public void Configure_should_preserve_the_most_derived_configuration()
{
var configurationA = CreateConfiguration();
configurationA.ConcurrencyMode = ConcurrencyMode.Fixed;
var configurationB = new Properties.Primitive.PrimitivePropertyConfiguration();
configurationB.IsNullable = false;
var property = EdmProperty.Primitive("P", PrimitiveType.GetEdmPrimitiveType(PrimitiveTypeKind.String));
Assert.Null(property.GetConfiguration());
configurationA.Configure(property);
Assert.Equal(
ConcurrencyMode.Fixed, ((Properties.Primitive.PrimitivePropertyConfiguration)property.GetConfiguration()).ConcurrencyMode);
configurationB.Configure(property);
Assert.Equal(
ConcurrencyMode.Fixed, ((Properties.Primitive.PrimitivePropertyConfiguration)property.GetConfiguration()).ConcurrencyMode);
Assert.Equal(false, ((Properties.Primitive.PrimitivePropertyConfiguration)property.GetConfiguration()).IsNullable);
Assert.Equal(GetConfigurationType(), property.GetConfiguration().GetType());
}
private PrimitivePropertyConfiguration Cloning_a_primitive_property_configuration_clones_its_property_information_implementation(
PrimitivePropertyConfiguration configuration)
{
configuration.IsNullable = true;
configuration.ConcurrencyMode = ConcurrencyMode.Fixed;
configuration.DatabaseGeneratedOption = DatabaseGeneratedOption.Identity;
configuration.ColumnType = "ColumnType";
configuration.ColumnName = "ColumnName";
configuration.ColumnOrder = 1;
configuration.OverridableConfigurationParts = OverridableConfigurationParts.OverridableInCSpace;
configuration.SetAnnotation("A1", "V1");
configuration.SetAnnotation("A2", "V2");
configuration.SetAnnotation("A3", "V3");
configuration.SetAnnotation("A1", "V4");
configuration.SetAnnotation("A2", null);
var clone = configuration.Clone();
Assert.True(clone.IsNullable.Value);
Assert.Equal(ConcurrencyMode.Fixed, clone.ConcurrencyMode);
Assert.Equal(DatabaseGeneratedOption.Identity, clone.DatabaseGeneratedOption);
Assert.Equal("ColumnType", clone.ColumnType);
Assert.Equal("ColumnName", clone.ColumnName);
Assert.Equal(1, clone.ColumnOrder);
Assert.Equal(OverridableConfigurationParts.OverridableInCSpace, clone.OverridableConfigurationParts);
Assert.Equal("V4", clone.Annotations["A1"]);
Assert.Null(clone.Annotations["A2"]);
Assert.Equal("V3", clone.Annotations["A3"]);
return(clone);
}
private void ConfigureColumnType(
DbProviderManifest providerManifest,
Properties.Primitive.PrimitivePropertyConfiguration existingConfiguration,
EdmProperty discriminatorColumn)
{
if (((existingConfiguration != null) &&
existingConfiguration.ColumnType != null) ||
((_configuration != null) &&
(_configuration.ColumnType != null)))
{
return;
}
PrimitiveType primitiveType;
Value.GetType().IsPrimitiveType(out primitiveType);
var edmType
= (PrimitiveType)providerManifest.GetStoreType(
(primitiveType == PrimitiveType.GetEdmPrimitiveType(PrimitiveTypeKind.String))
? DatabaseMappingGenerator.DiscriminatorTypeUsage
: TypeUsage.Create(PrimitiveType.GetEdmPrimitiveType(primitiveType.PrimitiveTypeKind))).EdmType;
if ((existingConfiguration != null) &&
!discriminatorColumn.TypeName.Equals(edmType.Name, StringComparison.OrdinalIgnoreCase))
{
throw Error.ConflictingInferredColumnType(
discriminatorColumn.Name, discriminatorColumn.TypeName, edmType.Name);
}
discriminatorColumn.PrimitiveType = edmType;
}
public void ClrPropertyInfo_returns_propertyInfo()
{
var propertyInfo = new MockPropertyInfo();
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(propertyInfo, () => innerConfig);
Assert.Same(propertyInfo.Object, config.ClrPropertyInfo);
}
public void HasColumnOrder_throws_on_negative_arguments()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
Assert.Equal(
"columnOrder",
Assert.Throws <ArgumentOutOfRangeException>(() => config.HasColumnOrder(-1)).ParamName);
}
public void HasPrecision_with_scale_throws_when_not_decimal()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
Assert.Equal(
Strings.LightweightPrimitivePropertyConfiguration_HasPrecisionNonDecimal("P"),
Assert.Throws <InvalidOperationException>(() => config.HasPrecision(8, 2)).Message);
}
public void IsUnicode_with_parameter_is_noop_when_not_string()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.IsUnicode(false);
Assert.Same(config, result);
}
