public void Dynamic_Mutation()
{
// arrange
var col1 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test1" };
var col2 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test2" };
// act
dynamic actual = new FluentSuperColumnFamily<AsciiType, AsciiType>("Keyspace1", "Standard1");
actual.Test1 = col1;
actual.Test2 = col2;
// assert
var mutations = ((IFluentRecord)actual).MutationTracker.GetMutations();
Assert.AreEqual(2, mutations.Count());
Assert.AreEqual(2, mutations.Count(x => x.Type == MutationType.Added));
var mut1 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test1");
var mut2 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test2");
Assert.IsNotNull(mut1);
Assert.IsNotNull(mut2);
Assert.AreSame(actual, mut1.Column.GetParent().ColumnFamily);
Assert.AreSame(actual, mut2.Column.GetParent().ColumnFamily);
}
public void Dynamic_Mutation()
{
// arrange
var col1 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test1"
};
var col2 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test2"
};
// act
dynamic actual = new FluentSuperColumnFamily <AsciiType, AsciiType>("Keyspace1", "Standard1");
actual.Test1 = col1;
actual.Test2 = col2;
// assert
var mutations = ((IFluentRecord)actual).MutationTracker.GetMutations();
Assert.AreEqual(2, mutations.Count());
Assert.AreEqual(2, mutations.Count(x => x.Type == MutationType.Added));
var mut1 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test1");
var mut2 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test2");
Assert.IsNotNull(mut1);
Assert.IsNotNull(mut2);
Assert.AreSame(actual, mut1.Column.GetParent().ColumnFamily);
Assert.AreSame(actual, mut2.Column.GetParent().ColumnFamily);
}
public void Dynamic_Mutation()
{
// arrange
var colName = "This is a test name";
var col1 = "Test1";
var colValue1 = 300M;
var col2 = "Test2";
var colValue2 = "Hello";
// act
dynamic actual = new FluentSuperColumn<AsciiType, AsciiType>();
actual.ColumnName = colName;
actual.Test1 = colValue1;
actual.Test2 = colValue2;
// assert
var mutations = ((IFluentRecord)actual).MutationTracker.GetMutations();
Assert.AreEqual(2, mutations.Count());
Assert.AreEqual(2, mutations.Count(x => x.Type == MutationType.Added));
var mut1 = mutations.FirstOrDefault(x => x.Column.ColumnName == col1);
var mut2 = mutations.FirstOrDefault(x => x.Column.ColumnName == col2);
Assert.IsNotNull(mut1);
Assert.IsNotNull(mut2);
Assert.AreSame(actual, mut1.Column.GetParent().SuperColumn);
Assert.AreSame(actual, mut2.Column.GetParent().SuperColumn);
}
public static FluentSuperColumn ConvertSuperColumnToFluentSuperColumn(SuperColumn col, CassandraColumnFamilySchema schema)
{
var superColSchema = new CassandraColumnSchema {
Name = col.Name
};
if (schema != null)
{
superColSchema = new CassandraColumnSchema {
NameType = schema.SuperColumnNameType,
Name = CassandraObject.GetCassandraObjectFromDatabaseByteArray(col.Name, schema.SuperColumnNameType),
ValueType = schema.ColumnNameType
}
}
;
var superCol = new FluentSuperColumn(superColSchema)
{
ColumnName = CassandraObject.GetCassandraObjectFromDatabaseByteArray(col.Name, superColSchema.NameType)
};
((ILoadable)superCol).BeginLoad();
foreach (var xcol in col.Columns)
{
superCol.Columns.Add(ConvertColumnToFluentColumn(xcol, schema));
}
((ILoadable)superCol).EndLoad();
return(superCol);
}
public void Mutation()
{
// arrange
var col1 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test1"
};
var col2 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test2"
};
// act
var actual = new FluentSuperColumnFamily <AsciiType, AsciiType>("Keyspace1", "Standard1");
actual.Columns.Add(col1);
actual.Columns.Add(col2);
// assert
