5 Qualities the Best People in the code source d une page Industry Tend to Have

[Daphne Tusing]

Great Plains Software Dynamics, Dynamics C/S+, eEnterprise were written on GPS proprietary programming language and development environment - Great Plains Dexterity. When Microsoft bought Great Plains Software, Dynamics was renamed into Microsoft Great Plains, but Dexterity is still the architectural base, there were trends to move MS Great Plains to .Net and reprogram it in C#, but in our opinion Microsoft is probing its own technologies and places them into competition with each other. Microsoft Business Portal is probably the direction, when existing ERP products: Great Plains, Navision, Axapta, Solomon will have seamless web interface. In this small article we'll try to give your Dexterity source code programming options and directions.

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o Source Code Program Closing. This move was announced by Microsoft Business Solutions in the beginning of 21st century. It should be probably attributed to .Net optimism. In time MBS acquired Great Plains Software (with GP and Solomon), then Navision Software (with Navision and Axapta). Microsoft had to plan its newly acquired products integration and synergy

o Source Code Program. Great Plains Software provided participants with DYNAMICS.DIC and its third party dictionaries with Dexterity sanscript codes (in commercial DYNAMICS.DIC these codes are stripped off). Source code program allows your dexterity developers to deploy advanced technologies, such as tax engine calls and replacements, posting engine call, etc. Plus it allows you to deploy GP lookup forms in your customization.

o Source Core Program Reopening. As it was announced on the recent MBS conference - Microsoft may reopen the program, this is very interesting move, which signals that MBS takes more conservative approach and might decide to support its products with their legacy technologies

o The Future. Project Green, or Microsoft might decide to rename it, the idea is to form business suites from existing products and code base. However we should be reasonable and respect the efforts of MBS - to form business suites - this is very serious move and it should take several years to come out with the first version.

o Great Plains as Mature ERP. Yes - this is the phase of the product life. Great Plains Dynamics was released in 1994 and it is 11 years old product.

We are confident in Great Plains as an ERP platform for the following industries: Aerospace & Defense, Pharmaceutical, Healthcare & Hospitals, Insurance, Textile, Apparels, Services, Placement & Recruiting, Apparels, Beverages, Logistics & Transportation, Food, Restaurants Supply Chain Management, Gold & Mining, Jewelry, Consignment, Wholesale & Retail.

Good luck with selection, implementation, customization and integration and if you have issues or concerns - we are here to help! If you want us to do the job - give us a call 866-528-0577 or 630-961-5918!

I remember my first fumble with basic on loicgrosflandre.com/comment-lire-le-code-source-du-site-web/ my ZX Spectrum computer back in the 1980s, ploughing through pages of basic commands and example code without any real idea of how I could write programs myself. It was like reading a dictionary where I could learn certain words and their meanings with limited information on how I could construct them into entire sentences to write a document. Every programmer who has dabbled in basic has probably come across the famous "Hello Word" routine which consists of a two-line program that prints this phrase unlimited times on the screen.

Your program code needs to be written as step-by-step instructions using the commands that your choice of programming language understands. It means reading your programming manual to learn which commands you need to use for what you want your program to do. In the "Hello World" example you would first need a command that prints "Hello World" onto the screen, and then you would need a second command to print it again multiple times, without writing multiple print statements.

Check out this example. To make things simple I am using old-school basic with line numbers - probably because I'm a retro-freak.

10 print "Hello World"

20 goto 10

The best structure for writing any program code is to make it clear and easy to follow. Some programmers put multiple commands on one line which can make your code difficult to follow if you are trying to iron out bugs. Spreading your code over multiple lines actually makes the program work better and becomes more readable.

Another recommended practice is to separate each part of your program code using REM Statements. REM (short for Remark) allows you to put comments before each section of code to remind you what each part does. This is especially useful if you wish to edit your code at a later date.

10 rem Set Up Variables

20 let A=1: let B=2

30 rem *******

40 rem Print Variables to Screen

50 rem *******

60 print A,B

Anything after the REM command is ignored by the computer and you can use as many REM statements as you want to make bigger gaps in your code for easy reading. Other programming languages allow you to use blank lines or indent the first line of the routine.

Now I will show you how to structure the entire program code. Remember that the computer needs to follow step-by-step instructions so you need to write each instruction in the order you want it to run.

CONSTRUCTION OF CODE

Set up screen resolution and variables: The first section of your program would set the screen resolution and the variables.

Read information into arrays: If you have information you want to put into an array using the DIM command then you can use a For/Next loop and the READ command. It is best to place the data statements for the array to read from at the end of your program.

Set up main screen: This is the section where you would use a subroutine (GOSUB Command) to set up the main screen. In a shoot-em-up type game you would have a routine that draws the sprites and game screen and then returns to the next line of the code it came from.

Main Program Loop: Once the program is up and running the main program loop jumps to various routines using subroutines and then returns to the next line in the loop.

Program Routines: It is good structure to place all the programming routines after the main loop. You would have separate routines that update the screen, check for joystick input, check for collision detection and so on. After each check you return to the main loop.

Data Statements: Finally you can list all the data statements at the end of the program which makes it easier to find and correct if need be.

CONCLUSION

Creating your code with plenty of REM Statements and short lines makes your code look cleaner and easier to follow. There may be a time you want to improve the program or use a routine for another program.