static void Main(string[] args)
{
val pressure = new val();
val temperature = new val();
val humidity = new val();
val rain = new val();
// Open database
string path = "/Users/enrico/Documents/gibb_csharp/weather_data/Wetterdaten2011.csv";
var database_file = new StreamReader(path);
// get database size
var lineCount = File.ReadAllLines(@"/Users/enrico/Documents/gibb_csharp/weather_data/Wetterdaten2011.csv").Length;
//string[] y = x.Split(';');
//Console.WriteLine(y[0]);
//Double val = Double.Parse(y[1]);
Console.WriteLine(lineCount);
for (var i = 0; i < lineCount; i++)
{
string line = database_file.ReadLine();
string[] array = line.Split(';');
Console.WriteLine(line);
pressure.new_val = Double.Parse(array[0]);
temperature.new_val = Double.Parse(array[1]);
humidity.new_val = Double.Parse(array[2]);
rain.new_val = Double.Parse(array[3]);
database.updateAll();
}
}
async public Task <IActionResult> Post([FromBody] val body)
{
Db.Connection.Open();
var que = new logicinsert(Db);
await que.addDevice(body);
Db.Connection.Close();
return(Ok());
}
async public Task <IActionResult> Put(int device_id, [FromBody] val body)
{
Db.Connection.Open();
var query = new logicupdate(Db);
body.device_id = device_id;
await query.updateDevice(body);
Db.Connection.Close();
return(Ok());
}
public void NullOperand()
{
val nullVal = null;
//AND
aQuery = new Query <ColumnInfo>();
aQuery.And(val.of("NUM") == 10 & null);
Assert.AreEqual("NUM = 10", aQuery.GetWhereExp());
aQuery = new Query <ColumnInfo>();
aQuery.And(null & val.of("NUM") == 10);
Assert.AreEqual("NUM = 10", aQuery.GetWhereExp());
aQuery = new Query <ColumnInfo>();
//aQuery.And(nullVal And nullVal)
Assert.AreEqual("", aQuery.GetWhereExp());
//OR
aQuery = new Query <ColumnInfo>();
aQuery.And(val.of("NUM") == 10 | null);
Assert.AreEqual("NUM = 10", aQuery.GetWhereExp());
aQuery = new Query <ColumnInfo>();
aQuery.And(null | val.of("NUM") == 10);
Assert.AreEqual("NUM = 10", aQuery.GetWhereExp());
aQuery = new Query <ColumnInfo>();
//aQuery.And(nullVal Or nullVal)
Assert.AreEqual("", aQuery.GetWhereExp());
//XOR
aQuery = new Query <ColumnInfo>();
aQuery.And(val.of("NUM") == 10 ^ null);
Assert.AreEqual("NUM = 10", aQuery.GetWhereExp());
aQuery = new Query <ColumnInfo>();
aQuery.And(null ^ val.of("NUM") == 10);
Assert.AreEqual("NUM = 10", aQuery.GetWhereExp());
aQuery = new Query <ColumnInfo>();
//aQuery.And(nullVal Xor nullVal)
Assert.AreEqual("", aQuery.GetWhereExp());
}
public PlayingCard DealCardFromPack()
{
Suit suit = (Suit)randomCardSelector.Next(NumSuits);
while (this.IsSuitEmpty(suit))
{
suit = (Suit)randomCardSelector.Next(NumSuits);
}
Value value = (Value)randomCardSelector.Next(CardsPerSuit);
while (this.IsCardAlreadyDealt(suit, value))
{
val ue = (Value)randomCardSelector.Next(CardsPerSuit);
}
PlayingCard card = this.cardPack[(int)suit, (int)value];
this.cardPack[(int)suit, (int)value] = null;
return(card);
}
public void LoadContent()
{
level = new Levels(content);
level.CreateWorld(lvl);
enemy = new enemys(content, level.colli, lvl);
enemy.CreateEnemy();
camera = new Camera(graphicsDevice.Viewport);
texture = content.Load <Texture2D>("Hero/spritesheet");
valsstrik = content.Load <Texture2D>("Level/dood");
exit = content.Load <Texture2D>("Level/exit");
hero = new Speler(texture, level.colli, content);
spring = content.Load <SoundEffect>("Geluid/spring");
if (!lvl)
{
bgtexture = content.Load <Texture2D>("Background/level1background");
}
else
{
bgtexture = content.Load <Texture2D>("Background/level2background");
}
ex = new exit(exit, lvl);
vals = new val(valsstrik);
vals.CreateVal();
}
var(val, mode) = parameter;
red = SetValue(val, isDec);
cell.AsRange().AssignValue(val, customProjection, dataFormatOverride);
