sconfig | Scala configuration library supporting HOCON for Scala | Runtime Evironment library

I am trying the following code because I want to use the Verification Check box feature:

In a STM32G4, I was able to setup the DAC DMA such that I could use a regular variable (ie. a uint8_t array). However, when I tried porting my code over to an H723, the DAC DMA would not work unless it's with a constant variable (ie. a const uint8_t array) that is set before runtime. My application requires runtime changes to the array. A pointer initialization of the array does not seem to work. I was wondering if there is a way to remedy this? Am I stuck with the constant variable? Thank you!

EDIT1: Current Setup of DAC DMA and TIMER

In my STRINGTABLE I have the following:

In my code where I use TaskDialogIndirect I can hover over AFX_IDS_APP_TITLE:

I understand this much ... if the resource can't be found it defaults to the executable name. At the moment that is what I am getting:

Yet, when I use the CTaskDialog constructor I get the correct caption:

For TaskDialogIndirect I am using:

Good afternoon, I am using stm32 Blue Pill on USB (CDC) com port, "IAR" development environment. I have connected a library 1, 2 for stm32 to work with W25Qxx SPI flash drives ...

I ran the tests in the main.c file as follows: Write byte, read byte, write page, read page, sector write, sector read, block write, block read. All checks were successful, the flash drive is working and there are no problems with the library.

The problem is as follows, when I connect via app or terminal to port and try to send data in "HEX" format 1E 01 0A 02 00 00 09 C4 03, and then write them into memory by the microcontroller (W25Qxx) then USB CDC freezes (crashes) when receiving data packets on stm32 and when reconnecting a message "USB device not recognized" appears on the computer.

3.3v power did not turn off!

In order for you to check this, I will give an example:

The project was created via STM32CubeMX.

Main.c

Good afternoon all!

May I get some assistance, or at least pointed in the right direction with the below script?

Im working with the Dell BIOS and have successfully been able to get what we're looking for working as far as, getting the remote PC to set a certain category to Disabled, or Enabled. Now the issue is, when trying to create the script, the variable for the selection does pass through and just loops to the first colum of selections. See below:

I'm trying to migrate some old code from using io_service to io_context for the basic tcp acceptor, but am running into issues when switching get_io_service() to get_executor().context() results in the following error:

Im using the STM32F303 Discovery Board. I want to trigger a row of ADC conversions to fill my DMA buffer every time my timer triggers. I am using the HAL, this problem would have probably been solved easier with bare metal, I know.

Ive found already this post and the answer helped me quite alot, but I still seem to have problems getting it to run. How to do a adc conversion every 1us with Nucleo-F303K8?

Either Im getting the ADC to convert constantly with its sample time or when Im using the timer as trigger input I get exaclty one conversion.

Here is my initialisation code for the ADC and timer:

Im using the STM32 Cube IDE. What I tried now is enable MSM in TIM2 and output_compare_no_output on Channel 1 and select "Reset" as the Trigger Event. Then I went to ADC1 and enabled Regular_Conversion_Mode, set Number_Of_Conversions to 1 and the External_Trigger_Conversion_Source to Timer 2 Trigger Out event. After that I set up a DMA in circular mode that pushes half-words to a RAM buffer. For testing I've set the frequency of the timer a lot lower (10Hz) and send some ADC readings from the buffer via UART in the ConvHalfCoplt and ConvCoplt complete callbacks. But at the moment it does not work. Can you think about any mistakes in my approach ?

I am trying to run a code I found some time ago here, that allows to choose an ADC channel from a few channels and to read it individually when necessary. No DMA involved. I use STM32L4R5. My idea is just to confirm proper ADC reading by switching status LEDs on and off if some level is available and it is not working at all so far (status led for is always ON). For input signal source I use a GPIO pin, set to high, that passes through a 1k resistor and a LED so the voltage is about 0.7V. I call __HAL_RCC_ADC_CLK_ENABLE(); and __HAL_RCC_GPIOC_CLK_ENABLE(); in the HAL_ADC_MspInit(). status_led() function is not shown but I use it a lot, no problem with it.

The rest of the code is as follows: