public void MashIndexer_Getter_ReturnsExistingMash_IfRegistered()
{
var mash = new Mash <string, int>();
var sub = mash["test"];
Assert.AreSame(sub, mash["test"]);
}
public async Task <IActionResult> PutMash(int id, Mash mash)
{
if (id != mash.MashId)
{
return(BadRequest());
}
_context.Entry(mash).State = EntityState.Modified;
try
{
await _context.SaveChangesAsync();
}
catch (DbUpdateConcurrencyException)
{
if (!MashExists(id))
{
return(NotFound());
}
else
{
throw;
}
}
return(NoContent());
}
public void Link_MaintainsState_OnReplace_4()
{
var mash = new Mash <string, int>();
var m1 = new Mash <string, int>();
var m2 = new Mash <string, int>();
var m3 = new Mash <string, int>();
var m4 = new Mash <string, int>();
var shunt = new Mash <string, int>();
mash.Link("1", m1);
mash.Link("2", m2);
mash.Link("3", m3);
mash.Link("4", m4);
mash.Link("1", shunt);
Assert.AreSame(shunt, mash["1"]);
Assert.AreSame(m2, mash["2"]);
Assert.AreSame(m3, mash["3"]);
Assert.AreSame(m4, mash["4"]);
mash.Link("2", shunt);
Assert.AreSame(shunt, mash["2"]);
Assert.AreSame(m3, mash["3"]);
Assert.AreSame(m4, mash["4"]);
mash.Link("3", shunt);
Assert.AreSame(shunt, mash["3"]);
Assert.AreSame(m4, mash["4"]);
mash.Link("4", shunt);
Assert.AreSame(shunt, mash["4"]);
}
public void LinkedCount_IsIncremented_WhenASubMashIsAccessed()
{
var mash = new Mash <string, int>();
var sub = mash["A"];
Assert.AreEqual(1, mash.LinkedCount);
}
public void LinkedCount_IsProperlyTranslatedInternalState()
{
var mash = new Mash <string, int>();
var sub1 = mash["1"];
Assert.AreEqual(1, mash.LinkedCount);
var sub2 = mash["2"];
Assert.AreEqual(2, mash.LinkedCount);
var sub3 = mash["3"];
Assert.AreEqual(3, mash.LinkedCount);
var sub4 = mash["4"];
Assert.AreEqual(4, mash.LinkedCount);
var sub5 = mash["5"];
Assert.AreEqual(5, mash.LinkedCount);
var sub6 = mash["6"];
Assert.AreEqual(6, mash.LinkedCount);
}
public async Task <ActionResult <Mash> > PostMash(Mash mash)
{
_context.Mash.Add(mash);
await _context.SaveChangesAsync();
return(CreatedAtAction("GetMash", new { id = mash.MashId }, mash));
}
public void GetLinked_IsTheSameAs_MashIndexer_Getter()
{
var mash = new Mash <string, int>();
Assert.AreSame(mash["a"], mash.GetLinked("a"));
Assert.AreSame(mash.GetLinked("b"), mash["b"]);
}
public void Link_MaintainsState_OnReplace_1()
{
var mash = new Mash <string, int>();
var m1 = new Mash <string, int>();
var shunt = new Mash <string, int>();
mash.Link("1", m1);
mash.Link("1", shunt);
Assert.AreSame(shunt, mash["1"]);
}
public void Mash_EmptySteps_Valid()
{
Mash_Steps steps = new Mash_Steps();
Mash mash = new Mash(
70,
steps,
"Empty");
Assert.IsTrue(mash.IsValid());
}
public IActionResult Index()
{
Yeast yeast = db.Yeast.FirstOrDefault();
Equipment equipment = db.Equipment.FirstOrDefault();
Mash mash = db.Mash.FirstOrDefault();
Style style = db.Style.FirstOrDefault();
Recipe recipe = db.Recipes.FirstOrDefault();
List <Recipe> recipes = db.Recipes.ToList();
return(View(recipes));
}
public void Mash_InvalidMashSteps_Invalid()
{
Mock <Mash_Steps> steps = new Mock <Mash_Steps>();
steps.Setup(m => m.IsValid(ref It.Ref <ValidationCode> .IsAny)).Returns(false);
Mash mash = new Mash(
70,
steps.Object,
"Empty");
Assert.IsFalse(mash.IsValid());
}
public void SetUp()
{
_emptyMash = new Mash <string, int>();
_oneMash = new Mash <string, int> {
1
};
_twoMash = new Mash <string, int> {
1, 2
};
_threeMash = new Mash <string, int> {
1, 2, 3
};
}
