void WFileList::OnMenuShowColumn(wxCommandEvent& event)
{
switch (event.GetId())
{
case myID_MENU_SHOW_COLUMN0 + 1:
metasettings.show_size = -metasettings.show_size;
break;
case myID_MENU_SHOW_COLUMN0 + 2:
metasettings.show_compressed = -metasettings.show_compressed;
break;
case myID_MENU_SHOW_COLUMN0 + 3:
metasettings.show_compression = -metasettings.show_compression;
break;
case myID_MENU_SHOW_COLUMN0 + 4:
metasettings.show_encryption = -metasettings.show_encryption;
break;
case myID_MENU_SHOW_COLUMN0 + 5:
metasettings.show_mtime = -metasettings.show_mtime;
break;
case myID_MENU_SHOW_COLUMN0 + 6:
metasettings.show_ctime = -metasettings.show_ctime;
break;
case myID_MENU_SHOW_COLUMN0 + 7:
metasettings.show_author = -metasettings.show_author;
break;
case myID_MENU_SHOW_COLUMN0 + 8:
metasettings.show_subject = -metasettings.show_subject;
break;
}
UpdateDisplayMode(displaymode);
ResetItems();
}
void WFileList::LoadProperties()
{
Enctain::Container cnt = wmain->container;
std::string strmetasettings = cnt.GetGlobalEncryptedProperty("FileListColumns");
if (strmetasettings.size() == sizeof(metasettings))
{
memcpy(&metasettings, strmetasettings.data(), sizeof(metasettings));
}
wxString strdisplaymode = strSTL2WX(cnt.GetGlobalEncryptedProperty("FileListDisplayMode"));
unsigned long newdisplaymode;
if (strdisplaymode.ToULong(&newdisplaymode))
UpdateDisplayMode(newdisplaymode);
else
UpdateDisplayMode(0);
}
void WFileList::OnMenuView(wxCommandEvent& event)
{
switch (event.GetId())
{
case myID_MENU_VIEW_BIGICONS:
UpdateDisplayMode(0);
break;
case myID_MENU_VIEW_LIST:
UpdateDisplayMode(1);
break;
case myID_MENU_VIEW_REPORT:
UpdateDisplayMode(2);
break;
}
ResetItems();
}
void
GlueMapWindow::FullRedraw()
{
UpdateDisplayMode();
UpdateScreenAngle();
UpdateProjection();
UpdateMapScale();
#ifdef ENABLE_OPENGL
invalidate();
#else
draw_thread->TriggerRedraw();
#endif
}
WFileList::WFileList(class WCryptoTE* parent)
: wxListCtrl(parent, wxID_ANY),
wmain(parent)
{
metasettings.show_filename
= metasettings.show_size
= metasettings.show_compressed
= metasettings.show_compression
= metasettings.show_encryption
= metasettings.show_mtime
= metasettings.show_ctime
= metasettings.show_author
= metasettings.show_subject = 50;
UpdateDisplayMode(0);
droptarget = new WFileListDropTarget(parent);
SetDropTarget(droptarget);
BuildImageList();
LoadProperties();
}
bool_t
ReadConfigFromDisk(
BootLoader_t *pLoader
)
{
bool_t rc = false;
handle_t hBlock = NULL, hSection = NULL;
size_t sectorSize;
size_t sector, sectors;
uint8_t *pSector = NULL;
BootConfig_t *pBootConfig;
// Open boot block driver
hBlock = OEMBootCreateDriver(pLoader, BOOT_DRIVER_CLASS_BLOCK, 0);
if (hBlock == NULL) goto cleanUp;
sectorSize = BootBlockSectorSize(hBlock);
if (sectorSize == 0) goto cleanUp;
// Open active partition
hSection = BootBlockOpenPartition(hBlock, 0, 0);
if (hSection == NULL) goto cleanUp;
// Get data sector & number of data sectors
if (!BootBlockDataSectors(hSection, §or, §ors)) goto cleanUp;
// Allocate memory for sector
pSector = BootAlloc(sectorSize);
if (pSector == NULL) goto cleanUp;
pBootConfig = (BootConfig_t*)pSector;
// Find sector with parameters
while (sectors > 0)
{
if (!BootBlockRead(hSection, sector, 1, pSector)) goto cleanUp;
// Is this configuration sector?
if (memcmp(pSector, "BLDRCFG\x0A", 8) == 0) break;
// Is this boot loader image sector?
if (memcmp(pSector, "B000FF\x0A", 7) == 0) goto cleanUp;
// Move to next sector
sector++;
sectors--;
}
if (sectors == 0) goto cleanUp;
// Check if this is consistent version
if (pBootConfig->version != BOOT_CONFIG_VERSION) goto cleanUp;
// Update loader context
pLoader->ipAddress = pBootConfig->ipAddress;
pLoader->kitlFlags = pBootConfig->kitlFlags;
pLoader->bootDevice = pBootConfig->bootDevice;
pLoader->kitlDevice = pBootConfig->kitlDevice;
UpdateDisplayMode(
pLoader, pBootConfig->displayWidth, pBootConfig->displayHeight,
pBootConfig->displayBpp
);
pLoader->displayLogicalWidth = pBootConfig->displayLogicalWidth;
pLoader->displayLogicalHeight = pBootConfig->displayLogicalHeight;
pLoader->comPort = pBootConfig->comPort;
pLoader->baudDivisor = pBootConfig->baudDivisor;
pLoader->imageUpdateFlags = pBootConfig->imageUpdateFlags;
// Done
rc = true;
cleanUp:
BootBlockClose(hSection);
BootBlockDeinit(hBlock);
BootFree(pSector);
return rc;
}
void
DefaultConfig(
BootLoader_t *pLoader
)
{
BootPciLocation_t pciLoc;
bool_t found = false;
found = false;
pciLoc.logicalLoc = 0;
while (pciLoc.bus <= pLoader->pciLastBus)
{
uint32_t id = BootPciGetId(pciLoc);
enum_t ix;
uint32_t classcode = BootPciGetClassCodeAndRevId(pciLoc);
classcode >>= 8; // discard revision id
for (ix = 0; ix < pLoader->devices; ix++)
{
const Device_t *pDevice = &pLoader->pDevices[ix];
if (pDevice->type != DeviceTypeEdbg) continue;
if (pDevice->ifc != IfcTypePci) continue;
if (id == pDevice->id)
{
found = true;
break;
}
}
if (found) break;
if (classcode == CLASS_CODE_ETHERNET) {
if (g_dwOEMUnsupportedNICCount < MAX_OEM_UNSUPPORTED_NICS)
{
// save id to display later.
g_dwOEMUnsupportedNICs[g_dwOEMUnsupportedNICCount++] = id;
}
}
BootPciNextLocation(&pciLoc);
}
if (found)
{
pLoader->bootDevice.type = DeviceTypeEdbg;
pLoader->bootDevice.ifc = IfcTypePci;
pLoader->bootDevice.busNumber = 0;
pLoader->bootDevice.location = pciLoc.logicalLoc;
}
pLoader->formatUserStore = false;
pLoader->ipAddress = 0;
pLoader->kitlFlags = BOOT_TRANSPORT_EDBG_FLAG_ENABLED | BOOT_TRANSPORT_EDBG_FLAG_VMINI;
if (pLoader->ipAddress == 0)
{
pLoader->kitlFlags |= BOOT_TRANSPORT_EDBG_FLAG_DHCP;
}
pLoader->kitlDevice = pLoader->bootDevice;
pLoader->comPort = 1;
pLoader->baudDivisor = 3;
UpdateDisplayMode(pLoader, 640, 480, 16);
}
