- 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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附录I sv_vpi_user.h
sv_vpi_user.h
/*************************************************************************** * sv_vpi_user.h * * Accellera SystemVerilog VPI extensions. * * This file contains the constant definitions, structure definitions, and * routine declarations used by the Verilog PLI procedural interface VPI * access routines. * **************************************************************************/ /*************************************************************************** * NOTE: The constant values 600 through 999 are reserved for use in this * sv_vpi_user.h file. The range 800 through 899 is reserved for the reader * VPI **************************************************************************/ #ifndef SV_VPI_USER_H #define SV_VPI_USER_H #include <vpi_user.h> #ifdef __cplusplus extern "C" { #endif } /****************************** OBJECT TYPES ******************************/ #define vpiPackage 600 #define vpiInterface 601 #define vpiProgram 602 #define vpiInterfaceArray 603 #define vpiProgramArray 604 #define vpiTypespec 605 #define vpiModport 606 #define vpiInterfaceTfDecl 607 #define vpiRefObj 608 #define vpiVarBitVar vpiRegBit #define vpiLongIntVar 609 #define vpiShortIntVar 610 #define vpiIntVar 611 #define vpiShortRealVar 612 #define vpiByteVar 613 #define vpiClassVar 614 #define vpiStringVar 615 #define vpiEnumVar 616 #define vpiStructVar 617 #define vpiUnionVar 618 #define vpiBitVar 619 #define vpiLogicVar vpiRegVar #define vpiArrayVar vpiRegArray #define vpiLongIntTypespec 620 #define vpiShortRealTypespec 621 #define vpiByteTypespec 622 #define vpiShortIntTypespec 623 #define vpiIntTypespec 624 #define vpiClassTypespec 625 #define vpiStringTypespec 626 #define vpiVarBitTypespec 627 #define vpiEnumTypespec 628 #define vpiEnumConst 629 #define vpiIntegerTypespec 630 #define vpiTimeTypespec 631 #define vpiRealTypespec 632 #define vpiStructTypespec 633 #define vpiUnionTypespec 634 #define vpiBitTypespec 635 #define vpiLogicTypespec 636 #define vpiArrayTypespec 637 #define vpiVoidTypespec 638 #define vpiMemberTypespec 639 #define vpiClockingBlock 640 #define vpiClockingIODecl 641 #define vpiClassDefn 642 #define vpiConstraint 643 #define vpiConstraintOrdering 644 #define vpiDistItem 645 #define vpiAliasStmt 646 #define vpiThread 647 #define vpiMethodFuncCall 648 #define vpiMethodTaskCall 649 #define vpiAssertProperty 650 #define vpiAssumeProperty 651 #define vpiCoverProperty 652 #define vpiDisableCondition 653 #define vpiClockingEvent 654 #define vpiPropertyDecl 655 #define vpiPropertySpec 656 #define vpiPropertyExpr 657 #define vpiMulticlockSequenceExpr 658 #define vpiClockedSeq 659 #define vpiPropertyInst 660 #define vpiSequenceDecl 661 #define vpiSequenceSpec 662 #define vpiActualArgExpr 663 #define vpiSequenceInst 664 #define vpiImmediateAssert 665 #define vpiReturn 666 #define vpiAnyPattern 667 #define vpiTaggedPattern 668 #define vpiStructPattern 669 #define vpiDoWhile 670 #define vpiOrderedWait 671 #define vpiWaitFork 672 #define vpiDisableFork 673 #define vpiExpectStmt 674 #define vpiForeachStmt 675 #define vpiFinal 676 #define vpiExtend 677 #define vpiDistribution 678 #define vpiIdentifier 679 /******************************** METHODS *********************************/ /************* methods used to traverse 1 to 1 relationships **************/ #define vpiActual 680 #define vpiTypedefAlias 681 #define vpiIndexTypespec 682 #define vpiBaseTypespec 683 #define vpiElemTypespec 684 #define vpiDefInputSkew 685 #define vpiDefOutputSkew 686 #define vpiClockingSkew 687 #define