Effectively deleted old dictionary call function/files.
Created lua_usb_vend_xfr function so lua can directly send and receive
vendor setup transfers.
Dictionary calls are more like function calls now, and all args aren't
required so the LED can be turned on for example in lua like so:
dict_pinport("LED_ON")
general format is:
dict_name( opcode, operand, misc, datastring )
Also added ability to store opcode's return length in shared dict library
files with RL=number in the comments following the opcode.
Negative numbers designate OUT transfers, positive for IN.
Default value can be determined by each dictionary's calling function.
Decided pinport is 1 for SUCCESS/ERROR CODE.
Also have default return data means with second byte giving length of
return data in bytes that follows.
dictionary call function reports any errors reported by the device and
returns any return data from the device excluding error code / data len
Now time to start implementing some of these dictionaries on the device.
now able to accept LIBUSB_LOG_LEVEL from commandline to turn on/off error
messges at runtime. Also setting level > 0 will print messages during
device discovery and connection. Still need to permit kazzo firmware
version to be provided on commandline to support K flag.
fixing dictionary call typo with semicolon and setting buffer length
to always be provided with function call instead of dictionary call
deciding what it should be based on the opcode.
Adding some speed notes and other speed related discussions to buffer
dictionary.
new file: host/source/erase.c
new file: host/source/erase.h
creating erase files called from main with e_flag
modified: firmware/source/usb.c
introducing switch statement with range of values of opcode type detection.
modified: host/source/usb_operations.h
turning off debug
modified: shared/shared_errors.h
renumbering some error codes
thinking I'll have codes which can come from avr set to 128+
rearranged some of the .h files, created dictionary file to list all dictionaries of opcodes.
moved error codes to shared file so host can interpret firmware error codes.
created firmware usb.c/h to handle usb operations (didn't move as git seems to think..)
cleaned up fw main function and file.
host usb_operations, created USBrequest struct type to more easily handle all transfer info.
Currently able to send pinport commands and read back return values from retro prog.
Just need to start writting functions to send opcodes and start actually preforming some cartridge operations.
-shared .h files used in both firmware and host app
modified: firmware/Makefile
modified: host/Makefile
-added shared dependency to copy shared files to source prior to
building
modified: host/source/usb_operations.h
modified: firmware/source/main.c
-removing usb commands (now in shared)
modified: host/include/dbg.h
-adding SUCCESS defintion
modified: host/source/inlprog.c
-calling write file if write arg sent
new file: host/source/write_operations.c
new file: host/source/write_operations.h
-creation of write operations files
-opens file and reads header
-some skeleton comments
-lots of work left to do here
new file: roms/nrom_v_test.nes
-adding NROM test rom file
-moved usb device operations into usb_operations module
new file: source/usb_operations.c
new file: source/usb_operations.h
-creation of usb_operations module
-currently handles libusb open/close and retrieving INL retro-prog
usb handle.
Paul Molloy