-> dbgHelpb                               Display breakpoints and eventpointsb         addr[,task[,count [,quiet]]]                                Set breakpointbi        [bpId]                Display breakpoint(s) detailed informatione         addr[,eventNo[,task[,func[,arg]]]]] Set eventpointdprintf   addr,task,count,fmtStr[,args]                                Set dynamic printf eventpointbd        addr[,task]           Delete breakpointbdall     [task]                Delete all breakpoints and eventpointsc         [task[,addr[,addr1]]] Continue from breakpointcret      [task]                Continue to subroutine returns         [task[,addr[,addr1]]] Single stepso        [task]                Single step/step over subroutinel         [adr[,nInst]]         List disassembled memorytt        [task]                Do stack trace on taskhdprintf  addr,access,task,count,fmtStr[,args]                                Set hardware dynamic printf eventpoint                                (bh() help entry lists access modes)bh addr[,access[,task[,count[,quiet]]]] Set hardware breakpoint         access :      0 - instruction        1 - write 1 byte                       3 - read/write 1 byte  5 - write 2 bytes                       7 - read/write 2 bytes d - write 4 bytes                       f - read/write 4 bytes 9 - write 8 bytes                       b - read/write 8 bytes

#include <stdio.h>
void eee(){    printf("!%s\n", __FUNCTION__);    }void ddd(){    printf("!%s\n", __FUNCTION__);    eee();    }void ccc(){    printf("!%s\n", __FUNCTION__);    ddd();    }void bbb(){    printf("!%s\n", __FUNCTION__);    ccc();    }void aaa(){    printf("!%s\n", __FUNCTION__);    bbb();    }