Видео

Can I confirm that you are thinking of an icon in the GCODE IDE? If yes, this sounds like a great idea. Let me know if you are thinking within GCODE IDE.

@@AnobiumTech - Yes, so you can skip the search step.

Great points - PIC, AVR and LGT are still great solutions for when performance and complexity are key drivers. But, there are lots of microcontrollers to choose from today.

Again, a great question. It will be part of the GCSTUDIO installation so GCBASIC users will simply choose with Preferences Editor to use this 'adapted' version of AVRASM2. This way anyone can use AVRASM2 as part of the tool chain with ease.

I think this answer your question. If the #include "{chipname}.DFP" is present in the GCB source then the ASM file will be updated with the DFP location. If #include ( therefore with no .DFP ) the standard ( legacy) .INCLUDE "{chip}def.inc" will be inserted into the ASM file.

⁠@@AnobiumTech- Thanks. So the DFP isn’t necessary, just an option if you want to use the .asm with MPLAB X or Studio?

@@FilamentFriday Yes. As part of the development of AVRDx validation of the ASM being generated was essential. Validating the ASM is valid and the HEX generated is the same between GCASM and AVRASM2. So, this new capability is important to the ongoing quality and simplicity of GCBASIC.

Thank you for looking at the video. Please clarify the question.

@@AnobiumTech hi, I am Perú, I don't speak English.... Do you have AVRDx series book??

@EdwardYamunaque I have just started a book. The first chapter will be ready soon. I will also be publishing RUclips video to support the book.

There is an old MPLAB project. That may be imported into MPLABX but it may not work. GCBASIC does it a lot faster and it works.

Study : Great Cow Basic F1 Evaluation Platform #1 and 2 ... thank you ruclips.net/video/deyMvU0e8_Y/видео.html ruclips.net/video/rd9eGH-q4WI/видео.html

I believe so. Check the data sheet for details. Also, send OSRAM an email as they are very good in responding.

@@evanvenn thank you very much sir

If this signal is specified in the datasheet then yes.

@@evanvenn - what datasheet? 🤣 I’m still searching for a decent datasheet for the LGT8F328P! What I meant was your command for say HPWM has a value 10 for 10kHz - can we put 0.5 as the value for 500Hz?

github.com/dbuezas/lgt8fx/blob/master/docs/LGT8FX8P_databook_v1.0.4.en.pdf

@@AnobiumTech - Thank you!

Thank you. Your message means something to me. Grateful.

I appreciate that! I took the work from Greg and wrote the library. This is so fast to use!

Thanks for the feedback. GCBASIC is now 18 years old and still getting better! The strategy for IDE development is clear to me. MPLAB-X and Studio are both valid. From the very recent release the underlying chip description files are the same. The same description files architecture. So, it could be that Microchip support both going forward. :-)

The connections that make up the circuit are shown at ruclips.net/video/voTk64iioVc/видео.html The connections for DC/CS and RST are to standard IO ports. The DI/DO/SCK ( Data In/Data out/Clock ) are typically specific to the microcontroller you are using. So, It depends on your microcontroller. What are you using?

Hello. Many different ways in terms of structure but the basic is `port.bit =1 or 0`. Visit the forum. There are 1000s of demos, and, there are many that are specific to port On/Off operations. AVRDx is new. Use an older chip unless you part to help develop GCBASIC.

@@evanvenn thank you

The first step is setting of IO register DIRection. Next, is set state of specific bit of an IO register.

See also EEPROM/END EEPROM

Great spot. I talk through the menus, sorry for omission.

These chips are ok. I use them in preference to Atmel 328p. What issues you had? Resources. GCBASIC from SourceForge has the complete toolchain.

Yes, I will post once the library has had a code review. It will be in the next public update.

Once we have multiply and divide sorted will have a BETA program. Should be some time in March

A good ask... All GCBASIC programs that are not programmed to stay in a continuous loop will put the chip to sleep. Are you thinking of a tutorial on specific of sleep with interrupts etc>

@@AnobiumTech Oh interesting, I guess I just assumed that it would restart the program again if it exits the main loop. Most of my programming is on processors like the ESP8266/ESP32 which can be put in deepsleep to save power and then wake up from an external input or a timer sometimes (push button on reset for me mostly) seems I should just try it, I know I have a few PIC's somewhere. Many years ago I learned ASM on a PIC16F84, but I have not used that for years. A demo of how GC Basic works with sleeping and then perhaps using the WDT to wake it say every second would be an interesting version of flashing a light for example. Watching PT1 of this series I see in the first example you do have a comment that END puts the chip to sleep... I missed that before. I find your videos interesting as I remember the pain that ASM was ~20 years ago, GC Basic sure seems to hide the mess of setting fuses to get the right clock source and so much more.

It is easy to use and fast. Он прост в использовании и быстр.

Да. Это сразу привлекло моё внимание .

The Linux build is on the SourceForge download page. The process is relatively simple. I will post a Linux installation very soon.

I am back making video. I have the 18FxxQ20 and 18FxxQ24 series in production. Also, adding more insight videos into GCBASIC and MPLAB-X

Great to hear the solution works so well. Thanks for the feedback!