InputHandlingControls::InputHandlingControls(HWND hwnd, vncServer *server)
{
m_server = server;
// Remote input settings
HWND hEnableRemoteInputs = GetDlgItem(hwnd, IDC_DISABLE_INPUTS);
SendMessage(hEnableRemoteInputs,
BM_SETCHECK,
!(m_server->RemoteInputsEnabled()),
0);
// Local input settings
HWND hDisableLocalInputs = GetDlgItem(hwnd, IDC_DISABLE_LOCAL_INPUTS);
SendMessage(hDisableLocalInputs,
BM_SETCHECK,
m_server->LocalInputsDisabled(),
0);
// Local input prioity settings
HWND hRemoteDisable = GetDlgItem(hwnd, IDC_REMOTE_DISABLE);
SendMessage(hRemoteDisable,
BM_SETCHECK,
m_server->LocalInputPriority(),
0);
HWND hDisableTime = GetDlgItem(hwnd, IDC_DISABLE_TIME);
SetDlgItemInt(hwnd, IDC_DISABLE_TIME, m_server->DisableTime(), FALSE);
EnableRemote(hwnd, false);
EnableInputs(hwnd);
}
void CMainDlg::OnBnClickedConnect()
{
CBusy busy;
progress_Changed(0);
if(!m_BootConnected)
{
// Unconnected state => try to connect to bootloader
char tmpstrCom[512];
char tmpstr[1024];
CString tmpStrFormat;
EnableInputs(false);
;
if(m_fileS19.GetLBText(m_fileS19.GetCurSel(),tmpstr) < 0)
{
EnableInputs(true);
printf("S19 file must be selected!\n");
return;
}
if(m_comPorts.GetLBText(m_comPorts.GetCurSel(),tmpstr) < 0)
{
EnableInputs(true);
printf("Serial Com Port must be selected!\n");
return;
}
if(m_cbComSpeed.GetLBText(m_cbComSpeed.GetCurSel(),tmpstr) < 0)
{
EnableInputs(true);
printf("Speed of serial ComPort must be selected!\n");
return;
}
// Dual mode !!!
if(m_chbSingleWire.GetCheck())
{
if(m_chbVerify.GetCheck())
tmpStrFormat = "COM%d!S";
else
tmpStrFormat = "COM%d!s";
}else
{
if(m_chbVerify.GetCheck())
tmpStrFormat = "COM%d!D";
else
tmpStrFormat = "COM%d!d";
}
sprintf(tmpstrCom, tmpStrFormat, (int)m_comPorts.GetItemData(m_comPorts.GetCurSel()));
m_cbComSpeed.GetLBText(m_cbComSpeed.GetCurSel(),tmpstr);
// open serial port
if(init_uart(tmpstrCom, tmpstr) < 0)
{
EnableInputs(true);
return;
}
LogResetReplaceLine();
// wait for reset
if(hook_reset() < 0)
{
close_uart();
EnableInputs(true);
return;
}
LogResetReplaceLine();
// calibrate target's oscilator
if(calibrate_speed(m_chbShortTrim.GetCheck()) < 0)
{
close_uart();
EnableInputs(true);
return;
}
LogResetReplaceLine();
// read info
if(!read_mcu_info())
{
printf("\nBootloader protocol version: 0x%02X (%s, ", bl_version , Version_string(bl_version));
printf("read command ");
if (!bl_rcs) printf("NOT ");
printf("supported)\n");
printf("CRC protocol ");
if (!bl_crcs) printf("NOT ");
printf("supported)\n");
printf("Bootloader version string: %s\n", ident.targ_name);
if (!bl_rcs)
m_chbVerify.SetCheck(0);
if (bl_version == BL_HC08) // HC08
{
unsigned i;
printf("Available flash memory: 0x%04X-0x%04X\n", ident.mem_start[0], ident.mem_end[0]-1);
printf("Erase block size: %3d bytes\n", ident.erblk);
printf("Write block size: %3d bytes\n", ident.wrblk);
printf("Original vector table: 0x%04X\n",ident.int_vect_tbl);
printf("Bootloader user table: 0x%04X\n",ident.bl_tbl);
printf("Bootloader data (hex): ");
for(i=0; i<sizeof(ident.priv_data); i++)
printf("%02x ", ident.priv_data[i]);
printf("\n");
}
else if (bl_version == BL_HCS08) // S08
{
unsigned i;
printf("System device ID: 0x%03X [%s] rev. %u\n", ident.sdid, chipid ,ident.sdidrev);
printf("Number of memory blocks: %u\n", ident.num_blocks);
for(i=0; i<ident.num_blocks; i++)
printf("Memory block #%u: 0x%04X-0x%04X\n", i+1, ident.mem_start[i], ident.mem_end[i]-1);
printf("Erase block size: %3d bytes\n", ident.erblk);
printf("Write block size: %3d bytes\n", ident.wrblk);
printf("Original vector table: 0x%04X-0xFFFF\n",ident.int_vect_tbl);
printf("New vector table: 0x%04X-0x%04X\n",ident.bl_tbl, ident.bl_tbl+(0xFFFF-ident.int_vect_tbl));
}
else if (bl_version == BL_HC08_LARGE) // large HC08
{
unsigned i;
printf("Number of memory blocks: %u\n", ident.num_blocks);
for(i=0; i<ident.num_blocks; i++)
