TLM-2.0模型需要包括标准的SystemC头文件、头文件tlm.h以及您从工具包中使用的任何其他特定头文件。在本例中,我们使用来自实用程序目录(tlm_utils)的两个套接字。您需要将c++编译器(或makefile)的包含路径指向发行版中的。/include目录。 #define SC_INCLUDE_DYNAMIC_PROCESSES#include"systemc"usingnamespacesc_cor...
}; struct Memory: sc_module { tlm_utils::simple_target_socket<Memory> socket; SC_CTOR(Memory) : socket("socket") { ... }; 这两种风格的差别和对应宏的含义可见我前述SystemC基础的系列博文,此处不赘述,但是熟悉C++的朋友应该更能轻易读懂第一种更加C++的风格。 TLM 2.0的所有代码均处于tlm或者tlm...
接一个EXPORT。B的代码为 登录后复制文件:src/ch4/section4.2/4.2.1/B.sv3登录后复制classBextendsuvm_component;登录后复制`uvm_component_utils(B)登录后复制uvm_blocking_put_export#(my_transaction) B_export;登录后复制…endclass登录后复制functionvoidB::build_phase(uvm_phase phase);登录后复制super.buil...
tlm_utils::tlm2_base_protocol_checker<32> *checker1; tlm_utils::tlm2_base_protocol_checker<32> *checker2; ... initiator->socket.bind(checker1->target_socket); checker1->initiator_socket.bind(bus->target_socket); bus->initiator_socket.bind(checker2->target_socket); checker2->initiator_...
public: tlm_utils::simple_initiator_socket<A> socket; 模块B添加Target Socket# public: tlm_utils::simple_target_socket<B> socket; 连接模块A和B# int sc_main(int argc, char* argv[]) { A a("A"); // 实例化模块A B b("B"); // 实例化模块B a.socket(b.socket); // 连接模块A和...
public:typedeftlm::tlm_generic_payloadtransaction_type;typedeftlm::tlm_phasephase_type;typedeftlm::tlm_sync_enumsync_enum_type;typedeftlm_utils::simple_target_socket_tagged<SimpleBusAT>target_socket_type;typedeftlm_utils::simple_initiator_socket_tagged<SimpleBusAT>initiator_socket_type; ...
{ dmi_ptr_valid = false; } private: int data; bool dmi_ptr_valid; tlm::tlm_dmi dmi_data; }; class Memory : public sc_module { public: SC_HAS_PROCESS(Memory); tlm_utils::simple_target_socket<Memory> socket; enum {SIZE = 256}; const sc_time LATENCY; Memory(const sc_module_name...
classenv1extendsuvm_env;comp1 c1;comp2 c2;`uvm_component_utils(env1)...functionvoidbuild_phase(uvm_phase phase);super.build_phase(phase);c1=comp1::type_id::create("c1",this);c2=comp2::type_id::create("c2",this);endfunction:build_phasefunctionvoidconnect_phase(uv...
classenvextendsuvm_env;`uvm_component_utils(env);Transaction_command Transaction_command_h;Singal_drive Singal_drive_h;uvm_tlm_fifo #(command_s)command_f;functionvoidbuild_phase(uvm_phase phase);command_f=new("command_f",this);Transaction_command_h=Transaction_command::type_id::create("Transact...
utils just mirrors the macrobes the same name from the OVM library itself. then comes end of elaboration is kink of interesting because it's a callback that's common between the system. see standard and the OVM standard both of those standards use the same name for this call backwards ...