Grammalecte  Check-in [e0cae3263f]

        if (action in oRep) {
            repText += toTitle(action) + " " + oRep[action];
        }
    }

    for (const action of ["morph", "lemma"]) {
        if (action in oRep) {
            for (const toAff of oRep[action]) {
            if (oRep[action] == "NoText") {
                repText += "\n" + toTitle(action) + ": Pas de texte à vérifier.";
            } else {
                if (oRep[action].length == 0) {
                    repText += "\nAuncun " + toTitle(action) + " existant pour: " + oRep.text;
                } else {
                    let ascii = "├";
                    let numRep = 0;
                    repText += "\n" + toTitle(action) + " possible de: " + oRep.text;
                    for (let reponse of oRep[action]) {
                        numRep++;
                        if (numRep == oRep[action].length) {
                            ascii = "└";
                        }
                        repText += "\n " + ascii + " " + reponse;
                    }
                }
            }
        }
    }

                if (toAff.text == "NoText") {
                    repText += "\n" + toTitle(action) + ": Pas de texte à vérifier.";
                } else {
                    if (toAff.reponse.length == 0) {
                        repText += "\nAuncun " + toTitle(action) + " existant pour: «" + toAff.text + "»";
                    } else {
                        let ascii = "├";
                        let numRep = 0;
                        repText += "\n" + toTitle(action) + " possible de: «" + toAff.text + "»";
                        for (let reponse of toAff.reponse) {
                            numRep++;
                            if (numRep == toAff.reponse.length) {
                                ascii = "└";
                            }
                            repText += "\n " + ascii + " " + reponse;
                        }
                    }
                    repText += affPerf(toAff.time);
                }
            }
        }
    }

    if ("spell" in oRep) {
        for (const toAff of oRep.spell) {
        if (oRep.spell == "NoText") {
            repText += "\nSpell: Pas de texte à vérifier.";
        } else {
            repText += "\nLe mot " + (oRep.spell || oRep.text) + " " + (oRep.spell ? "existe" : "innexistant");
        }
            if (toAff.text == "NoText") {
                repText += "\nSpell: Pas de texte à vérifier.";
            } else {
                repText += "\nLe mot «" + toAff.text + "» " + (toAff.reponse ? "existe" : "innexistant");
                repText += affPerf(toAff.time);
            }
    }

    if ("format" in oRep) {
        if (oRep.spell == "NoText") {
            repText += "\nPas de texte à formatter.";
        } else {
            repText += "\nMise en forme:\n" + (oRep.format || oRep.text);
        }
    }

    if ("suggest" in oRep) {
        for (const toAff of oRep.suggest) {
        if (oRep.suggest == "NoText") {
            repText += "\nSuggest : Pas de texte à vérifier.";
        } else {
            //let numgroup = 0;
            if (oRep.suggest.length == 0) {
                repText += "\nAucune suggestion possible pour: " + oRep.text;
            } else {
                repText += "\nSuggestion possible de: " + oRep.text;
                let ascii = "├";
                let numRep = 0;
                for (let reponse of oRep.suggest) {
                    numRep++;
                    if (numRep == oRep.suggest.length) {
                        ascii = "└";
                    }
                    repText += "\n " + ascii + " " + reponse;
                }
            if (toAff.text == "NoText") {
                repText += "\nSuggest : Pas de texte à vérifier.";
            } else {
                //let numgroup = 0;
                if (toAff.reponse.length == 0) {
                    repText += "\nAucune suggestion possible pour: «" + toAff.text + "»";
                } else {
                    repText += "\nSuggestion possible de: «" + toAff.text + "»";
                    let ascii = "├";
                    let numRep = 0;
                    for (let reponse of toAff.reponse) {
                        numRep++;
                        if (numRep == toAff.reponse.length) {
                            ascii = "└";
                        }
                        repText += "\n " + ascii + " " + reponse;
                    }
                }
                repText += affPerf(toAff.time);
            }
        }
    }

    if ("format" in oRep) {
        for (const toAff of oRep.format) {
            if (toAff.text == "NoText") {
                repText += "\nPas de texte à formatter.";
            } else {
                repText += "\nMise en forme:\n" + toAff.reponse;
                repText += affPerf(toAff.time);
            }
        }
    }

    if ("lexique" in oRep) {
        for (const toAff of oRep.lexique) {
        if (oRep.lexique == "NoText") {
            repText += "\nLexique: Pas de texte à vérifier.";
        } else {
            repText += "\nLexique:";
            for (let reponse of oRep.lexique) {
                repText += "\n" + reponse.sValue;
                let ascii = "├";
                let numRep = 0;
                for (let label of reponse.aLabel) {
                    numRep++;
                    if (numRep == reponse.aLabel.length) {
                        ascii = "└";
                    }
                    repText += "\n " + ascii + " " + label;
                }
            if (toAff.text == "NoText") {
                repText += "\nLexique: Pas de texte à vérifier.";
            } else {
                repText += "\nLexique:";

