xref: /aoo42x/main/l10ntools/scripts/tool/xhtex.py (revision cdf0e10c)

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from l10ntool import AbstractL10nTool
from sdf import SdfEntity
import sys
import xml.dom.minidom

class Xhtex(AbstractL10nTool):
    _resource_type = "xht"
    _sdfdata       = ()
    _lang          = ""

    # Extract methods
    def extract_topic(self, list, inputfile):
        topics = []
        for elem in list:
            if elem.childNodes[0].nodeType == elem.TEXT_NODE and len(elem.childNodes[0].data.strip()):
                topics.append(self.prepare_sdf_line(id=elem.getAttribute("id").strip(), text=elem.childNodes[0].data, inputfile=inputfile))
        return topics

    def extract_title(self, list, inputfile):
        titles = []
        for elem in list:
            if len(elem.getAttribute("title").strip()):
                titles.append(self.prepare_sdf_line(id=elem.getAttribute("id").strip(), text=elem.getAttribute("title").strip(), inputfile=inputfile))
        return titles

    # Merge methods
    def merge_topic(self, list, sdfdata, lang, inputfilename, dom):
        for elem in list:
            if elem.childNodes[0].nodeType == elem.TEXT_NODE and elem.getAttribute("id").strip():
                obj = self.prepare_sdf_line(inputfile=inputfilename, lang=lang, id=elem.getAttribute("id").strip())
                if sdfdata[obj.get_id()]:
                    elem.childNodes[0].data = unicode(str(sdfdata[obj.get_id()].text),"utf8")


    def merge_title(self, list, sdfdata, lang, inputfilename):
        for elem in list:
            obj = self.prepare_sdf_line(inputfile=inputfilename, lang=lang, id=elem.getAttribute("id").strip())
            if elem.getAttribute("id").strip() and sdfdata[obj.get_id()]:
                elem.setAttribute("title", unicode(str(sdfdata[obj.get_id()].text),"utf8"))

    # L10N tool
    def __init__(self):
        AbstractL10nTool.__init__(self)

    def parse_file(self, filename):
        document = ""
        try:
            f = open(filename, "r+")
            document = f.read()
        except IOError:
            print "ERROR: Can not read file " + filename
            sys.exit(-1)
        else:
            f.close()
        return xml.dom.minidom.parseString(document)


    def merge_file(self, inputfilename, outputfilename, parsed_file_ref, lang,is_forced_lang, sdfdata):
        if lang == "en-US":
            mod_outputfilename = outputfilename.replace("_en-US",'')
            self.make_dirs(mod_outputfilename)
            self.copy_file(inputfilename, mod_outputfilename)
            return
        dom = parsed_file_ref.cloneNode(True)
        #dom = self.parse_file(inputfilename)    # in case cloneNode is buggy just parse it always

        self.merge_topic(dom.getElementsByTagName("topic"), sdfdata, lang, inputfilename, dom)
        self.merge_title(dom.getElementsByTagName("node"), sdfdata, lang, inputfilename)
        self.merge_title(dom.getElementsByTagName("help_section"), sdfdata, lang, inputfilename)
        self.make_dirs(outputfilename)
        try:
            f = open(outputfilename, "w+")
            str = dom.toxml()
            f.write(str.encode("utf-8"))
        except IOError:
            print "ERROR: Can not write file " + outputfilename
            sys.exit(-1)
        else:
            f.close()

    ##### Helper for parse-once-use-often like parsing a xml file is needed implement it here
    def parse_file(self, filename):
        document = ""
        try:
            f = open(filename,"r")
            document = f.read()
        except IOError:
            print "ERROR: Can not read file " + filename
        else:
            f.close()
        return xml.dom.minidom.parseString(document)

    ##### Extract a single File
    def extract_file(self, inputfile):
        sdf_data = []
        dom = self.parse_file(inputfile)
        sdf_data.extend(self.extract_topic(dom.getElementsByTagName("topic"), inputfile))
        sdf_data.extend(self.extract_title(dom.getElementsByTagName("help_section"), inputfile))
        sdf_data.extend(self.extract_title(dom.getElementsByTagName("node"), inputfile))
        return ''.join([str(line)+"\n" for line in sdf_data])

    def prepare_sdf_line(self, inputfile="", lang="" , id="" , text=""):
        if lang == "":
            lang = self._source_language
        return SdfEntity(project=self._options.project_name, source_file=self.get_filename_string(inputfile),
                         resource_type=self._resource_type, gid=id, lid="", langid=lang,text=text)

run = Xhtex()