var mutations = actual.MutationTracker.GetMutations();
Assert.AreEqual(2, mutations.Count());
Assert.AreEqual(2, mutations.Count(x => x.Type == MutationType.Added));
var mut1 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test1");
var mut2 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test2");
Assert.AreSame(col1, mut1.Column);
Assert.AreSame(col2, mut2.Column);
Assert.AreSame(actual, mut1.Column.GetParent().ColumnFamily);
Assert.AreSame(actual, mut2.Column.GetParent().ColumnFamily);
}
public override FluentSuperColumn <CompareWith, CompareSubcolumnWith> Execute()
{
var result = new FluentSuperColumn <CompareWith, CompareSubcolumnWith>(GetColumns(ColumnFamily));
ColumnFamily.Context.Attach(result);
result.MutationTracker.Clear();
return(result);
}
public void Path_Set()
{
// arrange
// act
var actual = new FluentSuperColumn<AsciiType, AsciiType>();
// assert
Assert.Same(actual, actual.GetPath().SuperColumn);
}
public void Path_Set()
{
// arrange
// act
var actual = new FluentSuperColumn <AsciiType, AsciiType>();
// assert
Assert.AreSame(actual, actual.GetPath().SuperColumn);
}
public override IEnumerable <FluentSuperColumnFamily> Execute()
{
var schema = ColumnFamily.GetSchema();
var parent = new CassandraColumnParent {
ColumnFamily = ColumnFamily.FamilyName
};
if (SuperColumnName != null)
{
parent.SuperColumn = SuperColumnName;
}
SlicePredicate = Helper.SetSchemaForSlicePredicate(SlicePredicate, schema, SuperColumnName == null);
var output = Session.GetClient().multiget_slice(
Keys,
parent,
SlicePredicate,
Session.ReadConsistency
);
foreach (var result in output)
{
var key = CassandraObject.GetCassandraObjectFromDatabaseByteArray(result.Key, schema.KeyValueType);
var superColumns = (IEnumerable <FluentSuperColumn>)null;
if (SuperColumnName != null)
{
var superColSchema = new CassandraColumnSchema {
NameType = schema.SuperColumnNameType,
Name = SuperColumnName,
ValueType = schema.ColumnNameType
};
var superCol = new FluentSuperColumn(superColSchema, result.Value.Select(col => Helper.ConvertColumnToFluentColumn(col.Column, schema)));
ColumnFamily.Context.Attach(superCol);
superColumns = new[] { superCol };
}
else
{
superColumns = result.Value.Select(col => Helper.ConvertSuperColumnToFluentSuperColumn(col.Super_column, schema));
}
var familyName = ColumnFamily.FamilyName;
var r = new FluentSuperColumnFamily(key, familyName, schema, superColumns);
ColumnFamily.Context.Attach(r);
yield return(r);
}
}
public void Implicity_Cast_To_FluentSuperColumn()
{
// arranage
var expectedName = "ShouldNotBeFound";
var expectedColumnCount = 0;
dynamic family = new FluentSuperColumnFamily <AsciiType, AsciiType>("Test1", "SubTest1");
// act
FluentSuperColumn actual = family.ShouldNotBeFound;
// assert
Assert.Equal(expectedName, (string)actual.ColumnName);
Assert.Equal(expectedColumnCount, actual.Columns.Count);
}
public void Get_NonExistent_Column()
{
// arrange
var col1 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test1" };
var col2 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test2" };
// act
dynamic family = new FluentSuperColumnFamily<AsciiType, AsciiType>("Keyspace1", "Standard1");
family.Test1 = col1;
family.Test2 = col2;
var actual = family.Test3;
// assert
Assert.IsInstanceOfType(typeof(IFluentSuperColumn), actual);
}
public static FluentSuperColumn <CompareWith, CompareSubcolumnWith> ConvertSuperColumnToFluentSuperColumn <CompareWith, CompareSubcolumnWith>(SuperColumn col)
where CompareWith : CassandraType
where CompareSubcolumnWith : CassandraType
{
var superCol = new FluentSuperColumn <CompareWith, CompareSubcolumnWith> {
ColumnName = CassandraType.GetType <CompareWith>(col.Name)
