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David Wimberly University of Arkansas wdw@uark

Employee Empowerment Natural ly: Payroll What If s on the Web http://www.uark.edu/basis/UAWEB/SimulatedES.html. David Wimberly University of Arkansas wdw@uark.edu. Presentation Overview. University of Arkansas Background Why Net Pay Web Demonstration Future Pay

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David Wimberly University of Arkansas wdw@uark

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  1. Employee Empowerment Naturally:Payroll What If s on the Webhttp://www.uark.edu/basis/UAWEB/SimulatedES.html David Wimberly University of Arkansas wdw@uark.edu

  2. Presentation Overview • University of Arkansas Background • Why Net Pay • Web Demonstration • Future Pay • Simulated Earnings Statement • Natural Components and Design • Efficiency Techniques

  3. Background • Natural/ADABAS shop since 1986 • All non-student systems developed in house (BASIS) • Payroll developed/implemented in 1999 • Web enablement began in 2001 • Com-Plete HTTP Server/Natural as the CGI • Browse/Select web architecture • Programs generated via a Natural ISPF macro

  4. Why Net Pay • Previous web development included • Access and display of most BASIS information • Some employee self service maintenance • Payroll did net pay calculations using • A PC product Paybreeze • A 3270 Payroll screen (Both methods were labor intensive for Payroll and inconvenient for the employee)

  5. Why Net Pay (continued) • Its a great service to employees, empowering them to make better financial decisions • It saves the Payroll office time • It was not that difficult due to the modular design of the Payroll application

  6. Web Design The task split naturally into two pieces -- two web pages • Future Pay • Presentation of future payrolls and associated gross • Simulated Earnings Statement • Calculation and presentation of taxes, deductions, and net pay

  7. Web Demonstration • Future Pay • Gross pay for upcoming payrolls (which is a benefit of its own) • Pay sources: appointment, hourly, OT, summer (teaching & research), extra comp, and Supplemental • Issues: pay categorization, true supplemental pay (look-back method), & student status

  8. Web Demonstration Future Pay

  9. Web Demonstration • Simulated Earnings Statement • Simulation options • Income tax (W4) • Select deductions’ tax basis • Tax deferred/exempt changes • Gross earnings change • Simulated Earnings Statement Current • After What If • Disabled simulation options • ES What If Scenario vs As Currently Defined

  10. W4 Options Changes to the employee’s federal and state income tax withholding options are allowed

  11. Switch pre/after tax basis for: • Medical insurance • Vision insurance • Cancer insurance • Dental insurance • Parking permit

  12. Tax Deferred/Exempt Deductions Here you can increase or decrease your tax deferred (retirement) or tax exempt (flex spending plus medical, vision, cancer, dental, and parking) deductions

  13. Gross Earnings Change • Gross pay can be adjusted (up or down) to see the impact on net pay • To see the result, press What If

  14. Simulated ES – Before What If

  15. After What IF Options are displayed along with previous values (yellow shading) at the top of the page

  16. After What IF At the bottom of the page is the ES with What If and As Currently Defined columns

  17. After What IF Bottom portion of the Simulated Earnings Statement

  18. Natural Components & Design • Batch Payroll • Generation (EPBBPG) • Load • Interface • Report • Web Future Pay • Web Simulated Earnings Statement

  19. Batch Payroll - Generation 1 P:EPBBPG 1 ---------2 ---------3 ---------4 ---------5 ---------6 --------- N:EPNBPCBG N:EPNCBGTN N:EPNCBSO N:EPNCBENE N:EPNCEBDO N:EPNCEBDS N:EPNFFGBT N:EPNCDNTN N:EPNCARSI N:EPNCTWSB N:EPNFFGBT N:EPNCARSW N:EPNCEFIT N:EPNCTWSB N:EPNFFGBT N:EPNCEIC N:EPNCOMED N:EPNSORTG N:EPNFFGBT N:EPNBPHTO N:EPNBPHTR N:EPNBPPD N:EPNFFGBT N:EPNBPPOSN:PBNLCTLG N:PBNPCALC N:EPNBPST N:EPNSUMT

  20. Web Future Pay 1 P:EPOBFP 1 ---------2 ---------3 --------- P:UWOFIN P:UWOPTSWA ?:USR2014N N:EPNBFP-I N:PBNLCTLG N:EPNFPHTO N:EPNFPHTR N:EPNFPPD N:EPNFPPOSN:PBNPCALC N:EPNFPSTN:EPNSUMT

  21. Web Simulated Earnings Stmt 1 P:EPOGTNSW 1 ---------2 ---------3 ---------4 --------- N:EPNCBGTI N:EPNCBSO N:EPNCBENE N:EPNCEBDO N:EPNCEBDS N:EPNFFGBT N:EPNCDNTN N:EPNCARSI N:EPNCTWSB N:EPNFFGBT N:EPNCARSW N:EPNCEFIT N:EPNCTWSB N:EPNFFGBT N:EPNCEIC N:EPNCOMED N:EPNSORTG N:EPNFFGBT N:EPNFFGBI N:EPNGTNSE N:EPNFFGBT

  22. Efficiency Techniques • What was our goal and approach? • What results did we obtain? • Analysis of the techniques employed for: • Future Pay (EPNBFP-I) • BDOE Table (EPNFFGBI) • Tax & Benefit Rates (EPNCBGTI)

  23. Goal and Approach • Goal • Minimize ADABAS Calls • How • Buffer ADABAS I/O (GDA/LDA for 3270/Batch) • How on the Web (when executing under a shared Server ID) • Save and Restore Buffers using the ESS In-Core Data Base

  24. Adabas Savings using In-Core DB

  25. Future Pay Component EPNBFP-I • Reads In-Core table • If In-Core data created today • Return future payrolls and pay calculation parameters • If non-existent or not built today • Read future payrolls and pay parameters from ADABAS • Save to In-Core • Return data

  26. BDOE (1) Table Component EPNFFGBI • Get • Read In-Core and Populates LDA • Set (if BDOE count changed) • Reads LDA and Populates In-Core • Application invokes copycode (& subprogram) to manage LDA (1) BDOE = Benefit, Deduction, Other Earning, or EIC

  27. BDOE Copycode EPCFFGBT Applications pass EPCFFGBT the desired BDOE code and are returned an index entry into the internal array structure /* This tax or deduct exceeds the remaining net INCLUDE EPCFFGBT 'IOF.BDOE-CD(#J)' '#CAF-X' IF CAF.ALL-OR-NONE-CD(#CAF-X) = 'Y' /* Since we couldn't take all the deduction, don't take any IOF.DEDUCTION-NOT-TAKEN-AMT(#J) := IOF.BDOE-AMT(#J) RESET IOF.BDOE-AMT(#J) ELSE

  28. Tax and Benefit Rates Component EPNCBGTI • Get • Read the In-Core data base and return all tax and benefit rates and tables (2700+ bytes) if for the desired pay date • Set • Save these payroll parameters to the In-Core data base

  29. Tax & Benefit Calculations • Various subprograms perform specific calculations (i.e. EPNCFIT for federal income tax) • Calling program passes a data block (buffer) to subprogram • Subprogram tests for existence of rates/tables within the block, if not present it reads ADABAS and returns them

  30. In Summary Due to a modular design where a main program buffers parameters and tables, we are able to efficiently make complex payroll calculations available to all employees – empowering them to better manage their individual finances. Thank You

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