vpiActualDefn 688 #define vpiLhs 689 #define vpiRhs 690 #define vpiOrigin 691 #define vpiPrefix 692 #define vpiWith 693 #define vpiProperty 694 #define vpiValueRange 695 #define vpiPattern 696 #define vpiWeight 697 /************ methods used to traverse 1 to many relationships ************/ #define vpiTypedef 698 #define vpiImport 699 #define vpiDerivedClasses 700 #define vpiMethods 701 #define vpiSolveBefore 702 #define vpiSolveAfter 703 #define vpiWaitingProcesses 704 #define vpiMessages 705 #define vpiMembers 706 #define vpiLoopVars 707 #define vpiConcurrentAssertions 708 #define vpiMatchItem 709 /************ methods both 1-1 and 1-many relations ***********************/ #define vpiInstance 710 /************************ generic object properties ***********************/ #define vpiTop 600 #define vpiUnit 601 #define vpiAccessType 602 #define vpiForkJoinAcc 1 #define vpiExternAcc 2 #define vpiDPIExternAcc 3 #define vpiDPIImportAcc 4 #define vpiArrayType 603 #define vpiStaticArray 1 #define vpiDynamicArray 2 #define vpiAssocArray 3 #define vpiQueueArray 4 #define vpiIsRandomized 604 #define vpiRandType 605 #define vpiNotRand 1 #define vpiRand 2 #define vpiRandC 3 #define vpiConstantVariable 606 #define vpiMember 607 #define vpiVisibility 608 #define vpiPublicVis 1 #define vpiProtectedVis 2 #define vpiLocalVis 3 #define vpiPacked 609 #define vpiTagged 610 #define vpiRef 611 #define vpiDefaultSkew 612 #define vpiVirtual 613 #define vpiUserDefined 614 #define vpiIsConstraintEnabled 615 #define vpiClassType 616 #define vpiMailboxClass 1 #define vpiSemaphoreClass 2 #define vpiUserDefineClass 3 #define vpiMethod 617 #define vpiValid 618 #define vpiActive 619 #define vpiIsClockInferred 620 #define vpiQualifier 621 #define vpiUniqueQualifier 1 #define vpiPriorityQualifier 2 #define vpiTaggedQualifier 3 #define vpiNullConst 622 #define vpiOneStepConst 623 #define vpiAlwaysType 624 #define vpiAlwaysComb 1 #define vpiAlwaysFF 2 #define vpiAlwaysLatch 3 #define vpiDistType 625 #define vpiEqualDist 1 /* constraint equal distribution */ #define vpiDivDist 2 /* constraint divided distribution */ /******************************** Operators *******************************/ #define vpiImplyOp 50 /* -> implication operator */ #define vpiNonOverlapImplyOp 51 /* |=> non-overlapped implication */ #define vpiOverlapImplyOp 52 /* |-> overlapped implication operator */ #define vpiUnaryCycleDelayOp 53 /* binary cycle delay (##) operator */ #define vpiCycleDelayOp 54 /* binary cycle delay (##) operator */ #define vpiIntersectOp 55 /* intersection operator */ #define vpiFirstMatchOp 56 /* first_match operator */ #define vpiThroughoutOp 57 /* throught operator */ #define vpiWithinOp 58 /* within operator */ #define vpiRepeatOp 59 /* [=] non-consecutive repetition */ #define vpiConsecutiveRepeatOp 60 /* [*] consecutive repetition */ #define vpiGotoRepeatOp 61 /* [->] goto repetition */ #define vpiPostIncOp 62 /* ++ post-increment */ #define vpiPreIncOp 63 /* ++ pre-increment */ #define vpiPostDecOp 64 /* -- post-decrement */ #define vpiPreDecOp 65 /* -- pre-decrement */ #define vpiMatchOp 66 /* match() operator */ #define vpiCastOp 67 /* type‘() operator */ #define vpiIffOp 68 /* iff operator */ #define vpiWildEqOp 69 /* =?= operator */ #define vpiWildNeqOp 70 /* !?