public IActionResult DeleteKes(string id)
{
Kes k = KnifeLogic.GetKes(id);
KnifeLogic.DeleteKes(id);
return(View(nameof(ListKes), KnifeStoreLogic.GetKesek(k.Raktar_Id)));
}
/// <summary>
/// Modifies an element of the knifeStore list as intended.
/// </summary>
/// <param name="knifeToModify">The KnifeStore entity which should be modified.</param>
public void ModKnife(Knife knifeToModify, string token)
{
if (knifeToModify == null)
{
this.messengerService.Send("MÓDOSÍTÁS SIKERTELEN", "LogicResult");
return;
}
Knife clone = new Knife();
clone.CopyFrom(knifeToModify);
if (this.editorService.EditKnife(clone) == true)
{
knifeToModify.CopyFrom(clone);
Kes kb = new Kes()
{
Gyartasi_Cikkszam = clone.SerialNumber,
Raktar_Id = clone.StorageId,
Gyarto = clone.Maker == null ? string.Empty : clone.Maker,
Bevont_Penge = clone.Coated,
Acel = clone.Steel == null ? string.Empty : clone.Steel,
Penge_Hossz = clone.BladeLength,
Ar = clone.Price,
Markolat = clone.Handle == null ? string.Empty : clone.Handle,
Modell_nev = clone.Model == null ? string.Empty : clone.Model,
};
string api = hostSettings.Address() + $"Knife" + $"/{knifeToModify.SerialNumber}";
try
{
WebClient wc = new WebClient();
var json = JsonConvert.SerializeObject(kb);
wc.Headers[HttpRequestHeader.ContentType] = "application/json";
wc.Headers[HttpRequestHeader.Authorization] = $"Bearer {token}";
wc.UploadString(api, "PUT", json);
}
catch (Exception ex)
{
if (ex.Message.ToString().Contains("403"))
{
this.messengerService.Send("MÓDOSÍTÁS SIKERTELEN\nNINCS ENGEDÉLYE EHHEZ", "LogicResult");
return;
}
this.messengerService.Send("MÓDOSÍTÁS SIKERTELEN", "LogicResult");
return;
}
//this.knifeStoreLogic.UpdateKes_Bolt(knifeStoreToModify.StorageId, kb);
this.messengerService.Send("MÓDOSÍTÁS SIKERES", "LogicResult");
return;
}
this.messengerService.Send("MÓDOSÍTÁS MEGSZAKÍTVA", "LogicResult");
}
public IActionResult UpdateKnife(string id, [FromBody] Kes newKnife)
{
try
{
knifeLogic.UpdateKes(id, newKnife);
return(Ok());
}
catch (Exception ex)
{
return(StatusCode(400, $"Bad request error: {ex}"));
}
}
public IActionResult AddKnife([FromBody] Kes k)
{
try
{
k.Gyartasi_Cikkszam = Guid.NewGuid().ToString();
knifeLogic.AddKes(k);
return(Ok());
}
catch (Exception ex)
{
return(StatusCode(500, $"Internal server error: {ex}"));
}
}
/// <summary>
/// Adds a new KnifeStore to it's list and calls the database operation to syncronhize them.
