Grammalecte  Check-in [1a082eec4e]

Overview
Comment:[build][fr] build_data: readFile as a generator
Downloads: Tarball | ZIP archive | SQL archive
Timelines: family | ancestors | descendants | both | fr | build | Lexicographe
Files: files | file ages | folders
SHA3-256: 1a082eec4e46c799b26a996b64b200b54a8e5687fc14e5b6b25360be2a2bd28f
User & Date: olr on 2017-11-01 08:16:55
Other Links: branch diff | manifest | tags
Context
2017-11-01
08:22
[build][fr] build_data: add locutions_vrac.txt for unchecked locutions check-in: ceaa0c6eae user: olr tags: fr, build, Lexicographe
08:16
[build][fr] build_data: readFile as a generator check-in: 1a082eec4e user: olr tags: fr, build, Lexicographe
2017-10-31
21:05
Optimisation mineur check-in: 1a7c706a66 user: IllusionPerdu tags: fr, Lexicographe
Changes
Hide Diffs Unified Diffs Ignore Whitespace Patch

Modified gc_lang/fr/build_data.py from [f2198525f4] to [39bc8d4153].

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    def __enter__ (self):
        self.savedPath = os.getcwd()
        os.chdir(self.newPath)

    def __exit__ (self, etype, value, traceback):
        os.chdir(self.savedPath)













def makeDictionaries (sp, sVersion):
    with cd(sp+"/dictionnaire"):
        os.system("genfrdic.py -s -gl -v "+sVersion)


def makeConj (sp, bJS=False):








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    def __enter__ (self):
        self.savedPath = os.getcwd()
        os.chdir(self.newPath)

    def __exit__ (self, etype, value, traceback):
        os.chdir(self.savedPath)


def readFile (spf):
    if os.path.isfile(spf):
        with open(spf, "r", encoding="utf-8") as hSrc:
            for sLine in hSrc:
                sLine = sLine.strip()
                if sLine and not sLine.startswith("#"):
                    yield sLine
    else:
        raise OSError("# Error. File not found or not loadable: " + spf)


def makeDictionaries (sp, sVersion):
    with cd(sp+"/dictionnaire"):
        os.system("genfrdic.py -s -gl -v "+sVersion)


def makeConj (sp, bJS=False):
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                "spre": ":Sp", "simp": ":Sq",
                "cond": ":K", "impe": ":E",
                "1sg": ":1s", "2sg": ":2s", "3sg": ":3s", "1pl": ":1p", "2pl": ":2p", "3pl": ":3p", "1isg": ":1ś",
                "mas sg": ":Q1", "mas pl": ":Q2", "mas inv": ":Q1", "fem sg": ":Q3", "fem pl": ":Q4", "epi inv": ":Q1"
            }

    # read lexicon
    with open(sp+"/data/dictConj.txt", 'r', encoding='utf-8') as hSrc:
        nStop = 0
        for n, line in enumerate(hSrc.readlines()):
            line = line.strip()
            nTab = line.count("\t")
            if nTab == 1:
                # new entry
                sLemma, sVtyp = line.split("\t")
                dConj = {   ":PQ": { ":P": "", ":Q1": "", ":Q2": "", ":Q3": "", ":Q4": ""},
                            ":Ip": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "", ":1ś": "" },
                            ":Iq": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "" },
                            ":Is": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "" },
                            ":If": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "" },
                            ":K": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "" },
                            ":Sp": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "", ":1ś": "" },
                            ":Sq": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "", ":1ś": "" },
                            ":E": { ":2s": "", ":1p": "", ":2p": "" }
                        }
                if sVtyp not in lVtyp:
                    dVtyp[sVtyp] = nVtyp
                    lVtyp.append(sVtyp)
                    nVtyp += 1
            elif nTab == 2:
                # flexion
                _, sTag, sFlex = line.split("\t")
                if sTag.count(" ") == 0:
                    if sTag == "ppre":
                        dConj[":PQ"][":P"] = defineSuffixCode(sLemma, sFlex)
                else:
                    try:
                        mode, g = sTag.split(maxsplit=1)
                        mode = dTrad[mode]
                        g = dTrad[g]
                        if dConj[mode][g] == "":
                            dConj[mode][g] = defineSuffixCode(sLemma, sFlex)
                        else:
                            # comment gérer les autres graphies ?
                            pass
                    except:
                        print(sLemma.encode("utf-8").decode("ascii"), " - ", sTag, " - non géré: ", mode, " / ", g)
            elif line == "$":
                # we store the dictionary of rules for this lemma
                if dConj[":Ip"][":1ś"] == "2è":
                    dConj[":Ip"][":1ś"] = "2é"
                elif sLemma == "pouvoir":
                    dConj[":Ip"][":1ś"] = "6uis"
                lConjTags = []
                for key in [":PQ", ":Ip", ":Iq", ":Is", ":If", ":K", ":Sp", ":Sq", ":E"]:
                    bFound = False
                    for i, d in enumerate(dPatternList[key]):
                        if dConj[key] == d:
                            bFound = True
                            lConjTags.append(i)
                            break
                    if not bFound:
                        lConjTags.append(len(dPatternList[key]))
                        dPatternList[key].append(dConj[key])
                tConjTags = tuple(lConjTags)
                if tConjTags not in lTags:
                    dTags[tConjTags] = nTags
                    lTags.append(tConjTags)
                    nTags += 1
                dVerb[sLemma] = (dVtyp[sVtyp], dTags[tConjTags])
            else:
                print("# Error - unknown line #", n)

    # convert tuples to bytes string
    # si ça merde, toute la partie conversion peut être supprimée
    # lBytesTags = []
    # for t in lTags:
    #     b = b""
    #     for n in t:








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                "spre": ":Sp", "simp": ":Sq",
                "cond": ":K", "impe": ":E",
                "1sg": ":1s", "2sg": ":2s", "3sg": ":3s", "1pl": ":1p", "2pl": ":2p", "3pl": ":3p", "1isg": ":1ś",
                "mas sg": ":Q1", "mas pl": ":Q2", "mas inv": ":Q1", "fem sg": ":Q3", "fem pl": ":Q4", "epi inv": ":Q1"
            }

    # read lexicon

    nStop = 0
    for n, sLine in enumerate(readFile(sp+"/data/dictConj.txt")):

        nTab = sLine.count("\t")
        if nTab == 1:
            # new entry
            sLemma, sVtyp = sLine.split("\t")
            dConj = {   ":PQ": { ":P": "", ":Q1": "", ":Q2": "", ":Q3": "", ":Q4": ""},
                        ":Ip": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "", ":1ś": "" },
                        ":Iq": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "" },
                        ":Is": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "" },
                        ":If": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "" },
                        ":K": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "" },
                        ":Sp": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "", ":1ś": "" },
                        ":Sq": { ":1s": "", ":2s": "", ":3s": "", ":1p": "", ":2p": "", ":3p": "", ":1ś": "" },
                        ":E": { ":2s": "", ":1p": "", ":2p": "" }
                    }
            if sVtyp not in lVtyp:
                dVtyp[sVtyp] = nVtyp
                lVtyp.append(sVtyp)
                nVtyp += 1
        elif nTab == 2:
            # flexion
            _, sTag, sFlex = sLine.split("\t")
            if sTag.count(" ") == 0:
                if sTag == "ppre":
                    dConj[":PQ"][":P"] = defineSuffixCode(sLemma, sFlex)
            else:
                try:
                    mode, g = sTag.split(maxsplit=1)
                    mode = dTrad[mode]
                    g = dTrad[g]
                    if dConj[mode][g] == "":
                        dConj[mode][g] = defineSuffixCode(sLemma, sFlex)
                    else:
                        # comment gérer les autres graphies ?
                        pass
                except:
                    print(sLemma.encode("utf-8").decode("ascii"), " - ", sTag, " - non géré: ", mode, " / ", g)
        elif sLine == "$":
            # we store the dictionary of rules for this lemma
            if dConj[":Ip"][":1ś"] == "2è":
                dConj[":Ip"][":1ś"] = "2é"
            elif sLemma == "pouvoir":
                dConj[":Ip"][":1ś"] = "6uis"
            lConjTags = []
            for key in [":PQ", ":Ip", ":Iq", ":Is", ":If", ":K", ":Sp", ":Sq", ":E"]:
                bFound = False
                for i, d in enumerate(dPatternList[key]):
                    if dConj[key] == d:
                        bFound = True
                        lConjTags.append(i)
                        break
                if not bFound:
                    lConjTags.append(len(dPatternList[key]))
                    dPatternList[key].append(dConj[key])
            tConjTags = tuple(lConjTags)
            if tConjTags not in lTags:
                dTags[tConjTags] = nTags
                lTags.append(tConjTags)
                nTags += 1
            dVerb[sLemma] = (dVtyp[sVtyp], dTags[tConjTags])
        else:
            print("# Error - unknown line #", n)

