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Hello, I am having the exact same issue you described. What was the timing of your switches that made it work? I can't seem to get a combination where it uploads the sketch. I have been pulling GPIO 9 Low, then pull EN low, then release EN. wait a few ms. Then release GPIO 9. I have tried to do this before hitting upload and while the Connecting... is going.
So, I don't think this will be particularly helpful, but I wanted to chime in here because I am experiencing the same problem. It took me a little while to get to this point, because I'd missed some critical components in my PCB design (the 10uF cap on EN pin, the Pullup on EN, and although the booting mode table in the esp32-c3 docs says IO2 has to be high, I can't get my boot to stablize unless it's low.)
aside from programming the application binary, have you also programmed
the 2nd stage bootloader and the partition table binaries? invalid header: 0xffffffff possibly indicates that the 2nd stage bootloader is not written into Flash.
(Programming ESP32-C3-MINI-1 module using JTAG (OCD-390) Issue #168 espressif/openocd-esp32 GitHub)
All right, so more learning and experiments later, I have found the problem that my board was experiencing, and I suspect this will help some folks in the future:
The issue that I was running into (and I suspect that @cclose above is experiencing) was that my GPIO8 was bridged to my GPIO9. Both pins affect the boot mode, and the documentation states this:
Additionally, GPIO9 has a pullup on it. So if your IO8 and 9 are bridged. When IO9 is high (and 8 is also high), your board boots normally. If you pull IO9 down to boot into download mode, you are (unknowingly) pulling IO8 down as well. As noted above this results in unexpected behavior. In my case it was going into 'USB_BOOT'.
This problem is exacerbated by the fact that the pins are under the module, and you can't see if you have a bridge. I have test points on my board and that's how I discovered the problem. I used some flux and a hot-air rework station to reflow the solder. If you don't have a hot-air station, you might be able to put some flux on the edge of the board where IO8 and IO9 are, and put a soldering iron on, that might transfer enough heat to reflow it. I suspect this is an unfortunate side effect of module design coupled with at-home reflow practices (too much solder paste, unaligned stencil, imperfect reflow temperatures, etc.)
My IO8 pin is pulled high on my board with a 10k resistor, which of course allowed it to be pulled low by the bridged IO9 that had no resistance. IO8 MUST be HIGH in order for the board to boot into download mode.
You will want to release both EN and GPIO9 before you hit upload. Holding EN keeps the chip turned off, essentially. You can release GPIO9 at any point - it just needs to be held at GND when the chip comes out of reset.
If you have RXD AND TXD lines connected up to your CP2102, you should see some distinctive messages on coming out of reset which will clarify which mode you're in.
I took the question to the ESP32 forum and found that there are two variants for ESP32-C3. One with flash and one without built in flash. and it seems that I have used the one without flash and hence it is not accepting the sketches.
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The prototypes for these, as well as the macros FLASH_SECTOR_SIZE and FLASH_PAGE_SIZE, are in hardware/flash.h. Due to the way these functions are stored in the library file (with C naming conventions), this header file needs to be included in the Arduino IDE like:
Note that when I called flash_range_program(), I cast the page buffer into (uint8_t *), as the function expects a pointer that increments on one byte boundaries. It then happily puts the four bytes of my int at the first four positions of the specified page of flash. During this exercise I experimentally determined that RP2040 is little endian, in case you were curious.
Furthermore, if you are executing code on both cores, you must manually ensure that no execute-in-place accesses of flash occur during erasing/programming. Hopefully if you are that advanced you are not here reading this, because as a hobbiest I am currently only tangentially aware of such capabilities on a microcontroller architecture.
The ARM cores have the entire address space of the flash memory-mapped. What that means is that programatically, you simply create a pointer, set its address to the desired location in flash, and read the value directly as if it were in RAM. This makes traversing the flash for reads very simple as you can just increment a pointer in a loop and go. One minor bookeeping item that you must take into account is that the RAM is included in this address space. This means that the memory-mapped flash addresses will be offset by the RAM size as compared to the addresses we used above when erasing and programming the flash. On the RP2040, there are XIP_BASE bytes of RAM. So when you compute addresses for reading, use that as an additional offset. Here I grab an int from the first four bytes of the final sector:
The above code fragments were for teaching purposes. A full working example of a simple RP2040 flash-writing code, including the wear-leveling logic is available on my github. Fire up the Arduino IDE, enable the Pi Pico (or your favorite supported RP2040-based board) through board manager, load it up and go. Each time it executes, it will write one int to the first four bytes of the first empty page in the last sector of flash. Once the sector is full, it will erase it and start over.
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