};
foreach (var xcol in col.Columns)
{
superCol.Columns.Add(ConvertColumnToFluentColumn <CompareSubcolumnWith>(xcol));
}
return(superCol);
}
public void Constructor_Test()
{
// arrange
var col1 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test1" };
var col2 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test2" };
// act
var actual = new FluentSuperColumnFamily<AsciiType, AsciiType>("Keyspace1", "Standard1");
actual.Columns.Add(col1);
actual.Columns.Add(col2);
// assert
Assert.AreEqual(2, actual.Columns.Count);
Assert.AreSame(col1.Family, actual);
Assert.AreSame(col2.Family, actual);
}
public void Constructor_Test()
{
// arrange
var colName = "This is a test name";
var col1 = new FluentColumn<AsciiType> { ColumnName = "Test1", ColumnValue = 300M };
var col2 = new FluentColumn<AsciiType> { ColumnName = "Test2", ColumnValue = "Hello" };
// act
var actual = new FluentSuperColumn<AsciiType, AsciiType>();
actual.ColumnName = colName;
actual.Columns.Add(col1);
actual.Columns.Add(col2);
// assert
Assert.AreEqual(colName, (string)actual.ColumnName);
Assert.AreEqual(2, actual.Columns.Count);
}
public override IEnumerable <IFluentSuperColumn <CompareWith, CompareSubcolumnWith> > Execute(BaseCassandraColumnFamily columnFamily)
{
CassandraSession _localSession = null;
if (CassandraSession.Current == null)
{
_localSession = new CassandraSession();
}
try
{
var parent = new ColumnParent {
Column_family = columnFamily.FamilyName
};
if (SuperColumnName != null)
{
parent.Super_column = SuperColumnName;
}
var output = CassandraSession.Current.GetClient().multiget_slice(
Keys.ToByteArrayList(),
parent,
SlicePredicate.CreateSlicePredicate(),
CassandraSession.Current.ReadConsistency
);
foreach (var result in output)
{
var r = new FluentSuperColumn <CompareWith, CompareSubcolumnWith>(result.Value.Select(col => {
return(Helper.ConvertColumnToFluentColumn <CompareSubcolumnWith>(col.Column));
}));
columnFamily.Context.Attach(r);
r.MutationTracker.Clear();
yield return(r);
}
}
finally
{
if (_localSession != null)
{
_localSession.Dispose();
}
}
}
public void Get_NonExistent_Column()
{
// arrange
var colName = "This is a test name";
var colValue1 = 300M;
var colValue2 = "Hello";
string expected = null;
// act
dynamic superColumn = new FluentSuperColumn <AsciiType, AsciiType>();
superColumn.Name = colName;
superColumn.Test1 = colValue1;
superColumn.Test2 = colValue2;
var actual = superColumn.Test3;
// assert
Assert.AreEqual(expected, actual);
}
public void Constructor_Dynamic_Test()
{
// arrange
var col1 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test1" };
var col2 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test2" };
// act
dynamic actual = new FluentSuperColumnFamily<AsciiType, AsciiType>("Keyspace1", "Standard1");
actual.Test1 = col1;
actual.Test2 = col2;
// assert
Assert.AreEqual(col1, actual.Test1);
Assert.AreEqual(col1, actual["Test1"]);
Assert.AreEqual(col2, actual.Test2);
Assert.AreEqual(col2, actual["Test2"]);
Assert.AreSame(col1.Family, actual);
Assert.AreSame(col2.Family, actual);
}
public void Get_NonExistent_Column()
{
// arrange
var col1 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test1"
};
var col2 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test2"
};
// act
dynamic family = new FluentSuperColumnFamily <AsciiType, AsciiType>("Keyspace1", "Standard1");
family.Test1 = col1;
family.Test2 = col2;
var actual = family.Test3;
// assert
Assert.IsInstanceOfType(typeof(IFluentSuperColumn), actual);
}
public void Constructor_Test()
{
// arrange
var col1 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test1"
};
var col2 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test2"
