/// <summary>
///
/// </summary>
/// <param name="components"></param>
private void AnalyzeComponents(List <string> components)
{
switch (components.Count)
{
case 0:
return;
case 1:
if (VerifyIfCallSign(components[0]) == ComponentType.CallSign)
{
BaseCall = components[0];
CallStructureType = CallStructureType.Call;
}
else
{
CallStructureType = CallStructureType.Invalid;
}
break;
case 2:
ProcessComponents(components[0], components[1]);
break;
case 3:
ProcessComponents(components[0], components[1], components[2]);
break;
default:
break;
}
}
/// <summary>
/// Analyze each component and build a pattern of each type.
/// Compare the final pattern to the CallStructureTypes allowed.
/// </summary>
/// <param name="v1"></param>
/// <param name="v2"></param>
/// <param name="v3"></param>
private void ProcessComponents(string firstComponent, string secondComponent, string thirdComponent)
{
var componentTypes = (firstComponentType : GetComponentType(firstComponent, 1),
secondComponentType : GetComponentType(secondComponent, 2));
ComponentType state = ComponentType.Unknown;
ComponentType thirdComponentType = GetComponentType(thirdComponent, 3);
if (componentTypes.firstComponentType == ComponentType.Unknown || componentTypes.secondComponentType == ComponentType.Unknown)
{
componentTypes = ResolveAmbiguities(componentTypes.firstComponentType, componentTypes.secondComponentType);
}
BaseCall = firstComponent;
Prefix = secondComponent;
Suffix1 = thirdComponent;
// ValidStructures = 'C#M:C#T:CM#:CMM:CMP:CMT:CPM:PCM:PCT:'
switch (state)
{
// if either is invalid short cicuit all the checks and exit immediately
case ComponentType _ when componentTypes.firstComponentType == ComponentType.Invalid || componentTypes.secondComponentType == ComponentType.Invalid || thirdComponentType == ComponentType.Invalid:
return;
// C#M
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Numeric && thirdComponentType == ComponentType.Portable:
CallStructureType = CallStructureType.CallDigitPortable;
SetCallSignFlags(thirdComponent, "");
return;
// C#T
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Numeric && thirdComponentType == ComponentType.Text:
CallStructureType = CallStructureType.CallDigitText;
SetCallSignFlags(thirdComponent, "");
return;
// CMM
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Portable && thirdComponentType == ComponentType.Portable:
CallStructureType = CallStructureType.CallPortablePortable;
SetCallSignFlags(secondComponent, "");
return;
// CMP
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Portable && thirdComponentType == ComponentType.Prefix:
BaseCall = firstComponent;
Prefix = thirdComponent;
Suffix1 = secondComponent;
CallStructureType = CallStructureType.CallPortablePrefix;
SetCallSignFlags(secondComponent, "");
return;
// CMT
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Portable && thirdComponentType == ComponentType.Text:
CallStructureType = CallStructureType.CallPortableText;
SetCallSignFlags(secondComponent, "");
return;
// CPM
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Prefix && thirdComponentType == ComponentType.Portable:
CallStructureType = CallStructureType.CallPrefixPortable;
SetCallSignFlags(thirdComponent, "");
return;
// PCM
case ComponentType _ when componentTypes.firstComponentType == ComponentType.Prefix && componentTypes.secondComponentType == ComponentType.CallSign && thirdComponentType == ComponentType.Portable:
BaseCall = secondComponent;
Prefix = firstComponent;
Suffix1 = thirdComponent;
CallStructureType = CallStructureType.PrefixCallPortable;
return;
// PCT
case ComponentType _ when componentTypes.firstComponentType == ComponentType.Prefix && componentTypes.secondComponentType == ComponentType.CallSign && thirdComponentType == ComponentType.Text:
BaseCall = secondComponent;
Prefix = firstComponent;
Suffix1 = thirdComponent;
CallStructureType = CallStructureType.PrefixCallText;
return;
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Portable && thirdComponentType == ComponentType.Numeric:
BaseCall = firstComponent;
Prefix = thirdComponent;
Suffix1 = secondComponent;
SetCallSignFlags(thirdComponent, "");
CallStructureType = CallStructureType.CallDigitPortable;
return;
default:
return;
}
}
/// <summary>
/// TODO: order these in order of use for performance
/// </summary>
/// <param name="firstComponent"></param>
/// <param name="secondComponent"></param>
private void ProcessComponents(string firstComponent, string secondComponent)
{
var componentTypes = (firstComponentType : GetComponentType(firstComponent, 1),
secondComponentType : GetComponentType(secondComponent, 2));
ComponentType state = ComponentType.Unknown;
if (componentTypes.firstComponentType == ComponentType.Unknown || componentTypes.secondComponentType == ComponentType.Unknown)
{
componentTypes = ResolveAmbiguities(componentTypes.firstComponentType, componentTypes.secondComponentType);
}
BaseCall = firstComponent;
Prefix = secondComponent;
// ValidStructures = 'C#:CM:CP:CT:PC:';
switch (state)
{
// if either is invalid short cicuit all the checks and exit immediately
case ComponentType _ when componentTypes.firstComponentType == ComponentType.Invalid || componentTypes.secondComponentType == ComponentType.Invalid:
return;
// CP
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Prefix:
CallStructureType = CallStructureType.CallPrefix;
return;
// PC
case ComponentType _ when componentTypes.firstComponentType == ComponentType.Prefix && componentTypes.secondComponentType == ComponentType.CallSign:
CallStructureType = CallStructureType.PrefixCall;
SetCallSignFlags(firstComponent, "");
BaseCall = secondComponent;
Prefix = firstComponent;
return;
// PP - PrefixPortable
case ComponentType _ when componentTypes.firstComponentType == ComponentType.Prefix && componentTypes.secondComponentType == ComponentType.Portable:
CallStructureType = CallStructureType.Invalid;
return;
// CC ==> CP - check BU - BY - VU4 - VU7
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.CallSign:
if (secondComponent.First() == 'B')
{
CallStructureType = CallStructureType.CallPrefix;
SetCallSignFlags(firstComponent, "");
return;
}
else if (firstComponent.StartsWith("VU4") || firstComponent.StartsWith("VU7"))
{
CallStructureType = CallStructureType.CallPrefix;
SetCallSignFlags(secondComponent, "");
return;
}
else
{
return;
}
// CT
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Text:
CallStructureType = CallStructureType.CallText;
SetCallSignFlags(secondComponent, "");
return;
// TC
case ComponentType _ when componentTypes.firstComponentType == ComponentType.Text && componentTypes.secondComponentType == ComponentType.CallSign:
CallStructureType = CallStructureType.CallText;
BaseCall = secondComponent;
Prefix = firstComponent;
SetCallSignFlags(secondComponent, "");
return;
// C#
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Numeric:
CallStructureType = CallStructureType.CallDigit;
SetCallSignFlags(secondComponent, "");
return;
// CM
case ComponentType _ when componentTypes.firstComponentType == ComponentType.CallSign && componentTypes.secondComponentType == ComponentType.Portable:
SetCallSignFlags(secondComponent, "");
CallStructureType = CallStructureType.CallPortable;
return;
// PU
case ComponentType _ when componentTypes.firstComponentType == ComponentType.Prefix && componentTypes.secondComponentType == ComponentType.Unknown:
CallStructureType = CallStructureType.PrefixCall;
BaseCall = secondComponent;
Prefix = firstComponent;
return;
default:
return;
}
}