/// </summary>
/// <param name="list">The entity list where the entity should be added.</param>
public void AddKnife(IList <Knife> list, string selectedKnifeStoreId, string token)
{
if (selectedKnifeStoreId == null)
{
this.messengerService.Send("HOZZÁADÁS SIKERTELEN", "LogicResult");
}
Knife newKnife = new Knife();
if ((selectedKnifeStoreId != null && selectedKnifeStoreId != string.Empty) && this.editorService.EditKnife(newKnife) == true)
{
Kes kb = new Kes()
{
Gyartasi_Cikkszam = string.Empty,
Raktar_Id = selectedKnifeStoreId,
Gyarto = newKnife.Maker == null ? string.Empty : newKnife.Maker,
Bevont_Penge = newKnife.Coated,
Acel = newKnife.Steel == null ? string.Empty : newKnife.Steel,
Penge_Hossz = newKnife.BladeLength,
Ar = newKnife.Price,
Markolat = newKnife.Handle == null ? string.Empty : newKnife.Handle,
Modell_nev = newKnife.Model == null ? string.Empty : newKnife.Model,
};
string api = hostSettings.Address() + $"Knife";
WebClient wc = new WebClient();
var json = JsonConvert.SerializeObject(kb);
wc.Headers[HttpRequestHeader.ContentType] = "application/json";
wc.Headers[HttpRequestHeader.Authorization] = $"Bearer {token}";
try
{
wc.UploadString(api, "POST", json);
}
catch (Exception ex)
{
if (ex.Message.ToString().Contains("403"))
{
this.messengerService.Send("TÖRLÉS SIKERTELEN\nNINCS ENGEDÉLYE EHHEZ", "LogicResult");
return;
}
this.messengerService.Send("HOZZÁADÁS SIKERTELEN", "LogicResult");
return;
}
this.messengerService.Send("HOZZÁADÁS SIKERES", "LogicResult");
return;
}
this.messengerService.Send("HOZZÁADÁS MEGSZAKÍTVA", "LogicResult");
}
public void UpdateKes()
{
Mock <IRepository <Kes> > MockoltKesRepo = new Mock <IRepository <Kes> >();
Kes k = new Kes()
{
Gyartasi_Cikkszam = Guid.NewGuid().ToString(),
Gyarto = "Spyderco",
Modell_nev = "Delica",
Markolat = "FRN",
Bevont_Penge = false,
Penge_Hossz = 73,
Acel = "VG-10",
Ar = 35490
};
MockoltKesRepo.Setup(x => x.Update(k.Gyartasi_Cikkszam, It.IsAny <Kes>()));
KesLogic kesLogic = new KesLogic(MockoltKesRepo.Object);
kesLogic.UpdateKes(k.Gyartasi_Cikkszam, k);
MockoltKesRepo.Verify(x => x.Update(k.Gyartasi_Cikkszam, k), Times.Once);
}
public IActionResult AddKes(Kes kes)
{
kes.Gyartasi_Cikkszam = Guid.NewGuid().ToString();
KnifeLogic.AddKes(kes);
return(View(nameof(ListKes), KnifeStoreLogic.GetKesek(kes.Raktar_Id)));
}
public IActionResult BackToKesek(string id)//id itt Gyartasi_Cikkszam
{
Kes k = KnifeLogic.GetKes(id);
return(View(nameof(ListKes), KnifeStoreLogic.GetKesek(k.Raktar_Id)));
}
public IActionResult EditKes(Kes k)
{
KnifeLogic.UpdateKes(k.Gyartasi_Cikkszam, k);
return(RedirectToAction(nameof(ListKes), new { id = k.Raktar_Id }));
}
public IActionResult EditKes(string id)
{
Kes k = KnifeLogic.GetKes(id);
return(View(k));
}
public static void TestStiffnessSubmatricesOfCrackBodyElement()
{
double equalityTolerance = 1E-13;
Matrix expectedKss = 1E6 * Matrix.CreateFromArray(new double[, ]
{
{ +1.154, +0.481, -0.769, +0.096, -0.577, -0.481, +0.192, -0.096 },
