 0, null, 0, null),
(N'K07_800', N'U', 1, N'K07_810', 0, null, 0, null),
(N'K07_800N', N'U', 1, N'K07_810N', 0, null, 0, null),
(N'K07_805', N'U', 1, N'K07_810', 0, null, 0, null),
(N'K07_805N', N'U', 1, N'K07_810N', 0, null, 0, null),
(N'K07_810', N'U', 0, null, 0, null, 0, null),
(N'K07_810N', N'U', 0, null, 0, null, 0, null),
(N'K07_815', N'U', 1, N'K07_825', 0, null, 0, null),
(N'K07_815N', N'U', 1, N'K07_825N', 0, null, 0, null),
(N'K07_820', N'U', 1, N'K07_825', 0, null, 0, null),
(N'K07_820N', N'U', 1, N'K07_825N', 0, null, 0, null),
(N'K07_825', N'U', 0, null, 0, null, 0, null),
(N'K07_825N', N'U', 0, null, 0, null, 0, null),
(N'K07_830', N'U', 1, N'K07_840', 0, null, 0, null),
(N'K07_830N', N'U', 1, N'K07_840N', 0, null, 0, null),
(N'K07_835', N'U', 1, N'K07_840', 0, null, 0, null),
(N'K07_835N', N'U', 1, N'K07_840N', 0, null, 0, null),
(N'K07_840', N'U', 0, null, 0, null, 0, null),
(N'K07_840N', N'U', 0, null, 0, null, 0, null),
(N'K07_845', N'U', 1, N'K07_855', 0, null, 0, null),
(N'K07_845N', N'U', 1, N'K07_855N', 0, null, 0, null),
(N'K07_850', N'U', 1, N'K07_855', 0, null, 0, null),
(N'K07_850N', N'U', 1, N'K07_855N', 0, null, 0, null),
(N'K07_855', N'U', 0, null, 0, null, 0, null),
(N'K07_855N', N'U', 0, null, 0, null, 0, null),
(N'K07_860', N'U', 1, N'K07_870', 0, null, 0, null),
(N'K07_860N', N'U', 1, N'K07_870N', 0, null, 0, null),
(N'K07_865', N'U', 1, N'K07_870', 0, null, 0, null),
(N'K07_865N', N'U', 1, N'K07_870N', 0, null, 0, null),
(N'K07_870', N'U', 0, null, 0, null, 0, null),
(N'K07_870N', N'U', 0, null, 0, null, 0, null),
(N'K07_875', N'U', 1, N'K07_885', 0, null, 0, null),
(N'K07_875N', N'U', 1, N'K07_885N', 0, null, 0, null),
(N'K07_880', N'U', 1, N'K07_885', 0, null, 0, null),
(N'K07_880N', N'U', 1, N'K07_885N', 0, null, 0, null),
(N'K07_885', N'U', 0, null, 0, null, 0, null),
(N'K07_885N', N'U', 0, null, 0, null, 0, null),
(N'K07_900', N'U', -1, N'K07_920', 0, null, 0, null),
(N'K07_905', N'U', 1, N'K07_920', 0, null, 0, null),
(N'K07_910', N'U', -1, N'K07_940', 0, null, 0, null),
(N'K07_912', N'U', 1, N'K07_920', 0, null, 0, null),
(N'K07_915', N'U', 1, N'K07_920', 0, null, 0, null),
(N'K07_918', N'U', 1, N'K07_920', 0, null, 0, null),
(N'K07_920', N'U', 1, N'K07_940', 0, null, 0, null),
(N'K07_930', N'U', 1, N'K07_920', 0, null, 0, null),
(N'K07_940', N'U', 0, null, 0, null, 0, null),
(N'K07_C010', N'U', 1, N'K07_C045', 1, N'K07_C130', -1, N'K07_C050'),
(N'K07_C015', N'U', 1, N'K07_C045', 1, N'K07_C135', -1, N'K07_C055'),
(N'K07_C045', N'U', 0, null, 0, null, -1, N'K07_C075'),
(N'K07_C050', N'U', 0, null, 0, null, 0, null),
(N'K07_C055', N'U', 0, null, 0, null, 0, null),
(N'K07_C060', N'U', 0, null, 0, null, 0, null),
(N'K07_C065', N'U', 0, null, 0, null, 0, null),
(N'K07_C070', N'U', 0, null, 0, null, 0, null),
(N'K07_C075', N'U', 0, null, 0, null, 0, null),
(N'K07_C100', N'U', 1, N'K07_C125', 1, N'K07_C130', 0, null),
(N'K07_C105', N'U', 1, N'K07_C125', 1, N'K07_C135', 0, null),
(N'K07_C125', N'U', 0, null, 0, null, 0, null),
(N'K07_C130', N'U', 1, N'K07_C155', 1, N'K07_C630', 0, null),
