A name value pair. The name is specified by the name element. The value is in the text content of the value element. This value element supports all configurability attributes. Provides an expression for describing valid parameter value settings. If a assertion assert expression evaluates false, the name, displayName and/or description can be used to communicate the assertion failure. List of assertions about allowed parameter values. If this element is present, the port contains address information. If this element is present, the port contains data information. If this element is present, the port contains only clock information. If this element is present, the port contains only reset information. Assertion level If this element is present, the port signifies that the data on the interface is currently valid If this element is present, the port contains only interrupt information. If this element is present, the port indicates that an associated conditional clock should be turned on. Assertion level If this element is present, the port indicates that an associated power domain should be activated. Assertion level PowerDomain references If this element is present, the port determines the interpretation of other signals in the interface. If this element is present, the port implements a protection signal. If this element is present, the port is used by the interface’s flow control mechanism. Controlled flow type User flow type information If this element is present, the port is used for user defined behavior. User behaviour If this element is present, the port implements a request signal. If this element is present, the port implements a response signal. A collection of parameters and associated value assertions. Container for vendor specific extensions. Accepts any element(s) the content provider wants to put here, including elements from the ipxact namespace. A group of elements for name (xs:name), displayName and description Unique name A list of views this accessHandle is applicable to. Note this element is optional, if it is not present the accessHandle applies to all views. For a multi dimensional IP-XACT object, indices can be specified to select the element the accessHandle applies to. This is an index into a multi-dimensional array and follows C-semantics for indexing. An index into the IP-XACT object. A list of views this accessHandle is applicable to. Note this element is optional, if it is not present the accessHandle applies to all views. A list of views this accessHandle is applicable to. Note this element is optional, if it is not present the accessHandle applies to all views. An ordered list of pathSegment elements. When concatenated with a desired separator the elements in this form a HDL path for the parent slice into the referenced view. Each slice specifies the HDL path for part of the parent IP-XACT object. The slices must be concatenated to calculate the entire path. If there is only one slice, it is assumed to be the path for the entire IP-XACT object. The HDL path for a slice of the IP-XACT object. Contains the HDL path information for a slice of the IP-XACT object. An ordered list of pathSegment elements. When concatenated with a desired separator the elements in this form a HDL path for the parent slice into the referenced view. A range to be applied to the concatenation of the above path segments Identifies one level of hierarchy in the view specifed by viewNameRef. This is a simple name and optionally some indices into a multi dimensional element. Each slice specifies the HDL path for part of the parent IP-XACT object. The slices must be concatenated to calculate the entire path. If there is only one slice, it is assumed to be the path for the entire IP-XACT object. The HDL path for a slice of the IP-XACT object. Contains the HDL path information for a slice of the IP-XACT object. An ordered list of pathSegment elements. When concatenated with a desired separator the elements in this form a HDL path for the parent slice into the referenced view. A range to be applied to the concatenation of the above path segments Identifies one level of hierarchy in the view specifed by viewNameRef. This is a simple name and optionally some indices into a multi dimensional element. The optional element right specifies the right boundary. The optional element left specifies the left boundary. A group of elements for name (xs:name), displayName and description where the name is optional Unique name A group of elements for name(xs:NMTOKEN), displayName and description Unique name A group of elements for name(portName), displayName and description Unique name Name value pair with data type information. Left and right ranges of the vector. The data type of the argument as pertains to the language. Example: "int", "double", "char *". Indicates the type of the module parameter. Legal values are defined in the attribute enumeration list. Default value is 'typed'. The dataTypeDefinition references a file, which is included in the filesetRef referenced from the componentInstantiation. Indicates for which vectors and arrays the number of bits in the type declaration is fixed by referencing the vectorId and arrayId values. The values are separated by whitespace. Name and value type for use in resolvable elements Left and right ranges of the vector. Vectored information. Left and right bound of a reference into a vector. Bit range definition. A subPort on the referenced structured port. Specific left and right array bounds. Specific left and right array bounds. The value of the parameter. A group of elements for name(xs:string), displayName and description Unique name Element name for display purposes. Typically a few words providing a more detailed and/or user-friendly name than the ipxact:name. Brief description suitable for titles, software comments and pop-up windows. Being a SystemVerilog expression the text can be constructed using parameters, e.g, by concatentation or $sformatf(). Full description string, typically for documentation A set of links between internal and external modes defined in the typeDefinitions document. A link between one external mode and one internal mode. Reference to a mode defined in the linked external type definitions. Reference to a specific mode. Reference to a mode defined internally. Reference to a specific mode. A set of links between internal and external views defined in the typeDefinitions document. A link between one external view and one internal view. Reference to a view defined in the linked external type definitions. Reference to a specific view. Reference to a view defined internally. Reference to a specific view. A set of links between internal and external resetTypes defined in the typeDefinitions document. A link between one external reset type and one internal resetType. Reference to a resetType defined in the linked external type definitions. Reference to a specific resetType. Reference to a resetType defined internally. Reference to a specific resetType An index into an object in the referenced view. ID attribute for uniquely identifying a parameter within its document. Attribute is used to refer to this from a configurable element. Provides a string used to prompt the user for user-resolved property values. For user defined properties, refers the choice element enumerating the values to choose from. For components with auto-generated configuration forms, the user-resolved properties with order attibutes will be presented in ascending order. Tags configurable properties so that they may be grouped together. Configurable properties with matching values for this attribute are contained in the same group. The format of this attribute is a string. There is no semantic meaning to this attribute. For user-resolved properties with numeric values, this indicates the minimum value allowed. Only valid for the types: byte, shortint, int, longint, shortreal and real. The type of this value is the same as the type of the parameter-value, which is specified by the parameter-type attribute. For user-resolved properties with numeric values, this indicates the maximum value allowed. Only valid for the types: byte, shortint, int, longint, shortreal and real. The type of this value is the same as the type of the parameter-value, which is specified by the parameter-type attribute. Specifies the type of the value of the parameter. A parameter of type byte is resolved to an 8-bit integer value, shortint is resolved to a 16-bit integer value, int is resolved to a 32-bit integer value, longint is resolved to a 64-bit integer value, shortreal is resolved to a 32-bit floating point value, real is resolved to a 64-bit floating point value, bit is by default resolved to a one bit value, unless a vector size has been specified and the string type is resolved to a string value. Specify the signedness explicitly. The data types byte, shortint, int, longint default to signed. The data type bit defaults to unsigned. When setting this values for the data types string, real and shortreal the setting is ignored. Defines the prefix that precedes the unit of a value. The prefix is not applied to the value (e.g. in calculations). Defines the unit of the value. Defines the unit of the value. Determines how a property value can be configured. Determines how a parameter is resolved. User means the value must be obtained from the user. Generated means the value will be provided by a generator. Property content cannot be modified through configuration. Property content can be modified through configuration. Modifications will be saved with the design. Generators may modify this property. Modifications get saved with the design.