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/****************************************************************************
** ui.h extension file, included from the uic-generated form implementation.
**
** If you wish to add, delete or rename functions or slots use
** TQt Designer which will update this file, preserving your code. Create an
** init() function in place of a constructor, and a destroy() function in
** place of a destructor.
*****************************************************************************/
#include <kdebug.h>
#include "wificonfig.h"
void ConfigCrypto::load( const IfConfig &ifconfig)
{
cmb_activeKey->setCurrentItem( ifconfig.m_activeKey-1 );
bg_cryptoMode->setButton( ifconfig.m_cryptoMode );
le_key1->setText( ifconfig.m_keys[0].key() );
le_key2->setText( ifconfig.m_keys[1].key() );
le_key3->setText( ifconfig.m_keys[2].key() );
le_key4->setText( ifconfig.m_keys[3].key() );
}
void ConfigCrypto::save( IfConfig &ifconfig )
{
ifconfig.m_activeKey = cmb_activeKey->currentItem()+1;
ifconfig.m_cryptoMode = (IfConfig::CryptoMode)bg_cryptoMode->selectedId();
ifconfig.m_keys[0].setKey( le_key1->text() );
ifconfig.m_keys[1].setKey( le_key2->text() );
ifconfig.m_keys[2].setKey( le_key3->text() );
ifconfig.m_keys[3].setKey( le_key4->text() );
}
void ConfigCrypto::slotUpdateKey1Status(const TQString& key)
{
KeyStates status = ::Key::isValid( key );
switch (status) {
case INVALID:
format_1->setText("<font color=\"#ff0000\">unrecognised</font>");
break;
case EMPTY:
format_1->setText("<font color=\"#000000\">slot empty</font>");
break;
case HEX_64:
format_1->setText("<font color=\"#00b000\">WEP 64-Bit hex</font>");
break;
case HEX_128:
format_1->setText("<font color=\"#00b000\">WEP 128-Bit hex</font>");
break;
case HEX_256:
format_1->setText("<font color=\"#00b000\">WEP 256-Bit hex</font>");
break;
case STRING_64:
format_1->setText("<font color=\"#00b000\">WEP 64-Bit string</font>");
break;
case STRING_128:
format_1->setText("<font color=\"#00b000\">WEP 128-Bit string</font>");
break;
case STRING_256:
format_1->setText("<font color=\"#00b000\">WEP 256-Bit string</font>");
break;
}
}
void ConfigCrypto::slotUpdateKey2Status(const TQString& key)
{
KeyStates status = ::Key::isValid( key );
switch (status) {
case INVALID:
format_2->setText("<font color=\"#ff0000\">unrecognised</font>");
break;
case EMPTY:
format_2->setText("<font color=\"#000000\">slot empty</font>");
break;
case HEX_64:
format_2->setText("<font color=\"#00b000\">WEP 64-Bit hex</font>");
break;
case HEX_128:
format_2->setText("<font color=\"#00b000\">WEP 128-Bit hex</font>");
break;
case HEX_256:
format_2->setText("<font color=\"#00b000\">WEP 256-Bit hex</font>");
break;
case STRING_64:
format_2->setText("<font color=\"#00b000\">WEP 64-Bit string</font>");
break;
case STRING_128:
format_2->setText("<font color=\"#00b000\">WEP 128-Bit string</font>");
break;
case STRING_256:
format_2->setText("<font color=\"#00b000\">WEP 256-Bit string</font>");
break;
}
}
void ConfigCrypto::slotUpdateKey3Status(const TQString& key)
{
KeyStates status = ::Key::isValid( key );
switch (status) {
case INVALID:
format_3->setText("<font color=\"#ff0000\">unrecognised</font>");
break;
case EMPTY:
format_3->setText("<font color=\"#000000\">slot empty</font>");
break;
case HEX_64:
format_3->setText("<font color=\"#00b000\">WEP 64-Bit hex</font>");
break;
case HEX_128:
format_3->setText("<font color=\"#00b000\">WEP 128-Bit hex</font>");
break;
case HEX_256:
format_3->setText("<font color=\"#00b000\">WEP 256-Bit hex</font>");
break;
case STRING_64:
format_3->setText("<font color=\"#00b000\">WEP 64-Bit string</font>");
break;
case STRING_128:
format_3->setText("<font color=\"#00b000\">WEP 128-Bit string</font>");
break;
case STRING_256:
format_3->setText("<font color=\"#00b000\">WEP 256-Bit string</font>");
break;
}
}
void ConfigCrypto::slotUpdateKey4Status(const TQString& key)
{
KeyStates status = ::Key::isValid( key );
switch (status) {
case INVALID:
format_4->setText("<font color=\"#ff0000\">unrecognised</font>");
break;
case EMPTY:
format_4->setText("<font color=\"#000000\">slot empty</font>");
break;
case HEX_64:
format_4->setText("<font color=\"#00b000\">WEP 64-Bit hex</font>");
break;
case HEX_128:
format_4->setText("<font color=\"#00b000\">WEP 128-Bit hex</font>");
break;
case HEX_256:
format_4->setText("<font color=\"#00b000\">WEP 256-Bit hex</font>");
break;
case STRING_64:
format_4->setText("<font color=\"#00b000\">WEP 64-Bit string</font>");
break;
case STRING_128:
format_4->setText("<font color=\"#00b000\">WEP 128-Bit string</font>");
break;
case STRING_256:
format_4->setText("<font color=\"#00b000\">WEP 256-Bit string</font>");
break;
}
}
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