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//

// Define FPGA manufacturer

//

//`define GENERIC_FPGA

//`define ALTERA_FPGA

`define XILINX_FPGA

// 

// Define FPGA Model (comment all out for ALTERA)

//

//`define SPARTAN2

//`define SPARTAN3

//`define SPARTAN3E

`define SPARTAN3A

//`define VIRTEX

//`define VIRTEX2

//`define VIRTEX4

//`define VIRTEX5

//

// Memory

//

`define MEMORY_ADR_WIDTH   13   //MEMORY_ADR_WIDTH IS NOT ALLOWED TO BE LESS THAN 12, memory is composed by blocks of address width 11

                                                                //Address width of memory -> select memory depth, 2 powers MEMORY_ADR_WIDTH defines the memory depth 

                                                                //the memory data width is 32 bit, memory amount in Bytes = 4*memory depth

//

// Memory type  (uncomment something if ASIC or generic memory)

//

//`define GENERIC_MEMORY

//`define AVANT_ATP

//`define VIRAGE_SSP

//`define VIRTUALSILICON_SSP

//

// TAP selection

//

//`define GENERIC_TAP

`define FPGA_TAP

//

// Clock Division selection

//

//`define NO_CLOCK_DIVISION

//`define GENERIC_CLOCK_DIVISION

`define FPGA_CLOCK_DIVISION             // Altera ALTPLL is yet implemented in Verilog and will be used with this option

//

// Define division

//

`define CLOCK_DIVISOR 4         //in case of GENERIC_CLOCK_DIVISION the real value will be rounded down to an even value

                                //in FPGA case, check minsoc_clock_manager for allowed divisors

                                //DO NOT USE CLOCK_DIVISOR = 1 COMMENT THE CLOCK DIVISION SELECTION INSTEAD

//

// Define multiply

//

`define CLOCK_MULTIPLIER 2      // In case of FPGA_CLOCK_DIVISION for Altera FPGAs, ALTPLL Megafunction will be used

                                // and this will need a clock multiply factor.

//

// Reset polarity

//

//`define NEGATIVE_RESET      //rstn

`define POSITIVE_RESET      //rst

//

// Start-up circuit (only necessary later to load firmware automatically from SPI memory)

//

//`define START_UP

//

// Connected modules

//

`define UART

//`define ETHERNET

//

// Ethernet reset

//

//`define ETH_RESET     1'b0

`define ETH_RESET       1'b1

//

// Interrupts

//

`define APP_INT_RES1    1:0

`define APP_INT_UART    2

`define APP_INT_RES2    3

`define APP_INT_ETH     4

`define APP_INT_PS2     5

`define APP_INT_RES3    19:6

//

// Address map

//

`define APP_ADDR_DEC_W  8

`define APP_ADDR_SRAM   `APP_ADDR_DEC_W'h00

`define APP_ADDR_FLASH  `APP_ADDR_DEC_W'h04

`define APP_ADDR_DECP_W  4

`define APP_ADDR_PERIP  `APP_ADDR_DECP_W'h9

`define APP_ADDR_SPI    `APP_ADDR_DEC_W'h97

`define APP_ADDR_ETH    `APP_ADDR_DEC_W'h92

`define APP_ADDR_AUDIO  `APP_ADDR_DEC_W'h9d

`define APP_ADDR_UART   `APP_ADDR_DEC_W'h90

`define APP_ADDR_PS2    `APP_ADDR_DEC_W'h94

`define APP_ADDR_RES1   `APP_ADDR_DEC_W'h9e

`define APP_ADDR_RES2   `APP_ADDR_DEC_W'h9f

//

// Set-up GENERIC_TAP, GENERIC_MEMORY if GENERIC_FPGA was chosen

// and GENERIC_CLOCK_DIVISION if NO_CLOCK_DIVISION was not set

//

`ifdef GENERIC_FPGA

        `define GENERIC_TAP

        `define GENERIC_MEMORY

        `ifndef NO_CLOCK_DIVISION

                `define GENERIC_CLOCK_DIVISION

        `endif

`endif