How to use afdko - 10 common examples

def generalizeCFF(otfPath, do_sfnt=True):
    """
    Adapted from similar routine in 'buildmasterotfs'. This uses
    temp files for both tx output and sfntedit output instead of
    overwriting 'otfPath', and also provides an option to skip
    the sfntedit step (so 'otfPath' can be either a .otf file or
    a .cff file).
    """
    tmp_tx_path = get_temp_file_path()
    out_path = get_temp_file_path()
    shutil.copyfile(otfPath, out_path, follow_symlinks=True)

    if not run_shell_command(['tx', '-cff', '+b', '-std', '-no_opt',
                              otfPath, tmp_tx_path]):
        raise Exception

    if do_sfnt:

        if not run_shell_command(['sfntedit', '-a',
                                  f'CFF ={tmp_tx_path}', out_path]):
            raise Exception

        return out_path

    else:

def generalizeCFF(otfPath, do_sfnt=True):
    """
    Adapted from similar routine in 'buildmasterotfs'. This uses
    temp files for both tx output and sfntedit output instead of
    overwriting 'otfPath', and also provides an option to skip
    the sfntedit step (so 'otfPath' can be either a .otf file or
    a .cff file).
    """
    tmp_tx_path = get_temp_file_path()
    out_path = get_temp_file_path()
    shutil.copyfile(otfPath, out_path, follow_symlinks=True)

    if not run_shell_command(['tx', '-cff', '+b', '-std', '-no_opt',
                              otfPath, tmp_tx_path]):
        raise Exception

    if do_sfnt:

        if not run_shell_command(['sfntedit', '-a',
                                  f'CFF ={tmp_tx_path}', out_path]):
            raise Exception

        return out_path

    else:

temp files for both tx output and sfntedit output instead of
    overwriting 'otfPath', and also provides an option to skip
    the sfntedit step (so 'otfPath' can be either a .otf file or
    a .cff file).
    """
    tmp_tx_path = get_temp_file_path()
    out_path = get_temp_file_path()
    shutil.copyfile(otfPath, out_path, follow_symlinks=True)

    if not run_shell_command(['tx', '-cff', '+b', '-std', '-no_opt',
                              otfPath, tmp_tx_path]):
        raise Exception

    if do_sfnt:

        if not run_shell_command(['sfntedit', '-a',
                                  f'CFF ={tmp_tx_path}', out_path]):
            raise Exception

        return out_path

    else:

        return tmp_tx_path

bp.write(bezString)

		if options.doAlign:
			doAlign = "-ra"
		else:
			doAlign = "-rs"

		if options.allStems:
			allStems = "-a"
		else:
			allStems = ""

		command = AUTOHINTEXE + " -q %s %s  -f \"%s\" \"%s\" 2>&1" % (doAlign, allStems, tempFI, tempBez)
		if options.debug:
			print(command)
		log = fdkutils.runShellCmd(command)
		if log:
			print(log)
			if "number terminator while" in log:
				print(tempBez)
				sys.exit()

		if os.path.exists(tempReport):
			with open(tempReport, "r", encoding='utf-8') as bp:
				report = bp.read()
			if options.debug:
				print("Wrote AC fontinfo data file to", tempFI)
				print("Wrote AC output rpt file to", tempReport)
			report.strip()
			if report:
				glyphReports.addGlyphReport(report)
				if options.debug:

def getOptions():
	options = ACOptions()
	i = 1
	numOptions = len(sys.argv)
	while i < numOptions:
		arg = sys.argv[i]
		if options.fileList and arg[0] == "-":
			raise ACOptionParseError("Option Error: All file names must follow all other options <%s>." % arg)

		if arg == "-h":
			logMsg(__help__)
			sys.exit(0)
		elif arg == "-u":
			logMsg(__usage__)
			sys.exit(0)
		elif arg == "-all":
			options.allStems = 1
		elif arg == "-a":
			options.doAlign = 1
		elif arg == "-d":
			options.debug = 1
		elif arg == "-q":
			options.verbose = 0
		elif arg == "-o":
			i = i +1
			options.reportPath = sys.argv[i]
		elif arg == "-new":
			options.new = 1
		elif arg in ["-xg", "-g"]:
			if arg == "-xg":

def getOptions():
	options = ACOptions()
	i = 1
	numOptions = len(sys.argv)
	while i < numOptions:
		arg = sys.argv[i]
		if options.fileList and arg[0] == "-":
			raise ACOptionParseError("Option Error: All file names must follow all other options <%s>." % arg)

