public void WasteComposition_MinNotLessThanMax_ValidationError()
        {
            var viewModel  = GetValidViewModel();
            var wasteType1 = new WoodInformationData();

            wasteType1.MinConcentration = "30";
            wasteType1.MaxConcentration = "20";

            var wasteType2 = new WoodInformationData();

            wasteType2.MinConcentration = "10";
            wasteType2.MaxConcentration = "20";

            viewModel.WasteComposition = new List <WoodInformationData>
            {
                wasteType1,
                wasteType2
            };

            viewModel.Energy = "energy";

            var result = ValidateViewModel(viewModel);

            Assert.NotEmpty(result);
            Assert.True(result.First().ErrorMessage.StartsWith("The minimum concentration level should be lower than the maximum concentration"));
        }
        public void ValidViewModel_Validates()
        {
            var viewModel = GetValidViewModel();

            var otherType = new WoodInformationData();

            otherType.MaxConcentration = "20";
            otherType.MinConcentration = "3";
            otherType.Constituent      = "type";

            var wasteType = new WoodInformationData();

            wasteType.MaxConcentration = "20";
            wasteType.MinConcentration = "3";
            viewModel.WasteComposition = new List <WoodInformationData>
            {
                wasteType
            };

            viewModel.Energy = "energy";

            var result = ValidateViewModel(viewModel);

            Assert.Empty(result);
        }
Example #3
0
 private void AssertEquality(WoodInformationData expected,
                             WasteAdditionalInformation actual)
 {
     Assert.Equal(expected.WasteInformationType, actual.WasteInformationType);
     Assert.Equal(Convert.ToDecimal(expected.MinConcentration), actual.MinConcentration);
     Assert.Equal(Convert.ToDecimal(expected.MaxConcentration), actual.MaxConcentration);
     Assert.Equal(expected.Constituent, actual.Constituent);
 }
        public string ConstituentUnits(WoodInformationData woodInformationData)
        {
            var units = "%";

            if (woodInformationData.WasteInformationType == WasteInformationType.HeavyMetals || woodInformationData.WasteInformationType == WasteInformationType.NetCalorificValue)
            {
                units = string.Empty;
            }

            return(units);
        }
        public string ConstituentUnits(WoodInformationData woodInformationData)
        {
            var units = "%";

            if (woodInformationData.WasteInformationType == WasteInformationType.HeavyMetals || woodInformationData.WasteInformationType == WasteInformationType.NetCalorificValue)
            {
                units = string.Empty;
            }

            return units;
        }
        public string ConstituentTitle(WoodInformationData woodInformationData)
        {
            var name = woodInformationData.Constituent;

            if (woodInformationData.WasteInformationType == WasteInformationType.HeavyMetals)
            {
                name = name + " (" + Views.ChemicalComposition.ParametersResources.Milligrams.Replace(" ", "&nbsp;") + ")";
            }

            if (woodInformationData.WasteInformationType == WasteInformationType.NetCalorificValue)
            {
                name = name + " (" + Views.ChemicalComposition.ParametersResources.Megajoules.Replace(" ", "&nbsp;") + ")";
            }

            return(name);
        }
        public string ConstituentTitle(WoodInformationData woodInformationData)
        {
            var name = woodInformationData.Constituent;

            if (woodInformationData.WasteInformationType == WasteInformationType.HeavyMetals)
            {
                name = name + " (" + Views.ChemicalComposition.ParametersResources.Milligrams.Replace(" ", "&nbsp;") + ")";
            }

            if (woodInformationData.WasteInformationType == WasteInformationType.NetCalorificValue)
            {
                name = name + " (" + Views.ChemicalComposition.ParametersResources.Megajoules.Replace(" ", "&nbsp;") + ")";
            }

            return name;
        }
        public void WasteComposition_NoMinValues_ValidationError()
        {
            var viewModel = GetValidViewModel();
            var wasteType = new WoodInformationData();

            wasteType.MaxConcentration = "20";
            viewModel.WasteComposition = new List <WoodInformationData>
            {
                wasteType
            };

            viewModel.Energy = "energy";

            var result = ValidateViewModel(viewModel);

            Assert.NotEmpty(result);
            Assert.True(result.First().ErrorMessage.StartsWith("Please enter a minimum and maximum concentration"));
        }
        public void WasteComposition_NaAndNumber_ValidationError(string minValue, string maxValue)
        {
            var viewModel = GetValidViewModel();
            var wasteType = new WoodInformationData();

            wasteType.MaxConcentration = maxValue;
            wasteType.MinConcentration = minValue;
            viewModel.WasteComposition = new List <WoodInformationData>
            {
                wasteType
            };

            viewModel.Energy = "energy";

            var result = ValidateViewModel(viewModel);

            Assert.NotEmpty(result);
            Assert.True(result.First().ErrorMessage.StartsWith("Both fields must either contain 'NA' or a number"));
        }
        public void WasteCodes_MaxPercentageNotValid_ValidationError(string value)
        {
            var viewModel = GetValidViewModel();
            var wasteType = new WoodInformationData();

            wasteType.MinConcentration = "2";
            wasteType.MaxConcentration = value;
            viewModel.WasteComposition = new List <WoodInformationData>
            {
                wasteType
            };

            viewModel.Energy = "energy";

            var result = ValidateViewModel(viewModel);

            Assert.NotEmpty(result);
            Assert.True(result.First().ErrorMessage.StartsWith("The maximum concentration should be in range from 0 to 100"));
        }
        public void AllValues_NA_ValidationError()
        {
            var viewModel = GetValidViewModel();

            var wasteType = new WoodInformationData();

            wasteType.MaxConcentration = "na";
            wasteType.MinConcentration = "na";
            viewModel.WasteComposition = new List <WoodInformationData>
            {
                wasteType
            };

            viewModel.Energy = "energy";

            var result = ValidateViewModel(viewModel);

            Assert.NotEmpty(result);
            Assert.True(result.First().ErrorMessage.StartsWith("You have not entered any data about the waste's composition"));
        }
        public void WoodWithDescription_Validates()
        {
            var viewModel = GetValidViewModel();

            viewModel.ChemicalCompositionType = ChemicalComposition.Wood;
            viewModel.Description             = "description";

            var wasteType = new WoodInformationData();

            wasteType.MinConcentration = "30";
            wasteType.MaxConcentration = "50";
            wasteType.Constituent      = "type";
            viewModel.WasteComposition = new List <WoodInformationData>
            {
                wasteType
            };

            var result = ValidateViewModel(viewModel);

            Assert.Empty(result);
        }
 private static bool IsPercentageQuantity(WoodInformationData wasteData)
 {
     return wasteData.WasteInformationType != WasteInformationType.HeavyMetals
            && wasteData.WasteInformationType != WasteInformationType.NetCalorificValue;
 }
 private void AssertEquality(WoodInformationData expected, 
     WasteAdditionalInformation actual)
 {
     Assert.Equal(expected.WasteInformationType, actual.WasteInformationType);
     Assert.Equal(Convert.ToDecimal(expected.MinConcentration), actual.MinConcentration);
     Assert.Equal(Convert.ToDecimal(expected.MaxConcentration), actual.MaxConcentration);
     Assert.Equal(expected.Constituent, actual.Constituent);
 }
 private static bool IsPercentageQuantity(WoodInformationData wasteData)
 {
     return(wasteData.WasteInformationType != WasteInformationType.HeavyMetals &&
            wasteData.WasteInformationType != WasteInformationType.NetCalorificValue);
 }