private double GetPollingIntervalMilliseconds(double pollingInterval, PollingType pollType)
{
//Polling interval
switch (pollType)
{
case PollingType.Milliseconds:
return((double)TimeSpan.FromSeconds(pollingInterval).TotalMilliseconds);
case PollingType.Seconds:
return((double)TimeSpan.FromSeconds(pollingInterval).TotalMilliseconds);
case PollingType.Minutes:
return((double)TimeSpan.FromMinutes(pollingInterval).TotalMilliseconds);
case PollingType.Hours:
return((double)TimeSpan.FromHours(pollingInterval).TotalMilliseconds);
case PollingType.Days:
return((double)TimeSpan.FromDays(pollingInterval).TotalMilliseconds);
case PollingType.Weeks:
return((double)TimeSpan.FromDays(pollingInterval * 7).TotalMilliseconds);
case PollingType.ExtendedFormat:
// set wait to MaxValue
return((double)int.MaxValue);
default:
return(-1);
}
}
public Pooling(Shape kernel = null, Shape stride = null, PollingType type = PollingType.Max) : this(type)
{
if (kernel != null)
{
this.SetParam("kernel", kernel);
}
if (stride != null)
{
this.SetParam("stride", stride);
}
}
public Pooling(PollingType type = PollingType.Max) : base("Pooling")
{
_type = type;
String typeStr = null;
switch (_type)
{
case PollingType.Max:
default:
typeStr = "max";
break;
}
this.SetParam("pool_type", typeStr);
}
/// <summary>
/// Initializes a new instance of the FtpAdapterInboundHandler class
/// </summary>
public FtpAdapterInboundHandler(FtpAdapterConnection connection
, MetadataLookup metadataLookup)
: base(connection, metadataLookup)
{
connectionUri = connection.ConnectionFactory.ConnectionUri;
filter = new Wildcard(connectionUri.FileName);
pollingType = connection.ConnectionFactory.Adapter.PollingType;
if (pollingType == PollingType.Simple)
{
pollingInterval = connection.ConnectionFactory.Adapter.PollingInterval;
pollingTimer = new Timer(new TimerCallback(t => GetFiles()));
}
else
scheduleName = connection.ConnectionFactory.Adapter.ScheduleName;
}
/// <summary>
/// Initializes a new instance of the FileAdapterInboundHandler class
/// </summary>
public FileAdapterInboundHandler(FileAdapterConnection connection
, MetadataLookup metadataLookup)
: base(connection, metadataLookup)
{
connectionUri = connection.ConnectionFactory.ConnectionUri;
pollingType = connection.ConnectionFactory.Adapter.PollingType;
if (pollingType == PollingType.Event || pollingType == PollingType.Simple)
{
if (pollingType == PollingType.Event)
{
watcher = new FileSystemWatcher(connectionUri.Path, connectionUri.FileName);
watcher.Changed += FileEvent;
}
pollingInterval = connection.ConnectionFactory.Adapter.PollingInterval;
pollingTimer = new Timer(new TimerCallback(t => GetFiles()));
}
else
scheduleName = connection.ConnectionFactory.Adapter.ScheduleName;
}
/// <summary>
/// Initializes a new instance of the AdoNetAdapterInboundHandler class
/// </summary>
public AdoNetAdapterInboundHandler(AdoNetAdapterConnection connection
, MetadataLookup metadataLookup)
: base(connection, metadataLookup)
{
pollingType = connection.ConnectionFactory.Adapter.PollingType;
if (pollingType == PollingType.Simple)
{
pollingInterval = connection.ConnectionFactory.Adapter.PollingInterval * 1000;
pollingTimer = new Timer(new TimerCallback(t => ExecutePolling()));
}
else
{
scheduleName = connection.ConnectionFactory.Adapter.ScheduleName;
}
UriBuilder actionBuilder = new UriBuilder(AdoNetAdapter.SERVICENAMESPACE);
actionBuilder.Path = System.IO.Path.Combine(actionBuilder.Path, connection.ConnectionFactory.ConnectionUri.ConnectionName);
actionBuilder.Path = System.IO.Path.Combine(actionBuilder.Path, connection.ConnectionFactory.ConnectionUri.InboundID);
action = actionBuilder.ToString() + "#Receive";
}
private double GetPollingIntervalMilliseconds( double pollingInterval, PollingType pollType )
{
//Polling interval
switch( pollType )
{
case PollingType.Milliseconds:
return (double)TimeSpan.FromSeconds( pollingInterval ).TotalMilliseconds;
case PollingType.Seconds:
return (double)TimeSpan.FromSeconds( pollingInterval ).TotalMilliseconds;
case PollingType.Minutes:
return (double)TimeSpan.FromMinutes( pollingInterval ).TotalMilliseconds;
case PollingType.Hours:
return (double)TimeSpan.FromHours( pollingInterval ).TotalMilliseconds;
case PollingType.Days:
return (double)TimeSpan.FromDays( pollingInterval ).TotalMilliseconds;
case PollingType.Weeks:
return (double)TimeSpan.FromDays( pollingInterval * 7 ).TotalMilliseconds;
case PollingType.ExtendedFormat:
// set wait to MaxValue
return (double)int.MaxValue;
default:
return -1;
}
}