(N'K07_C135', N'U', 1, N'K07_C155', 1, N'K07_C635', 0, null),
(N'K07_C155', N'U', 0, null, 0, null, 0, null),
(N'K07_C400', N'U', 1, N'K07_C425', 0, null, 0, null),
(N'K07_C405', N'U', 1, N'K07_C425', 0, null, 0, null),
(N'K07_C425', N'U', 0, null, 0, null, 0, null),
(N'K07_C430', N'U', 1, N'K07_C455', 1, N'K07_C580', 1, N'K07_C4300'),
(N'K07_C4300', N'U', 1, N'K07_O430', 0, null, 0, null),
(N'K07_C435', N'U', 1, N'K07_C455', 1, N'K07_C585', 1, N'K07_C4350'),
(N'K07_C4350', N'U', 1, N'K07_O435', 0, null, 0, null),
(N'K07_C4400', N'U', 1, N'K07_O440', 0, null, 0, null),
(N'K07_C4450', N'U', 1, N'K07_O445', 0, null, 0, null),
(N'K07_C4500', N'U', 1, N'K07_O450', 0, null, 0, null),
(N'K07_C455', N'U', 1, N'K07_C4550', 1, N'K07_C890', -1, N'K07_C810'),
(N'K07_C4550', N'U', 0, null, 0, null, 0, null),
(N'K07_C460', N'U', 1, N'K07_C485', -1, N'K07_C490', 1, N'K07_C580'),
(N'K07_C465', N'U', 1, N'K07_C485', -1, N'K07_C495', 1, N'K07_C585'),
(N'K07_C485', N'U', -1, N'K07_C515', 0, null, 0, null),
(N'K07_C490', N'U', 0, null, 0, null, 0, null),
(N'K07_C495', N'U', 0, null, 0, null, 0, null),
(N'K07_C500', N'U', 0, null, 0, null, 0, null),
(N'K07_C505', N'U', 0, null, 0, null, 0, null),
(N'K07_C510', N'U', 0, null, 0, null, 0, null),
(N'K07_C515', N'U', 0, null, 0, null, 0, null),
(N'K07_C520', N'U', 1, N'K07_C545', 1, N'K07_C490', 1, N'K07_C5200'),
(N'K07_C5200', N'U', 1, N'K07_O520', 0, null, 0, null),
(N'K07_C525', N'U', 1, N'K07_C545', 1, N'K07_C495', 1, N'K07_C5250'),
(N'K07_C5250', N'U', 1, N'K07_O525', 0, null, 0, null),
(N'K07_C5300', N'U', 1, N'K07_O530', 0, null, 0, null),
(N'K07_C5350', N'U', 1, N'K07_O535', 0, null, 0, null),
(N'K07_C5400', N'U', 1, N'K07_O540', 0, null, 0, null),
(N'K07_C545', N'U', 0, null, 1, N'K07_C515', 1, N'K07_C5450'),
(N'K07_C5450', N'U', 0, null, 0, null, 0, null),
(N'K07_C550', N'U', 1, N'K07_C575', 1, N'K07_C580', 0, null),
(N'K07_C555', N'U', 1, N'K07_C575', 1, N'K07_C585', 0, null),
(N'K07_C575', N'U', 0, null, 0, null, 0, null),
(N'K07_C580', N'U', 1, N'K07_C599', 1, N'K07_C730', 0, null),
(N'K07_C585', N'U', 1, N'K07_C599', 1, N'K07_C735', 0, null),
(N'K07_C599', N'U', 0, null, 0, null, 0, null),
(N'K07_C600', N'U', 1, N'K07_C625', 1, N'K07_C630', 0, null),
(N'K07_C605', N'U', 1, N'K07_C625', 1, N'K07_C635', 0, null),
(N'K07_C625', N'U', 0, null, 0, null, 0, null),
(N'K07_C630', N'U', 1, N'K07_C655', 0, null, 0, null),
(N'K07_C635', N'U', 1, N'K07_C655', 0, null, 0, null),
(N'K07_C655', N'U', 0, null, 0, null, 0, null),
(N'K07_C700', N'U', 1, N'K07_C725', 1, N'K07_C730', 0, null),
(N'K07_C705', N'U', 1, N'K07_C725', 1, N'K07_C735', 0, null),
(N'K07_C725', N'U', 0, null, 0, null, 0, null),
(N'K07_C730', N'U', 1, N'K07_C755', 0, null, 0, null),
(N'K07_C735', N'U', 1, N'K07_C755', 0, null, 0, null),
(N'K07_C755', N'U', 0, null, 0, null, 0, null),
(N'K07_C800', N'U', -1, N'K07_C890', 0, null, 0, null),
(N'K07_C810', N'U', 0, null, 0, null, 0, null),
(N'K07_C830', N'U', -1, N'K07_C890', 0, null, 0, null),
(N'K07_C870', N'U', -1, N'K07_C890', 0, null, 0, null),
