- added the eLua web server example (romfs/lhttpd.lua, romfs/index.pht, romfs/test.lua). Use "lua /rom/lhttpd.lua" from the console to run the server. The server code is largely WIP.
- added the resolver application (src/uip/resolv.*) to eLua (configurable by BUILD_DNS in build.h) to allow DNS lookups
- more functions in the "net" module, more tests, it seems to work fine now in both "server mode" and "client mode"
- console over TCP works once again, or should I say "now works". It turns out that it never worked with the code in SVN, because I committed a wrong file a while ago.
ANSI terminal support (yet) and "recv" doesn't work anymore because XMODEM doesn't work over TCP/IP. Only for LM3S8962/LM3S6965 for now, but it should straightforward (not easy though)
to port it to other platforms. Only static IP for now. More TCP/IP functions need to be implemented (and an eLua module must be written to access them). To enable console over TCP:
- enable "BUILD_CON_TCP" in build.h, also disable "BUILD_XMODEM" and "BUILD_TERM" in build.h (you'll get an error if you don't)
- disable "BUILD_CON_GENERIC" in build.h (you'll get an error if you don't)
- edit your network settings in build.h
- build the image&burn it
- telnet to the address configured in build.h. Be sure to use a decent telnet client, like the one in Linux or putty. Don't try with telnet from Windows, as it surely won't work. Also, it might
not work with the telnet client from Tera Term Pro (didn't test this).
- type 'exit' from shell to terminate the connection.
Also, note that from this point on you'll need a newer version of binutils to compile for Cortex. I'm using binutils-2.19.50.tar.bz2 (from the snapshots page). 2.18 might work too, but I didn't
test it.
mathlib (sin, cos, tan and all the other functions from there).
- corrected "pwmled.lua" (removed a debug print)
- bumped version number to minor versn 0.4.1
I/O setup.
- the pd() module has a new method (board) and gets it CPU, platform and board name directly from the build system (command line macros). It's much easier to work like this.
- the samples (examples/) were updated to check pd.board() rather than pd.platform()/pd.cpu(), which is a much more logical way to do things, since it ties the sample to a
specific I/O configuration, not with a CPU.
- updated PWM code for AT91SAM7X, now the "piano" example works for both LM3Sxxxx and AT91SAM7X256.
- added 3 new methods to the PIO module: pullup(), pulldown(), ad nopullup(), their meaning is obvious.
- new shell command: mem
- new module: bit (for bit operations)
- removed UARTx, TMRx, SPIx, PWMx constants from the respectives modules, as they only waste memory space. But now the same
modules will return an error (via luaL_error) if an invalid resource ID is used. Note that this does not apply to PIO, since
PIO uses special encodings for ports/pins.
- new methods in pio: port and pin to return the port/pin encoded in a pio value.