comparer(
val,
args[i].Item1,
// see also: http://src.illumos.org/source/xref/illumos-gate/usr/src/lib/libast/common/uwin/getpass.c var(val, err) = unix.IoctlGetTermios(fd, unix.TCGETS);
this.send_msg_data(val) @socket.onmessage = (msg) =>
public byte[] Make(Dictionary<UInt32, val> settings)
{
Byte [] pack = new Byte [settings.Count*2*sizeof(UInt32)+4];
Buffer.BlockCopy(BitConverter.GetBytes(settings.Count), 0, pack, 0, sizeof(UInt32));
int offset = 0;
foreach(var pair in settings){
offset+=4;
Buffer.BlockCopy(BitConverter.GetBytes(pair.Key), 0 , pack, offset, sizeof(UInt32));
offset+=4;
val i = new val();
i = pair.Value;
Buffer.BlockCopy(BitConverter.GetBytes(i.flag), 0, pack, offset, sizeof(UInt32));
offset+=4;
Buffer.BlockCopy(BitConverter.GetBytes(i.values), 0, pack, offset, sizeof(UInt32));
}
return pack;
}
public Dictionary<UInt32, val> Extract(byte [] stream)
{
Dictionary<UInt32, val> pack = new Dictionary<UInt32, val> ();
UInt32 count = BitConverter.ToUInt32(stream, 0);
int offset=4;
val v = new val();
for(int i=0; i< count; i++){
UInt32 id = BitConverter.ToUInt32(stream, offset);
offset+=4;
v.flag = BitConverter.ToUInt32(stream, offset);
offset+=4;
v.values = BitConverter.ToUInt32(stream, offset);
offset+=4;
pack.Add(id, v);
}
return pack;
}
/**
* ゲイン調整済みデータ受信時の動作
*/
private void receiveData(BrainDataFeedbacker nfb, Hot2gEnumerations.EnumHot2gMeasResult e, object data, DataLogger logger)
{
switch (e)
{
/*XB-01*/
case Hot2gEnumerations.EnumHot2gMeasResult.Ac1ch:
//Debug.Log("Ac1ch:" + LitJson.JsonMapper.ToJson(data));
//- check afterGainCounter
checkAfterGainCounter();
if (Hot2gApplication.Instance.datastore.stability.Count > 1)
{
Debug.Log("Ac1chRec: [ " + Hot2gApplication.Instance.mode.ToString() +
" ]/[ " + Hot2gApplication.Instance.datastore.stability[Hot2gApplication.Instance.datastore.stability.Count - 1] +
" ]/[: " + Hot2gApplication.Instance.state2.ToString() +
" ]/[G1: " + Hot2gApplication.Instance.m_gc.getL1Gain() + "][G3: " + Hot2gApplication.Instance.m_gc.getL3Gain() +
" ]/[Raw 1: " + Hot2gApplication.Instance.datastore.l1Ac[Hot2gApplication.Instance.datastore.l1Ac.Count - 1] +
" ]/[Raw 3: " + Hot2gApplication.Instance.datastore.l3Ac[Hot2gApplication.Instance.datastore.l3Ac.Count - 1] +
" ]/ after MGC: " + Hot2gApplication.Instance.afterMGC_counter.ToString()
);
}
Xb01data xbData = this.dataStore.add(data as Hot2gMeasData1chAc, nfb.calcActivenessFromBuffered());
state2 = updateStatusOnHead(); //- check XB-01 On head status
nfb.bufferActiveness(); //- calc Brain activation level
if (logger != null)
{
logger.write(xbData.ConvCSV());
}
break;
#if false
case Hot2gEnumerations.EnumHot2gMeasResult.Ac2ch:
{
when(Hot2gDevInfo().valDevType)
{
/* HOT-2000 */
Hot2gEnumerations.EnumHot2gDevType.HOT2000->{
val hot2Data = this.dataStore.add(data as Hot2gMeasData2chAc)
logger?.write(hot2Data)
}
/* HOT-1000 */
Hot2gEnumerations.EnumHot2gDevType.HOT1000->{
val hot1data = this.dataStore.add(data as Hot2gMeasData2chAc)
logger?.write(hot1data)
}
}
#endif
/* 心拍数 */
case Hot2gEnumerations.EnumHot2gMeasResult.HeartRate:
this.dataStore.add(data as Hot2gMeasDataHR);
break;
/* 脈波振幅関連係数 */
case Hot2gEnumerations.EnumHot2gMeasResult.HRElement1:
this.dataStore.add(data as Hot2gMeasDataHRElement);
break;
/* 姿勢変化のチェック */
case Hot2gEnumerations.EnumHot2gMeasResult.MotionBatt:
GyroScope.Stability s_pre = this.dataStore.stability[this.dataStore.stability.Count - 1];
GyroScope.Stability s = this.dataStore.add(data as Hot2gMeasDataMotBatt);
break;
}
}
return translateByte(val).ToString("X");
private View createCustomAnimationView()
{
val customView = LayoutInflater.from(this).inflate(R.layout.marker_view, null)
}
var(val, stat) = vstat_struct;
