How to improve blog performance

Improving the performance of a blog can involve a variety of strategies, including optimizing the website's technical infrastructure, improving the quality of the content, and promoting the blog to attract more readers. Here are some suggestions that may help: Optimize your website's technical infrastructure: 1 Use a fast and reliable web hosting service. 2 Optimize your images and other media files to reduce page load times. 3 Use caching and other performance optimization tools to speed up your website. 4 Ensure that your website is mobile-friendly and responsive. 5 Focus on high-quality content: 6 Make sure your content is well-written, engaging, and informative. Use headlines and subheadings to make your content easy to read and navigate. Incorporate multimedia elements such as images, videos, and infographics to make your content more visually appealing. Research your topic thoroughly and provide accurate information. Write for your audience, not for search engines. Promote your blog: 1 Use social media to promote your blog and engage with your audience. 2 Participate in online communities related to your blog's topic and share your content with them. 3 Build an email list and use it to keep your subscribers updated on new content. 4 Consider guest blogging on other websites to gain exposure and backlinks to your blog. 5 Use search engine optimization (SEO) techniques to improve your blog's visibility in search engine results. Measure and analyze your performance: 1 Use analytics tools to track your website's traffic and user behavior. 2 Monitor your website's search engine rankings and use this information to make improvements. 3 Test different strategies and see what works best for your audience. 4 continuously monitor and adjust your approach to ensure that you are meeting your goals.

Query to Get Profile value at any level

Query to Get Profile value at any level  

SELECT 

  distinct pot.user_profile_option_name Profile, 

  DECODE (

    a.profile_option_value, '1', '1 (may be "Yes")', 

    '2', '2 (may be "No")', a.profile_option_value

  ) Value, 

  DECODE (

    a.level_id, 10001, 'Site', 10002, 'Application', 

    10003, 'Responsibility', 10004, 'User', 

    '????'

  ) Level_identifier, 

  DECODE (

    a.level_id, 10002, e.application_name, 

    10003, c.responsibility_name, 10004, 

    d.user_name, '-'

  ) Level_Name 

FROM 

  applsys.fnd_application_tl e, 

  applsys.fnd_user d, 

  applsys.fnd_responsibility_tl c, 

  applsys.fnd_profile_option_values a, 

  applsys.fnd_profile_options b, 

  applsys.fnd_profile_options_tl pot 

WHERE 

  1 = 1 

  AND UPPER (pot.user_profile_option_name) LIKE UPPER ('%&v_profile%') 

  AND pot.profile_option_name = b.profile_option_name 

  AND pot.language = userenv('lang') 

  AND b.application_id = a.application_id(+) 

  AND b.profile_option_id = a.profile_option_id(+) 

  AND a.level_value = c.responsibility_id(+) 

  AND a.level_value = d.user_id(+) 

  AND a.level_value = e.application_id(+) 

  AND e.language(+) = userenv('lang') 

  AND (

    UPPER (e.application_name) LIKE UPPER ('%&appname_respname_username%') 

    OR UPPER (c.responsibility_name) LIKE UPPER (

      '%&&appname_respname_username%'

    ) 

    OR UPPER (d.user_name) LIKE UPPER (

      '%&&appname_respname_username%'

    )

  ) 

ORDER BY 

  Profile, 

  Level_identifier, 

  Level_name, 

  Value

Bom Explosion Query

Below query can be handy to explode and Query BOM Details

SELECT 

  DISTINCT LPAD (' ', LEVEL * 2) || LEVEL order_level, 

  msib.segment1 assembly_item, 

  msib.description assembly_description, 

  msib.inventory_item_status_code assembly_item_status, 

  SYS_CONNECT_BY_PATH (msib2.segment1, '/') PATH, 

  msib2.segment1 AS component_item, 

  msib2.description component_item_description, 

  msib2.inventory_item_status_code component_item_status, 

  bic.item_num, 

  bic.operation_seq_num, 

  bic.component_quantity 

FROM 

  bom.bom_components_b bic, 

  bom.bom_structures_b bom, 

  inv.mtl_system_items_b msib, 

  inv.mtl_system_items_b msib2, 

  mtl_parameters mp 

WHERE 

  1 = 1 

  AND bic.bill_sequence_id = bom.bill_sequence_id 

  AND SYSDATE BETWEEN bic.effectivity_date 

  AND Nvl(bic.disable_date, SYSDATE) 

