public void Resolve()
{
var sut = new EmbeddedResourceMigrationResolver(typeof(MigrationFixtures.R));
var actual = sut.Resolve();
Assert.That(actual, Has.Count.EqualTo(4), "actual");
Assert.That(actual, Does.Not.Contain(null), "actual");
Assert.Multiple(() =>
{
Assert.That(actual[0].Version, Is.EqualTo(1L), "actual[0].Version");
Assert.That(actual[0].DisableTransaction, Is.False, "actual[0].DisableTransaction");
Assert.That(actual[1].Version, Is.EqualTo(2L), "actual[1].Version");
Assert.That(actual[1].DisableTransaction, Is.False, "actual[1].DisableTransaction");
Assert.That(actual[2].Version, Is.EqualTo(3L), "actual[2].Version");
Assert.That(actual[2].DisableTransaction, Is.True, "actual[2].DisableTransaction");
Assert.That(actual[3].Version, Is.EqualTo(4L), "actual[3].Version");
Assert.That(actual[3].DisableTransaction, Is.False, "actual[3].DisableTransaction");
});
}
public async Task MigrateAsync_HaveHalf_AllIsMigrated()
{
var resolver = new EmbeddedResourceMigrationResolver(typeof(MigrationFixtures.R));
// Part 1
var migration = new DbMigrator(new ListMigrationResolver(resolver.Resolve().Take(2).ToList()));
await migration.MigrateAsync(Database.ConnectionString);
await using var cnn = await Database.ConnectionFactory.OpenAsync();
var fruits = await cnn.QueryAsync <string>("SELECT [Name] FROM [Fruit] ORDER BY [Created] ASC");
Assert.That(fruits, Is.EqualTo(new [] { "Banana" }));
// Part 2
migration = new DbMigrator(resolver);
await migration.MigrateAsync(Database.ConnectionString);
await using var cnn2 = await Database.ConnectionFactory.OpenAsync();
fruits = await cnn.QueryAsync <string>("SELECT [Name] FROM [Fruit] ORDER BY [Created] ASC");
Assert.That(fruits, Is.EqualTo(new[] { "Banana", "Apple", "Orange" }));
}