                let ascii1, ascii1a, numRep1, ascii2, numRep2, replength;

                ascii1 = "├";
                ascii1a = "│";
                numRep1 = 0;

                replength = toAff.reponse.length;
                for (let reponse of toAff.reponse) {
                    numRep1++;
                    if (numRep1 == replength) {
                        ascii1 = "└";
                        ascii1a = " ";
                    }
                    repText += "\n  " + ascii1 + " " + reponse.sValue;
                    let ascii = "├";
                    let numRep = 0;
                    for (let label of reponse.aLabel) {
                        numRep++;
                        if (numRep == reponse.aLabel.length) {
                            ascii = "└";
                        }
                        repText += "\n  " + ascii1a + " " + ascii + " " + label.trim();
                    }
                }
                repText += affPerf(toAff.time);
            }
        }
    }

    if ("check" in oRep) {
        for (const toAff of oRep.check) {
        if (oRep.check == "NoText") {
            repText += "\nCheck: Pas de texte à vérifier.";
        } else {
            let ascii1, ascii1a, numRep1, ascii2, numRep2, replength;
            if (toAff.text == "NoText") {
                repText += "\nCheck: Pas de texte à vérifier.";
            } else {
                let ascii1, ascii1a, numRep1, ascii2, numRep2, replength;

            ascii1 = "├";
            ascii1a = "│";
            numRep1 = 0;
            replength = Object.keys(oRep.check.lGrammarErrors).length;
            if (replength == 0) {
                repText += "\nPas de faute de grammaire";
            } else {
                repText += "\nFaute(s) de grammaire";
                for (let gramma of oRep.check.lGrammarErrors) {
                    numRep1++;
                    if (numRep1 == replength) {
                        ascii1 = "└";
                        ascii1a = " ";
                    }
                    repText += "\n " + ascii1 + " " + gramma.nStart + "->" + gramma.nEnd + " " + gramma.sMessage;
                    ascii2 = "├";
                    numRep2 = 0;
                    for (let suggestion of gramma.aSuggestions) {
                        numRep2++;
                        if (numRep2 == gramma.aSuggestions.length) {
                            ascii2 = "└";
                        }
                        repText += "\n " + ascii1a + "  " + ascii2 + ' "' + suggestion + '"';
                    }
                }
            }
                ascii1 = "├";
                ascii1a = "│";
                numRep1 = 0;
                replength = Object.keys(toAff.reponse.lGrammarErrors).length;
                if (replength == 0) {
                    repText += "\nPas de faute de grammaire";
                } else {
                    repText += "\nFaute(s) de grammaire";
                    for (let gramma of toAff.reponse.lGrammarErrors) {
                        numRep1++;
                        if (numRep1 == replength) {
                            ascii1 = "└";
                            ascii1a = " ";
                        }
                        repText += "\n " + ascii1 + " " + gramma.nStart + "->" + gramma.nEnd + " " + gramma.sMessage;
                        ascii2 = "├";
                        numRep2 = 0;
                        for (let suggestion of gramma.aSuggestions) {
                            numRep2++;
                            if (numRep2 == gramma.aSuggestions.length) {
                                ascii2 = "└";
                            }
                            repText += "\n " + ascii1a + "  " + ascii2 + ' "' + suggestion + '"';
                        }
                    }
                }

            ascii1 = "├";
            ascii1a = "│";
            numRep1 = 0;
            replength = Object.keys(oRep.check.lSpellingErrors).length;
            if (replength == 0) {
                repText += "\nPas de faute d'orthographe";
            } else {
                repText += "\nFaute(s) d'orthographe";
                for (let ortho of oRep.check.lSpellingErrors) {
                    numRep1++;
                    if (numRep1 == replength) {
                        ascii1 = "└";
                        ascii1a = " ";
                    }
                    repText += "\n " + ascii1 + " " + ortho.nStart + "->" + ortho.nEnd + " " + ortho.sValue;
                    ascii2 = "├";
                    numRep2 = 0;
                    for (let suggestion of ortho.aSuggestions) {
                        numRep2++;
                        if (numRep2 == ortho.aSuggestions.length) {
                            ascii2 = "└";
                        }
                        repText += "\n " + ascii1a + "  " + ascii2 + ' "' + suggestion + '"';
                    }
                }
                ascii1 = "├";
                ascii1a = "│";
                numRep1 = 0;
                replength = Object.keys(toAff.reponse.lSpellingErrors).length;
                if (replength == 0) {
                    repText += "\nPas de faute d'orthographe";
                } else {
                    repText += "\nFaute(s) d'orthographe";
                    for (let ortho of toAff.reponse.lSpellingErrors) {
                        numRep1++;
                        if (numRep1 == replength) {
                            ascii1 = "└";
                            ascii1a = " ";
                        }
                        repText += "\n " + ascii1 + " " + ortho.nStart + "->" + ortho.nEnd + " " + ortho.sValue;
                        ascii2 = "├";
                        numRep2 = 0;
                        for (let suggestion of ortho.aSuggestions) {
                            numRep2++;
                            if (numRep2 == ortho.aSuggestions.length) {
                                ascii2 = "└";
                            }
                            repText += "\n " + ascii1a + "  " + ascii2 + ' "' + suggestion + '"';
                        }
                    }
                }
                repText += affPerf(toAff.time);
            }
        }
    }