  AND bom.assembly_item_id = msib.inventory_item_id 

  AND bom.organization_id = msib.organization_id 

  AND bic.component_item_id = msib2.inventory_item_id 

  AND bom.organization_id = msib2.organization_id 

  AND mp.organization_id = msib.organization_id 

  AND mp.organization_code = : p_org_code 

  /* organization here */

  AND bom.alternate_bom_designator IS NULL START WITH msib.segment1 = : p_item_number 

  /*  component item to be used here */

  CONNECT BY NOCYCLE PRIOR bic.component_item_id = msib.inventory_item_id 

ORDER BY 

  PATH 

Oracle ERP - Hierarchical BOM Query

The query below shows the use of hierarchical query syntax to list the parts of an assembly in a typical bill of material (BOM). The parts are setup in a hierarchical (assembly - component/part) or indented manner.

 

SELECT 

  CONNECT_BY_ROOT q_bom.assembly_num root_assembly, 

  q_bom.assembly_num, 

  q_bom.component_num, 

  q_bom.qty, 

  SUBSTR(

    SYS_CONNECT_BY_PATH(q_bom.assembly_Num, ' <-- '), 

    5

  ) assembly_path, 

  LEVEL bom_level, 

  CONNECT_BY_ISCYCLE is_cycle 

FROM 

  (

    SELECT 

      mb1.segment1 assembly_num, 

      mb2.segment1 component_num, 

      bc.component_quantity qty 

    FROM 

      bom.bom_components_b bc, 

      bom.bom_structures_b bs, 

      inv.mtl_system_items_b mb1, 

      inv.mtl_system_items_b mb2 

    WHERE 

      bs.assembly_item_id = mb1.inventory_item_id 

      AND bc.component_item_id = mb2.inventory_item_id 

      AND bc.bill_sequence_id = bs.bill_sequence_id 

      AND mb1.organization_id = mb2.organization_id 

      AND bs.organization_id = mb2.organization_id 

      AND bc.disable_date Is Null 

      AND bs.alternate_bom_designator IS NULL 

      AND mb1.organization_id = 90101110109

  ) q_bom START WITH q_bom.assembly_Num = '&i_comp' CONNECT BY NOCYCLE PRIOR q_bom.component_num = q_bom.assembly_num ORDER SIBLINGS BY q_bom.assembly_Num;

Converting rows into columns using pivot function

we can convert rows into columns using the pivot function

let us consider the following data as sample data

DEPTNO ENAME JOB

10 ALLEN ANALYST

10 JONES CLERK

10 FORD MANAGER

10 ABCD PRESIDENT

10 CLARK SALESMAN

20 MILLER ANALYST

20 SMITH CLERK

20 WARD MANAGER

20 efgh PRESIDENT

20 MARTIN SALESMAN

30 SCOTT ANALYST

30 TURNER CLERK

30 ADAMS MANAGER

30 BLAKE PRESIDENT

30 KING SALESMAN

now create a table as emp_jobs with this data

using pivot function

we are converting rows into columns

select * from emp_jobs pivot( min(ename) for job in ('PRESIDENT','MANAGER','CLERK','ANALYST','SALESMAN'));

the output is in the form

DEPTNO PRESIDENT' MANAGER' CLERK' ANALYST' SALESMAN'