{ +0.481, +1.154, -0.096, +0.192, -0.481, -0.577, +0.096, -0.769 },
{ -0.769, -0.096, +1.154, -0.481, +0.192, +0.096, -0.577, +0.481 },
{ +0.096, +0.192, -0.481, +1.154, -0.096, -0.769, +0.481, -0.577 },
{ -0.577, -0.481, +0.192, -0.096, +1.154, +0.481, -0.769, +0.096 },
{ -0.481, -0.577, +0.096, -0.769, +0.481, +1.154, -0.096, +0.192 },
{ +0.192, +0.096, -0.577, +0.481, -0.769, -0.096, +1.154, -0.481 },
{ -0.096, -0.769, +0.481, -0.577, +0.096, +0.192, -0.481, +1.154 }
});
Matrix expectedKse = 1E6 * Matrix.CreateFromArray(new double[, ]
{
{ +0.962, +0.240, +0.769, +0.144, +0.577, +0.433, +0.385, -0.048 },
{ +0.240, +0.481, +0.337, -0.192, +0.529, +0.577, +0.048, -0.096 },
{ -0.769, +0.144, -0.962, +0.240, -0.385, -0.048, -0.577, +0.433 },
{ +0.337, +0.192, +0.240, -0.481, +0.048, +0.096, +0.529, -0.577 },
{ -0.577, -0.433, -0.385, +0.048, -0.962, -0.240, -0.769, -0.144 },
{ -0.529, -0.577, -0.048, +0.096, -0.240, -0.481, -0.337, +0.192 },
{ +0.385, +0.048, +0.577, -0.433, +0.769, -0.144, +0.962, -0.240 },
{ -0.048, -0.096, -0.529, +0.577, -0.337, -0.192, -0.240, +0.481 }
});
Matrix expectedKes = 1E6 * Matrix.CreateFromArray(new double[, ]
{
{ +0.962, +0.240, -0.769, +0.337, -0.577, -0.529, +0.385, -0.048 },
{ +0.240, +0.481, +0.144, +0.192, -0.433, -0.577, +0.048, -0.096 },
{ +0.769, +0.337, -0.962, +0.240, -0.385, -0.048, +0.577, -0.529 },
{ +0.144, -0.192, +0.240, -0.481, +0.048, +0.096, -0.433, +0.577 },
{ +0.577, +0.529, -0.385, +0.048, -0.962, -0.240, +0.769, -0.337 },
{ +0.433, +0.577, -0.048, +0.096, -0.240, -0.481, -0.144, -0.192 },
{ +0.385, +0.048, -0.577, +0.529, -0.769, -0.337, +0.962, -0.240 },
{ -0.048, -0.096, +0.433, -0.577, -0.144, +0.192, -0.240, +0.481 }
});
Matrix expectedKee = 1E6 * Matrix.CreateFromArray(new double[, ]
{
{ +1.923, +0.481, +0.000, +0.000, +0.000, +0.000, +0.769, -0.096 },
{ +0.481, +0.962, +0.000, +0.000, +0.000, +0.000, +0.096, -0.192 },
{ +0.000, +0.000, +1.923, -0.481, +0.769, +0.096, +0.000, +0.000 },
{ +0.000, +0.000, -0.481, +0.962, -0.096, -0.192, +0.000, +0.000 },
{ +0.000, +0.000, +0.769, -0.096, +1.923, +0.481, +0.000, +0.000 },
{ +0.000, +0.000, +0.096, -0.192, +0.481, +0.962, +0.000, +0.000 },
{ +0.769, +0.096, +0.000, +0.000, +0.000, +0.000, +1.923, -0.481 },
{ -0.096, -0.192, +0.000, +0.000, +0.000, +0.000, -0.481, +0.962 }
});
XContinuumElement2D element = CreateCrackBodyElement();
Matrix Kss = element.BuildStandardStiffnessMatrix();
(Matrix Kee1, Matrix Kes) = element.BuildEnrichedStiffnessMatricesLower();
(Matrix Kee2, Matrix Kse) = element.BuildEnrichedStiffnessMatricesUpper();
Assert.True(expectedKss.Equals(Kss.DoToAllEntries(round), equalityTolerance));
Assert.True(expectedKee.Equals(Kee1.DoToAllEntries(round), equalityTolerance));
Assert.True(expectedKee.Equals(Kee2.DoToAllEntries(round), equalityTolerance));
Assert.True(expectedKes.Equals(Kes.DoToAllEntries(round), equalityTolerance));
Assert.True(expectedKse.Equals(Kse.DoToAllEntries(round), equalityTolerance));
}