printf("Memory block #%u: 0x%04X-0x%04X\n", i+1, ident.mem_start[i], ident.mem_end[i]-1);
printf("Erase block size: %3d bytes\n", ident.erblk);
printf("Write block size: %3d bytes\n", ident.wrblk);
printf("Original vector table: 0x%04X\n",ident.int_vect_tbl);
printf("Bootloader user table: 0x%04X\n",ident.bl_tbl);
}
else if ((bl_version == BL_HCS08_LARGE) || (bl_version == BL_HCS08_LONG))// large + long S08
{
unsigned i;
printf("System device ID: 0x%03X [%s] rev. %u\n", ident.sdid, chipid ,ident.sdidrev);
printf("Number of memory blocks: %u\n", ident.num_blocks);
for(i=0; i<ident.num_blocks; i++)
printf("Memory block #%u: 0x%06X-0x%06X\n", i+1, ident.mem_start[i], ident.mem_end[i]-1);
printf("Erase block size: %3d bytes\n", ident.erblk);
printf("Write block size: %3d bytes\n", ident.wrblk);
printf("Original vector table: 0x%04X\n",ident.int_vect_tbl);
printf("Bootloader user table: 0x%04X\n",ident.bl_tbl);
}
else if (bl_version == BL_CFV1) // CFV1
{
unsigned i;
printf("System device ID: 0x%03X [%s] rev. %u\n", ident.sdid, chipid ,ident.sdidrev);
printf("Number of memory blocks: %u\n", ident.num_blocks);
for(i=0; i<ident.num_blocks; i++)
printf("Memory block #%u: 0x%08X-0x%08X\n", i+1, ident.mem_start[i], ident.mem_end[i]);
printf("Erase block size: %3d bytes\n", ident.erblk);
printf("Write block size: %3d bytes\n", ident.wrblk);
if (ident.int_vect_tbl != NULL)
{
printf("Original vector table: 0x%08X-0x%08X\n",NULL, ident.int_vect_tbl-1);
printf("New vector table: 0x%08X-0x%08X\n",ident.bl_tbl,ident.bl_tbl+ident.int_vect_tbl-1);
} else
printf("Vector table not relocated\n");
}
else if (bl_version == BL_KINETIS) // Kinetis
{
unsigned i;
printf("System device ID: 0x%03X [%s] rev. %u\n", ident.sdid, chipid ,ident.sdidrev);
printf("Kinetis Package: %s .\n", get_package_str(ident.sdid));
printf("Number of memory blocks: %u\n", ident.num_blocks);
for(i=0; i<ident.num_blocks; i++)
printf("Memory block #%u: 0x%08X-0x%08X\n", i+1, ident.mem_start[i], ident.mem_end[i]);
printf("Erase block size: %3d bytes\n", ident.erblk);
printf("Write block size: %3d bytes\n", ident.wrblk);
printf("Original vector table: 0x%08X-0x%08X\n",ident.int_vect_tbl,ident.int_vect_tbl + 0x3FF);
printf("New vector table: 0x%08X-0x%08X\n",ident.bl_tbl, ident.bl_tbl + 0x3FF);
}
else
{
fprintf(stderr, "This version [0x%02X] of protocol is not (yet) supported! Check AN2295SW for update!\n", bl_version);
close_uart();
EnableInputs(true);
return;
}
}
else
{
fprintf(stderr, "Can't read MCU info. Could be protocol error.\n");
fprintf(stderr, "(Or forgot to set single wire mode?)\n");
close_uart();
EnableInputs(true);
return;
}
printf("\nS19 Image Control.\n");
LogResetReplaceLine();
// read S19 file
reset_S19image(&image);
m_fileS19.GetLBText(m_fileS19.GetCurSel(),tmpstr);
if(read_s19(tmpstr, &image) < 0)
{
close_uart();
EnableInputs(true);
return;
}
sprintf(tmpstrCom, "0x%04x", S19_GetCRC());
m_edbCheckSum.SetWindowTextA(tmpstrCom);
if(S19_GetTotal() > 1024)
sprintf(tmpstrCom, "0x%x B, %d KB", S19_GetTotal(), S19_GetTotal()/1024);
else
sprintf(tmpstrCom, "0x%x B, %d B", S19_GetTotal(), S19_GetTotal());
m_edbImageSize.SetWindowTextA(tmpstrCom);
LogResetReplaceLine();
// masquerade vector table
if(setup_vect_tbl(ident.int_vect_tbl , ident.bl_tbl) < 0)
{
close_uart();
EnableInputs(true);
return;
}
LogResetReplaceLine();
// check if code goes to valid memory only - issue warning only, but continue! (r30323)
check_image();
LogResetReplaceLine();
printf("\n ");
printf("\n ");
m_btConnect.SetWindowTextA("Quit/&Run");
m_BootConnected = true;
FillUpIdentification();
EnableControlBtn(true);
}else
{
// Connected state => Quit and run MCU application
unhook();
LogResetReplaceLine();
close_uart();
m_btConnect.SetWindowTextA("Connect");
EnableInputs(true);
m_BootConnected = false;
FillUpIdentification();
EnableControlBtn(false);
//LogClear();
}
}
