static char DumpHandler (void) /* Get characters and handle them */ { char c; unsigned BytesPerPage = DumpFrame.fd_height * 8; while (1) { /* Read and handle input */ switch (c = GetKeyUpdate ()) { case '+': DumpAddr += BytesPerPage; break; case '-': DumpAddr -= BytesPerPage; break; case 'g': InputGoto (&DumpAddr); break; case 'o': DumpHome (); break; case 'a': #ifdef CH_CURS_UP case CH_CURS_UP: #endif DumpAddr -= 8; break; case 'z': #ifdef CH_CURS_DOWN case CH_CURS_DOWN: #endif DumpAddr += 8; break; default: return c; } /* Update the window contents */ UpdateDump (); } }
static char CStackHandler (void) /* Get characters and handle them */ { char c; unsigned char BytesPerPage = CStackFrame.fd_height * 2; while (1) { /* Read and handle input */ switch (c = GetKeyUpdate ()) { case '+': CStackAddr += BytesPerPage; break; case '-': CStackAddr -= BytesPerPage; break; case 'o': CStackHome (); break; case 'a': #ifdef CH_CURS_UP case CH_CURS_UP: #endif CStackAddr -= 2; break; case 'z': #ifdef CH_CURS_DOWN case CH_CURS_DOWN: #endif CStackAddr += 2; break; default: return c; } /* Update the window contents */ UpdateCStack (); } }
switch (c = GetKeyUpdate ()) { case '+': AsmAddr = Last; break; case '-': AsmAddr = AsmBack (AsmAddr, AsmFrame.fd_height); break; case 't': #ifdef CH_F2 case CH_F2: #endif DbgToggleUserBreak (AsmAddr); break; case 'f': AsmFollow (); break; case 'g': InputGoto (&AsmAddr); break; case 'o': AsmHome (); break; case 'p':
static char RegHandler (void) /* Get characters and handle them */ { return GetKeyUpdate (); }
static char AsmHandler (void) /* Get characters and handle them */ { char c; unsigned Last; while (1) { /* Update the window contents */ Last = UpdateAsm (); /* Read and handle input */ switch (c = GetKeyUpdate ()) { case '+': AsmAddr = Last; break; case '-': AsmAddr = AsmBack (AsmAddr, AsmFrame.fd_height); break; case 't': #ifdef CH_F2 case CH_F2: #endif DbgToggleUserBreak (AsmAddr); break; case 'f': AsmFollow (); break; case 'g': InputGoto (&AsmAddr); break; case 'o': AsmHome (); break; case 'p': brk_pc = AsmAddr; break; case 'a': #ifdef CH_CURS_UP case CH_CURS_UP: #endif AsmAddr = AsmBack (AsmAddr, 1); break; case 'z': #ifdef CH_CURS_DOWN case CH_CURS_DOWN: #endif AsmAddr += DbgDisAsmLen (AsmAddr); break; default: return c; } } }