public static void TestStiffnessSubmatricesOfMaterialInterfaceElement()
{
double equalityTolerance = 1E-13;
Matrix expectedKss = 1E6 * Matrix.CreateFromArray(new double[, ]
{
{ +0.913, +0.421, -0.577, +0.012, -0.433, -0.349, +0.096, -0.084 },
{ +0.421, +1.034, -0.132, +0.144, -0.373, -0.433, +0.084, -0.745 },
{ -0.577, -0.132, +0.817, -0.300, +0.192, +0.060, -0.433, +0.373 },
{ +0.012, +0.144, -0.300, +0.697, -0.060, -0.409, +0.349, -0.433 },
{ -0.433, -0.373, +0.192, -0.060, +0.817, +0.300, -0.577, +0.132 },
{ -0.349, -0.433, +0.060, -0.409, +0.300, +0.697, -0.012, +0.144 },
{ +0.096, +0.084, -0.433, +0.349, -0.577, -0.012, +0.913, -0.421 },
{ -0.084, -0.745, +0.373, -0.433, +0.132, +0.144, -0.421, +1.034 }
});
Matrix expectedKse = 1E6 * Matrix.CreateFromArray(new double[, ]
{
{ +1.242, +0.080, +1.643, +0.160, +1.723, +2.083, +2.123, +2.484 },
{ +1.122, -2.865, +1.042, -1.462, +2.324, +2.424, +2.724, +3.826 },
{ -2.845, +0.881, -2.925, +0.801, -0.441, -1.122, -0.521, -1.522 },
{ +0.321, -2.744, +0.401, -3.025, -0.881, +2.063, -1.282, +1.783 },
{ -0.521, +1.522, -0.441, +1.122, -2.925, -0.801, -2.845, -0.881 },
{ +1.282, +1.783, +0.881, +2.063, -0.401, -3.025, -0.321, -2.744 },
{ +2.123, -2.484, +1.723, -2.083, +1.643, -0.160, +1.242, -0.080 },
{ -2.724, +3.826, -2.324, +2.424, -1.042, -1.462, -1.122, -2.865 }
});
Matrix expectedKes = 1E6 * Matrix.CreateFromArray(new double[, ]
{
{ +1.242, +1.122, -2.845, +0.321, -0.521, +1.282, +2.123, -2.724 },
{ +0.080, -2.865, +0.881, -2.744, +1.522, +1.783, -2.484, +3.826 },
{ +1.643, +1.042, -2.925, +0.401, -0.441, +0.881, +1.723, -2.324 },
{ +0.160, -1.462, +0.801, -3.025, +1.122, +2.063, -2.083, +2.424 },
{ +1.723, +2.324, -0.441, -0.881, -2.925, -0.401, +1.643, -1.042 },
{ +2.083, +2.424, -1.122, +2.063, -0.801, -3.025, -0.160, -1.462 },
{ +2.123, +2.724, -0.521, -1.282, -2.845, -0.321, +1.242, -1.122 },
{ +2.484, +3.826, -1.522, +1.783, -0.881, -2.744, -0.080, -2.865 }
});
Matrix expectedKee = 1E6 * Matrix.CreateFromArray(new double[, ]
{
{ 95.753, -6.010, 49.279, -3.606, 18.029, -10.817, 38.862, 1.202 },
{ -6.010, 46.675, -8.413, 28.245, -13.221, -9.014, -1.202, -8.213 },
{ 49.279, -8.413, 94.151, -6.010, 40.465, 1.202, 18.029, 13.221 },
{ -3.606, 28.245, -6.010, 41.066, -1.202, -2.604, 10.817, -9.014 },
{ 18.029, -13.221, 40.465, -1.202, 94.151, 6.010, 49.279, 8.413 },
{ -10.817, -9.014, 1.2020, -2.604, 6.010, 41.066, 3.606, 28.245 },
{ 38.862, -1.202, 18.029, 10.817, 49.279, 3.606, 95.753, 6.010 },
{ 1.2020, -8.213, 13.221, -9.014, 8.413, 28.245, 6.010, 46.675 }
});
XContinuumElement2D element = CreateMaterialInterfaceElement();
Matrix Kss = element.BuildStandardStiffnessMatrix();
(Matrix Kee1, Matrix Kes) = element.BuildEnrichedStiffnessMatricesLower();
(Matrix Kee2, Matrix Kse) = element.BuildEnrichedStiffnessMatricesUpper();
Assert.True(expectedKss.Equals(Kss.DoToAllEntries(round), equalityTolerance));
Assert.True(expectedKee.Equals(Kee1.DoToAllEntries(round), equalityTolerance));