(N'K07_C890', N'U', 0, null, 0, null, 0, null),
(N'K07_I110', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I120', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I130', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I140', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I150', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I160', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I170', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I180', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I190', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I200', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I290', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I295', N'T', 1, N'K07_I300', 0, null, 0, null),
(N'K07_I300', N'T', 0, null, 0, null, 0, null),
(N'K07_I310', N'C', 1, N'K07_I400', 0, null, 0, null),
(N'K07_I320', N'C', 1, N'K07_I400', 0, null, 0, null),
(N'K07_I400', N'C', 0, null, 0, null, 0, null),
(N'K07_O091', N'U', -1, N'K07_O251', 0, null, 0, null),
(N'K07_O100', N'U', 1, N'K07_O200', 0, null, 0, null),
(N'K07_O101', N'U', 1, N'K07_O202', 0, null, 0, null),
(N'K07_O115', N'U', 1, N'K07_O200', 0, null, 0, null),
(N'K07_O116', N'U', 1, N'K07_O200', 0, null, 0, null),
(N'K07_O117', N'U', 1, N'K07_O200', 0, null, 0, null),
(N'K07_O118', N'U', 1, N'K07_O200', 0, null, 0, null),
(N'K07_O120', N'U', 1, N'K07_O202', 0, null, 0, null),
(N'K07_O200', N'U', 1, N'K07_O250', 0, null, 0, null),
(N'K07_O202', N'U', 1, N'K07_O251', 0, null, 0, null),
(N'K07_O250', N'U', 1, N'K07_O300', 0, null, 0, null),
(N'K07_O251', N'U', 1, N'K07_O301', 0, null, 0, null),
(N'K07_O270', N'T', -1, N'K07_O300', 0, null, 0, null),
(N'K07_O271', N'T', -1, N'K07_O301', 0, null, 0, null),
(N'K07_O280', N'T', -1, N'K07_O300', 0, null, 0, null),
(N'K07_O281', N'T', -1, N'K07_O301', 0, null, 0, null),
(N'K07_O300', N'U', 0, null, 0, null, 0, null),
(N'K07_O301', N'U', 0, null, 0, null, 0, null),
(N'K07_O430', N'U', 1, N'K07_O455', 0, null, 0, null),
(N'K07_O435', N'U', 1, N'K07_O455', 0, null, 0, null),
(N'K07_O440', N'U', 1, N'K07_O455', 0, null, 0, null),
(N'K07_O445', N'U', 1, N'K07_O455', 0, null, 0, null),
(N'K07_O450', N'U', 1, N'K07_O455', 0, null, 0, null),
(N'K07_O455', N'U', 0, null, 0, null, 0, null),
(N'K07_O520', N'U', 1, N'K07_O545', 0, null, 0, null),
(N'K07_O525', N'U', 1, N'K07_O545', 0, null, 0, null),
(N'K07_O530', N'U', 1, N'K07_O545', 0, null, 0, null),
(N'K07_O535', N'U', 1, N'K07_O545', 0, null, 0, null),
(N'K07_O540', N'U', 1, N'K07_O545', 0, null, 0, null),
(N'K07_O545', N'U', 0, null, 0, null, 0, null),
(N'K07_O710', N'U', 1, N'K07_O760', 0, null, 0, null),
(N'K07_O720', N'U', 1, N'K07_O760', 0, null, 0, null),
(N'K07_O730', N'U', 1, N'K07_O760', 0, null, 0, null),
(N'K07_O740', N'U', 1, N'K07_O760', 0, null, 0, null),
(N'K07_O750', N'U', 1, N'K07_O760', 0, null, 0, null),
(N'K07_O760', N'U', 0, null, 0, null, 0, null),
(N'K07_P091', N'U', -1, N'K07_P251', 1, N'K07_O091', 0, null),
(N'K07_P091US', N'U', -1, N'K07_P251US', 0, null, 0, null),
