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VHDL user-defined attributes are a mechanism for attaching data to VHDL objects The data attached can be used during simulation or by another tool that reads the VHDL description Data such as the disk file name of the model, loading information, driving capability, resistance, capacitance, physical location, and so on can be attached to objects The type and value of the data is completely user-definable The value, when specified, is constant throughout the simulation User-defined attributes can behave similar to entity generic values, with one exception Generics are only legal on entities, but user-defined attributes can be assigned to the following list of objects: I Entity I Architecture I Configuration I Procedure I Function I Package I Type and Subtype I Constant I Signal I Variable I Component I Label To see how user-defined attributes operate, let s examine the following description:

The mobile personality of the ANSI-41 protocol architecture is embodied in the ANSI-41 mobile application part, or MAP Other protocol architectures build on the SS7 transaction capabilities along with suitable data transfer services to support distributed telecommunications network applications (eg, the 800-number database service) However, MAP is defined specifically for distributed mobile telecommunications network applications Up until now, we have shown MAP as purely an application-layer entity; this is the way it is illustrated in ANSI-41 However once again assuming the OSI point of view MAP can be considered to encompass two sets of functions (see Figure 817):

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The communications functions also called application service element (ASE) functions within a mobile network functional entity (eg, an HLR) that are considered to be part of the OSI application layer The data processing functions also called application processes within a mobile network functional entity that are considered to reside above the OSI application layer and that make use of the ANSI-41 ASE functions

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PACKAGE p_attr IS TYPE t_package_type IS ( leadless, TYPE t_package_type IS ( pin_grid, TYPE t_package_type IS ( dip); ATTRIBUTE package_type : t_package_type;

The MAP ASE functions are the MAP-specific operations defined using TCAP, operations such as LocationRequest, RoutingRequest, and QualificationDirective (which we discuss in later chapters) The components of these operations, eg, LocationRequest Invoke and LocationRequest Return Result, are often referred to as ANSI-41 messages; we use this convention in this book Together with the transaction functions offered by TCAP, the MAP ASE functions represent a broad set of communication capabilities to application processes The MAP application processes effectively extend the scope of the ANSI-41 standard beyond the OSI application layer, which deals exclusively with communications functions, and into the domain of application process definition As a simple example, ANSI-41 procedures specify how

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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

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ATTRIBUTE location : INTEGER; END p_attr; USE WORKp_attrALL; ENTITY board IS PORT( ); END board; ARCHITECTURE cpu_board OF board IS COMPONENT mc68040 GENERIC( ); PORT( ); END COMPONENT; SIGNAL a : INTEGER; SIGNAL b : t_package_type;

Figure 817 MAP functions include application process functions that lie above the OSI application layer and application service element functions that lie within the OSI application layer

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Part 2:

ATTRIBUTE package_type OF mc68040 : COMPONENT IS pin_grid; ATTRIBUTE location OF mc68040 : COMPONENT IS 20; BEGIN a <= mc68040 location; -- returns 20 b <= mc68040 package_type; -- returns pin_grid END cpu_board;

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MAP application service element (ASE) functions OSI application layer Transaction Capability Application Part (TCAP)

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an HLR shall cancel a mobile station s service qualification in one system when the HLR is notified that the MS has registered in another system In this and many other situations, MAP steps beyond the bounds of OSI communication Of course, this is an absolute necessity in ANSI-41; a judicious amount of application process specification in the standard avoids unnecessary incompatibilities between implementations In a mobile environment, consistency is particularly important A subscriber s serving system may change from vendor A s equipment to vendor B s equipment, even during a call; however, from the point of view of the services provided to the subscriber, this change should not be detectable the transition should be seamless One of the ongoing challenges for the developers of ANSI-41 is to specify the MAP application processes to the extent that seamless service can be achieved while not constraining innovation in the individual vendor implementations

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