Assert.True(expectedKee.Equals(Kee2.DoToAllEntries(round), equalityTolerance));
Assert.True(expectedKes.Equals(Kes.DoToAllEntries(round), equalityTolerance));
Assert.True(expectedKse.Equals(Kse.DoToAllEntries(round), equalityTolerance));
}
public void UpdateKes(string o_kid, Kes n_kes)
{
KesRepo.Update(o_kid, n_kes);
}
public void AddKes(Kes kes)
{
this.KesRepo.Add(kes);
}
public void LegjobbanErtekelt()
{
Mock <IRepository <Kes> > MockoltKesRepo = new Mock <IRepository <Kes> >(MockBehavior.Loose);
Mock <IRepository <Velemeny> > MockoltVelemenyRepo = new Mock <IRepository <Velemeny> >(MockBehavior.Loose);
List <Kes> KesLista = new List <Kes>();
KesLista.Add(new Kes()
{
Gyartasi_Cikkszam = Guid.NewGuid().ToString(),
Gyarto = "Spyderco",
Modell_nev = "Chaparral",
Markolat = "FRN",
Bevont_Penge = false,
Penge_Hossz = 71,
Acel = "CTS-XHP",
Ar = 40790,
});
KesLista.Add(new Kes()
{
Gyartasi_Cikkszam = Guid.NewGuid().ToString(),
Gyarto = "Spyderco",
Modell_nev = "Delica",
Markolat = "FRN",
Bevont_Penge = false,
Penge_Hossz = 73,
Acel = "VG-10",
Ar = 35490,
});
List <Velemeny> VelemenyLista = new List <Velemeny>();
VelemenyLista.Add(new Velemeny()
{
Velemeny_Id = Guid.NewGuid().ToString(),
Szerzo = "Nick Shabazz",
Elegedettseg = 8,
VelemenySzovege = "I'd reccomend this product" +
"You can check out my review here:" +
"https://www.youtube.com/watch?v=N-0ERB3tBOU",
Gyartasi_Cikkszam = KesLista[1].Gyartasi_Cikkszam
});
VelemenyLista.Add(new Velemeny()
{
Velemeny_Id = Guid.NewGuid().ToString(),
Szerzo = "Cutlerylover",
Elegedettseg = 10,
VelemenySzovege = "I have the version with the wave " +
"feature. I'm pleased with it! You can see my review " +
"here: https://www.youtube.com/watch?v=XfnyMcUJip4",
Gyartasi_Cikkszam = KesLista[1].Gyartasi_Cikkszam
});
VelemenyLista.Add(new Velemeny()
{
Velemeny_Id = Guid.NewGuid().ToString(),
Szerzo = "Slicey Dicey",
Elegedettseg = 6,
VelemenySzovege = "Just a well known good piece to have " +
"in your collection. I made a video about it you can see it " +
"here: https://www.youtube.com/watch?v=eWWO9KMEIZI",
Gyartasi_Cikkszam = KesLista[1].Gyartasi_Cikkszam
});
/*-------*/
VelemenyLista.Add(new Velemeny()
{
Velemeny_Id = Guid.NewGuid().ToString(),
Szerzo = "Slicey Dicey",
Elegedettseg = 1,
VelemenySzovege = "Very thin blade it's fragile",
Gyartasi_Cikkszam = KesLista[0].Gyartasi_Cikkszam
});
VelemenyLista.Add(new Velemeny()
{
Velemeny_Id = Guid.NewGuid().ToString(),
Szerzo = "Nick Shabazz",
Elegedettseg = 10,
VelemenySzovege = "It's one of my favourite spyderco-s ever",
Gyartasi_Cikkszam = KesLista[0].Gyartasi_Cikkszam
});
Kes ElvartKes = KesLista[1];
MockoltKesRepo.Setup(x => x.Read()).Returns(KesLista.AsQueryable());
MockoltVelemenyRepo.Setup(x => x.Read()).Returns(VelemenyLista.AsQueryable());
NemCRUDLogic nemCRUDLogic = new NemCRUDLogic(MockoltKesRepo.Object, MockoltVelemenyRepo.Object);
var kimenet = nemCRUDLogic.LegjobbanErtekelt(KesLista, VelemenyLista);
Assert.That(kimenet, Is.EqualTo(ElvartKes));
}