(N'K07_P101', N'U', 1, N'K07_P1010', 1, N'K07_PP101', 0, null),
(N'K07_P115', N'U', 1, N'K07_O115', 1, N'K07_P200', 0, null),
(N'K07_P116', N'U', 1, N'K07_O116', 1, N'K07_P200', 0, null),
(N'K07_P117', N'U', 1, N'K07_O117', 1, N'K07_P200', 0, null),
(N'K07_P118', N'U', 1, N'K07_O118', 1, N'K07_P200', 0, null),
(N'K07_P120', N'U', 1, N'K07_O120', 1, N'K07_P202', 0, null),
(N'K07_P120US', N'U', 0, null, 1, N'K07_P202US', 0, null),
(N'K07_P200', N'U', 1, N'K07_P250', 0, null, 0, null),
(N'K07_P202', N'U', 1, N'K07_P251', 0, null, 0, null),
(N'K07_P202US', N'U', 1, N'K07_P251US', 0, null, 0, null),
(N'K07_P250', N'U', 1, N'K07_P300', 0, null, 0, null),
(N'K07_P251', N'U', 1, N'K07_P301', 0, null, 0, null),
(N'K07_P251US', N'U', 1, N'K07_P301US', 0, null, 0, null),
(N'K07_P270', N'T', -1, N'K07_P300', 1, N'K07_O270', 0, null),
(N'K07_P271', N'T', -1, N'K07_P301', 1, N'K07_O271', 0, null),
(N'K07_P271US', N'T', -1, N'K07_P301US', 0, null, 0, null),
(N'K07_P280', N'T', -1, N'K07_P300', 1, N'K07_O280', 0, null),
(N'K07_P281', N'T', -1, N'K07_P301', 1, N'K07_O281', 0, null),
(N'K07_P281US', N'T', -1, N'K07_P301US', 0, null, 0, null),
(N'K07_P300', N'U', 0, null, 0, null, 0, null),
(N'K07_P301', N'U', 0, null, 0, null, 0, null),
(N'K07_P301US', N'U', 0, null, 0, null, 0, null),
(N'K07_P430', N'U', 1, N'K07_O430', 1, N'K07_P455', 0, null),
(N'K07_P435', N'U', 1, N'K07_O435', 1, N'K07_P455', 0, null),
(N'K07_P440', N'U', 1, N'K07_O440', 1, N'K07_P455', 0, null),
(N'K07_P445', N'U', 1, N'K07_O445', 1, N'K07_P455', 0, null),
(N'K07_P450', N'U', 1, N'K07_O450', 1, N'K07_P455', 0, null),
(N'K07_P455', N'U', 0, null, 0, null, 0, null),
(N'K07_P489US', N'T', 0, null, 0, null, 0, null),
(N'K07_P520', N'U', 1, N'K07_O520', 1, N'K07_P545', 0, null),
(N'K07_P521US', N'T', 0, null, 0, null, 0, null),
(N'K07_P525', N'U', 1, N'K07_O525', 1, N'K07_P545', 0, null),
(N'K07_P530', N'U', 1, N'K07_O530', 1, N'K07_P545', 0, null),
(N'K07_P535', N'U', 1, N'K07_O535', 1, N'K07_P545', 0, null),
(N'K07_P540', N'U', 1, N'K07_O540', 1, N'K07_P545', 0, null),
(N'K07_P545', N'U', 0, null, 0, null, 0, null),
(N'K07_P710', N'U', 1, N'K07_O710', 1, N'K07_P760', 0, null),
(N'K07_P710US', N'U', 1, N'K07_P760US', 0, null, 0, null),
(N'K07_P720', N'U', 1, N'K07_O720', 1, N'K07_P760', 0, null),
(N'K07_P720US', N'U', 1, N'K07_P760US', 0, null, 0, null),
(N'K07_P730', N'U', 1, N'K07_O730', 1, N'K07_P760', 0, null),
(N'K07_P740', N'U', 1, N'K07_O740', 1, N'K07_P760', 0, null),
(N'K07_P750', N'U', 1, N'K07_O750', 1, N'K07_P760', 0, null),
(N'K07_P760', N'U', 0, null, 0, null, 0, null),
(N'K07_P760US', N'U', 0, null, 0, null, 0, null),
(N'K07_PA101', N'U', -1, N'K07_PP101', 0, null, 0, null),
(N'K07_PP101', N'U', 0, null, 0, null, 0, null);
我现在的尝试是获取具有多个连接的嵌套层次结构。但这似乎并不能解决问题。
with Hierarchy(AccountNumber, ParentsPaths)
as (
select ad1.AccountNumber,
cast(N'' as nvarchar(max))
from @AccountDefinitions as ad1
where ad1.SumAccount1 is null
union all
select ad2.AccountNumber,
cast(case when h.ParentsPaths = N''
then (cast(ad2.AccountNumber as nvarchar(max)))
else (h.ParentsPaths + '.'
