/* vi: set ts=4 :*/ /* Toybox infrastructure. * * Copyright 2006 Rob Landley */ #include "toys.h" // Populate toy_list[]. struct toy_list toy_list[] = { #define FROM_MAIN #include "toys/toylist.h" }; #define TOY_LIST_LEN (sizeof(toy_list)/sizeof(struct toy_list)) // global context for this applet. struct toy_context toys; char toybuf[4096]; struct toy_list *toy_find(char *name) { int top, bottom, middle; // If the name starts with "toybox", accept that as a match. Otherwise // skip the first entry, which is out of order. if (!strncmp(name,"toybox",6)) return toy_list; bottom = 1; // Binary search to find this applet. top = TOY_LIST_LEN-1; for (;;) { int result; middle = (top+bottom)/2; if (middletop) return NULL; result = strcmp(name,toy_list[middle].name); if (!result) return toy_list+middle; if (result<0) top=--middle; else bottom = ++middle; } } void toy_init(struct toy_list *which, char *argv[]) { // Free old toys contents here? toys.which = which; toys.argv = argv; toys.exitval = 1; if (which->options) get_optflags(); } // Run a toy. void toy_exec(char *argv[]) { struct toy_list *which; which = toy_find(argv[0]); if (!which) return; toy_init(which, argv); exit(toys.which->toy_main()); } int toybox_main(void) { static char *toy_paths[]={"usr/","bin/","sbin/",0}; int i, len = 0; if (toys.argv[1]) { if (toys.argv[1][0]!='-') { toy_exec(toys.argv+1); error_exit("No behavior for %s\n",toys.argv[1]); } } // Output list of applets. for (i=1; i65) { putchar('\n'); len=0; } } } putchar('\n'); return 0; } int main(int argc, char *argv[]) { // Artificial scope to eat less stack for things we call { char *name; // Figure out which applet to call. name = rindex(argv[0], '/'); if (!name) name=argv[0]; else name++; argv[0] = name; } toys.argv = argv-1; return toybox_main(); }