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Method public void Add(TKey key, TValue value) Description Adds the key/value pair specified by key and value to the dictionary If the key is already in the dictionary, then its value is unchanged and an ArgumentException is thrown key must not be null Returns true if key is a key in the invoking dictionary Returns false otherwise Returns true if value is a value in the invoking dictionary Returns false otherwise Removes key from the dictionary Returns true if successful Returns false if key was not in the dictionary

public bool ContainsKey(TKey key) public bool ContainsValue(TValue value) public bool Remove(TKey key)

3 The custom hierarchies should appear as follows:

FIGURE 89 Torque comparison of cam curves (DRD cam)

TABLE 25-17

You can organize the hierarchies in any way that makes business sense You may choose to follow agreed-upon corporate levels or incorporate groupings that are specific to various business units For example, perhaps some business units want the drill path to be Family Category Color Article Name Article Code It s perfectly reasonable for you, as the designer, to provide multiple drill paths Users can also create the custom hierarchies per report Therefore, you will want to reserve universe custom hierarchies for groupings that meet a broad set of users needs

Part II:

(88)

In addition to the properties defined by the interfaces that it implements, Dictionary<TKey, TValue> defines these properties:

dimension objects by which users will want to drill; otherwise, they will not be available for multidimensional analysis For example, in the preceding example, a Time hierarchy has not yet been defined When users begin drilling, the article objects will be drillable but the time objects will not, until you create a custom hierarchy

Property public IEqualityComparer<TKey> Comparer { get; } public Dictionary<TKey, TValue>KeyCollection Keys { get; } public Dictionary<TKey, TValue>ValueCollection Values { get; } Description Obtains the comparer for the invoking dictionary Obtains a collection of the keys Obtains a collection of the values

Notice that the keys and values contained within the collection are available as separate lists through the Keys and Values properties The types Dictionary<TKey, TValue>KeyCollection and Dictionary<TKey, TValue>ValueCollection are collections that implement both the generic and non-generic forms of ICollection and IEnumerable The following indexer, defined by IDictionary<TKey, TValue>, is implemented by Dictionary<TKey, TValue> as shown here: public TValue this[TKey key] { get; set; } You can use this indexer to get or set the value of an element You can also use it to add a new element to the collection Notice that the index is not actually an index, but rather the key of the item When enumerating the collection, Dictionary<TKey, TValue> returns key/value pairs in the form of a KeyValuePair<TKey, TValue> structure Recall that this structure defines the following two properties: public TKey Key { get; } public TValue Value { get; } These properties obtain the key or value associated with an entry However, most of the time you won t need to use KeyValuePair<TKey, TValue> directly because Dictionary<TKey, TValue> allows you to work the keys and values individually However, when enumerating a Dictionary<TKey, TValue>, such as in a foreach loop, the objects being enumerated are KeyValuePairs In a Dictionary<TKey, TValue>, all keys must be unique, and a key must not change while it is in use as a key Values need not be unique The objects in a Dictionary<TKey, TValue> are not stored in sorted order Here is an example that demonstrates Dictionary<TKey, TValue>:

From the velocity diagram, Fig 810b, it is seen that the sliding component velocity Vs = w ( y + rb ) Substituting Eq (89) into Eq (88) gives y T = Fn + m ( y + rb ) w (810) (89)

Within a BI deployment, OLAP databases provide a way of aggregating data to provide speed of thought analysis and complex, multidimensional calculations Universes based on data residing in an OLAP database are new in XI Release 2 With an OLAP universe, users

// Demonstrate the generic Dictionary<TKey, TValue> class using System; using SystemCollectionsGeneric;

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