1 #!/usr/bin/python3 2 3 import sys 4 import re 5 6 # Convert DMT pdf to txt: 7 # pdftotext -layout -f 18 -l 105 DMTr1\ v13.pdf DMT.txt 8 9 # Path to the text file 10 filepath = sys.argv[1] 11 12 m = {} 13 line = "" 14 15 def parsei(key, regex, base=10): 16 global m 17 global line 18 19 match = re.search(regex, line) 20 if match != None: 21 m[key] = int(match.group(1), base) 22 23 def parsef(key, regex, base=10): 24 global m 25 global line 26 27 match = re.search(regex, line) 28 if match != None: 29 m[key] = float(match.group(1)) 30 31 for line in open(filepath, 'r'): 32 # each page starts with this 33 if "VESA MONITOR TIMING STANDARD" in line: 34 m = { } 35 36 # each page ends with this 37 if "VESA Display Monitor Timing Standard" in line: 38 print("// {:#x} - {}".format(m["dmt_id"], m["name"])) 39 40 flags = [] 41 if m["ilace"]: 42 flags += [ "DRM_MODE_FLAG_INTERLACE" ] 43 44 if m["hsp"]: 45 flags += [ "DRM_MODE_FLAG_PHSYNC" ] 46 else: 47 flags += [ "DRM_MODE_FLAG_NHSYNC" ] 48 49 if m["vsp"]: 50 flags += [ "DRM_MODE_FLAG_PVSYNC" ] 51 else: 52 flags += [ "DRM_MODE_FLAG_NVSYNC" ] 53 54 print("DRM_MODE(\"{}\", {}, {}, {}, {}, {}, {}, {}, {}, {}, {}),".format( 55 m["name"], 56 int(m["pclk"] * 1000), 57 m["hact"], m["hfp"], m["hsw"], m["hbp"], 58 m["vact"], m["vfp"], m["vsw"], m["vbp"], 59 " | ".join(flags) 60 )) 61 62 match = re.search("Timing Name\s+=\s+([^;]+)", line) 63 if match != None: 64 m["name"] = str.strip(match.group(1)) 65 66 parsei("dmt_id", "EDID ID:\s+DMT ID: ([0-9A-Fa-f]+)h", 16) 67 parsef("pclk", "Pixel Clock\s+=\s+(\d+\.\d+)") 68 69 parsei("hact", "Hor Pixels\s+=\s+(\d+)") 70 parsei("hfp", "H Front Porch.*\s(\d+) Pixels") 71 parsei("hsw", "Hor Sync Time.*\s(\d+) Pixels") 72 parsei("hbp", "H Back Porch.*\s(\d+) Pixels") 73 74 parsei("vact", "Ver Pixels\s+=\s+(\d+)") 75 parsei("vfp", "V Front Porch.*\s(\d+)\s+lines") 76 parsei("vsw", "Ver Sync Time.*\s(\d+)\s+lines") 77 parsei("vbp", "V Back Porch.*\s(\d+)\s+lines") 78 79 match = re.search("Scan Type\s+=\s+(\w+);", line) 80 if match != None: 81 if match.group(1) == "NONINTERLACED": 82 m["ilace"] = False 83 elif match.group(1) == "INTERLACED": 84 m["ilace"] = True 85 else: 86 print("Bad scan type") 87 exit(-1) 88 89 match = re.search("Hor Sync Polarity\s+=\s+(\w+)", line) 90 if match != None: 91 if match.group(1) == "POSITIVE": 92 m["hsp"] = True 93 elif match.group(1) == "NEGATIVE": 94 m["hsp"] = False 95 else: 96 print("Bad hsync polarity") 97 exit(-1) 98 99 match = re.search("Ver Sync Polarity\s+=\s+(\w+)", line) 100 if match != None: 101 if match.group(1) == "POSITIVE": 102 m["vsp"] = True 103 elif match.group(1) == "NEGATIVE": 104 m["vsp"] = False 105 else: 106 print("Bad vsync polarity") 107 exit(-1) 108
