Payables data in Sub-Ledger Accounting (XLA) - R12

本文介绍如何通过Oracle Sub-Ledger Accounting (XLA) 查询特定应付账款发票(Invoice_id=166014)的支付数据及相关会计事件。提供了用于检索XLA事件、AE头、AE行及分配链接等信息的SQL查询语句。
 
In this post, we will check the Payment Data related to the   Payable INVOICE ( Invoice_id = 166014 ) in Sub-Ledger Accounting (XLA). All the queries given in this post and their related posts were tested in R12.1.1 Instance.

XLA_EVENTS
SELECT
      DISTINCT xe .*
FROM   ap_invoice_payments_all aip ,
      xla_events xe ,
      xla . xla_transaction_entities xte
WHERE xte . application_id = 200
AND    xte . application_id   = xe . application_id
AND    aip . invoice_id       = '166014'
AND    xte . entity_code      = 'AP_PAYMENTS'
AND    xte . source_id_int_1  = aip . check_id
AND    xte . entity_id        = xe . entity_id
ORDER BY
      xe . entity_id ,
      xe . event_number ;
 

XLA_AE_HEADERS
SELECT DISTINCT xeh .*
FROM    xla_ae_headers xeh ,
       ap_invoice_payments_all aip ,
       xla . xla_transaction_entities xte
WHERE   xte . application_id = 200
AND     xte . application_id   = xeh . application_id
AND     aip . invoice_id       = '166014'
AND     xte . entity_code      = 'AP_PAYMENTS'
AND     xte . source_id_int_1  = aip . check_id
AND     xte . entity_id        = xeh . entity_id
ORDER BY
       xeh . event_id ,
       xeh . ae_header_id ASC;
 

XLA_AE_LINES  
SELECT DISTINCT xel .*,
       fnd_flex_ext . get_segs ( 'SQLGL' , 'GL#' , '50577' , xel . code_combination_id ) "Account"
FROM    xla_ae_lines xel ,
       xla_ae_headers xeh ,
       ap_invoice_payments_all aip ,
       xla . xla_transaction_entities xte
WHERE   xte . application_id = 200
AND     xel . application_id   = xeh . application_id
AND     xte . application_id   = xeh . application_id
AND     aip . invoice_id       = '166014'
AND     xel . ae_header_id     = xeh . ae_header_id
AND     xte . entity_code      = 'AP_PAYMENTS'
AND     xte . source_id_int_1  = aip . check_id
AND     xte . entity_id        = xeh . entity_id
ORDER BY
       xel . ae_header_id ,
       xel . ae_line_num ASC;

XLA_DISTRIBUTION_LINKS

SELECT DISTINCT xdl .*
FROM    xla_distribution_links xdl ,
       xla_ae_headers xeh ,
       ap_invoice_payments_all aip ,
       xla . xla_transaction_entities xte
WHERE   xte . application_id = 200
AND     xdl . application_id   = xeh . application_id
AND     xte . application_id   = xeh . application_id
AND     aip . invoice_id       = '166014'
AND     xdl . ae_header_id     = xeh . ae_header_id
AND     xte . entity_code      = 'AP_PAYMENTS'
AND     xte . source_id_int_1  = aip . check_id
AND     xte . entity_id        = xeh . entity_id
 
In this post, we will check the Data related to the   Payable INVOICE ( Invoice_id = 166014 ) in Sub-Ledger Accounting (XLA). All the queries given in this post and their related posts were tested in R12.1.1 Instance.

XLA_EVENTS

SELECT DISTINCT xe .*
FROM    ap_invoices_all ai ,
       xla_events xe ,
       xla . xla_transaction_entities xte
WHERE   xte . application_id = 200
AND     xte . application_id   = xe . application_id
AND     ai . invoice_id        = '166014'
AND     xte . entity_code      = 'AP_INVOICES'
AND     xte . source_id_int_1  = ai . invoice_id
AND     xte . entity_id        = xe . entity_id
ORDER BY
       xe . entity_id ,
       xe . event_number ;


XLA_AE_HEADERS 
 
SELECT DISTINCT xeh .*
FROM    xla_ae_headers xeh ,
       ap_invoices_all ai ,
       xla . xla_transaction_entities xte
WHERE   xte . application_id = 200
AND     xte . application_id   = xeh . application_id
AND     ai . invoice_id        = '166014'
AND     xte . entity_code      = 'AP_INVOICES'
AND     xte . source_id_int_1  = ai . invoice_id
AND     xte . entity_id        = xeh . entity_id
ORDER BY
       xeh . event_id ,
       xeh . ae_header_id ASC;  