};
// act
var actual = new FluentSuperColumnFamily <AsciiType, AsciiType>("Keyspace1", "Standard1");
actual.Columns.Add(col1);
actual.Columns.Add(col2);
// assert
Assert.AreEqual(2, actual.Columns.Count);
Assert.AreSame(col1.Family, actual);
Assert.AreSame(col2.Family, actual);
}
public void Constructor_Test()
{
// arrange
var colName = "This is a test name";
var col1 = new FluentColumn <AsciiType> {
ColumnName = "Test1", ColumnValue = 300M
};
var col2 = new FluentColumn <AsciiType> {
ColumnName = "Test2", ColumnValue = "Hello"
};
// act
var actual = new FluentSuperColumn <AsciiType, AsciiType>();
actual.ColumnName = colName;
actual.Columns.Add(col1);
actual.Columns.Add(col2);
// assert
Assert.AreEqual(colName, (string)actual.ColumnName);
Assert.AreEqual(2, actual.Columns.Count);
}
public void Constructor_Dynamic_Test()
{
// arrange
var colName = "This is a test name";
var col1 = "Test1";
var colValue1 = 300M;
var col2 = "Test2";
var colValue2 = "Hello";
// act
dynamic actual = new FluentSuperColumn<AsciiType, AsciiType>();
actual.Name = colName;
actual.Test1 = colValue1;
actual.Test2 = colValue2;
// assert
Assert.AreEqual(colName, (string)actual.Name);
//Assert.AreEqual(2, actual.Columns.Count);
Assert.AreEqual(colValue1, (decimal)actual.Test1);
Assert.AreEqual(colValue1, (decimal)actual[col1]);
Assert.AreEqual(colValue2, (string)actual.Test2);
Assert.AreEqual(colValue2, (string)actual[col2]);
}
public void Constructor_Dynamic_Test()
{
// arrange
var colName = "This is a test name";
var col1 = "Test1";
var colValue1 = 300M;
var col2 = "Test2";
var colValue2 = "Hello";
// act
dynamic actual = new FluentSuperColumn <AsciiType, AsciiType>();
actual.Name = colName;
actual.Test1 = colValue1;
actual.Test2 = colValue2;
// assert
Assert.AreEqual(colName, (string)actual.Name);
//Assert.AreEqual(2, actual.Columns.Count);
Assert.AreEqual(colValue1, (decimal)actual.Test1);
Assert.AreEqual(colValue1, (decimal)actual[col1]);
Assert.AreEqual(colValue2, (string)actual.Test2);
Assert.AreEqual(colValue2, (string)actual[col2]);
}
public void Constructor_Dynamic_Test()
{
// arrange
var col1 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test1"
};
var col2 = new FluentSuperColumn <AsciiType, AsciiType> {
ColumnName = "Test2"
};
// act
dynamic actual = new FluentSuperColumnFamily <AsciiType, AsciiType>("Keyspace1", "Standard1");
actual.Test1 = col1;
actual.Test2 = col2;
// assert
Assert.AreEqual(col1, actual.Test1);
Assert.AreEqual(col1, actual["Test1"]);
Assert.AreEqual(col2, actual.Test2);
Assert.AreEqual(col2, actual["Test2"]);
Assert.AreSame(col1.Family, actual);
Assert.AreSame(col2.Family, actual);
}
/// <summary>
///
/// </summary>
/// <param name="columnFamily"></param>
/// <param name="superColumn"></param>
/// <param name="column"></param>
public FluentColumnParent(IFluentBaseColumnFamily columnFamily, FluentSuperColumn superColumn)
{
ColumnFamily = columnFamily;
SuperColumn = superColumn;
}
public FluentColumnPath(IFluentBaseColumnFamily columnFamily, FluentSuperColumn superColumn, FluentCounterColumn column)
: base(columnFamily, superColumn)
{
CounterColumn = column;
}
public void Get_NonExistent_Column()
{
// arrange
var colName = "This is a test name";
var colValue1 = 300M;
var colValue2 = "Hello";
string expected = null;
// act
dynamic superColumn = new FluentSuperColumn<AsciiType, AsciiType>();
superColumn.Name = colName;
superColumn.Test1 = colValue1;
superColumn.Test2 = colValue2;
var actual = superColumn.Test3;
// assert
Assert.AreEqual(expected, actual);
}
public void Mutation()
{
// arrange
var colName = "This is a test name";