public void IsUnicode_with_parameter_throws_when_not_string()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var ex = Assert.Throws <InvalidOperationException>(() => config.IsUnicode(false));
Assert.Equal(Strings.LightweightPrimitivePropertyConfiguration_IsUnicodeNonString("P"), ex.Message);
}
public void IsOptional_throws_on_non_nullable_property()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(typeof(int), "IntProperty"), () => innerConfig);
Assert.Equal(
Strings.LightweightPrimitivePropertyConfiguration_NonNullableProperty("System.Object.IntProperty", typeof(int).Name),
Assert.Throws <InvalidOperationException>(() => config.IsOptional()).Message);
}
private ValueConditionConfiguration(
EntityMappingConfiguration owner,
ValueConditionConfiguration source)
{
this._entityMappingConfiguration = owner;
this.Discriminator = source.Discriminator;
this.Value = source.Value;
this._configuration = source._configuration == null ? (System.Data.Entity.ModelConfiguration.Configuration.Properties.Primitive.PrimitivePropertyConfiguration)null : source._configuration.Clone();
}
public void HasMaxLength_throws_when_not_length()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
Assert.Equal(
Strings.LightweightPrimitivePropertyConfiguration_NonLength("P"),
Assert.Throws <InvalidOperationException>(() => config.HasMaxLength(256)).Message);
}
public void IsRowVersion_throws_when_not_binary()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
Assert.Equal(
Strings.LightweightPrimitivePropertyConfiguration_IsRowVersionNonBinary("P"),
Assert.Throws <InvalidOperationException>(() => config.IsRowVersion()).Message);
}
public void HasColumnName_configures_when_unset()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.HasColumnName("Column1");
Assert.Equal("Column1", innerConfig.ColumnName);
Assert.Same(config, result);
}
public void IsRequired_configures_when_unset()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.IsRequired();
Assert.Equal(false, innerConfig.IsNullable);
Assert.Same(config, result);
}
public void HasDatabaseGeneratedOption_evaluates_preconditions()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var ex = Assert.Throws <ArgumentOutOfRangeException>(
() => config.HasDatabaseGeneratedOption((DatabaseGeneratedOption)(-1)));
Assert.Equal("databaseGeneratedOption", ex.ParamName);
}
public void IsConcurrencyToken_with_parameter_configures_when_unset()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.IsConcurrencyToken(false);
Assert.Equal(ConcurrencyMode.None, innerConfig.ConcurrencyMode);
Assert.Same(config, result);
}
public void HasDatabaseGeneratedOption_configures_when_unset()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.HasDatabaseGeneratedOption(DatabaseGeneratedOption.Computed);
Assert.Equal(DatabaseGeneratedOption.Computed, innerConfig.DatabaseGeneratedOption);
Assert.Same(config, result);
}
public void HasColumnName_evaluates_preconditions()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var ex = Assert.Throws <ArgumentException>(
() => config.HasColumnName(""));
Assert.Equal(Strings.ArgumentIsNullOrWhitespace("columnName"), ex.Message);
}
public void IsOptional_is_noop_when_set()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration
{
IsNullable = false
};
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.IsOptional();
Assert.Equal(false, innerConfig.IsNullable);
Assert.Same(config, result);
}
public void HasColumnType_is_noop_when_set()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration
{
ColumnType = "int"
};
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.HasColumnType("long");
Assert.Equal("int", innerConfig.ColumnType);
Assert.Same(config, result);
}
public void IsConcurrencyToken_is_noop_when_set()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration
{
ConcurrencyMode = ConcurrencyMode.None
};
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.IsConcurrencyToken();
Assert.Equal(ConcurrencyMode.None, innerConfig.ConcurrencyMode);
Assert.Same(config, result);
}
public void HasAnnotation_configures_only_annotations_that_have_not_already_been_set()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration();
innerConfig.SetAnnotation("A1", "V1");
