#!/usr/bin/env python3 import sys import argparse import die parser = argparse.ArgumentParser(description=__doc__) parser.add_argument('family', type=str, help="FPGA family (e.g. CCGM1)") parser.add_argument('device', type=str, help="FPGA device (e.g. A1)") parser.add_argument('outfile', type=argparse.FileType('w'), help="output HTML file") def get_colour(ttype): colour = "#FFFFFF" if ttype.startswith("SB_BIG"): colour = "#73fc03" elif ttype.startswith("SB_SML"): colour = "#F0FC03" elif ttype.startswith("GPIO"): colour = "#88FFFF" elif ttype.startswith("INMUX"): colour = "#FF9040" elif ttype.startswith("OUTMUX"): colour = "#9040FF" elif ttype.startswith("EDGE_IO"): colour = "#6d6d6d" elif ttype.startswith("EDGE_"): colour = "#DDDDDD" else: colour = "#888888" return colour def main(argv): args = parser.parse_args(argv[1:]) max_row = die.max_row() max_col = die.max_col() tiles = [] for i in range(-2, max_row+1): row = [] for j in range(-2, max_col+1): row.append([]) tiles.append(row) for y in range(-2, max_row+1): for x in range(-2, max_col+1): if die.is_sb_big(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "SB_BIG")) if die.is_sb_sml(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "SB_SML")) if die.is_cpe(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "CPE")) tiles[max_row-y][x+2].append((f"{x},{y}", "INMUX")) if die.is_outmux(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "OUTMUX")) if die.is_edge_left(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "EDGE_L")) if die.is_edge_right(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "EDGE_R")) if die.is_edge_bottom(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "EDGE_B")) if die.is_edge_top(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "EDGE_T")) if die.is_gpio(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "GPIO")) if die.is_edge_io(x,y): tiles[max_row-y][x+2].append((f"{x},{y}", "EDGE_IO")) f = args.outfile print( f""" {args.family} Tiles

{args.device} Tilegrid

""", file=f) for trow in tiles: print("", file=f) row_max_height = 0 for tloc in trow: row_max_height = max(row_max_height, len(tloc)) row_height = max(75, 30 * row_max_height) for tloc in trow: print(f"", file=f) print("", file=f) print("

", file=f) for tile in tloc: print(f"

{tile[0]}
{tile[1]}

", file=f) print("

", file=f) if __name__ == "__main__": main(sys.argv)