// autocreated by expandPorts.tcl 2.0 and portUtil.tcl 2.0 module mkTest7_expanded ( CLK_c1, pIn, CLK, RST_N, RDY_ifcA_method1, EN_ifcA_method1, ifcA_method1_in1, ifcA_method1_in2, RDY_ifcA_method2, ifcA_method2, ifcA_method2_in1, ifcA_method2_in2, RDY_ifcA_method3, ifcA_method3, RDY_ifcA_method4, EN_ifcA_method4, ifcA_method4, ifcA_method4_in1, RDY_ifcA_method5, EN_ifcA_method5, ifcA_method5_in1, RDY_ifcA_method6, ifcA_method6, ifcA_method6_in1_a, ifcA_method6_in1_b, ifcA_method6_in1_c, RDY_ifcA_method7, ifcA_method7_a, ifcA_method7_b, ifcA_method7_c, RDY_ifcA_method8, EN_ifcA_method8, ifcA_method8, RDY_ifcA_method9, EN_ifcA_method9, ifcA_method9, ifcA_method9_in1, RDY_ifcB_method1, EN_ifcB_method1, ifcB_method1_in1, ifcB_method1_in2, RDY_ifcB_method2, ifcB_method2, ifcB_method2_in1, ifcB_method2_in2, RDY_ifcB_method3, ifcB_method3, RDY_ifcB_method4, EN_ifcB_method4, ifcB_method4, ifcB_method4_in1, RDY_ifcB_method5, EN_ifcB_method5, ifcB_method5_in1, RDY_ifcB_method6, ifcB_method6, ifcB_method6_in1_a, ifcB_method6_in1_b, ifcB_method6_in1_c, RDY_ifcB_method7, ifcB_method7_a, ifcB_method7_b, ifcB_method7_c, RDY_ifcB_method8, EN_ifcB_method8, ifcB_method8, RDY_ifcB_method9, EN_ifcB_method9, ifcB_method9, ifcB_method9_in1 ); input CLK_c1; input [ 3 : 0 ] pIn; input CLK; input RST_N; // ==================== // Method = ifcA_method1 // ready => RDY_ifcA_method1 1 Bit#(1) // enable => EN_ifcA_method1 1 Bit#(1) // input => ifcA_method1_in1 32 Int#(32) // input => ifcA_method1_in2 32 Int#(32) output RDY_ifcA_method1; input EN_ifcA_method1; input [ 31 : 0 ] ifcA_method1_in1; input [ 31 : 0 ] ifcA_method1_in2; // ==================== // Method = ifcA_method2 // ready => RDY_ifcA_method2 1 Bit#(1) // result => ifcA_method2 32 Int#(32) // input => ifcA_method2_in1 32 Int#(32) // input => ifcA_method2_in2 32 Int#(32) output RDY_ifcA_method2; output [ 31 : 0 ] ifcA_method2; input [ 31 : 0 ] ifcA_method2_in1; input [ 31 : 0 ] ifcA_method2_in2; // ==================== // Method = ifcA_method3 // ready => RDY_ifcA_method3 1 Bit#(1) // result => ifcA_method3 32 Int#(32) output RDY_ifcA_method3; output [ 31 : 0 ] ifcA_method3; // ==================== // Method = ifcA_method4 // ready => RDY_ifcA_method4 1 Bit#(1) // enable => EN_ifcA_method4 1 Bit#(1) // result => ifcA_method4 32 ActionValue#(Int#(32)) // input => ifcA_method4_in1 32 Int#(32) output RDY_ifcA_method4; input EN_ifcA_method4; output [ 31 : 0 ] ifcA_method4; input [ 31 : 0 ] ifcA_method4_in1; // ==================== // Method = ifcA_method5 // ready => RDY_ifcA_method5 1 Bit#(1) // enable => EN_ifcA_method5 1 Bit#(1) // input => ifcA_method5_in1 4 Bit#(4) output RDY_ifcA_method5; input EN_ifcA_method5; input [ 3 : 0 ] ifcA_method5_in1; // ==================== // Method = ifcA_method6 // ready => RDY_ifcA_method6 1 Bit#(1) // result => ifcA_method6 32 Int#(32) // input => ifcA_method6_in1 12 Test7::TS output RDY_ifcA_method6; output [ 31 : 0 ] ifcA_method6; input [ 3 : 0 ] ifcA_method6_in1_a; input [ 3 : 0 ] ifcA_method6_in1_b; input [ 3 : 0 ] ifcA_method6_in1_c; // ==================== // Method = ifcA_method7 // ready => RDY_ifcA_method7 1 Bit#(1) // result => ifcA_method7 12 Test7::TS output RDY_ifcA_method7; output [ 3 : 0 ] ifcA_method7_a; // ifcA_method7[11:8] output [ 3 : 0 ] ifcA_method7_b; // ifcA_method7[7:4] output [ 3 : 0 ] ifcA_method7_c; // ifcA_method7[3:0] // ==================== // Method = ifcA_method8 // ready => RDY_ifcA_method8 1 Bit#(1) // enable => EN_ifcA_method8 1 Bit#(1) // result => ifcA_method8 4 ActionValue#(Bit#(4)) output RDY_ifcA_method8; input EN_ifcA_method8; output [ 3 : 0 ] ifcA_method8; // ==================== // Method = ifcA_method9 // ready => RDY_ifcA_method9 1 Bit#(1) // enable => EN_ifcA_method9 1 Bit#(1) // result => ifcA_method9 4 ActionValue#(Bit#(4)) // input => ifcA_method9_in1 4 Bit#(4) output RDY_ifcA_method9; input EN_ifcA_method9; output [ 3 : 0 ] ifcA_method9; input [ 3 : 0 ] ifcA_method9_in1; // ==================== // Method = ifcB_method1 // ready => RDY_ifcB_method1 1 Bit#(1) // enable => EN_ifcB_method1 1 Bit#(1) // input => ifcB_method1_in1 32 Int#(32) // input => ifcB_method1_in2 32 Int#(32) output RDY_ifcB_method1; input EN_ifcB_method1; input [ 31 : 0 ] ifcB_method1_in1; input [ 31 : 0 ] ifcB_method1_in2; // ==================== // Method = ifcB_method2 // ready => RDY_ifcB_method2 1 Bit#(1) // result => ifcB_method2 32 Int#(32) // input => ifcB_method2_in1 32 Int#(32) // input => ifcB_method2_in2 32 Int#(32) output RDY_ifcB_method2; output [ 31 : 0 ] ifcB_method2; input [ 31 : 0 ] ifcB_method2_in1; input [ 31 : 0 ] ifcB_method2_in2; // ==================== // Method = ifcB_method3 // ready => RDY_ifcB_method3 1 Bit#(1) // result => ifcB_method3 32 Int#(32) output RDY_ifcB_method3; output [ 31 : 0 ] ifcB_method3; // ==================== // Method = ifcB_method4 // ready => RDY_ifcB_method4 1 Bit#(1) // enable => EN_ifcB_method4 1 Bit#(1) // result => ifcB_method4 32 ActionValue#(Int#(32)) // input => ifcB_method4_in1 32 Int#(32) output RDY_ifcB_method4; input EN_ifcB_method4; output [ 31 : 0 ] ifcB_method4; input [ 31 : 0 ] ifcB_method4_in1; // ==================== // Method = ifcB_method5 // ready => RDY_ifcB_method5 1 Bit#(1) // enable => EN_ifcB_method5 1 Bit#(1) // input => ifcB_method5_in1 4 Bit#(4) output RDY_ifcB_method5; input EN_ifcB_method5; input [ 3 : 0 ] ifcB_method5_in1; // ==================== // Method = ifcB_method6 // ready => RDY_ifcB_method6 1 Bit#(1) // result => ifcB_method6 32 Int#(32) // input => ifcB_method6_in1 12 Test7::TS output RDY_ifcB_method6; output [ 31 : 0 ] ifcB_method6; input [ 3 : 0 ] ifcB_method6_in1_a; input [ 3 : 0 ] ifcB_method6_in1_b; input [ 3 : 0 ] ifcB_method6_in1_c; // ==================== // Method = ifcB_method7 // ready => RDY_ifcB_method7 1 Bit#(1) // result => ifcB_method7 12 Test7::TS output RDY_ifcB_method7; output [ 3 : 0 ] ifcB_method7_a; // ifcB_method7[11:8] output [ 3 : 0 ] ifcB_method7_b; // ifcB_method7[7:4] output [ 3 : 0 ] ifcB_method7_c; // ifcB_method7[3:0] // ==================== // Method = ifcB_method8 // ready => RDY_ifcB_method8 1 Bit#(1) // enable => EN_ifcB_method8 1 Bit#(1) // result => ifcB_method8 4 ActionValue#(Bit#(4)) output RDY_ifcB_method8; input EN_ifcB_method8; output [ 3 : 0 ] ifcB_method8; // ==================== // Method = ifcB_method9 // ready => RDY_ifcB_method9 1 Bit#(1) // enable => EN_ifcB_method9 1 Bit#(1) // result => ifcB_method9 4 ActionValue#(Bit#(4)) // input => ifcB_method9_in1 4 Bit#(4) output RDY_ifcB_method9; input EN_ifcB_method9; output [ 3 : 0 ] ifcB_method9; input [ 3 : 0 ] ifcB_method9_in1; wire RDY_ifcA_method1; wire RDY_ifcA_method2; wire [ 31 : 0 ] ifcA_method2; wire RDY_ifcA_method3; wire [ 31 : 0 ] ifcA_method3; wire RDY_ifcA_method4; wire [ 31 : 0 ] ifcA_method4; wire RDY_ifcA_method5; wire RDY_ifcA_method6; wire [ 31 : 0 ] ifcA_method6; wire RDY_ifcA_method7; wire [ 3 : 0 ] ifcA_method7_a; // ifcA_method7[11:8] wire [ 3 : 0 ] ifcA_method7_b; // ifcA_method7[7:4] wire [ 3 : 0 ] ifcA_method7_c; // ifcA_method7[3:0] wire RDY_ifcA_method8; wire [ 3 : 0 ] ifcA_method8; wire RDY_ifcA_method9; wire [ 3 : 0 ] ifcA_method9; wire RDY_ifcB_method1; wire RDY_ifcB_method2; wire [ 31 : 0 ] ifcB_method2; wire RDY_ifcB_method3; wire [ 31 : 0 ] ifcB_method3; wire RDY_ifcB_method4; wire [ 31 : 0 ] ifcB_method4; wire RDY_ifcB_method5; wire RDY_ifcB_method6; wire [ 31 : 0 ] ifcB_method6; wire RDY_ifcB_method7; wire [ 3 : 0 ] ifcB_method7_a; // ifcB_method7[11:8] wire [ 3 : 0 ] ifcB_method7_b; // ifcB_method7[7:4] wire [ 3 : 0 ] ifcB_method7_c; // ifcB_method7[3:0] wire RDY_ifcB_method8; wire [ 3 : 0 ] ifcB_method8; wire RDY_ifcB_method9; wire [ 3 : 0 ] ifcB_method9; mkTest7 _mkTest7 ( .CLK_c1( CLK_c1 ), .pIn( pIn ), .CLK( CLK ), .RST_N( RST_N ), .RDY_ifcA_method1( RDY_ifcA_method1 ), .EN_ifcA_method1( EN_ifcA_method1 ), .ifcA_method1_in1( ifcA_method1_in1 ), .ifcA_method1_in2( ifcA_method1_in2 ), .RDY_ifcA_method2( RDY_ifcA_method2 ), .ifcA_method2( ifcA_method2 ), .ifcA_method2_in1( ifcA_method2_in1 ), .ifcA_method2_in2( ifcA_method2_in2 ), .RDY_ifcA_method3( RDY_ifcA_method3 ), .ifcA_method3( ifcA_method3 ), .RDY_ifcA_method4( RDY_ifcA_method4 ), .EN_ifcA_method4( EN_ifcA_method4 ), .ifcA_method4( ifcA_method4 ), .ifcA_method4_in1( ifcA_method4_in1 ), .RDY_ifcA_method5( RDY_ifcA_method5 ), .EN_ifcA_method5( EN_ifcA_method5 ), .ifcA_method5_in1( ifcA_method5_in1 ), .RDY_ifcA_method6( RDY_ifcA_method6 ), .ifcA_method6( ifcA_method6 ), .ifcA_method6_in1( { ifcA_method6_in1_a,ifcA_method6_in1_b,ifcA_method6_in1_c } ), .RDY_ifcA_method7( RDY_ifcA_method7 ), .ifcA_method7( { ifcA_method7_a,ifcA_method7_b,ifcA_method7_c } ), .RDY_ifcA_method8( RDY_ifcA_method8 ), .EN_ifcA_method8( EN_ifcA_method8 ), .ifcA_method8( ifcA_method8 ), .RDY_ifcA_method9( RDY_ifcA_method9 ), .EN_ifcA_method9( EN_ifcA_method9 ), .ifcA_method9( ifcA_method9 ), .ifcA_method9_in1( ifcA_method9_in1 ), .RDY_ifcB_method1( RDY_ifcB_method1 ), .EN_ifcB_method1( EN_ifcB_method1 ), .ifcB_method1_in1( ifcB_method1_in1 ), .ifcB_method1_in2( ifcB_method1_in2 ), .RDY_ifcB_method2( RDY_ifcB_method2 ), .ifcB_method2( ifcB_method2 ), .ifcB_method2_in1( ifcB_method2_in1 ), .ifcB_method2_in2( ifcB_method2_in2 ), .RDY_ifcB_method3( RDY_ifcB_method3 ), .ifcB_method3( ifcB_method3 ), .RDY_ifcB_method4( RDY_ifcB_method4 ), .EN_ifcB_method4( EN_ifcB_method4 ), .ifcB_method4( ifcB_method4 ), .ifcB_method4_in1( ifcB_method4_in1 ), .RDY_ifcB_method5( RDY_ifcB_method5 ), .EN_ifcB_method5( EN_ifcB_method5 ), .ifcB_method5_in1( ifcB_method5_in1 ), .RDY_ifcB_method6( RDY_ifcB_method6 ), .ifcB_method6( ifcB_method6 ), .ifcB_method6_in1( { ifcB_method6_in1_a,ifcB_method6_in1_b,ifcB_method6_in1_c } ), .RDY_ifcB_method7( RDY_ifcB_method7 ), .ifcB_method7( { ifcB_method7_a,ifcB_method7_b,ifcB_method7_c } ), .RDY_ifcB_method8( RDY_ifcB_method8 ), .EN_ifcB_method8( EN_ifcB_method8 ), .ifcB_method8( ifcB_method8 ), .RDY_ifcB_method9( RDY_ifcB_method9 ), .EN_ifcB_method9( EN_ifcB_method9 ), .ifcB_method9( ifcB_method9 ), .ifcB_method9_in1( ifcB_method9_in1 ) ); endmodule