- 第一章 SystemVerilog导论
- 第二章 文本值
- 第三章 数据类型
- 第四章 数组
- 第五章 数据声明
- 第六章 属性
- 第七章 操作符与表达式
- 第八章 过程语句和控制流
- 第九章 进程
- 第十章 任务与函数
- 第十一章 类
- 第十二章 随机约束
- 第十三章 进程间的同步与通信
- 第十四章 调度语义
- 第十五章 时钟控制块
- 第十六章 程序块
- 第十七章 断言
- 第十八章 层次
- 第十九章 接口
- 第二十章 覆盖
- 第二十一章 参数
- 第二十二章 配置库
- 第二十三章 系统任务与系统函数
- 23.1 简介（一般信息）
- 23.2 确立时的typeof函数
- 23.3 typename函数
- 23.4 表达式尺寸系统函数
- 23.5 范围系统函数
- 23.6 Shortreal转换
- 23.7 数组查询系统函数
- 23.8 断言严重性系统任务
- 23.9 断言控制系统任务
- 23.10 断言系统函数
- 23.11 随机数系统函数
- 23.12 程序控制
- 23.13 覆盖系统函数
- 23.14 对Verilog-2001系统任务的增强
- 23.15 $readmemb与$readmemh
- 23.16 $writememb and $writememh
- 23.17 File format considerations for multi-dimensional unpacked arrays
- 23.18 System task arguments for multi-dimensional unpacked arrays
- 第二十四章 VCD数据
- 第二十五章 编译器指令
- 第二十六章 考虑从SystemVerilog中删除的功能
- 第二十七章 直接编程接口（DPI）
- 27.1 概述
- 27.2 Two layers of the DPI
- 27.3 Global name space of imported and exported functions
- 27.4 导入的任务和函数
- 27.5 Calling imported functions
- 27.6 Exported functions
- 27.7 Exported tasks
- 27.8 Disabling DPI tasks and functions
- 第二十八章 SystemVerilog断言API
- 第二十九章 SystemVerilog覆盖API
- 29.1 需求
- 29.2 SystemVerilog real-time coverage access
- 29.3 FSM recognition
- 29.3.1 Specifying the signal that holds the current state
- 29.3.2 Specifying the part-select that holds the current state
- 29.3.3 Specifying the concatenation that holds the current state
- 29.3.4 Specifying the signal that holds the next state
- 29.3.5 Specifying the current and next state signals in the same declaration
- 29.3.6 Specifying the possible states of the FSM
- 29.3.7 Pragmas in one-line comments
- 29.3.8 Example
- 29.4 VPI coverage extensions
- 第三十章 SystemVerilog数据读API
- 30.1 简介（一般信息）
- 30.2 需求
- 30.3 Extensions to VPI enumerations
- 30.4 VPI object type additions
- 30.5 Object model diagrams
- 30.6 Usage extensions to VPI routines
- 30.7 VPI routines added in SystemVerilog
- 30.8 Reading data
- 30.9 Optionally unloading the data
- 30.10 Reading data from multiple databases and/or different read library providers
- 30.11 VPI routines extended in SystemVerilog
- 30.12 VPI routines added in SystemVerilog
- 30.12.1 VPI reader routines
- 第三十一章 SystemVerilog VPI Object Model
- 31.1 简介（一般信息）
- 31.2 Instance
- 31.3 Interface
- 31.4 Program
- 31.5 Module (supersedes IEEE 1364-2001 26.6.1)
- 31.6 Modport
- 31.7 Interface tf decl
- 31.8 Ports (supersedes IEEE 1364-2001 26.6.5)
- 31.9 Ref Obj
- 31.9.1 Examples
- 31.10 Variables (supersedes IEEE 1364-2001 section 26.6.8)
- 31.11 Var Select (supersedes IEEE 1364-2001 26.6.8)
- 31.12 Typespec
- 31.13 Variable Drivers and Loads (supersedes IEEE 1364-2001 26.6.23)
- 31.14 Instance Arrays (supersedes IEEE 1364-2001 26.6.2)
- 31.15 Scope (supersedes IEEE 1364-2001 26.6.3)
- 31.16 IO Declaration (supersedes IEEE 1364-2001 26.6.4)
- 31.17 Clocking Block
- 31.18 Class Object Definition
- 31.19 Constraint, constraint ordering, distribution,
- 31.20 Constraint expression
- 31.21 Class Variables
- 31.22 Structure/Union
- 31.23 Named Events (supersedes IEEE 1364-2001 26.6.11)
- 31.24 Task, Function Declaration (supersedes IEEE 1364-2001 26.6.18)
- 31.25 Alias Statement
- 31.25.1 Examples
- 31.26 Frames (supersedes IEEE 1364-2001 26.6.20)
- 31.27 Threads
- 31.28 tf call (supersedes IEEE 1364-2001 26.6.19)
- 31.29 Module path, path term (supersedes IEEE 1364-2001 26.6.15)
- 31.30 Concurrent assertions
- 31.31 Property Decl
- 31.32 Property Specification
- 31.33 Multiclock Sequence Expression
- 31.34 Sequence Declaration
- 31.35 Sequence Expression
- 31.36 Attribute (supersedes IEEE 1364-2001 26.6.42)
- 31.37 Atomic Statement (supersedes IEEE 1364-2001 26.6.27)
- 31.38 If, if else, return, case, do while (supersedes IEEE 1364-2001 26.6.35, 26.6.36)
- 31.39 waits, disables, expect, foreach (supersedes IEEE 1364 26.6.38)
- 31.40 Simple expressions (supersedes IEEE 1364-2001 26.6.25)
- 31.41 Expressions (supersedes IEEE 1364-2001 26.6.26)
- 31.42 Event control (supersedes IEEE 1364-2001 26.6.30)
