public void No_Arg_All_Values_Are_Between_Zero_And_MaxValue()
{
var decimals = new decimal[Assertion.Amount];
for (var i = 0; i < Assertion.Amount; i++)
{
decimals[i] = DecimalProvider.Decimal();
}
decimals.AssertNotAllValuesAreTheSame();
Assert.True(
decimals.All(x => x >= 0 && x < decimal.MaxValue),
"decimals.All(x => x >= 0 && x < decimal.MaxValue)"
);
}
public void Inclusive_Min_Arg()
{
var decimals = new decimal[Assertion.Amount];
const decimal arg = 100;
for (var i = 0; i < Assertion.Amount; i++)
{
decimals[i] = DecimalProvider.Decimal(arg, arg);
}
Assert.True(
decimals.All(x => x == arg),
"decimals.All(x => x == arg)"
);
}
public void All_Values_Are_Between_Zero_And_Max()
{
var decimals = new decimal[Assertion.Amount];
const decimal max = 200;
for (var i = 0; i < Assertion.Amount; i++)
{
decimals[i] = DecimalProvider.Decimal(max);
}
decimals.AssertNotAllValuesAreTheSame();
Assert.True(
decimals.All(x => x >= 0 && x < max),
"decimals.All(x => x >= 0 && x < max)"
);
}
public void Exclusive_Max_Arg()
{
var decimals = new decimal[Assertion.Amount];
const decimal max = 100;
const decimal min = max - MaxSupportedPrecision;
for (var i = 0; i < Assertion.Amount; i++)
{
decimals[i] = DecimalProvider.Decimal(min, max);
}
decimals.AssertNotAllValuesAreTheSame();
Assert.True(
decimals.All(x => x < max),
"decimals.All(x => x < max)"
);
}