Statistics::StatisticItem Statistics::readStatisticsItem(std::string const& str)
{
StatisticItem item;
std::string::size_type posStart = std::string::npos;
std::string::size_type posEnd = std::string::npos;
posStart = str.find(STAT_ITEM_OPEN);
posEnd = str.find(STAT_ITEM_CLOSE, ++posStart);
if(posStart == std::string::npos || posEnd == std::string::npos)
throw utils::Exception("cannot find key item boundaries!");
std::string raw_key(str, posStart, posEnd - posStart);
std::string::size_type posTStart = raw_key.find(STAT_TYPE_OPEN);
std::string::size_type posTEnd = raw_key.find(STAT_TYPE_CLOSE, ++posTStart);
if(posTStart == std::string::npos || posTEnd == std::string::npos)
throw utils::Exception("cannot find type boundaries!");
item.type = std::string(raw_key, posTStart, posTEnd - posTStart);
item.key = std::string(raw_key, posTEnd + 1);
posStart = str.find(STAT_ITEM_OPEN, posEnd);
posEnd = str.find(STAT_ITEM_CLOSE, ++posStart);
if(posStart == std::string::npos || posEnd == std::string::npos)
throw utils::Exception("cannot find value item boundaries!");
item.value = std::string(str, posStart, posEnd - posStart);
return item;
}
void RA::key_power(bool bDown)
{
#ifdef USE_UINPUT
raw_key(bDown, 116);
return;
#endif
//ta_log("TDC sleep device");
if( m_monkeysock == INVALID_SOCKET )
return;
char buf[1024];
//sprintf_s(buf, "press %d\n", AKEYCODE_POWER);
if( bDown )
sprintf_s(buf, "key down %d\n", AKEYCODE_POWER);
else
sprintf_s(buf, "key up %d\n", AKEYCODE_POWER);
WriteExact(m_monkeysock, buf, strlen(buf));
key_checkok();
}
void RA::key_search(bool bDown)
{
#ifdef USE_UINPUT
raw_key(bDown, 217);
return;
#endif
//ta_log("TDC KEYCODE_SEARCH");
if( m_monkeysock == INVALID_SOCKET )
return;
char buf[1024];
//sprintf_s(buf, "press %d\n", AKEYCODE_SEARCH);
if( bDown )
sprintf_s(buf, "key down %d\n", AKEYCODE_SEARCH);
else
sprintf_s(buf, "key up %d\n", AKEYCODE_SEARCH);
WriteExact(m_monkeysock, buf, strlen(buf));
key_checkok();
}
void RA::key_camera(bool bDown)
{
#ifdef USE_UINPUT
raw_key(bDown, 212);
return;
#endif
//ta_log("TDC KEYCODE_CAMERA");
if( m_monkeysock == INVALID_SOCKET )
return;
char buf[1024];
//sprintf_s(buf, "type abcdefg\n");
//sprintf_s(buf, "press %d\n", AKEYCODE_CAMERA);
if( bDown )
sprintf_s(buf, "key down %d\n", AKEYCODE_CAMERA);
else
sprintf_s(buf, "key up %d\n", AKEYCODE_CAMERA);
WriteExact(m_monkeysock, buf, strlen(buf));
key_checkok();
}
void RA::key_menu(bool bDown)
{
#ifdef USE_UINPUT
raw_key(bDown, 139);
return;
#endif
//tdc_getinstalledpkgname();
//ta_log("TDC KEYCODE_MENU");
if( m_monkeysock == INVALID_SOCKET )
return;
char buf[1024];
//sprintf_s(buf, "press %d\n", AKEYCODE_MENU);
if( bDown )
sprintf_s(buf, "key down %d\n", AKEYCODE_MENU);
else
sprintf_s(buf, "key up %d\n", AKEYCODE_MENU);
WriteExact(m_monkeysock, buf, strlen(buf));
key_checkok();
}
void RA::key_wake()
{
#ifdef USE_UINPUT
raw_key(1, 116); // power
raw_key(0, 116);
raw_key(1, 102); // home
raw_key(0, 102);
raw_key(1, 158); // back
raw_key(0, 158);
return;
#endif
//ta_log("TDC wake device");
if( m_monkeysock == INVALID_SOCKET )
return;
char buf[1024];
sprintf_s(buf, "wake\n");
//sprintf_s(buf, "press 187\n");
WriteExact(m_monkeysock, buf, strlen(buf));
key_checkok();
}
