#raw register raw 0 raw mesg raw 0x60a 32 1 96 0 0 0 0 0 #canopen register x 0x58a canopen mesg x 10 0x6001 0 #emul register new 3333 emulation #stepper register x 0x58a stepper mesg x stop mesg x status mesg x info mesg x absmove 3200 mesg x relmove 3200 mesg x relmove -3200 mesg x enable 0 =================== help help> help - show help help> list - list all threads help> mesg NAME MESG - send message `MESG` to thread `NAME` help> register NAME ID ROLE - register new thread with `NAME`, raw receiving `ID` running thread `ROLE` help> threads - list all possible threads with their message format help> unregister NAME - kill thread `NAME` register x 0x58a stepper OK x maxspeed=OK register y 0x58b stepper OK y maxspeed=OK list thread> name='x' role='stepper' ID=0x58A thread> name='y' role='stepper' ID=0x58B thread> Send message 'help' to threads marked with (args) to get commands list threads role> canopen NodeID index subindex [data] - raw CANOpen commands with `index` and `subindex` to `NodeID` role> emulation (list) - stepper emulation role> raw ID [DATA] - raw CANbus commands to raw `ID` with `DATA` role> stepper (list) - simple stepper motor: no limit switches, only goto mesg x help OK x> COMMAND NARGS MEANING x> stop 0 stop motor and clear errors x> status 0 get current position and status x> relmove 1 relative move x> absmove 1 absolute move to position arg x> enable 1 enable (!0) or disable (0) motor x> setzero 0 set current position as zero x> maxspeed 1 set/get maxspeed (get: arg==0) x> info 0 get motor information mesg x info OK x errstatus=0 x devstatus=0 x curpos=0 x enable=1 x microsteps=32 x extenable=0 x maxspeed=3200 x maxcurnt=600 x gpioval=8191 x rotdir=1 x relsteps=0 x abssteps=0 mesg x absmove 3200 OK x abssteps=OK mesg x status OK x devstatus=0 x curpos=3200 x errstatus=0 mesg x relmove 1000 OK x abortcode='0x8000022' error='Data cannot be transferred or stored to the application because of the present device state' x abortcode='0x8000022' error='Data cannot be transferred or stored to the application because of the present device state' второй: x> COMMAND NARGS MEANING x> stop 0 stop motor and clear errors x> status 0 get current position and status x> relmove 1 relative move x> absmove 1 absolute move to position arg x> enable 1 enable (!0) or disable (0) motor x> setzero 0 set current position as zero x> maxspeed 1 set/get maxspeed (get: arg==0) x> info 0 get motor information x abssteps=OK x rotdir=OK x relsteps=OK