public void Process_without_previous_config()
{
const string BOX_PATH = "sampledb_sync_processing";
var ctx = new SyncContextModel {
Flashcards = new Dictionary <string, (string binIndex, string hash)> {
{ "2", ("2", FlashcardHash.Calculate("unchanged q2", "a2", "t2")) },
{ "3", ("4", FlashcardHash.Calculate("q3", "a3", "")) }, // to be changed
public void Calculate()
{
var resultA = FlashcardHash.Calculate("a", "b", "c");
_testOutputHelper.WriteLine(resultA);
var resultB = FlashcardHash.Calculate("x", "b", "c");
Assert.NotEqual(resultA, resultB);
resultB = FlashcardHash.Calculate("a", "x", "c");
Assert.NotEqual(resultA, resultB);
resultB = FlashcardHash.Calculate("a", "b", "x");
Assert.NotEqual(resultA, resultB);
}
public void Load_message_context()
{
var es = new InMemoryEventstore();
es.Record(new Event[]
{
new BoxConfigured {
Bins = new[] { new BoxConfigured.Bin {
LowerDueThreshold = 1, UpperDueThreshold = 2
} }
},
new NewCardEncountered {
Question = "q1", Answer = "a1", Tags = "t1", Id = "1"
},
new CardMovedTo {
CardId = "1", BinIndex = 0
},
new NewCardEncountered {
Question = "q2", Answer = "a2", Tags = "t2,t3", Id = "2"
},
new CardMovedTo {
CardId = "2", BinIndex = 3
},
new NewCardEncountered {
Question = "q3", Answer = "a3", Tags = "", Id = "3"
},
new CardWasChanged {
Question = "q1v2", Answer = "a1v2", Tags = "t1", CardId = "1"
},
new CardMovedTo {
CardId = "1", BinIndex = 2
},
new CardFoundMissing {
CardId = "3"
},
new BoxConfigured {
Bins = new[] { new BoxConfigured.Bin {
LowerDueThreshold = 10, UpperDueThreshold = 20
} }
}
});
var sut = new SyncContextManagement(es);
var result = sut.Load(new SyncCommand());
var ctxModel = result.Ctx as SyncContextModel;
ctxModel.Config.Should().BeEquivalentTo(new FlashcardboxConfig {
Bins = new[] { new FlashcardboxConfig.Bin {
LowerDueThreshold = 10,
UpperDueThreshold = 20
} }
});
ctxModel.Flashcards.Should().BeEquivalentTo(new Dictionary <string, (string binIndex, string hash)> {
{ "1", ("2", FlashcardHash.Calculate("q1v2", "a1v2", "t1")) },
{ "2", ("3", FlashcardHash.Calculate("q2", "a2", "t2,t3")) }
});