+ cast(ad2.AccountNumber as nvarchar(max)))
end as nvarchar(max))
from @AccountDefinitions as ad2
inner join Hierarchy as h
on h.AccountNumber = ad2.SumAccount1
or h.AccountNumber = ad2.SumAccount2
or h.AccountNumber = ad2.SumAccount3
where ad2.SumAccount1 is not null
)
select *
from Hierarchy
order by len(ParentsPaths) desc
option (maxrecursion 0)
最后，我需要获取所有帐户的列表以及添加它们的所有中间步骤，以便我可以将生成的 table 与所有财务预订结合起来，并汇总所有值在一起。
示例：对于 K07_1000，只有一种可能的路径是 K07_1000 添加到 K07_O100，它加起来是 K07_O200，最后以 [=43= 结束].为了能够加入这个，我需要结果：
Original | Mapped
-------------------
K07_1000 | K07_1000 <-- preserve the original posting
K07_1000 | K07_O100 <-- the one and only path
K07_1000 | K07_O200
K07_1000 | K07_O250
K07_1000 | K07_O300
如果我在预订中加入此 table table，那么我将获得一个预订帐户 K07_1000 四项结果预订：原始预订和另外三项（这将添加到汇总 parent 个帐户）。
对于帐户 K07_1010 会更困难，因为它可以采用四种不同的路径。
Original | Mapped
-------------------
K07_1010 | K07_1010 <-- the original posting
K07_1010 | K07_100 <-- first possible path
K07_1010 | K07_1000
K07_1010 | K07_O100
K07_1010 | K07_O200
K07_1010 | K07_O250
K07_1010 | K07_O300
K07_1010 | K07_101P <-- second possible path
K07_1010 | K07_O101
K07_1010 | K07_O202
K07_1010 | K07_O251
K07_1010 | K07_O301
K07_1010 | K07_C130 <-- third possible path
K07_1010 | K07_C155 <- third path with sub path 1
K07_1010 | K07_C630 <- third path with sub path 2
K07_1010 | K07_C655 <- third path with sub path 2
我希望这是有道理的并且有人可以提供帮助。
拉尔夫，试试这个。我认为它有效：
with Hierarchy
as (
select ad1.AccountNumber,
SumAccount1,
SumAccount2,
SumAccount3
from @AccountDefinitions as ad1
union all
select h.AccountNumber,
ad2.SumAccount1,
ad2.SumAccount2,
ad2.SumAccount3
from @AccountDefinitions as ad2
inner join Hierarchy as h
on h.SumAccount1 = ad2.AccountNumber
or h.SumAccount2 = ad2.AccountNumber
or h.SumAccount3 = ad2.AccountNumber
),
cter
as(
SELECT AccountNumber, AccountNumber AS SumAccount FROM @AccountDefinitions
UNION
select AccountNumber,
SumAccount1 as SumAccount
from Hierarchy
where SumAccount1 is not null
union
select AccountNumber,
SumAccount2 as SumAccount
from Hierarchy
where SumAccount2 is not null
union
select AccountNumber,
SumAccount3 as SumAccount
from Hierarchy
where SumAccount3 is not null)
select * from cter
WHERE AccountNumber = 'K07_1010'
option (maxrecursion 0)
这是我提出的第一个问题（有史以来）。所以，请耐心等待我解释我的问题。
我有一个 table 如下，它为我提供了某些帐户的层次结构：
declare @AccountDefinitions table
(
AccountID int identity(1, 1)
primary key
not null,
AccountNumber nvarchar(11) not null,
AccountType nvarchar(1) not null,
SumSign1 smallint,
SumAccount1 nvarchar(11),
SumSign2 smallint,
SumAccount2 nvarchar(11),
SumSign3 smallint,
SumAccount3 nvarchar(11)
)
如果对一个帐户求和（添加到另一个帐户），则 parent 帐户在 SumAccount1 中。因此，可以在 AccountNumber 中再次找到 SumAccount1。这是普通的 parent / child 层次结构，可以使用多个解决方案中描述的 CTE 轻松解决。 然而，还有两个 parent 列，名称为 SumAccount2 和 SumAccount3。这意味着一个帐户最多可以有三个 parent。但有时只有两个 parent 或没有 parent。在这种情况下，SumAccount3（和/或其他）将为 NULL。
基本上，现在我需要一个嵌套的 CTE 来处理这些可能导致多个不同路径的多个 parents。如果一个帐户有三个 parent，每个帐户都有另外三个 parent，那么这个帐户可能会添加到九个不同的路径。
这里有一些测试数据可供使用：