    # convert tuples to bytes string
    # si ça merde, toute la partie conversion peut être supprimée
    # lBytesTags = []
    # for t in lTags:
    #     b = b""
    #     for n in t:
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    print("(Python et JavaScript)"  if bJS  else "(Python seulement)")
    aPlurS = set()
    dTag = {}
    lTagMasForm = []
    lTagMiscPlur = []
    dMiscPlur = {}
    dMasForm = {}
    # read lexicon
    with open(sp+"/data/dictDecl.txt", 'r', encoding='utf-8') as hSrc:
        lTag = []
        lTagMasPl = []
        for n, line in enumerate(hSrc.readlines()):
            line = line.strip()
            nTab = line.count("\t")
            if nTab == 1:
                # new entry
                lTag.clear()
                lTagMasPl.clear()
                sLemma, sFlags = line.split("\t")
                if sFlags.startswith("S"):
                    cType = "s"
                elif sFlags.startswith("X"):
                    cType = "p"
                elif sFlags.startswith("A"):
                    cType = "p"
                elif sFlags.startswith("I"):
                    cType = "p"
                elif sFlags.startswith("F"):
                    cType = "m"
                elif sFlags.startswith("W"):
                    cType = "m"
                else:
                    cType = "?"
                    print(" > inconnu : " + sFlags)
            elif nTab == 2:
                if cType == "s":
                    continue
                _, sFlexTags, sFlex = line.split("\t")
                if cType == "p":
                    if sFlexTags.endswith("pl"):
                        lTag.append(defineSuffixCode(sLemma, sFlex))
                elif cType == "m":
                    if sFlexTags.endswith("mas sg") or sFlexTags.endswith("mas inv"):
                        lTag.append(defineSuffixCode(sLemma, sFlex))
                    if sFlexTags.endswith("mas pl"):
                        lTagMasPl.append(defineSuffixCode(sLemma, sFlex))
                else:
                    print("erreur: " + cType)
            elif line == "$":
                if cType == "s":
                    aPlurS.add(sLemma)
                elif cType == "p":
                    sTag = "|".join(lTag)
                    if sTag not in dTag:
                        dTag[sTag] = len(lTagMiscPlur)
                        lTagMiscPlur.append(sTag)
                    dMiscPlur[sLemma] = dTag[sTag]
                elif cType == "m":
                    sTag = "|".join(lTag)
                    if lTagMasPl:
                        sTag += "/" + "|".join(lTagMasPl)
                    if sTag not in dTag:
                        dTag[sTag] = len(lTagMasForm)
                        lTagMasForm.append(sTag)
                    dMasForm[sLemma] = dTag[sTag]
                else:
                    print("unknown tag: " + ctype)
            else:
                print("# Error - unknown line #", n)

    ## write file for Python
    sCode = "# generated data (do not edit)\n\n" + \
            "# list of affix codes\n" + \
            "lTagMiscPlur = " + str(lTagMiscPlur) + "\n" + \
            "lTagMasForm = " + str(lTagMasForm) + "\n\n" + \
            "# dictionary of words with uncommon plurals (-x, -ux, english, latin and italian plurals) and tags to generate them\n" + \








