Socket_select_caller(int convertedsock, fd_set *readfds, fd_set *writefds, fd_set *exceptfds, struct timeval *timeout) Socket_setsockopt(int socket, int level, int option_name, const void *option_value, int option_len)įound from index, CommonSyncWrite. Socket_send(int sockfd, void *buf, int len, int flags) Int socket_recv(int sockfd, void *buf, int len, int flags) Int socket_accept(int sockfd, void *addr, int addrlen) Int socket_listen(int sockfd, int backlogl) Int socket_connect(int sockfd, void *addr, int addrlen) Int socket_bind(int sockfd, void *addr, int addrlen)

Translation from ICU to lime is needed with socket_convertfd Int socket_create(int domain, int type, int protocol) Leave wset wget wep w12get w12set elog uap wfd Nell-attach nell-detach nell-wakeup nlog up down stat scan join Netvers eci arp dhcpc ifconfig mbufs netstat route ping tcputil Resume suspend release sem mutex event mqĮxit timer mkobjsize kill delete cmp date The help command ? printed the following:Įxtask meminfo mkcfg dminfo exobjinfo stdlibcfg sysvers xd xm prio Now from the dry shell(ICU), executing uart_change when LIME was active changed the shell from Dry> to Dry>. This log most likely showed the interactions from the ICU to the Lime core on the lower level as it was filled with leave_drv and enter_drv messages and nothing more. Running netlog in the dry shell printed the following: Interestingly enough a new category is added to the ICU dry shell help command( ?) named NetDomain when the networking processor is on. This can simply be done from the Canon GUI where the WIFI can be enabled (WPS led blinking). Now before accessing it, the Lime core needs to be powered on. The networking processor was found to have a DryOS implementation with an interactive shell which can be accessed from the ICU through UART.

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