Method Run

gda_test.go:254–307

(c *Context, done chan error, d, x, y *Decimal)

}

func (tc TestCase) Run(c *Context, done chan error, d, x, y *Decimal) (res Condition, err error) {
	switch tc.Operation {
	case "abs":
		res, err = c.Abs(d, x)
	case "add":
		res, err = c.Add(d, x, y)
	case "compare":
		res, err = c.Cmp(d, x, y)
	case "cuberoot":
		res, err = c.Cbrt(d, x)
	case "divide":
		res, err = c.Quo(d, x, y)
	case "divideint":
		res, err = c.QuoInteger(d, x, y)
	case "exp":
		res, err = c.Exp(d, x)
	case "ln":
		res, err = c.Ln(d, x)
	case "log10":
		res, err = c.Log10(d, x)
	case "minus":
		res, err = c.Neg(d, x)
	case "multiply":
		res, err = c.Mul(d, x, y)
	case "plus":
		res, err = c.Add(d, x, decimalZero)
	case "power":
		res, err = c.Pow(d, x, y)
	case "quantize":
		res, err = c.Quantize(d, x, y.Exponent)
	case "reduce":
		_, res, err = c.Reduce(d, x)
	case "remainder":
		res, err = c.Rem(d, x, y)
	case "squareroot":
		res, err = c.Sqrt(d, x)
	case "subtract":
		res, err = c.Sub(d, x, y)
	case "tointegral":
		res, err = c.RoundToIntegralValue(d, x)
	case "tointegralx":
		res, err = c.RoundToIntegralExact(d, x)

	// Below used only in benchmarks. Tests call it themselves.
	case "comparetotal":
		x.CmpTotal(y)
	case "tosci":
		_ = x.String()

	default:
		done <- fmt.Errorf("unknown operation: %s", tc.Operation)
	}
	return
}

// BenchmarkGDA benchmarks a GDA test. It should not be used without specifying
// a sub-benchmark to run. For example: