- #BASIC STAMP EDITOR 1 SECOND HOW TO#
- #BASIC STAMP EDITOR 1 SECOND SERIAL#
- #BASIC STAMP EDITOR 1 SECOND DRIVERS#
- #BASIC STAMP EDITOR 1 SECOND UPDATE#
#BASIC STAMP EDITOR 1 SECOND UPDATE#
Keep in mind that this directive update does not automatically update any time-sensitive command arguments. When this happens, it will ask you if you want it to automatically update the directive. Tip: The BASIC Stamp Editor can detect if you are trying to load a program into a BASIC Stamp model that’s different from the one indicated in the program’s $STAMP directive. You can either manually modify the $STAMP directive, or click the BS2sx button on the BASIC Stamp Editor’s toolbar (recommended). With this program, the only change that would need to be made to get this program to run properly with a BS2sx (for example), would be to update the $STAMP directive from BS2 to BS2sx. Here is an example BASIC Stamp 2 program that has no time-sensitive commands. If the BS2 application does not utilize any of the time-sensitive commands listed above, all that needs to change is the $STAMP directive. Īdapting Code with No Time-sensitive Commands When executed by different BASIC Stamp 2 models, the units for each time-sensitive argument may differ, so if the program is not adjusted to account for these differences, signals may be generated or measured at different rates. Likewise, if the command measures a signal, one or more of its arguments may affect the result. If the command generates a signal, one or more of its arguments may contain values that affect the signal’s timing. Many BASIC Stamp 2 application examples make use of time-sensitive commands, those which have one or more arguments that depend on some attribute of time such as frequency, duration, baud rate, decay time, or pulse duration.
#BASIC STAMP EDITOR 1 SECOND HOW TO#
This page provides some tips and examples of how to do this.
If your BASIC Stamp model is different from the one the code is written for, portions of the program may need to be adjusted to accommodate differences in processor speed. While some code examples include compiler directives that make them compatible with any 24-pin BASIC Stamp model, others are written for a single model, most often the BS2.
Parallax provides PBASIC code examples for many applications and devices, and many more examples can be found on the Parallax forums and other web sites. Fixed bug that prevented on-line help from appearing on some systems.You are here: PBASIC Language Reference > Adapt BS2 Code to other Models Adapt BS2 Code to Other Models.Updated Generate Object Code feature to allow it to load Names and Message settings from object code with file format v1.2 (old) or v1.3 (current).This is the final version of the BASIC Stamp Editor to support Windows versions prior to Win2K.(This is only for Windows 98/ME/NT4 users)
#BASIC STAMP EDITOR 1 SECOND DRIVERS#
Included Parallax USB (and FTDI USB) Drivers v2.12.16. Included StampLoader v3.6 to support BS2px v1.2 via the Generate Object Code feature. Includes software, USB driver, example code and help for all BASIC Stamp modules.See the Parallax IDE for Chrome page and the MacBS2 Software page for other options. This software does not collect, store, or automatically transmit end-user information. There is no End User License Agreement required during installation. Parallax remains the copyright owner so it may not be re-sold. No per-computer or site license is required at school, work, or home. This software may be distributed freely for personal, educational, or commercial use with Parallax BASIC Stamp hardware. The BASIC Stamp Editor Software for Windows created by Parallax Inc.
#BASIC STAMP EDITOR 1 SECOND SERIAL#
Step 3: Connect your hardware to USB or serial port Step 2: Run the Installer and follow the prompts Step 1: Download the software to your computer Do NOT connect your hardware to USB or Serial port until AFTER you have installed the software.