var col1 = new FluentColumn<AsciiType> { ColumnName = "Test1", ColumnValue = 300M };
var col2 = new FluentColumn<AsciiType> { ColumnName = "Test2", ColumnValue = "Hello" };
// act
var actual = new FluentSuperColumn<AsciiType, AsciiType>();
actual.ColumnName = colName;
actual.Columns.Add(col1);
actual.Columns.Add(col2);
// assert
var mutations = actual.MutationTracker.GetMutations();
Assert.AreEqual(2, mutations.Count());
Assert.AreEqual(2, mutations.Count(x => x.Type == MutationType.Added));
var mut1 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test1");
var mut2 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test2");
Assert.AreSame(col1, mut1.Column);
Assert.AreSame(col2, mut2.Column);
Assert.AreSame(actual, mut1.Column.GetParent().SuperColumn);
Assert.AreSame(actual, mut2.Column.GetParent().SuperColumn);
}
public void Mutation()
{
// arrange
var col1 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test1" };
var col2 = new FluentSuperColumn<AsciiType, AsciiType> { ColumnName = "Test2" };
// act
var actual = new FluentSuperColumnFamily<AsciiType, AsciiType>("Keyspace1", "Standard1");
actual.Columns.Add(col1);
actual.Columns.Add(col2);
// assert
var mutations = actual.MutationTracker.GetMutations();
Assert.AreEqual(2, mutations.Count());
Assert.AreEqual(2, mutations.Count(x => x.Type == MutationType.Added));
var mut1 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test1");
var mut2 = mutations.FirstOrDefault(x => x.Column.ColumnName == "Test2");
Assert.AreSame(col1, mut1.Column);
Assert.AreSame(col2, mut2.Column);
Assert.AreSame(actual, mut1.Column.GetParent().ColumnFamily);
Assert.AreSame(actual, mut2.Column.GetParent().ColumnFamily);
}
public static FluentSuperColumn ConvertSuperColumnToFluentSuperColumn(SuperColumn col, CassandraColumnFamilySchema schema = null)
{
var superColSchema = new CassandraColumnSchema {
Name = col.Name
};
if (schema != null)
superColSchema = new CassandraColumnSchema {
NameType = schema.SuperColumnNameType,
Name = CassandraObject.GetTypeFromDatabaseValue(col.Name, schema.SuperColumnNameType),
ValueType = schema.ColumnNameType
};
var superCol = new FluentSuperColumn(superColSchema) {
ColumnName = CassandraObject.GetTypeFromDatabaseValue(col.Name, superColSchema.NameType)
};
foreach (var xcol in col.Columns)
superCol.Columns.Add(ConvertColumnToFluentColumn(xcol, schema));
return superCol;
}
/// <summary>
///
/// </summary>
/// <param name="columnFamily"></param>
/// <param name="superColumn"></param>
/// <param name="column"></param>
public FluentColumnParent(IFluentBaseColumnFamily columnFamily, FluentSuperColumn superColumn)
{
ColumnFamily = columnFamily;
SuperColumn = superColumn;
}
public static FluentSuperColumn ConvertSuperColumnToFluentCounterSuperColumn(CounterSuperColumn col, CassandraColumnFamilySchema schema)
{
var superColSchema = new CassandraColumnSchema {
Name = col.Name
};
if (schema != null)
superColSchema = new CassandraColumnSchema {
NameType = schema.SuperColumnNameType,
Name = CassandraObject.GetCassandraObjectFromDatabaseByteArray(col.Name, schema.SuperColumnNameType),
ValueType = schema.ColumnNameType
};
var superCol = new FluentSuperColumn(superColSchema) {
ColumnName = CassandraObject.GetCassandraObjectFromDatabaseByteArray(col.Name, superColSchema.NameType)
};
((ILoadable)superCol).BeginLoad();
foreach (var xcol in col.Columns)
superCol.Columns.Add(ConvertColumnToFluentCounterColumn(xcol, schema));
((ILoadable)superCol).EndLoad();
return superCol;
}
public FluentColumnPath(IFluentBaseColumnFamily columnFamily, FluentSuperColumn superColumn, FluentCounterColumn column)
: base(columnFamily, superColumn)
{
CounterColumn = column;
}
