23 | | * int io_mask_size : Size in bits of IO checking |
24 | | * int io_number_size : Size in bits of IO index |
25 | | * int x_addressing_size : Size in bits of first coordinate addressing |
26 | | * int y_addressing_size : Size of second coordinate addressing |
| 23 | * int io_mask_size : Size in bits of IO checking |
| 24 | * int io_number_size : Size in bits of IO index |
| 25 | * int x_addressing_size : Size in bits of first coordinate addressing |
| 26 | * int y_addressing_size : Size of second coordinate addressing |
36 | | * int rsp_data_size : Size in bits of response flits |
37 | | * int rsp_io_mask_offset : Emplacement of IO checking in response paquets |
38 | | * int rsp_io_number_offset : Emplacement of IO index in IO table in response paquets |
39 | | * int rsp_x_addressing_offset : Emplacement of target x in first flit in response paquets |
40 | | * int rsp_y_addressing_offset : Emplacement of target y in first flit in response paquets |
41 | | * int rsp_eop_offset : Emplacement of eop checking in response paquets |
| 36 | * int rsp_data_size : Size in bits of response flits |
| 37 | * int rsp_io_mask_offset : Emplacement of IO checking in response paquets |
| 38 | * int rsp_io_number_offset : Emplacement of IO index in IO table in response paquets |
| 39 | * int rsp_x_addressing_offset : Emplacement of target x in first flit in response paquets |
| 40 | * int rsp_y_addressing_offset : Emplacement of target y in first flit in response paquets |
| 41 | * int rsp_eop_offset : Emplacement of eop checking in response paquets |
43 | | * int in_fifo_size : Size of input fifos |
44 | | * int out_fifo_size : Size of output fifos |
45 | | * int x_min_offset, : Emplacement of x_min for broadcast confinement |
46 | | * int x_max_offset, : Emplacement of x_max for broadcast confinement |
47 | | * int y_min_offset, : Emplacement of y_min for broadcast confinement |
48 | | * int y_max_offset : Emplacement of x_max for broadcast confinement |
| 43 | * int in_fifo_size : Size of input fifos |
| 44 | * int out_fifo_size : Size of output fifos |
| 45 | * int x_min_offset : Emplacement of x_min for broadcast confinement |
| 46 | * int x_max_offset : Emplacement of x_max for broadcast confinement |
| 47 | * int y_min_offset : Emplacement of y_min for broadcast confinement |
| 48 | * int y_max_offset : Emplacement of y_max for broadcast confinement |
54 | | VirtualDspinNetwork( sc_module_name insname, // instance name |
55 | | int size_x, // width of network |
56 | | int size_y, // height of network |
| 54 | VirtualDspinNetwork( sc_module_name insname, // instance name |
| 55 | int size_x, // width of network |
| 56 | int size_y, // height of network |
63 | | * sc_in<bool> p_clk; // Global system clock |
64 | | * sc_in<bool> p_resetn; // Global system reset |
65 | | * DspinOutput<cmd_data_size> *** p_out_cmd; |
66 | | * DspinInput<cmd_data_size> *** p_in_cmd; |
67 | | * DspinOutput<rsp_data_size> *** p_out_rsp; |
68 | | * DspinInput<rsp_data_size> *** p_in_rsp; |
| 63 | * sc_in<bool> p_clk; // Global system clock |
| 64 | * sc_in<bool> p_resetn; // Global system reset |
| 65 | * DspinOutput<cmd_data_size> *** p_out_cmd; // For each cluster and each virtual network : out command |
| 66 | * DspinInput<cmd_data_size> *** p_in_cmd; // For each cluster and each virtual network : in command |
| 67 | * DspinOutput<rsp_data_size> *** p_out_rsp; // For each cluster and each virtual network : out response |
| 68 | * DspinInput<rsp_data_size> *** p_in_rsp; // For each cluster and each virtual network : in response |