public void Mash_EmptySteps_Valid_ErrorCode()
{
Mash_Steps steps = new Mash_Steps();
Mash mash = new Mash(
70,
steps,
"Empty");
ValidationCode errorCode = ValidationCode.SUCCESS;
mash.IsValid(ref errorCode);
Assert.AreEqual(ValidationCode.SUCCESS, errorCode);
}
public void AddPoker(string name, string type)
{
if (p == 0)
{
pokers[0] = new Mash();
p++;
return;
}
Array.Resize(ref pokers, p);
pokers[p - 1] = new Mash();
pokers[p - 1].name = name;
pokers[p - 1].type = type;
p++;
}
public void Link_MaintainsState_OnAdd()
{
var mash = new Mash <string, int>();
var m1 = new Mash <string, int>();
var m2 = new Mash <string, int>();
var m3 = new Mash <string, int>();
var m4 = new Mash <string, int>();
var m5 = new Mash <string, int>();
var m6 = new Mash <string, int>();
mash.Link("1", m1);
Assert.AreSame(m1, mash["1"]);
mash.Link("2", m2);
Assert.AreSame(m1, mash["1"]);
Assert.AreSame(m2, mash["2"]);
mash.Link("3", m3);
Assert.AreSame(m1, mash["1"]);
Assert.AreSame(m2, mash["2"]);
Assert.AreSame(m3, mash["3"]);
mash.Link("4", m4);
Assert.AreSame(m1, mash["1"]);
Assert.AreSame(m2, mash["2"]);
Assert.AreSame(m3, mash["3"]);
Assert.AreSame(m4, mash["4"]);
mash.Link("5", m5);
Assert.AreSame(m1, mash["1"]);
Assert.AreSame(m2, mash["2"]);
Assert.AreSame(m3, mash["3"]);
Assert.AreSame(m4, mash["4"]);
Assert.AreSame(m5, mash["5"]);
mash.Link("6", m6);
Assert.AreSame(m1, mash["1"]);
Assert.AreSame(m2, mash["2"]);
Assert.AreSame(m3, mash["3"]);
Assert.AreSame(m4, mash["4"]);
Assert.AreSame(m5, mash["5"]);
Assert.AreSame(m6, mash["6"]);
}
public void MashIndexer_Getter_ProperlyTranslatedInternalState()
{
var mash = new Mash <string, int>();
var sub1 = mash["1"];
Assert.AreSame(sub1, mash["1"]);
var sub2 = mash["2"];
Assert.AreSame(sub1, mash["1"]);
Assert.AreSame(sub2, mash["2"]);
var sub3 = mash["3"];
Assert.AreSame(sub1, mash["1"]);
Assert.AreSame(sub2, mash["2"]);
Assert.AreSame(sub3, mash["3"]);
var sub4 = mash["4"];
Assert.AreSame(sub1, mash["1"]);
Assert.AreSame(sub2, mash["2"]);
Assert.AreSame(sub3, mash["3"]);
Assert.AreSame(sub4, mash["4"]);
var sub5 = mash["5"];
Assert.AreSame(sub1, mash["1"]);
Assert.AreSame(sub2, mash["2"]);
Assert.AreSame(sub3, mash["3"]);
Assert.AreSame(sub4, mash["4"]);
Assert.AreSame(sub5, mash["5"]);
var sub6 = mash["6"];
Assert.AreSame(sub1, mash["1"]);
Assert.AreSame(sub2, mash["2"]);
Assert.AreSame(sub3, mash["3"]);
Assert.AreSame(sub4, mash["4"]);
Assert.AreSame(sub5, mash["5"]);
Assert.AreSame(sub6, mash["6"]);
}
public void Unlink_RemovesTheExpectedElement(int index, int count)
{
var mash = new Mash <int, string>();
var ms = new Mash <int, string> [count];
for (var i = 0; i < count; i++)
{
ms[i] = new Mash <int, string>();
mash.Link(i, ms[i]);
}
mash.Unlink(index);
for (var i = 0; i < count; i++)
{
if (i != index)
{
Assert.AreSame(ms[i], mash.GetLinked(i));
}
}
Assert.AreNotSame(ms[index], mash.GetLinked(index));
}
public void Ctor_UsesDefaultComparer_IfNotSpecified()
{
var mash = new Mash <string, int>();
Assert.AreNotSame(mash["A"], mash["a"]);
}
public void MashIndexer_Getter_ReturnsANewlyCreatedMash_IfNotRegistered()
{
var mash = new Mash <string, int>();
Assert.IsNotNull(mash["test"]);
}
public void LinkedCount_IsZero_NewMash()
{
var mash = new Mash <string, int>();
Assert.AreEqual(0, mash.LinkedCount);
}
public void Ctor_TakesIntoAccountTheEqualityComparer()
{
var mash = new Mash <string, int>(StringComparer.OrdinalIgnoreCase);
Assert.AreSame(mash["A"], mash["a"]);
}