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    print("(Python et JavaScript)"  if bJS  else "(Python seulement)")
    aPlurS = set()
    dTag = {}
    lTagMasForm = []
    lTagMiscPlur = []
    dMiscPlur = {}
    dMasForm = {}


    lTag = []
    lTagMasPl = []
    for n, sLine in enumerate(readFile(sp+"/data/dictDecl.txt")):

        nTab = sLine.count("\t")
        if nTab == 1:
            # new entry
            lTag.clear()
            lTagMasPl.clear()
            sLemma, sFlags = sLine.split("\t")
            if sFlags.startswith("S"):
                cType = "s"
            elif sFlags.startswith("X"):
                cType = "p"
            elif sFlags.startswith("A"):
                cType = "p"
            elif sFlags.startswith("I"):
                cType = "p"
            elif sFlags.startswith("F"):
                cType = "m"
            elif sFlags.startswith("W"):
                cType = "m"
            else:
                cType = "?"
                print(" > inconnu : " + sFlags)
        elif nTab == 2:
            if cType == "s":
                continue
            _, sFlexTags, sFlex = sLine.split("\t")
            if cType == "p":
                if sFlexTags.endswith("pl"):
                    lTag.append(defineSuffixCode(sLemma, sFlex))
            elif cType == "m":
                if sFlexTags.endswith("mas sg") or sFlexTags.endswith("mas inv"):
                    lTag.append(defineSuffixCode(sLemma, sFlex))
                if sFlexTags.endswith("mas pl"):
                    lTagMasPl.append(defineSuffixCode(sLemma, sFlex))
            else:
                print("erreur: " + cType)
        elif sLine == "$":
            if cType == "s":
                aPlurS.add(sLemma)
            elif cType == "p":
                sTag = "|".join(lTag)
                if sTag not in dTag:
                    dTag[sTag] = len(lTagMiscPlur)
                    lTagMiscPlur.append(sTag)
                dMiscPlur[sLemma] = dTag[sTag]
            elif cType == "m":
                sTag = "|".join(lTag)
                if lTagMasPl:
                    sTag += "/" + "|".join(lTagMasPl)
                if sTag not in dTag:
                    dTag[sTag] = len(lTagMasForm)
                    lTagMasForm.append(sTag)
                dMasForm[sLemma] = dTag[sTag]
            else:
                print("unknown tag: " + ctype)
        else:
            print("# Error - unknown line #", n)

    ## write file for Python
    sCode = "# generated data (do not edit)\n\n" + \
            "# list of affix codes\n" + \
            "lTagMiscPlur = " + str(lTagMiscPlur) + "\n" + \
            "lTagMasForm = " + str(lTagMasForm) + "\n\n" + \
            "# dictionary of words with uncommon plurals (-x, -ux, english, latin and italian plurals) and tags to generate them\n" + \
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    try:
        oDict = ibdawg.IBDAWG("French.bdic")
    except:
        traceback.print_exc()
        return

    with open(sp+"/data/phonet_simil.txt", 'r', encoding='utf-8') as hSrc:
        # set of homophonic words
        lSet = []
        for sLine in hSrc.readlines():
            if not sLine.startswith("#") and sLine.strip():
                lWord = sLine.strip().split()
                aMore = set()
                for sWord in lWord:
                    if sWord.endswith("er") and conj.isVerb(sWord):
                        aMore = aMore.union(conj.getConjSimilInfiV1(sWord))
                lWord.extend(list(aMore))
                lSet.append(sorted(set(lWord)))
                #print(lWord)
        # dictionary of words
        dWord = {}
        for i, aSet in enumerate(lSet):
            for sWord in aSet:
                if oDict.lookup(sWord):
                    dWord[sWord] = i  # warning, what if word in several sets?
                else:
                    echo("Mot inconnu : " + sWord)
        # dictionary of morphologies
        dMorph = {}
        for sWord in dWord:
            dMorph[sWord] = oDict.getMorph(sWord)

    # write file for Python
    sCode = "# generated data (do not edit)\n\n" + \
            "dWord = " + str(dWord) + "\n\n" + \
            "lSet = " + str(lSet) + "\n\n" + \
            "dMorph = " + str(dMorph) + "\n"
    open(sp+"/modules/phonet_data.py", "w", encoding="utf-8", newline="\n").write(sCode)