insert into @AccountDefinitions
(AccountNumber, AccountType, SumSign1, SumAccount1, SumSign2,
SumAccount2, SumSign3, SumAccount3)
values (N'K07_005', N'U', 0, null, 0, null, 0, null),
(N'K07_010', N'U', 0, null, 0, null, 0, null),
(N'K07_010A', N'U', 0, null, 0, null, 0, null),
(N'K07_020', N'R', 0, null, 0, null, 0, null),
(N'K07_020A', N'R', 0, null, 0, null, 0, null),
(N'K07_020AA', N'R', 0, null, 0, null, 0, null),
(N'K07_021', N'U', 0, null, 0, null, 0, null),
(N'K07_022', N'U', 0, null, 0, null, 0, null),
(N'K07_025', N'U', 0, null, 0, null, 0, null),
(N'K07_025A', N'U', 0, null, 0, null, 0, null),
(N'K07_035', N'U', 1, N'K07_060', 0, null, 0, null),
(N'K07_060', N'U', 1, N'K07_930', 0, null, 0, null),
(N'K07_090', N'U', 0, null, 0, null, 0, null),
(N'K07_091', N'U', 0, null, 0, null, 0, null),
(N'K07_091P', N'U', 0, null, 1, N'K07_O091', 0, null),
(N'K07_092', N'U', 0, null, 0, null, 0, null),
(N'K07_095', N'U', 0, null, 0, null, 0, null),
(N'K07_096', N'U', 0, null, 0, null, 0, null),
(N'K07_100', N'U', 0, null, 1, N'K07_1000', 0, null),
(N'K07_1000', N'I', 1, N'K07_O100', 0, null, 0, null),
(N'K07_1010', N'I', 1, N'K07_100', 1, N'K07_101P', 1, N'K07_C130'),
(N'K07_101P', N'U', 1, N'K07_O101', 0, null, 0, null),
(N'K07_110', N'I', 1, N'K07_130', 0, null, 0, null),
(N'K07_120', N'I', 1, N'K07_130', 0, null, 0, null),
(N'K07_120P', N'U', 1, N'K07_O120', 0, null, 0, null),
(N'K07_160', N'I', 1, N'K07_170', 0, null, 0, null),
(N'K07_170', N'I', 1, N'K07_251', 0, null, 0, null),
(N'K07_180', N'U', 1, N'K07_190', 0, null, 0, null),
(N'K07_185', N'S', 1, N'K07_190', 0, null, 0, null),
(N'K07_190', N'S', 0, null, 0, null, 0, null),
(N'K07_200', N'I', 1, N'K07_2000', 1, N'K07_250', 0, null),
(N'K07_2000', N'U', 0, null, 0, null, 0, null),
(N'K07_201', N'I', 1, N'K07_C810', 1, N'K07_900', 1, N'K07_200'),
(N'K07_202', N'I', 1, N'K07_202P', 1, N'K07_251', 0, null),
(N'K07_202P', N'U', 0, null, 0, null, 0, null),
(N'K07_205', N'C', 1, N'K07_091P', -1, N'K07_251', 0, null),
(N'K07_250', N'U', 1, N'K07_300', 1, N'K07_2500', 0, null),
(N'K07_2500', N'U', 0, null, 0, null, 0, null),
(N'K07_251', N'I', 1, N'K07_301', 1, N'K07_251P', 0, null),
(N'K07_251P', N'U', 0, null, 0, null, 0, null),
(N'K07_270', N'T', -1, N'K07_300', 1, N'K07_2700', 0, null),
(N'K07_2700', N'T', 1, N'K07_O270', 0, null, 0, null),
(N'K07_271', N'C', -1, N'K07_301', 1, N'K07_271P', 0, null),
(N'K07_271P', N'T', 0, null, 1, N'K07_O271', 0, null),
(N'K07_280', N'T', -1, N'K07_300', 1, N'K07_2800', 0, null),
(N'K07_2800', N'T', 1, N'K07_O280', 0, null, 0, null),
(N'K07_281', N'C', -1, N'K07_301', 1, N'K07_281P', 0, null),
(N'K07_281P', N'T', 0, null, 1, N'K07_O281', 0, null),
(N'K07_300', N'U', 1, N'K07_400', 1, N'K07_3000', 0, null),
(N'K07_3000', N'U', 0, null, 0, null, 0, null),
(N'K07_301', N'I', 1, N'K07_401', 1, N'K07_301P', 0, null),
(N'K07_301P', N'U', 0, null, 0, null, 0, null),
(N'K07_320', N'T', 1, N'K07_400', 0, null, 0, null),
(N'K07_321', N'I', 1, N'K07_401', 1, N'K07_342', 0, null),