= operator */ #define vpiStreamLROp 71 /* left-to-right streaming {>>} operator */ #define vpiStreamRLOp 72 /* right-to-left streaming {<<} operator */ #define vpiMatchedOp 73 /* the .matched sequence operation */ #define vpiEndedOp 74 /* the .ended sequence operation */ /************************** STRUCTURE DEFINITIONS *************************/ /***************************** structure *****************************/ /**************************** CALLBACK REASONS ****************************/ #define cbStartOfThread 600 /* callback on thread creation */ #define cbEndOfThread 601 /* callback on thread termination */ #define cbEnterThread 602 /* callback on re-entering thread */ #define cbStartOfFrame 603 /* callback on frame creation */ #define cbEndOfFrame 604 /* callback on frame exit */ #define cbTypeChange 605 /* callback on variable type/size change */ /************************* FUNCTION DECLARATIONS **************************/ /**************************************************************************/ /**************************************************************************/ /*************************** Coverage VPI *********************************/ /* coverage control */ #define vpiCoverageStart 711 #define vpiCoverageStop 712 #define vpiCoverageReset 713 #define vpiCoverageCheck 714 #define vpiCoverageMerge 715 #define vpiCoverageSave 716 /* coverage type properties */ #define vpiAssertCoverage 717 #define vpiFsmStateCoverage 718 #define vpiStatementCoverage 719 #define vpiToggleCoverage 720 /* Coverage status properties */ #define vpiCovered 721 #define vpiCoverMax 722 #define vpiCoveredCount 723 /* Assertion-specific coverage status properties */ #define vpiAssertAttemptCovered 724 #define vpiAssertSuccessCovered 725 #define vpiAssertFailureCovered 726 /* FSM-specific coverage status properties */ #define vpiFsmStates 727 #define vpiFsmStateExpression 728 /* FSM handle types */ #define vpiFsm 729 #define vpiFsmHandle 730 /***************************************************************************/ /***************************************************************************/ /***************************** Assertion VPI *******************************/ /* assertion types */ #define vpiSequenceType 731 #define vpiAssertType 732 #define vpiCoverType 733 #define vpiPropertyType 734 #define vpiImmediateAssertType 735 /* assertion callback types */ #define cbAssertionStart 606 #define cbAssertionSuccess 607 #define cbAssertionFailure 608 #define cbAssertionStepSuccess 609 #define cbAssertionStepFailure 610 #define cbAssertionDisable 611 #define cbAssertionEnable 612 #define cbAssertionReset 613 #define cbAssertionKill 614 #define cbAssertionSysInitialized 615 #define cbAssertionSysStart 616 #define cbAssertionSysStop 617 #define cbAssertionSysEnd 618 #define cbAssertionSysReset 619 /* Assertion control constants */ #define vpiAssertionDisable 620 #define vpiAssertionEnable 621 #define vpiAssertionReset 622 #define vpiAssertionKill 623 #define vpiAssertionEnableStep 624 #define vpiAssertionDisableStep 625 #define vpiAssertionClockSteps 626 #define vpiAssertionSysStart 627 #define vpiAssertionSysStop 628 #define vpiAssertionSysEnd 629 #define vpiAssertionSysReset 630 /* Assertion related structs and types */ typedef struct t_vpi_source_info { PLI_BYTE8 *fileName; PLI_INT32 startLine; PLI_INT32 startColumn; PLI_INT32 endLine; PLI_INT32 endColumn; } s_vpi_source_info, *p_vpi_source_info; typedef struct t_vpi_assertion_info { PLI_BYTE8 *assertName; /* name of assertion */ vpiHandle instance; /* instance containing assertion */ PLI_BYTE8 defname; /* name of module/interface containing the assertion */ vpiHandle clock; /* clocking expression */ PLI_INT32 assertionType; /* vpiSequenceType, vpiAssertType, vpiCoverType, vpiPropertyType, vpiImmediateAssertType */ s_vpi_source_info sourceInfo; } s_vpi_assertion_info, *p_vpi_assertion_info; typedef struct t_vpi_assertion_step_info { PLI_INT32 matched_expression_count; vpiHandle *matched_exprs; /* array of expressions */ p_vpi_source_info *exprs_source_info; /* array of source info */ PLI_INT32 stateFrom, stateTo; /* identify transition */ } s_vpi_assertion_step_info, *p_vpi_assertion_step_info; typedef struct t_vpi_attempt_info { union { vpiHandle failExpr; p_vpi_assertion_step_info step; } detail; s_vpi_time attemptStartTime; /* Time attempt triggered */ } s_vpi_attempt_info, *p_vpi_attempt_info; /* typedef for vpi_register_assertion_cb callback function */ typedef PLI_INT32 (vpi_assertion_callback_func)( PLI_INT32 reason, /* callback reason */ p_vpi_time cb_time, /* callback time */ vpiHandle assertion, /* handle to assertion */ p_vpi_attempt_info info, /* attempt related information */ PLI_BYTE8 *user_data /* user data entered upon registration */ ); /* assertion specific VPI functions */ PLI_INT32 vpi_get_assertion_info (assert_handle, p_vpi_assertion_info); vpiHandle vpi_register_assertion_cb( vpiHandle assertion, /* handle to assertion */ PLI_INT32 reason, /* reason for which callbacks needed */ vpi_assertion_callback_func *cb_rtn, PLI_BYTE8 *user_data /* user data to be supplied to cb */ ); /***************************************************************************/ /***************************************************************************/ /*************** Reader VPI ***********************/ /* reader VPI has been assigned the numeric range 800-899 */ /********** Reader types ***********/ #define vpiTrvsObj 800 /* Data traverse object */ #define vpiCollection 810 /* Collection of VPI handle */ #define vpiObjCollection 811 /* Collection of traversable design objs */ #define vpiTrvsCollection 812 /* Collection of vpiTrvsObjs */ /********* Reader methods *********/ /* Check */ #define vpiIsLoaded 820 /* Object data is loaded check */ #define vpiHasDataVC 821 /* Traverse object has at least one VC * at some point in time in the * database check */ #define vpiHasVC 822 /* Has VC at specific time check */ #define vpiHasNoValue 823 /* Has no value at specific time check */ #define vpiBelong 824 /* Belongs to extension check */ /* Access */ #define vpiAccessLimitedInteractive 830 /* Interactive access */ #define vpiAccessInteractive 831 /* interactive with history access */ #define vpiAccessPostProcess 832 /* Database access */ /* Member of a collection */ #define vpiMember 840 /* Member of a collection */ /* Iteration on instances for loaded */ #define vpiDataLoaded 850 /* Use in vpi_iterate() */ /* Control Traverse/Check Time */ #define vpiMinTime 860 /* Min time */ #define vpiMaxTime 864 /* Max time */ #define vpiPrevVC 868 /* Previous Value Change (VC) */ #define vpiNextVC 870 /* Next Value Change (VC) */ #define vpiTime 874 /* Time jump */ /********** routines **********/ /* general form of the vpi extension loading function is: * PLI_INT32 vpi_load_extension PROTO_PARAMS((PLI_BYTE8 *extension_name, ...)) */ /********** Reader routines **********/ /* load extension form for the reader extension */ PLI_INT32 vpi_load_extension PROTO_PARAMS((PLI_BYTE8 *extension_name, PLI_BYTE8 *name, vpiType mode, ...)) PLI_INT32 vpi_close PROTO_PARAMS((PLI_INT32 tool, vpiType prop, PLI_BYTE8* name)); PLI_INT32 vpi_load_init PROTO_PARAMS((vpiHandle objCollection, vpiHandle scope, PLI_INT32 level)); PLI_INT32 vpi_load PROTO_PARAMS((vpiHandle h)); PLI_INT32 vpi_unload PROTO_PARAMS((vpiHandle h)); vpiHandle vpi_create PROTO_PARAMS((vpiType prop, vpiHandle h, vpiHandle obj)); vpiHandle vpi_goto PROTO_PARAMS((vpiType prop, vpiHandle obj, p_vpi_time time_p, PLI_INT32 *ret_code)); vpiHandle vpi_filter PROTO_PARAMS((vpiHandle h, PLI_INT32 ft, PLI_INT32 flag)); #ifdef __cplusplus } #endif #endif
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