THIS DOCUMENT IS OBSOLETE, Please refer to 1.0 preview or later
the main purpose of this protocol is to have an unified way to access different component of an emulator and also be able to control.
Allow to get core and game informations Load game, stop the emulation, reset the emulation List all core memory available to be able to read/write them
65400
KEYWORD<space>[list of args with ;]\n
hash like data :
key:value\n
key1:value2\n
\n\n
A repeat of the first key is a list.
binary data transfert to client : Success :
<0><4 bytes size><datas>
error :
<1> error:blablabla\n\n
status:OK\n\n for success of commands
status:NOK\n
error:my little error\n
\n```
empty replies are `none:none`
## Commands
### EMU_INFOS
Gives information about the emulator (name, version, etc...)
### EMU_STATUS
Returns what state the emulator is.
state:<running|paused|nogame>
### CORES_LIST <opt>
List of supported cores, if given a plateform, list the core for this plateform
### CORE_INFO <core name>
Give information about the core.
plateform:plateform name name:core name
### CURRENT_CORE_INFO
Give information about the loaded core
### LOAD_CORE <core name>
Load the specified core
### LOAD_GAME <filepath>
Load the file
### EMU_PAUSE, EMU_STOP, EMU_RESET
### CORE_MEMORIES
Get information about the available memory of the loaded core
name:WRAM access:rw name:SRAM access:rw
### READ_CORE_MEMORY <memory name> <offset> <size> [offset2 size2, ....]
Read a part of the memory
### WRITE_CORE_MEMORY <memory name> <offset> <size> [offset2, size2, ....]
Then send the data