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// Get a pointer to the current module's name (the first entry in // the resident names table). The module name is prefixed by // a length byte. lpResNames = MAKELP(SELECTOROF(lpModule), lpModule->n_ resNamesTab);

XPaths that are used to test whether something is true or not usually occur in a test attribute. XPaths that are used to test things are interpreted in the same way as predicates: they are treated as Boolean values. As such, they often involve logical operators such as and, or and the not() function and comparative operators such as =, !=, <, <=, > or >=. If you use an expression in a test attribute that doesn't return a Boolean value, then the value of the expression is coerced to a Boolean. Empty node sets, empty strings, 0 and NaN all give the value false and everything else returns true.

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MRCP exposes a wide range of functions to the client including speech synthesis, audio playback, speech and DTMF recognition, audio recording, and speaker verification and identification. Different VoiceXML platforms may invoke MRCP to access media processing functions to various different degrees. For example, some VoiceXML platforms may depend wholly on MRCP for all their media processing requirements, while others may already incorporate the means to perform DTMF recognition and audio recording and therefore do not need access to the dtmfrecog and recorder resources. Note, however, that VoiceXML 2.1 does not provide speaker verification and identification functions1 nor does it expose voice enrollment features. Indeed, even for those MRCP resources that a VoiceXML platform may invoke, not all features exposed by the protocol are required. For example, while the SET-PARAMS request method can be used to optimise the size of MRCP messages (i.e. by obviating the need to carry the same header field value in several messages within the same session), this message is not strictly required to implement standard VoiceXML functionality.

When we say that we want to apply syntax checks to a use case diagram, what exactly do we mean Are we checking the use case itself and its speci cation, or are we checking whether the extends relationship arrow in a use case diagram is pointing correctly to the use case being extended This question leads us to expand our V&V effort to levels beyond just one diagram. In syntax checks, we are looking at the ground-level view of the models. This includes the artifacts and elements of UML, as well as their speci cations and documentation. Furthermore, when we check the syntax of these elements, we focus primarily on the correctness of representation as mandated by UML. Therefore, during syntax checks the semantics, or the meaning behind the notations and diagrams, are not the focus of checking. For example, consider a class diagram that contains Car as a class. The syntax check of the correctness of this artifact would be something like this:

Note that collective does not necessarily imply barrier synchronization. The synchronization behavior of the UPC-IO data movement library functions is controlled explicitly by using the sync_mode ag argument (see Section 7.3.1.3 for details).

Figure B.16 Circuit used in Problem B.7 Find, if it exists, the value of a such that the frequency function is independent of the frequency. B.8. Find the source current I for the circuit shown in Figure B.17.

Percentile Rank in Broad Group Percentile Rank in Volatility 68 26 32 32 72 6 55 30 88 40 38 38 74 13 11 23

The item on the left side is an input to the function on the right side. The item on the left side is an output from the function on the right side. The item on the left side triggers the activation of the function on the right side. The state/mode on the left side is de ned by the function on the left side. The left side (system or component) is comprised of the system or component on the right side. The state/mode on the left side is exhibited by the component on the right side. The function on the left side is being assigned to the component on the right side for the purpose of execution. The requirement on the left side speci es the function, state/ mode, item, component, interface or link on the right side. The link on the left side transfers the item on the right side. The link on the left side comprises the interface on the right side.

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