		if arg == "-h":
			logMsg(__help__)
			sys.exit(0)
		elif arg == "-u":
			logMsg(__usage__)
			sys.exit(0)
		elif arg == "-all":
			options.allStems = 1
		elif arg == "-a":
			options.doAlign = 1
		elif arg == "-d":
			options.debug = 1
		elif arg == "-q":
			options.verbose = 0
		elif arg == "-o":
			i = i +1
			options.reportPath = sys.argv[i]
		elif arg == "-new":

def getSourceGOADBData(inputFilePath):
    # First, get the Unicode mapping from the TTF cmap table.
    success, output = fdkutils.get_shell_command_output([
        'spot', '-t', 'cmap=7', inputFilePath])
    if not success:
        raise MakeOTFShellError

    spotGlyphList = re.findall(r"[\n\t]\[(....+)\]=<([^>]+)>", output)

    # Because this dumps all the Unicode map tables, there are a number
    # of duplicates; weed them out, and strip out gid part of spot name
    gDict = {}
    for entry in sorted(set(spotGlyphList)):
        uni = entry[0]
        gname, gid_str = entry[1].split('@')
        gid = int(gid_str)
        if gid in gDict:
            print("makeotf [Warning] Source TTF font contains multiple "
                  "Unicode values for glyph '%s'. Only the first ('%s') "

gname, gid_str = entry[1].split('@')
        gid = int(gid_str)
        if gid in gDict:
            print("makeotf [Warning] Source TTF font contains multiple "
                  "Unicode values for glyph '%s'. Only the first ('%s') "
                  "will be used. Additional Unicode value: %s" %
                  (gname, gDict[gid], uni))
        else:
            gDict[gid] = uni

    # Now get the font glyph name list, so as to get the glyphs with
    # no unicode mapping. We'll also use this to set the glyph order.
    # I use tx so as to get the same names as tx for the TTF glyphs;
    # this can differ from spot. I don't use tx for Unicode values.
    # as tx doesn't check 32 bit UV's, and doesn't report double-encodings.
    success, output = fdkutils.get_shell_command_output([
        'tx', '-mtx', inputFilePath])
    if not success:
        raise MakeOTFShellError

    txGlyphList = re.findall(r"[\n\r]glyph\[(\d+)\]\s+{([^,]+)", output)

    gnameDict = {}
    for gid_str, gname in txGlyphList:
        gid = int(gid_str)
        gnameDict[gid] = gname
        if gid not in gDict:
            gDict[gid] = None

    # Now flatten this to a GOADB list.
    goadbList = []
    for gid, uni_val in sorted(gDict.items()):

def save(self, file):
        #avoid crashes if they wrote nothing in the page
        if self.data == None:
             self.data = TestStream

        if self.compression == 1:
            comp = zlib.compress(self.data)   #this bit is very fast...
            base85 = pdfutils._AsciiBase85Encode(comp) #...sadly this isn't
            data_to_write = pdfutils._wrap(base85)
        else:
            data_to_write = self.data
        # the PDF length key should contain the length including
        # any extra LF pairs added by Print on DOS.

        #lines = len(string.split(self.data,'\n'))
        #length = len(self.data) + lines   # one extra LF each
        length = len(data_to_write) + len(LINEEND)    #AR 19980202
        if self.fontType == None:
            fontStreamEntry = ""
        else:
            fontStreamEntry = "/Subtype %s" % (self.fontType)

        if self.compression:
            file.write(('<<  %s /Length %d /Filter [/ASCII85Decode /FlateDecode] >>' % (fontStreamEntry, length) + LINEEND).encode('utf-8'))
        else:

def save(self, file):
        #avoid crashes if they wrote nothing in the page
        if self.data == None:
             self.data = TestStream

        if self.compression == 1:
            comp = zlib.compress(self.data)   #this bit is very fast...
            base85 = pdfutils._AsciiBase85Encode(comp) #...sadly this isn't
            wrapped = pdfutils._wrap(base85)
            data_to_write = wrapped
        else:
            data_to_write = self.data
        # the PDF length key should contain the length including
        # any extra LF pairs added by Print on DOS.

        #lines = len(string.split(self.data,'\n'))
        #length = len(self.data) + lines   # one extra LF each
        length = len(data_to_write) + len(LINEEND)    #AR 19980202
        if self.fontType == None:
            fontStreamEntry = ""
        else:
            fontStreamEntry = "/Subtype %s" % (self.fontType)

        if self.compression: