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Line 47... |
sc_out<sc_logic> rtoa;
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sc_out<sc_logic> rtoa;
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sc_out<sc_lv<SubChN> > rtoc;
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sc_out<sc_lv<SubChN> > rtoc;
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sc_in<sc_lv<SubChN> > rtoca;
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sc_in<sc_lv<SubChN> > rtoca;
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// local variable
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// local variable
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sc_signal<bool> out_cred; /* the input credit */
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sc_signal<bool> out_cred[SubChN]; /* the input credit */
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sc_signal<bool> out_cred_ack; /* the input credit ack */
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sc_signal<bool> out_cred_ack[SubChN]; /* the input credit ack */
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SC_HAS_PROCESS(RTDriver);
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SC_HAS_PROCESS(RTDriver);
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RTDriver(sc_module_name name);
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RTDriver(sc_module_name name);
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void IPdetect(); // Method to detect the router input port
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void IPdetect(); // Method to detect the router input port
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void OPdetect(); // Method to detect the router output port
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void OPdetect(); // Method to detect the router output port
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void Creditdetect(); // Method to detect the credit ports
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void Creditdetect(); // Method to detect the credit ports
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void send(); // thread of sending a flit
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void send(); // thread of sending a flit
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void recv(); // thread to recveive a flit
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void recv(); // thread to recveive a flit
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void credit(unsigned int); // handle the output credit
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sc_signal<bool> rtinp_sig; // fire when the router input port is ready for a new flit
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sc_signal<bool> rtinp_sig; // fire when the router input port is ready for a new flit
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sc_signal<bool> rtoutp_sig; // fire when the router output port has a new flit
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sc_signal<bool> rtoutp_sig; // fire when the router output port has a new flit
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unsigned int c1o42b(unsigned int); // convert 1-of-4 to binary
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unsigned int c1o42b(unsigned int); // convert 1-of-4 to binary
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