(N'K07_322', N'I', 1, N'K07_401', 1, N'K07_342', 0, null),
(N'K07_330', N'T', 1, N'K07_400', 0, null, 0, null),
(N'K07_331', N'I', 1, N'K07_401', 0, null, 0, null),
(N'K07_340', N'T', 1, N'K07_400', 0, null, 0, null),
(N'K07_341', N'I', 1, N'K07_401', 1, N'K07_342', 0, null),
(N'K07_342', N'C', 0, null, 0, null, 0, null),
(N'K07_350', N'T', 1, N'K07_400', 0, null, 0, null),
(N'K07_351', N'C', 1, N'K07_401', 0, null, 0, null),
(N'K07_400', N'U', 1, N'K07_600', 0, null, 0, null),
(N'K07_401', N'C', 1, N'K07_601', 1, N'K07_510', 0, null),
(N'K07_420', N'T', 1, N'K07_500', 0, null, 0, null),
(N'K07_421', N'C', 1, N'K07_501', 1, N'K07_502', 0, null),
(N'K07_430', N'T', 1, N'K07_500', 0, null, 0, null),
(N'K07_431', N'C', 1, N'K07_501', 1, N'K07_502', 0, null),
(N'K07_440', N'T', 0, null, 0, null, 0, null),
(N'K07_441', N'T', 1, N'K07_465', 0, null, 0, null),
(N'K07_450', N'T', 0, null, 0, null, 0, null),
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(N'K07_P120', N'U', 1, N'K07_O120', 1, N'K07_P202', 0, null),
(N'K07_P120US', N'U', 0, null, 1, N'K07_P202US', 0, null),
(N'K07_P200', N'U', 1, N'K07_P250', 0, null, 0, null),
(N'K07_P202', N'U', 1, N'K07_P251', 0, null, 0, null),
(N'K07_P202US', N'U', 1, N'K07_P251US', 0, null, 0, null),
(N'K07_P250', N'U', 1, N'K07_P300', 0, null, 0, null),
(N'K07_P251', N'U', 1, N'K07_P301', 0, null, 0, null),
(N'K07_P251US', N'U', 1, N'K07_P301US', 0, null, 0, null),
(N'K07_P270', N'T', -1, N'K07_P300', 1, N'K07_O270', 0, null),
(N'K07_P271', N'T', -1, N'K07_P301', 1, N'K07_O271', 0, null),
(N'K07_P271US', N'T', -1, N'K07_P301US', 0, null, 0, null),
(N'K07_P280', N'T', -1, N'K07_P300', 1, N'K07_O280', 0, null),
(N'K07_P281', N'T', -1, N'K07_P301', 1, N'K07_O281', 0, null),
(N'K07_P281US', N'T', -1, N'K07_P301US', 0, null, 0, null),
(N'K07_P300', N'U', 0, null, 0, null, 0, null),
(N'K07_P301', N'U', 0, null, 0, null, 0, null),
(N'K07_P301US', N'U', 0, null, 0, null, 0, null),
(N'K07_P430', N'U', 1, N'K07_O430', 1, N'K07_P455', 0, null),
(N'K07_P435', N'U', 1, N'K07_O435', 1, N'K07_P455', 0, null),
(N'K07_P440', N'U', 1, N'K07_O440', 1, N'K07_P455', 0, null),
(N'K07_P445', N'U', 1, N'K07_O445', 1, N'K07_P455', 0, null),
(N'K07_P450', N'U', 1, N'K07_O450', 1, N'K07_P455', 0, null),
(N'K07_P455', N'U', 0, null, 0, null, 0, null),
(N'K07_P489US', N'T', 0, null, 0, null, 0, null),
(N'K07_P520', N'U', 1, N'K07_O520', 1, N'K07_P545', 0, null),
(N'K07_P521US', N'T', 0, null, 0, null, 0, null),
(N'K07_P525', N'U', 1, N'K07_O525', 1, N'K07_P545', 0, null),
(N'K07_P530', N'U', 1, N'K07_O530', 1, N'K07_P545', 0, null),
(N'K07_P535', N'U', 1, N'K07_O535', 1, N'K07_P545', 0, null),
(N'K07_P540', N'U', 1, N'K07_O540', 1, N'K07_P545', 0, null),
(N'K07_P545', N'U', 0, null, 0, null, 0, null),
(N'K07_P710', N'U', 1, N'K07_O710', 1, N'K07_P760', 0, null),
(N'K07_P710US', N'U', 1, N'K07_P760US', 0, null, 0, null),
(N'K07_P720', N'U', 1, N'K07_O720', 1, N'K07_P760', 0, null),
(N'K07_P720US', N'U', 1, N'K07_P760US', 0, null, 0, null),
