A prime number is a number which is divisible only by itself and 1. Examples of the first few primes are 2, 3, 5, 7, 11. Consider writing a program which can generate prime numbers for you. Your program should read in and set a maximum prime to generate and a minimum number to start with when looking for primes. This program should be able to perform the following tasks: 1. Read the maximum number from user (keyboard input) to look for primes. The program should not return any primes greater than this number. 2. Read the minimum number from user (keyboard input) to look for primes. The program should not return any primes less than this number. 3. Generate and print out every prime number between the maximum prime and minimum number specified by the user.
Write a program which is required to process the time of a clock in hours and minutes, entered from the keyboard. With this program, there are two requirements for any data entered by a user: 1. The data must be of the correct type (in this case, two ints). 2. The data must be in the correct range: this means that, for the minutes, negative numbers and any number above 59 must be rejected; for the hours, negative numbers and any number above 23 must be rejected. Output error message for invalid data input. Output the time one and a half hour after the time input. i.e. Hour: 22 Min: 32 One and a half hour after 22:32 is 00:02
A company pays its salespeople on a commission basis. The salespeople receive $200 per week plus 9 percent of their gross sales for that week. For example, a saleperson who sells $5000 worth of merchandise in a week receives $200 plus 9 percent of $5000, or a total of $650. You have been supplied with a list of items sold by each salesperson. The values of these items are as follows: Item Value A 239.99 B 129.75 C 99.95 D 350.89 Write a program that inputs one salesperson's items sold in a week (how many of item A? of item B? etc.) and calculates and displays that salesperson's earnings for that week.
How to do SAP R/3 Security configuration, design, development, testing, implementation and production support.
How to do Role Design, Testing and Implementation
how we Custom Authorization Objects and Custom Transaction maintenance and how we do User classification, Running systems measurement reports during license auditing through USMM and SLAW
how we Completely designed and implemented methodology for controlling end user access to plants, cost centers, etc. and how we Applied to both R/3 and BW environments.
how we Designed security solution for FI, FM, MM, QM, PM, PS, HR (Time Entry, Travel) modules
how we Set up Central User Administration (CUA) to manage 4 systems/clients
how we do CUA configuration in Quality system
How we Educated client personnel in R/3 Security and general Basis knowledge
How we Provided SAP Security design, configuration, and support for SAP Net Weaver systems running BI/BW 7.0 (Net Weaver 2004s)
How we Provided Security design, configuration, and support for SAP Enterprise Portals
how to do Reporting and Analysis authorizations
how to do Restricting nodes and Hierarchies through characteristic values and authorization objects