    if ("help" in oRep) {
        let colorNum = 31;
        for (const action of oRep.help) {
            //Uniquement pour le fun on met de la couleur ;)
            if(action.indexOf('===')>-1){
                console.log("\x1b["+colorNum+"m"+action+"\x1b[0m");
            if (action.indexOf("===") > -1) {
                console.log("\x1b[" + colorNum + "m" + action + "\x1b[0m");
                colorNum = colorNum + 2;
            } else {
                console.log(action);
            }
        }
    }

    return repText.trim("\n");
}
    if (oRep.time) {
        repText += "\nExécuté en: " + oRep.time + " ms";
    }
    return repText.trim("\n");

function affPerf(aTime) {
    if (aTime == "NA") {
        return "";
    }
    return "\nExécuté en: " + aTime + " ms";
}

function actionGramma(repPreference, action, aAction) {
    let tStart, tEnd;
    let tmpRep = {
        text: "",
        reponse: "",
        time: "NA"
    };

    if (!isBool(aAction) && aAction !== "") {
        tmpRep.text = aAction;
        sText = aAction;
    } else if (!isBool(sText)) {
        //Utilisation du dernier texte connu
        tmpRep.text = sText;
    } else {
        tmpRep.text = "NoText";
    }

    if (repPreference.perf) {
        tStart = performance.now();
    }

    tmpRep.reponse = oGrammarChecker[cmdAction[action].execute](tmpRep.text);

    if (repPreference.perf) {
        tEnd = performance.now();
        tmpRep["time"] = (Math.round((tEnd - tStart) * 1000) / 1000).toString();
    }

    return tmpRep;
}

function actionToExec(aArg) {
    let repAction = {};
    let tStart, tEnd;

    if (!isBool(aArg.text)) {
        sText = aArg.text;
    }

    repAction["text"] = sText;

    for (const action of ["json", "perf"]) {
        if (getArg(aArg, [action])) {
            repPreference[action] = getArgVal(aArg, [action]);
            repAction[action] = repPreference[action] ? "ON" : "OFF";
        }
    }

    if (repPreference.perf) {
        tStart = performance.now();
    }

    for (const action of ["gceoption", "tfoption"]) {
        if (getArg(aArg, [action])) {
            let sFonction = action == "gceoption" ? "GceOption" : "TfOption";
            let sOpt = sText.split(" ");
            if (sOpt[0] == "reset") {
                oGrammarChecker["reset"+sFonction+"s"]();
                oGrammarChecker["reset" + sFonction + "s"]();
                repAction[action] = "reset";
            } else {
                for (const optAction of sOpt) {
                    let bOptVal = optAction[0] == '+' ? true : false;
                    let bOptVal = optAction[0] == "+" ? true : false;
                    let sOptName = optAction.slice(1, optAction.length);
                    oGrammarChecker["set"+sFonction](sOptName, bOptVal);
                    oGrammarChecker["set" + sFonction](sOptName, bOptVal);
                    repAction[action] = sText;
                }
            }
        }
    }

    for (const action in aArg) {
        if (cmdAction[action] && cmdAction[action].execute !== "") {
            if (!isBool(aArg[action]) && aArg[action] !== "") {
                repAction.text = aArg[action];
                sText = repAction.text;
            //console.log(aArg, aArg[action], !isBool(aArg[action]), !isBool(repAction.text));
            if (!repAction[action]) {
                repAction[action] = [];
            }
            if (!isBool(repAction.text)) {
                repAction[action] = oGrammarChecker[cmdAction[action].execute](repAction.text);

            if (typeof aArg[action] === "object") {
                for (const valAction of aArg[action]) {
                    tmpRep = actionGramma(repPreference, action, valAction);
                    repAction[action].push(tmpRep);
                }
            } else {
                tmpRep = actionGramma(repPreference, action, aArg[action]);
                repAction[action] = "NoText";
                repAction[action].push(tmpRep);
            }
        }
    }

    if (getArg(aArg, ["help"])) {
        repAction["help"] = [];

        repAction["help"].push("================================== Aide: ==================================");
        repAction["help"].push("");
        repAction["help"].push("Il y a trois modes de fonctionnement: client / client intératif / serveur.");