20 efgh WARD SMITH MILLER MARTIN

10 ABCD FORD JONES ALLEN CLARK

30 BLAKE ADAMS TURNER SCOTT KING

but while using pivot function aggregate function should be used 

we can also achieve this conversion without using pivot function using this sql query

 select

   a1.deptno,

   a1.ename  AS PRESIDENT,

   a2.ename AS MANAGER,

   a3.ename AS CLERK

from

   emp_jobs  a1,

   emp_jobs a2,

   emp_jobs  a3

   where

   a1.deptno=a2.deptno

   and a2.deptno=a3.deptno

   and a3.deptno=a1.deptno

   and a1.job = 'PRESIDENT'

   and a2.job = 'MANAGER'

   and a3.job ='CLERK';

Query to get Purchase Order and requisition in Oracle Fusion

SELECT 

  POH.PO_HEADER_ID, 

  POH.SEGMENT1, 

  PRHA.REQUISITION_NUMBER 

FROM 

  PO_HEADERS_ALL POH, 

  PO_DISTRIBUTIONS_ALL PDA, 

  POR_REQ_DISTRIBUTIONS_ALL PRDA, 

  POR_REQUISITION_LINES_ALL PRLA, 

  POR_REQUISITION_HEADERS_ALL PRHA 

WHERE 

  1 = 1 

  AND POH.PO_HEADER_ID = PDA.PO_HEADER_ID 

  AND PDA.REQ_DISTRIBUTION_ID = PRDA.DISTRIBUTION_ID 

  AND PRDA.REQUISITION_LINE_ID = PRLA.REQUISITION_LINE_ID 

  AND PRLA.REQUISITION_HEADER_ID = PRHA.REQUISITION_HEADER_ID 

  AND PRHA.REQUISITION_NUMBER = < Requsition_number >

 

Query to get AP Invoice lines Tax details in Oracle Fusion

 Query to get AP Invoice lines Tax details in Oracle Fusion 

SELECT 

  aia.invoice_num, 

  xep.name Legal_Entity_Name, 

  psv.vendor_name party, 

  aila.line_number Line_Ref, 

  aila.line_type_lookup_code, 

  gcc.segment1 Distribution_entity, 

  zl.tax_amt Tax_amount, 

  zl.tax_regime_code Tax_regime, 

  zl.tax_jurisdiction_code Tax_Juridiction, 

  zl.taxable_amt TaxableAmt, 

  ZE.exception_reason_code Exemption_Reason, 

  ZE.tax_rate_code Exemption_Rate, 

  zrb.country_code Country_of_taxation, 

  zl.tax_line_number Tax_Line_Ref, 

  zl.tax, 

  zl.tax_rate_code, 

  zl.tax_rate 

FROM 

  ap_invoices_all aia, 

  poz_suppliers_v psv, 

  xle_entity_profiles xep, 

  ap_invoice_lines_all aila, 

  gl_code_combinations gcc, 

  ap_invoice_distributions_all aida, 

  zx_lines zl, 

  zx_status_b zsb, 

  zx_exceptions ze, 

  zx_regimes_b zrb 

WHERE 

  1 = 1 

  AND psv.vendor_id = aia.vendor_id 

  AND aia.legal_entity_id = xep.legal_entity_id(+) 

  AND aia.invoice_id = aila.invoice_id 

  AND aila.invoice_id = aida.invoice_id 

  AND aila.line_number = aida.invoice_line_number 

  AND aia.invoice_id = zl.trx_id(+) 

  AND aila.line_number = zl.trx_line_number(+) 

  AND zl.application_id(+) = 200 

  AND ze.tax_exception_id(+) = zl.tax_exception_id 

  AND zsb.tax_status_id = zl.tax_status_id 

  AND zl.tax_regime_id = zrb.tax_regime_id 

  AND aida.dist_code_combination_id = gcc.code_combination_id 

  AND (

    aida.line_type_lookup_code = 'MISCELLANEOUS' 

    OR aida.line_type_lookup_code = 'FREIGHT' 

    OR aida.line_type_lookup_code = 'ITEM'

  ) 

  AND zsb.tax_status_code = 'EXEMPT'