Results for "Volume: 2_2002-2004"

This is a text editor. First look it's much like notepad. But you will find that it has some extra features. But it can easily be used as notepad, because the extra features, is hiden, and still very easy to use. Very useful I have replaced Windows standard text editor(notepad) with this editor. Some great features that make it faster to write something you normaly write a lot of times.

A completed application. Code is released by rd-soft.com to demonstrate how to develop a draw poker game. All rules of the game are included in the code, including the ranking of the hands. Deck of cards are shuffled after the completion of each play. Hold and discard cards. This code requires the VBCards.ocx, which I found here at PSC. If you find this code of use, please vote (every vote counts). File updated to include the help file and about dialog box.

FINALLY A FUNCTION THAT EVERONE CAN USE - Microsoft should have thought of this. This is a DATE/TIME calendar dialog that is created using only native Windows API. (See ScreenShot) NO FORM NEEDED! It is used / called like any normal function. EXAMPLE: MyText = ShowDate() This will show the Date/Time Calendar and allow the user to select a date/time from a calendar / clock. You can also supply a 'default' date for the calendar to start at. This is my first attempt at hooking with VB and researched all of the requirements online at the MSDN libraries. Vote if you are so inclined. I would appreciate any comments or suggestions. *AMPM bug fixed *sorry* ENJOY

This code allows you to calculate Sin(x), e^(x), and Pi without using any of the built-in VB functions

Everyone knows how useful Debug.Print can be when debugging a program in the run time environment...but why not make these debug comments available from an executable. Simply replace Debug.Print with the following, and then when your application is running as an executable you can use a debugger (such as DBMON.EXE, downloadable form MSDN) to see the debug comments as they occur:

The Int function can return incorrect results. Don't use it directly, but instead wrap it in your own function to make the problems disappear.

This copies, renames or deletes stored procedures on an SQL server. Also the ability to copy procedures cross database, or even cross server. This thingy is way easier and faster then the import/export wizard.

The Debug.Print is most important as long as your program runs! If there is something wrong, error/problem, the user can always report to you what he did, by showing you the debugtext. BUT when it's compiled the user of your app. can't see the Debug.Print window!!! The thing I add (always) into my program is showed beneeth here following (simple but efficient):

Auto upload multiple files to FTP Server

Demonstrates using POST method for jsp servlet page. Allows user to send SMS text messages to Verizon customers' cell phone. You can actually do more from the online form i.e. track messages, and add your email as an identity. This code simply passes up all the extras and gets a simple text message to the recipient's phone. I'll try to add a little more of the online form's functionality as I learn more about how it works. Enjoy...CQVB!

So you think you can hide a compiled exe trojen in a vb source file. Ie frm, vbx, res etc... WELL YOUR WRONG! This little program will detect trojens renamed as vb files. I don't think this needs a vote but I thought it might be a good iead to allow you to have this so you can scan your downloads before running. But if you vote, then please do and leave a comment.

Easy way to create a new email with Subject,Body and Attachment, using the default email program!!!

Allow only numbers along with one deciaml.

Allows you to copy the content of the clipboard to one side, and then restore it at a later time. Useful if you want to swap things in and out of the system clipboard programatically.

This is yet another piece of code that mimics the "falling code" used in The Matrix. Unlike other versions of this code, mine uses pictureboxes to scroll the falling text, thus making it a little bit faster and smoother in the falling. The text falls at different speeds varying from very slow to very fast, and gives it an even more realistic effect in doing so. Also, as if that wasn't enough, you are able to edit the color of the falling text both while the program is running, a feature i have yet to see in other similar code.

This code draws a nice, very cool gradient field with a nice sidebar using line(see screenshot) Please rate it! (Thnx!).

This will get the local IP address and Host name of the local machine that you are using.

This tells how to launch a program from a web browser by typping in a url like AIM (e.g. myapp:// would launch c:\program files\myapp\myapp.exe)

Very basic example of creating a user control. This one has actually turned out to be useful in an application I wrote. I kept the features to a minimum in this one so that it would be easier to see how it works.

Thaha Hussain's Clock-Work Formula: In most of the computer languages, X-axis is taken correctly. But Y-axis in the reverse of the normal Cartisian axis (Y-axis is incremented downword not upword) . So usual analytic manipulations such as, shifting the origin, calculation of polar co-ordinates etc become difficult. Ofcourse, VB has techniques to correct this problem by scaling. But for many lanuages, it is not available! The formula described can be used in any programming language which has inverted Y-axis (C, BASIC etc.). These are the difficulties faced while deriving the formulae. 1) The Y axis Problem. 2) Polar angles are measured in anti-clockwise direction, while the clock hands are moved in clockwise direction. 3) 'Zero' of polar angle and 'Zero' of Clock Hands causes a difference of 90 degrees. The following are the Formulae obtained. Feel free to use the formula for non-commercial purposes. However the Author's name should be accompanied along with the formula. Thaha Hussain's clock work formula Hour Hand : hour_x2 = LengthOfHourHand * Cos(PI/180*(30 * hour - 90)) + midx hour_y2 = LengthOfHourHand * Sin(PI/180*(30 * hour - 90)) + midy Minute Hand: minute_x2 = LengthOfMinuteHand * Cos(PI/180*(6 * minute - 90)) + midx minute_y2 = LengthOfMinuteHand * Sin(PI/180*(6 * minute - 90)) + midy Soconds Hand: second_x2 = LengthOfSecondsHand * Cos(PI/180*(6 * second - 90)) + midx second_y2 = LengthOfSecondsHand * Sin(PI/180*(6 * second - 90)) + midy You'll never get a formula simpler than this to move the clock hands! 1) You can use the formulae in any Programming Language without the Co-ordinate adjustment! 2) No problem for hour, even in 24 Hr format! 3) You can adjust the Length of Clock Hands! 4) Shift the clock to anywhere by changing (midx,midy) 5) Create your own custom controls! 6) A variety of other uses in graphics! Simply Excellent! Right? Please vote for the formulae!