public void TestStableSortInGetContent()
{
if( !Adk.Initialized )
{
Adk.Initialize();
}
SIF_Register sr = new SIF_Register();
sr.SIF_Icon = "test.ico";
// Create the original list of SIF_Version strings
string[] list = new string[5];
list[0] = "1.1";
list[1] = "2.*";
list[2] = "2.0r1";
list[3] = "2.5";
list[4] = "1.0r1";
for( int a = 0; a < 5; a++ )
{
sr.AddSIF_Version( new SIF_Version( list[a] ) );
}
sr.SIF_Name = "AgentName";
sr.SIF_Mode = "Push";
IList<Element> elements = Adk.Dtd.GetFormatter( SifVersion.SIF11 ).GetContent( sr, SifVersion.SIF11 );
// We should have gotten back a list of elements like this:
// SIF_Name
// 5 SIF_Version elements
// SIF_Mode
// SIF_Icon (only if the version is 2.0 or greater)
Assert.AreEqual( "AgentName", elements[0].TextValue );
// Assert that the SIF_Version elements returned are still in the order they went in
for (int a = 0; a < 5; a++)
{
Assert.AreEqual( list[a], elements[a+1].TextValue );
}
Assert.AreEqual("Push", elements[6].TextValue);
// NOTE: SIF_Icon is not present in SIF 1.1
elements = Adk.Dtd.GetFormatter(SifVersion.SIF21).GetContent(sr, SifVersion.SIF21);
Assert.AreEqual("AgentName", elements[0].TextValue);
// Assert that the SIF_Version elements returned are still in the order they went in
for (int a = 0; a < 5; a++)
{
Assert.AreEqual(list[a], elements[a + 1].TextValue);
}
Assert.AreEqual("Push", elements[6].TextValue);
Assert.AreEqual("test.ico", elements[7].TextValue);
}
/**
* SIF_Register
*/
public SIF_Ack SifRegister(IZone zone)
{
ZoneImpl AdkZone = (ZoneImpl)zone;
AgentProperties props = zone.Properties;
SifVersion effectiveZISVersion = AdkZone.HighestEffectiveZISVersion;
SIF_Register msg = new SIF_Register(effectiveZISVersion);
msg.SIF_MaxBufferSize = props.MaxBufferSize;
msg.SIF_Mode = props.MessagingMode == AgentMessagingMode.Pull ? "Pull" : "Push";
// Set the agent's name and version
Agent agent = zone.Agent;
msg.SIF_Name = agent.Name;
String vendor = props.AgentVendor;
if (vendor != null)
{
msg.SIF_NodeVendor = vendor;
}
String version = props.AgentVersion;
if (version != null)
{
msg.SIF_NodeVersion = version;
}
SIF_Application applicationInfo = new SIF_Application();
String appName = props.ApplicationName;
if (appName != null)
{
applicationInfo.SIF_Product = appName;
}
String appVersion = props.ApplicationVersion;
if (appVersion != null)
{
applicationInfo.SIF_Version = appVersion;
}
String appVendor = props.ApplicationVendor;
if (appVendor != null)
{
applicationInfo.SIF_Vendor = appVendor;
}
if (applicationInfo.FieldCount > 0)
{
// All three fields under SIF_Application are required by the
// SIF_Specification. Determine if any are missing. If so,
// create the field with an empty value
if (applicationInfo.SIF_Product == null)
{
applicationInfo.SIF_Product = string.Empty;
}
if (applicationInfo.SIF_Version == null)
{
applicationInfo.SIF_Version = string.Empty;
}
if (applicationInfo.SIF_Vendor == null)
{
applicationInfo.SIF_Vendor = string.Empty;
}
msg.SIF_Application = applicationInfo;
}
String propVal = props.AgentIconUrl;
if (propVal != null)
{
msg.SIF_Icon = propVal;
}
//
// SIF_Version handling:
//
// * If the "Adk.provisioning.zisVersion" property is set to > SIF 1.1
// (the default), use SIF 1.1+ registration where multiple SIF_Version
// elements are included in the SIF_Register message. Otherwise use
// SIF 1.0 registration where only a single SIF_Version is included in
// the SIF_Register message.
//
// For SIF 1.1 registrations:
//
// * If the "Adk.sifRegister.sifVersions" System property is set,
// enumerate its comma-delimited list of SIF_Version values and use
// those instead of building a list. This is primarily used for
// testing wildcards (which the Adk doesn't normally use) or when an
// agent wants to connect to a ZIS where wildcarding works better for
// some reason.
//
// * Otherwise, build a list of SIF_Versions: Set the first SIF_Version
// element to the version initialized by the Adk, then add a SIF_Version
// element for each additional version of SIF supported by the Adk
//
String forced = zone.Properties.OverrideSifVersions;
if (forced != null)
{
((ZoneImpl)zone).Log.Debug("Using custom SIF_Register/SIF_Version: " + forced);
foreach (String token in forced.Split(','))
{
msg.AddSIF_Version(new SIF_Version(token.Trim()));
}
}
else
{
SifVersion zisVer = SifVersion.Parse(zone.Properties.ZisVersion);
if (zisVer.CompareTo(SifVersion.SIF11) >= 0)
{
// Add the Adk version first. This is the "default"
// agent version, which has special meaning to the
// ZIS
msg.AddSIF_Version(new SIF_Version(effectiveZISVersion));
// TT 2007
// If the Adk Version is set to 1.1 or 1.5r1, only send those two
// versions in the SIF_Register message. The downside to this is
// that we can't connect to a 2.0 ZIS using SIF 1.5r1 and still
// receive 2.0 events. However, this seems to be the best approach
// because it ensures greater compatibility with older ZIS's that will
// otherwise fail if they get a 2.0 version in the SIF_Register message
SifVersion[] supported = Adk.SupportedSIFVersions;
for (int i = 0; i < supported.Length; i++)
{
// Exclude the version added above
if (supported[i].CompareTo(effectiveZISVersion) < 0)
{
msg.AddSIF_Version(new SIF_Version(supported[i]));
}
}
}
else
{
msg.AddSIF_Version(new SIF_Version(Adk.SifVersion));
}
}
//
// Set the SIF_Protocol object as supplied by the Transport. Depending
// on the transport protocol and the messaging mode employed by the
// zone we may or may not get a SIF_Protocol object back
//
SIF_Protocol po = ((ZoneImpl)zone).ProtocolHandler.MakeSIF_Protocol(zone);
if (po != null)
{
msg.SIF_Protocol = po;
}
return AdkZone.Dispatcher.send(msg);
}