- 31.43 Event stmt (supersedes IEEE 1364-2001 26.6.27)
- 31.44 Process (supersedes IEEE 1364-2001 26.6.27)
- 31.45 Assignment (supersedes IEEE 1364-2001 26.6.28)
- 附录A 形式语法
- A.1 源文本
- A.2 声明
- A.3 Primitive instances
- A.4 Module, interface and generated instantiation
- A.5 UDP declaration and instantiation
- A.6 Behavioral statements
- A.6.1 Continuous assignment and net alias statements
- A.6.2 Procedural blocks and assignments
- A.6.3 Parallel and sequential blocks
- A.6.4 Statements
- A.6.5 Timing control statements
- A.6.6 Conditional statements
- A.6.7 Case statements
- A.6.8 Looping statements
- A.6.9 Subroutine call statements
- A.6.10 Assertion statements
- A.6.11 Clocking block
- A.6.12 Randsequence
- A.7 Specify section
- A.8 Expressions
- A.9 General
- A.10 Footnotes (normative)
- 附录B 关键字
- 附录C 标准包
- 附录D 链表
- 附录E DPI C-layer
- E.1 概述
- E.2 Naming conventions
- E.3 Portability
- E.4 Include files
- E.5 Semantic constraints
- E.6 Data types
- E.7 Argument passing modes
- E.8 Context tasks and functions
- E.9 Include files
- E.10 Arrays
- E.11 Open arrays
- E.11.1 Actual ranges
- E.11.2 Array querying functions
- E.11.3 Access functions
- E.11.4 Access to the actual representation
- E.11.5 Access to elements via canonical representation
- E.11.6 Access to scalar elements (bit and logic)
- E.11.7 Access to array elements of other types
- E.11.8 Example 4— two-dimensional open array
- E.11.9 Example 5 — open array
- E.11.10 Example 6 — access to packed arrays
- E.11.11 Example 7 — binary compatible calls of exported functions
- 附录F 包含文件
- 附录G 包含外部语言代码
- 附录H 并发断言的形式语义
- 附录I svvpiuser.h
- 附录J 术语表
- 附录K 参考书目
- 其他
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E.11.5 Access to elements via canonical representation
The following functions copy a single vector from a canonical representation to an element of an open array or other way round. The element of an array is identified by indices, bound by the ranges of the actual argument, i.e., the original SystemVerilog ranges are used for indexing.
/* functions for translation between simulator and canonical representations*/ /* s=source, d=destination */ /* actual <-- canonical */ void svPutBitArrElemVec32 (const svOpenArrayHandle d, const svBitVec32* s, int indx1, ...); void svPutBitArrElem1Vec32(const svOpenArrayHandle d, const svBitVec32* s, int indx1); void svPutBitArrElem2Vec32(const svOpenArrayHandle d, const svBitVec32* s, int indx1, int indx2); void svPutBitArrElem3Vec32(const svOpenArrayHandle d, const svBitVec32* s, int indx1, int indx2, int indx3); void svPutLogicArrElemVec32 (const svOpenArrayHandle d, const svLogicVec32* s, int indx1, ...); void svPutLogicArrElem1Vec32(const svOpenArrayHandle d, const svLogicVec32* s, int indx1); void svPutLogicArrElem2Vec32(const svOpenArrayHandle d, const svLogicVec32* s, int indx1, int indx2); void svPutLogicArrElem3Vec32(const svOpenArrayHandle d, const svLogicVec32* s, int indx1, int indx2, int indx3); /* canonical <-- actual */ void svGetBitArrElemVec32 (svBitVec32* d, const svOpenArrayHandle s, int indx1, ...); void svGetBitArrElem1Vec32(svBitVec32* d, const svOpenArrayHandle s, int indx1); void svGetBitArrElem2Vec32(svBitVec32* d, const svOpenArrayHandle s, int indx1, int indx2); void svGetBitArrElem3Vec32(svBitVec32* d, const svOpenArrayHandle s, int indx1, int indx2, int indx3); void svGetLogicArrElemVec32 (svLogicVec32* d, const svOpenArrayHandle s, int indx1, ...); void svGetLogicArrElem1Vec32(svLogicVec32* d, const svOpenArrayHandle s, int indx1); void svGetLogicArrElem2Vec32(svLogicVec32* d, const svOpenArrayHandle s, int indx1, int indx2); void svGetLogicArrElem3Vec32(svLogicVec32* d, const svOpenArrayHandle s, int indx1, int indx2, int indx3);
The above functions copy the whole packed array in either direction. The user is responsible for allocating an array in the canonical representation.
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