XLA_AE_LINES

SELECT DISTINCT xel .*,
       fnd_flex_ext . get_segs ( 'SQLGL' , 'GL#' , '50577' , xel . code_combination_id ) "Account"
FROM    xla_ae_lines xel ,
       xla_ae_headers xeh ,
       ap_invoices_all ai ,
       xla . xla_transaction_entities xte
WHERE   xte . application_id = 200
AND     xel . application_id   = xeh . application_id
AND     xte . application_id   = xeh . application_id
AND     ai . invoice_id        = '166014'
AND     xel . ae_header_id     = xeh . ae_header_id
AND     xte . entity_code      = 'AP_INVOICES'
AND     xte . source_id_int_1  = ai . invoice_id
AND     xte . entity_id        = xeh . entity_id
ORDER BY
       xel . ae_header_id ,
       xel . ae_line_num ASC;


XLA_DISTRIBUTION_LINKS

SELECT DISTINCT xdl .*
FROM    xla_distribution_links xdl ,
       xla_ae_headers xeh ,
       ap_invoices_all ai ,
       xla . xla_transaction_entities xte
WHERE   xte . application_id = 200
AND     xdl . application_id   = xeh . application_id
AND     xte . application_id   = xeh . application_id
AND     ai . invoice_id        = '166014'
AND     xdl . ae_header_id     = xeh . ae_header_id
AND     xte . entity_code      = 'AP_INVOICES'
AND     xte . source_id_int_1  = ai . invoice_id
AND     xte . entity_id        = xeh . entity_id
ORDER BY
       xdl . event_id ,
       xdl . a_header_id ,
       xdl . ae_line_num ASC;

XLA_TRANSACTION_ENTITIES 

SELECT DISTINCT xte .*
FROM    ap_invoices_all ai ,
       xla . xla_transaction_entities xte
WHERE   xte . application_id = 200
AND     ai . invoice_id        = '166014'
AND     xte . entity_code      = 'AP_INVOICES'
AND     xte . source_id_int_1  = ai . invoice_id ;


XLA_ACCOUNTING_ERRORS

SELECT DISTINCT xae .*
FROM    ap_invoices_all ai ,
       xla_events xe ,
       xla . xla_transaction_entities xte ,
       xla_accounting_errors xae
WHERE   xte . application_id = 200
AND     xae . application_id   = xte . application_id
AND     xte . application_id   = xe . application_id
AND     ai . invoice_id        = '166014'
AND     xe . event_id          = xae . event_id
AND     xte . entity_code      = 'AP_INVOICES'
AND     xte . source_id_int_1  = ai . invoice_id
AND     xte . entity_id        = xe . entity_id ;

来自 “ ITPUB博客 ” ,链接:http://blog.itpub.net/9182041/viewspace-705055/,如需转载,请注明出处,否则将追究法律责任。

转载于:http://blog.itpub.net/9182041/viewspace-705055/

内容概要:本文提出了一种基于融合鱼鹰算法和柯西变异的改进麻雀优化算法(OCSSA),用于优化变分模态分解(VMD)的参数,进而结合卷积神经网络(CNN)与双向长短期记忆网络(BiLSTM)构建OCSSA-VMD-CNN-BILSTM模型,实现对轴承故障的高【轴承故障诊断】基于融合鱼鹰和柯西变异的麻雀优化算法OCSSA-VMD-CNN-BILSTM轴承诊断研究【西储大学数据】(Matlab代码实现)精度诊断。研究采用西储大学公开的轴承故障数据集进行实验验证,通过优化VMD的模态数和惩罚因子,有效提升了信号分解的准确性与稳定性,随后利用CNN提取故障特征,BiLSTM捕捉时间序列的深层依赖关系,最终实现故障类型的智能识别。该方法在提升故障诊断精度与鲁棒性方面表现出优越性能。; 适合人群:具备一定信号处理、机器学习基础,从事机械故障诊断、智能运维、工业大数据分析等相关领域的研究生、科研人员及工程技术人员。; 使用场景及目标:①解决传统VMD参数依赖人工经验选取的问题,实现参数自适应优化;②提升复杂工况下滚动轴承早期故障的识别准确率;③为智能制造与预测性维护提供可靠的技术支持。; 阅读建议:建议读者结合Matlab代码实现过程,深入理解OCSSA优化机制、VMD信号分解流程以及CNN-BiLSTM网络架构的设计逻辑,重点关注参数优化与故障分类的联动关系,并可通过更换数据集进一步验证模型泛化能力。
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