        repAction["help"].push(" * le client intéractif: «gramma-cli -i».");
        repAction["help"].push(" * pour le client exemple: «gramma-cli --command \"mot/texte\"».");
        repAction["help"].push(' * pour le client exemple: «gramma-cli --command "mot/texte"».');
        repAction["help"].push(" * le serveur se lance avec la commande «gramma-cli --server --port 8085».");

        repAction["help"].push("");
        repAction["help"].push("========================= Les commandes/arguments: ========================");
        repAction["help"].push("");
        for (const action in cmdAction) {
            repAction["help"].push(action.padEnd(10, ' ') + ': ' + cmdAction[action].arg.padEnd(8, ' ') + ': ' + cmdAction[action].description);
            repAction["help"].push(action.padEnd(10, " ") + ": " + cmdAction[action].arg.padEnd(8, " ") + ": " + cmdAction[action].description);
        }
        repAction["help"].push("");
        repAction["help"].push("================================== Note: ==================================");
        repAction["help"].push("");
        repAction["help"].push("En mode client: les arguments sont de la forme «--argument» !");
        repAction["help"].push("En mode client intéractif: pour les commandes concernant un texte, vous");
        repAction["help"].push("  pouvez taper la commande puis entrer (pour saisir le texte) pour ");
        repAction["help"].push("  terminer la saisie du texte et exécuter la commande taper /\"commande\"");
        repAction["help"].push('  terminer la saisie du texte et exécuter la commande taper /"commande"');
    }

    if (repPreference.perf) {
        tEnd = performance.now();
        //On ajoute l"information au résultat
        repAction["time"] = (Math.round((tEnd - tStart) * 1000) / 1000).toString();
    }

    if (repPreference.json) {
        return JSON.stringify(repAction);
    } else {
        return repToText(repAction);
    }
}

function argToExec(aCommand, aText, rl, resetCmd = true){
function argToExec(aCommand, aText, rl, resetCmd = true) {
    let execAct = {};
    aCommand = aCommand.toLowerCase();

    if (!isBool(aText)) {
        execAct["text"] = aText;
        execAct[aCommand] = true;
    } else {
        execAct[aCommand] = toBool(aText);
    }

    console.log(actionToExec(execAct));
    //sBufferConsole = "";
    if (resetCmd){
    if (resetCmd) {
        sCmdToExec = "";
    }

    if (typeof(rl) !== "undefined"){
    if (typeof rl !== "undefined") {
        rl.setPrompt(msgPrompt);
    }
}

function completer(line) {
    var hits = cmdAll.filter(function(c) {
        if (c.indexOf(line) == 0) {
            return c;
        }
    });
    return [hits && hits.length ? hits : cmdAll, line];
}


if (process.argv.length <= 2) {
    console.log(actionToExec({help:true}));
    console.log(actionToExec({ help: true }));
} else {
    //var GrammarChecker = require("./api.js");
    //console.log(module.paths);
    var GrammarChecker = require("grammalecte");
    var oGrammarChecker = new GrammarChecker.GrammarChecker(
    var oGrammarChecker = new GrammarChecker.GrammarChecker(["Grammalecte", "Graphspell", "TextFormatter", "Lexicographer", "Tokenizer"], "fr");
        ["Grammalecte", "Graphspell", "TextFormatter", "Lexicographer", "Tokenizer"],
        "fr"
    );

    if (argCmd.server) {
        var http = require("http");
        var url = require("url");
        var querystring = require("querystring");

        var collectRequestData = function(aRequest, aResponse, callback) {

                console.log(msgEnd);
                process.exit(0);
            }

            let lg = sBuffer.toLowerCase().trim();
            let bSpace = lg.indexOf(" ") > -1;
            if (!bSpace) {
                if (cmdOne.indexOf(lg) > -1){
                if (cmdOne.indexOf(lg) > -1) {
                    argToExec(lg, sBuffer, rl, true);
                } else if (cmdAll.indexOf(lg) > -1) {
                    sBufferConsole = "";
                    sCmdToExec = lg;
                    //Prompt simple pour distinguer que c"est une suite d"une commande
                    rl.setPrompt(msgSuite);
                } else if (lg.slice(1) == sCmdToExec) {

            rl.prompt();
        }).on("close", () => {
            console.log(msgEnd);
            process.exit(0);
        });
    } else {
        if (
            typeof argCmd.text !== "object" &&
            typeof argCmd.json !== "object" &&
            typeof argCmd.perf !== "object" &&
            typeof argCmd.gceoption !== "object" &&
            typeof argCmd.tfoption !== "object"
        ) {
        console.log(actionToExec(argCmd));
    }
}
            console.log(actionToExec(argCmd));
        } else {
            console.log("Votre demmande est confuse.");
        }
    }
}