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.HasColumnAnnotation("A1", "V1B").HasColumnAnnotation("A2", "V2");
Assert.Equal("V1", innerConfig.Annotations["A1"]);
Assert.Equal("V2", innerConfig.Annotations["A2"]);
Assert.Same(config, result);
}
public void HasColumnOrder_is_noop_when_set()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration
{
ColumnOrder = 1
};
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.HasColumnOrder(2);
Assert.Equal(1, innerConfig.ColumnOrder);
Assert.Same(config, result);
}
public void HasParameterName_is_noop_when_set()
{
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration
{
ParameterName = "Parameter1"
};
var config = new ConventionPrimitivePropertyConfiguration(new MockPropertyInfo(), () => innerConfig);
var result = config.HasParameterName("Parameter2");
Assert.Equal("Parameter1", innerConfig.ParameterName);
Assert.Same(config, result);
}
private ValueConditionConfiguration(EntityMappingConfiguration owner, ValueConditionConfiguration source)
{
DebugCheck.NotNull(source);
_entityMappingConfiguration = owner;
Discriminator = source.Discriminator;
Value = source.Value;
_configuration
= (source._configuration == null)
? null
: source._configuration.Clone();
}
private T GetOrCreateConfiguration <T>() where T : System.Data.Entity.ModelConfiguration.Configuration.Properties.Primitive.PrimitivePropertyConfiguration, new()
{
if (this._configuration == null)
{
this._configuration = (System.Data.Entity.ModelConfiguration.Configuration.Properties.Primitive.PrimitivePropertyConfiguration) new T();
}
else if (!(this._configuration is T))
{
T obj = new T();
obj.CopyFrom(this._configuration);
this._configuration = (System.Data.Entity.ModelConfiguration.Configuration.Properties.Primitive.PrimitivePropertyConfiguration)obj;
}
this._configuration.OverridableConfigurationParts = OverridableConfigurationParts.None;
return((T)this._configuration);
}
private PrimitivePropertyConfiguration OverrideFrom(PrimitivePropertyConfiguration overridingConfiguration, bool inCSpace)
{
if (overridingConfiguration.GetType().IsAssignableFrom(GetType()))
{
MakeCompatibleWith(overridingConfiguration, inCSpace);
FillFrom(overridingConfiguration, inCSpace);
return(this);
}
else
{
overridingConfiguration.FillFrom(this, inCSpace);
return(overridingConfiguration);
}
}
public void IsKey_configures_when_unset()
{
var typeConfig = new EntityTypeConfiguration(typeof(AType1));
var innerConfig = new Properties.Primitive.PrimitivePropertyConfiguration
{
TypeConfiguration = typeConfig
};
var propertyInfo = typeof(AType1).GetDeclaredProperty("Property1");
var config = new ConventionPrimitivePropertyConfiguration(propertyInfo, () => innerConfig);
var result = config.IsKey();
Assert.Equal(1, typeConfig.KeyProperties.Count());
Assert.Contains(propertyInfo, typeConfig.KeyProperties);
Assert.Same(config, result);
}
internal override bool IsCompatible(
PrimitivePropertyConfiguration other,
bool inCSpace,
out string errorMessage)
{
LengthPropertyConfiguration other1 = other as LengthPropertyConfiguration;
bool flag1 = base.IsCompatible(other, inCSpace, out errorMessage);
int num1;
if (other1 != null)
{
num1 = this.IsCompatible <bool, LengthPropertyConfiguration>((Expression <Func <LengthPropertyConfiguration, bool?> >)(c => c.IsFixedLength), other1, ref errorMessage) ? 1 : 0;
}
else
{
num1 = 1;
}
bool flag2 = num1 != 0;
int num2;
if (other1 != null)
{
num2 = this.IsCompatible <bool, LengthPropertyConfiguration>((Expression <Func <LengthPropertyConfiguration, bool?> >)(c => c.IsMaxLength), other1, ref errorMessage) ? 1 : 0;
}
else
{
num2 = 1;
}
bool flag3 = num2 != 0;
int num3;
if (other1 != null)
{
num3 = this.IsCompatible <int, LengthPropertyConfiguration>((Expression <Func <LengthPropertyConfiguration, int?> >)(c => c.MaxLength), other1, ref errorMessage) ? 1 : 0;
}
else
{
num3 = 1;
}
bool flag4 = num3 != 0;
if (flag1 && flag2 && flag3)
{
return(flag4);
}
return(false);
}
internal override void MakeCompatibleWith(PrimitivePropertyConfiguration other, bool inCSpace)
{
DebugCheck.NotNull(other);
base.MakeCompatibleWith(other, inCSpace);
var dateTimePropertyConfiguration = other as DateTimePropertyConfiguration;
if (dateTimePropertyConfiguration == null)
{
return;
}
if (dateTimePropertyConfiguration.Precision != null)
{
Precision = null;
}
}
