void frmScanforDevices::getNodeInfo( wxCommandEvent& event )
{
CMDF mdf;
wxString url;
wxBusyCursor wait;
scanElement *pElement =
(scanElement *) m_DeviceTree->GetItemData(m_DeviceTree->GetSelection());
if (NULL != pElement) {
wxProgressDialog progressDlg(_("Getting node info."),
_("Reading Registers"),
256,
this,
wxPD_ELAPSED_TIME | wxPD_AUTO_HIDE | wxPD_CAN_ABORT);
if (INTERFACE_CANAL == m_interfaceType) {
if ( CANAL_ERROR_SUCCESS ==
m_csw.getDllInterface()->readRegistersfromLevel1Device( pElement->m_nodeid,
0x80, // strat reg
0, // page
128, // count
pElement->m_reg + 0x80 ) ) {
uint8_t preg_url[33];
memset( preg_url, 0, sizeof(preg_url));
memcpy( preg_url, pElement->m_reg + 0xe0, 32 );
bool bmdf = m_csw.loadMDF( this,
preg_url,
url,
&mdf );
pElement->m_html = vscp_getDeviceHtmlStatusInfo( pElement->m_reg, bmdf ? &mdf : NULL );
m_htmlWnd->SetPage(pElement->m_html);
// Mark as loaded
pElement->m_bLoaded = true;
}
else {
wxMessageBox(_("Failed to read registers!"));
}
}
else if (INTERFACE_VSCP == m_interfaceType) {
cguid destguid;
destguid = m_ifguid;
destguid.setNicknameID( pElement->m_nodeid );
if ( CANAL_ERROR_SUCCESS ==
m_csw.getTcpIpInterface()->readLevel2Registers( 0x80, // reg
0, // Page
128, // count
pElement->m_reg + 0x80,
m_ifguid,
&destguid,
false ) ) {
uint8_t preg_url[33];
memset( preg_url, 0, sizeof(preg_url));
memcpy( preg_url, pElement->m_reg + 0xe0, 32 );
bool bmdf = m_csw.loadMDF( this,
preg_url,
url,
&mdf );
pElement->m_html = vscp_getDeviceHtmlStatusInfo( pElement->m_reg, bmdf ? &mdf : NULL );
m_htmlWnd->SetPage(pElement->m_html);
// Mark as loaded
pElement->m_bLoaded = true;
}
else {
wxMessageBox(_("Failed to read registers!"));
}
}
}
event.Skip(false);
}
void frmScanforDevices::getNodeInfo(wxCommandEvent& event)
{
CMDF mdf;
wxString url;
scanElement *pElement =
(scanElement *) m_DeviceTree->GetItemData(m_DeviceTree->GetSelection());
if (NULL != pElement) {
wxProgressDialog progressDlg(_("Getting node info."),
_("Reading Registers"),
256,
this,
wxPD_ELAPSED_TIME | wxPD_AUTO_HIDE | wxPD_CAN_ABORT);
if (INTERFACE_CANAL == m_interfaceType) {
bool bregs = m_csw.readLevel1Registers( this,
pElement->m_reg,
pElement->m_nodeid,
0,
256,
&progressDlg );
uint8_t preg_url[33];
memset( preg_url, 0, sizeof(preg_url));
memcpy( preg_url, pElement->m_reg + 0xe0, 32 );
bool bmdf = m_csw.loadMDF( this,
preg_url,
url,
&mdf );
pElement->m_html = vscp_getDeviceHtmlStatusInfo( pElement->m_reg, bmdf ? &mdf : NULL );
m_htmlWnd->SetPage(pElement->m_html);
// Mark as loaded
if ( bregs ) pElement->m_bLoaded = true;
}
else if (INTERFACE_VSCP == m_interfaceType) {
cguid destguid;
destguid.setLSB( pElement->m_nodeid );
bool bregs = m_csw.readLevel2Registers( this,
pElement->m_reg,
m_ifguid,
0,
256,
&destguid,
&progressDlg,
false );
// If read fails abort
if (!bregs) return;
uint8_t preg_url[33];
memset( preg_url, 0, sizeof(preg_url));
memcpy( preg_url, pElement->m_reg + 0xe0, 32 );
bool bmdf = m_csw.loadMDF( this,
preg_url,
url,
&mdf );
pElement->m_html = vscp_getDeviceHtmlStatusInfo( pElement->m_reg, bmdf ? &mdf : NULL );
m_htmlWnd->SetPage(pElement->m_html);
// Mark as loaded
if ( bregs ) pElement->m_bLoaded = true;
}
}
event.Skip(false);
}
