public void Test_TrainTokenList_TrainsPartnersCorrectly()
{
var inputText = new TokenList("An interesting new sentence.");
mockTokenMemoryManager.Object.TrainTokenList(inputText, mainToken, null);
var existingTokens = mockTokenMemoryManager.Object.GetExisitingTokens(inputText, mainToken);
var linkedTokens = mockTokenMemoryManager.Object.GetExisitingTokens(inputText, mainToken);
inputText.Invert();
mockTokenMemoryManager.Object.TrainTokenList(inputText, backwardsMainToken, null, linkedTokens);
var existingBackwardsTokens = mockTokenMemoryManager.Object.GetExisitingTokens(inputText, backwardsMainToken);
var inputText2 = new TokenList("An interesting old sentence.");
mockTokenMemoryManager.Object.TrainTokenList(inputText2, mainToken, null);
linkedTokens = mockTokenMemoryManager.Object.GetExisitingTokens(inputText, mainToken);
inputText.Invert();
mockTokenMemoryManager.Object.TrainTokenList(inputText2, backwardsMainToken, null, linkedTokens);
existingBackwardsTokens.Reverse();
for (var i = 0; i < existingTokens.Count; i++)
{
Assert.AreEqual(existingTokens[i].PartnerID, existingBackwardsTokens[i].ID);
Assert.AreEqual(existingBackwardsTokens[i].PartnerID, existingTokens[i].ID);
}
}
public void TrainTokenList(TokenList tokenList)
{
var backwardsTokens = GetExisitingTokens(tokenList, GetForwardsRoot());
tokenList.Invert();
var forwardsTokens = GetExisitingTokens(tokenList, GetBackwardsRoot());
if (forwardsTokens.Count == 0 || (backwardsTokens.Count != 0 && backwardsTokens.Count >= forwardsTokens.Count))
{
TrainTokenList(tokenList, GetBackwardsRoot(), null);
var forwardsTokenLinks = GetExisitingTokens(tokenList, GetBackwardsRoot());
tokenList.Invert();
TrainTokenList(tokenList, GetForwardsRoot(), backwardsTokens, forwardsTokenLinks);
}
else
{
tokenList.Invert();
TrainTokenList(tokenList, GetForwardsRoot(), null);
var backwardsTokenLinks = GetExisitingTokens(tokenList, GetForwardsRoot());
tokenList.Invert();
TrainTokenList(tokenList, GetBackwardsRoot(), forwardsTokens, backwardsTokenLinks);
}
}