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The structures that correspond to C# s built-in value types were introduced in 14 when they were used to convert strings holding human-readable numeric values into their equivalent binary values Here these structures are examined in detail

q q q + 47, 880 - 23,100 + 4, 620 b b b y = h b2 q q q q 6, 720 - 56, 700 + 199, 080 - 370, 440 b b b b

21:

number Truncate(number input_parameter; number decimal_places)

The NET structure names and their C# keyword equivalents are shown in the following table:

7 8 9 3 4 5 6

NET Structure Name SystemBoolean SystemChar SystemDecimal SystemDouble SystemSingle SystemInt16 SystemInt32 SystemInt64 SystemUInt16 SystemUInt32 SystemUInt64 SystemByte SystemSbyte C# Name bool char decimal double float

When a measure object is displayed in a block on your report, it is evaluated in the context of the dimensions to which it is being associated By default, the calculation context will include all of the dimensions in the block This is called the default calculation context (as shown in Figure 22-4) For example, a table that contains the dimension objects [Year] and

By using the members defined by these structures, you can perform operations relating to the value types The following sections examine each of these structures

3 4 5

parameter of type IFormatProvider or NumberStyles IFormatProvider is briefly described later in this chapter NumberStyles is an enumeration found in the SystemGlobalization namespace The topic of formatting is discussed in 22

22:

Each of these structures contains the same methods The ones for Int32 are shown in Table 21-2 as an example, but the others are similar except for the integer type that they represent The integer structures also define the following const fields: MaxValue MinValue For each structure, these fields contain the largest and smallest value that type of integer can hold

Part II:

y =

When the [Quarter] object is removed from the table, the default context automatically changes to [Year]

All of the integer structures implement the following interfaces: IComparable, IComparable<T>, IConvertible, IFormattable, and IEquatable<T>, where T is replaced by the corresponding data type For example, T will be replaced with int for Int32

Method public int CompareTo(object value)

h q q q q 20,160 - 226, 800 + 995, 400 - 2, 222, 640 3 b b b b b q q q + 2, 681, 280 - 1, 663, 200 + 415, 800 b b b

[Quarter] and the measure object [Revenue] will evaluate the measure object in the context of [Year] and [Quarter] If the [Quarter] dimension is removed, the calculation context is automatically changed to [Year] Typically, you will not be concerned with the calculation context of a measure object or formula Usually the default calculation context is the context you will want to use However, in certain circumstances, you may want to control the calculation context by using extended syntax A measure s or formula s context is made up of an input context and an output context An input context defines the dimension(s) that go into the formula In other words, an input context defines at what level of granularity the records will be when the formula is applied An output context defines which dimension(s) go into the output of the calculation as if the calculation were placed in a break header or footer based on the dimensions specified Think of an output context as a break A formula including extended syntax is written as follows:

.