(N'K07_P730', N'U', 1, N'K07_O730', 1, N'K07_P760', 0, null),
(N'K07_P740', N'U', 1, N'K07_O740', 1, N'K07_P760', 0, null),
(N'K07_P750', N'U', 1, N'K07_O750', 1, N'K07_P760', 0, null),
(N'K07_P760', N'U', 0, null, 0, null, 0, null),
(N'K07_P760US', N'U', 0, null, 0, null, 0, null),
(N'K07_PA101', N'U', -1, N'K07_PP101', 0, null, 0, null),
(N'K07_PP101', N'U', 0, null, 0, null, 0, null);
我现在的尝试是获取具有多个连接的嵌套层次结构。但这似乎并不能解决问题。
with Hierarchy(AccountNumber, ParentsPaths)
as (
select ad1.AccountNumber,
cast(N'' as nvarchar(max))
from @AccountDefinitions as ad1
where ad1.SumAccount1 is null
union all
select ad2.AccountNumber,
cast(case when h.ParentsPaths = N''
then (cast(ad2.AccountNumber as nvarchar(max)))
else (h.ParentsPaths + '.'
+ cast(ad2.AccountNumber as nvarchar(max)))
end as nvarchar(max))
from @AccountDefinitions as ad2
inner join Hierarchy as h
on h.AccountNumber = ad2.SumAccount1
or h.AccountNumber = ad2.SumAccount2
or h.AccountNumber = ad2.SumAccount3
where ad2.SumAccount1 is not null
)
select *
from Hierarchy
order by len(ParentsPaths) desc
option (maxrecursion 0)
最后，我需要获取所有帐户的列表以及添加它们的所有中间步骤，以便我可以将生成的 table 与所有财务预订结合起来，并汇总所有值在一起。
示例：对于 K07_1000，只有一种可能的路径是 K07_1000 添加到 K07_O100，它加起来是 K07_O200，最后以 [=43= 结束].为了能够加入这个，我需要结果：
Original | Mapped
-------------------
K07_1000 | K07_1000 <-- preserve the original posting
K07_1000 | K07_O100 <-- the one and only path
K07_1000 | K07_O200
K07_1000 | K07_O250
K07_1000 | K07_O300
如果我在预订中加入此 table table，那么我将获得一个预订帐户 K07_1000 四项结果预订：原始预订和另外三项（这将添加到汇总 parent 个帐户）。
对于帐户 K07_1010 会更困难，因为它可以采用四种不同的路径。
Original | Mapped
-------------------
K07_1010 | K07_1010 <-- the original posting
K07_1010 | K07_100 <-- first possible path
K07_1010 | K07_1000
K07_1010 | K07_O100
K07_1010 | K07_O200
K07_1010 | K07_O250
K07_1010 | K07_O300
K07_1010 | K07_101P <-- second possible path
K07_1010 | K07_O101
K07_1010 | K07_O202
K07_1010 | K07_O251
K07_1010 | K07_O301
K07_1010 | K07_C130 <-- third possible path
K07_1010 | K07_C155 <- third path with sub path 1
K07_1010 | K07_C630 <- third path with sub path 2
K07_1010 | K07_C655 <- third path with sub path 2
我希望这是有道理的并且有人可以提供帮助。
拉尔夫，试试这个。我认为它有效：
with Hierarchy
as (
select ad1.AccountNumber,
SumAccount1,
SumAccount2,
SumAccount3
from @AccountDefinitions as ad1
union all
select h.AccountNumber,
ad2.SumAccount1,
ad2.SumAccount2,
ad2.SumAccount3
from @AccountDefinitions as ad2
inner join Hierarchy as h
on h.SumAccount1 = ad2.AccountNumber
or h.SumAccount2 = ad2.AccountNumber
or h.SumAccount3 = ad2.AccountNumber
),
cter
as(
SELECT AccountNumber, AccountNumber AS SumAccount FROM @AccountDefinitions
UNION
select AccountNumber,
SumAccount1 as SumAccount
from Hierarchy
where SumAccount1 is not null
union
select AccountNumber,
SumAccount2 as SumAccount
from Hierarchy
where SumAccount2 is not null
union
select AccountNumber,
SumAccount3 as SumAccount
from Hierarchy
where SumAccount3 is not null)
select * from cter
WHERE AccountNumber = 'K07_1010'
option (maxrecursion 0)