static void SkapaNpzFil(List <OmniArtikel> artiklar, string path)
{
using (var stream = File.OpenWrite(path + "x_train.npy"))
{
var arrayList = new List <int[]>();
foreach (var artikel in artiklar)
{
arrayList.Add(TextTillIndexArray(artikel.Text.Trim()));
}
var yttreArray = arrayList.ToArray();
NpyFormat.Save(arrayList[0], stream);
}
using (var stream2 = File.OpenWrite(path + "x_test.npy"))
{
var arrayList = new List <int[]>();
foreach (var artikel in artiklar)
{
arrayList.Add(TextTillIndexArray(artikel.Text.Trim()));
}
var yttreArray = arrayList.ToArray();
NpyFormat.Save(arrayList[1], stream2);
}
var npyFiler = new List <string>();
npyFiler.Add(path + "x_train.npy");
npyFiler.Add(path + "x_test.npy");
var arrayList2 = new List <int[]>();
foreach (var artikel in artiklar)
{
arrayList2.Add(TextTillIndexArray(artikel.Text.Trim()));
}
var dict = new Dictionary <string, Array>();
dict.Add("x_train.npy", arrayList2[0]);
dict.Add("x_test.npy", arrayList2[1]);
using (var stream3 = File.OpenWrite(path + "omni_data.npz"))
{
NpzFormat.Save(dict, stream3, System.IO.Compression.CompressionLevel.Fastest);
}
}
public void WriteStringJaggedVariableColsTrimTest_Compressed()
{
string[][] value =
{
new[] { "a", "b" },
new[] { "d", "cs", "f"},
new[] { "z" },
};
byte[] bytes = NpzFormat.Save(value);
string[][] expectedJagged =
{
new[] { "a", "b" },
new[] { "d", "cs", "f"},
new[] { "z" },
};
var arrJagged = NpzFormat.Load <string[][]>(bytes);
string[][] actualJagged = arrJagged["arr_0"];
Assert.IsTrue(actualJagged.IsEqual(expectedJagged));
string[,] expectedMatrix =
{
{ "a", "b", null },
{ "d", "cs", "f" },
{ "z", null, null },
};
var arrMatrix = NpzFormat.Load <string[, ]>(bytes);
string[,] actualMatrix = arrMatrix["arr_0"];
Assert.IsTrue(actualJagged.IsEqual(expectedJagged));
}
