* remove luaL_buffer from file_g_read()
- avoid memory leak when function gets terminated by lua_error
- skip scanning for end_char when reading until EOF
* attempt to free memory in any case
The esp_init_data_default.bin is now extracted from the SDK (and its
patch file, if present), and the contents are automatically embedded
into user_main.o.
To work around the pesky "rf_cal[0] !=0x05" hang when booting on a chip
which doesn't have esp_init_data written to it.
It is no longer possible to do the writing of the esp_init_data_default
from within nodemcu_init(), as the SDK now hangs long before it gets
there. As such, I've had to reimplement this in our user_start_trampoline
and get it all done before the SDK has a chance to look for the init data.
It's unfortunate that we have to spend IRAM on this, but I see no better
alternative at this point.
Input during startup (especially while doing initial filesystem format)
ran the risk of filling up the task queue, preventing the start_lua task
from being queued, and hence NodeMCU would not start up that time.
* Always build spiffsimg (and make it build)
* Make sure that we have the offset before allowing the user to put it
into the output filename
* Fix the documentation and align the makefile with the docs
* Clean up the docs a bit more
* Revert to include building the 8mb size (for ESP8285)
* Added a spiffsimg target that does what you would expect
* Added support for HOSTCC (defaults to gcc)
* Initial version of gdbstub support
* Add DEBUG argument to Makefile to add more debug data and turn off -Os
* Add the output redirection handling
* Added documentation
* Cleaned up the english a bit
* Make gdboutput actually trap all the output
* Review comments
* Add FatFs
* enable BUILD_FATFS for all-module build
* push vfs into rest of firmware
* align maximum filename length
* increase timeout for acmd41 during card initialization
* switch from DOS to Unix path semantics chdrive() is substituted by chdir()
* update to fatfs R.012a incl. patches 1-6
* add callback for rtc provisioning in file
* update docs
The original code did not deal with UDP binding failures, this new code
does one random port attempt and then sets port to 0 to get 'OS
default' behaviour, and ASSERTs that that has to work.
Patch also moves the local UDP port range definition to udp.h from
udp.c.
The original code did not deal with UDP binding failures, this new code does one random port attempt and then sets port to 0 to get 'OS default' behaviour, and ASSERTs that that has to work.
Patch also moves the local UDP port range definition to udp.h from udp.c.