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    try:
        oDict = ibdawg.IBDAWG("French.bdic")
    except:
        traceback.print_exc()
        return


    # set of homophonic words
    lSet = []
    for sLine in readFile(sp+"/data/phonet_simil.txt"):

        lWord = sLine.split()
        aMore = set()
        for sWord in lWord:
            if sWord.endswith("er") and conj.isVerb(sWord):
                aMore = aMore.union(conj.getConjSimilInfiV1(sWord))
        lWord.extend(list(aMore))
        lSet.append(sorted(set(lWord)))

    # dictionary of words
    dWord = {}
    for i, aSet in enumerate(lSet):
        for sWord in aSet:
            if oDict.lookup(sWord):
                dWord[sWord] = i  # warning, what if word in several sets?
            else:
                echo("Mot inconnu : " + sWord)
    # dictionary of morphologies
    dMorph = {}
    for sWord in dWord:
        dMorph[sWord] = oDict.getMorph(sWord)

    # write file for Python
    sCode = "# generated data (do not edit)\n\n" + \
            "dWord = " + str(dWord) + "\n\n" + \
            "lSet = " + str(lSet) + "\n\n" + \
            "dMorph = " + str(dMorph) + "\n"
    open(sp+"/modules/phonet_data.py", "w", encoding="utf-8", newline="\n").write(sCode)
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        open(sp+"/modules-js/phonet_data.json", "w", encoding="utf-8", newline="\n").write(sCode)


def makeLocutions (sp, bJS=False):
    "compile list of locutions in JSON"
    print("> Locutions ", end="")
    print("(Python et JavaScript)"  if bJS  else "(Python seulement)")
    with open(sp+"/data/locutions.txt", 'r', encoding='utf-8') as hSrc:
        dLocGraph = {}
        oTokenizer = tkz.Tokenizer("fr")
        for sLine in hSrc.readlines():
            if not sLine.startswith("#") and sLine.strip():
                dCur = dLocGraph
                sLoc, sTag = sLine.strip().split("\t")
                for oToken in oTokenizer.genTokens(sLoc.strip()):
                    sWord = oToken["sValue"]
                    if sWord not in dCur:
                        dCur[sWord] = {}
                    dCur = dCur[sWord]
                dCur[":"] = sTag

    sCode = "# generated data (do not edit)\n\n" + \
            "dLocutions = " + str(dLocGraph) + "\n"
    open(sp+"/modules/locutions_data.py", "w", encoding="utf-8", newline="\n").write(sCode)
    if bJS:
        open(sp+"/modules-js/locutions_data.json", "w", encoding="utf-8", newline="\n").write(json.dumps(dLocGraph, ensure_ascii=False))









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        open(sp+"/modules-js/phonet_data.json", "w", encoding="utf-8", newline="\n").write(sCode)


def makeLocutions (sp, bJS=False):
    "compile list of locutions in JSON"
    print("> Locutions ", end="")
    print("(Python et JavaScript)"  if bJS  else "(Python seulement)")

    dLocGraph = {}
    oTokenizer = tkz.Tokenizer("fr")
    for sLine in readFile(sp+"/data/locutions.txt"):

        dCur = dLocGraph
        sLoc, sTag = sLine.split("\t")
        for oToken in oTokenizer.genTokens(sLoc.strip()):
            sWord = oToken["sValue"]
            if sWord not in dCur:
                dCur[sWord] = {}
            dCur = dCur[sWord]
        dCur[":"] = sTag

    sCode = "# generated data (do not edit)\n\n" + \
            "dLocutions = " + str(dLocGraph) + "\n"
    open(sp+"/modules/locutions_data.py", "w", encoding="utf-8", newline="\n").write(sCode)
    if bJS:
        open(sp+"/modules-js/locutions_data.json", "w", encoding="utf-8", newline="\n").write(json.dumps(dLocGraph, ensure_ascii=False))
︙︙

Fossil 2.20 [210e89a059] 2022-11-16 18:46:32
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