using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using TwlBackupBlock;

namespace FalsifyTwlBackup
{
partial class Program
{
    static void FalsifyingDataCategory1xx(int improperNo, Properties prop, byte[] improperData)
    {
        Blocks blocksForFalsifying = (Blocks)prop.decryptedBlocks.Clone();

        HeaderBody header;
        header = (HeaderBody)blocksForFalsifying.header.body;

        SignatureBody signature;
        signature = (SignatureBody)blocksForFalsifying.signature.body;

        byte[] outData;

        //[1xx] 不正なデータ挿入
        //------------------------------------
        //[テンプレート]
        //case (番号):
        //  (差し替えの場合)ReplaceImproperData(blocksForFalsifying[(差替え場所のindex)].body, improperData);
        //  outData = MergeEncryptBody(blocksForFalsifying, prop.keyData, prop.macKeyData, improperData, (不正データ挿入箇所), NC_MAC_AND_HASHSET);
        //  OutputFalsifyingData(improperNo, prop.outFolderPath, outData);
        //  break;
        switch (improperNo)
        {
            case 100:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, FRONT_BANNER, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 101:
                ReplaceImproperData(blocksForFalsifying[SECTION_BANNER].body, improperData);
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, NONE, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 102:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, REAR_BANNER, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 103:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, FRONT_HEADER, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 104:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, REAR_HEADER, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 105:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, FRONT_SIGNATURE, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 106:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, REAR_SIGNATURE, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 107:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, FRONT_TMD, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 108:
                ReplaceImproperData(blocksForFalsifying[SECTION_TMD].body, improperData);
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, NONE, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 109:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, REAR_TMD, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 110:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, FRONT_CONTENT, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 111:
                ReplaceImproperData(blocksForFalsifying[SECTION_CONTENT].body, improperData);
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, NONE, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 112:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, REAR_CONTENT, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 113:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, FRONT_PUBLIC_SAVE, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 114:
                ReplaceImproperData(blocksForFalsifying[SECTION_PUBLIC_SAVE].body, improperData);
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, NONE, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 115:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, REAR_PUBLIC_SAVE, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 116:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, FRONT_SUB_BANNER, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 117:
                ReplaceImproperData(blocksForFalsifying[SECTION_SUB_BANNER].body, improperData);
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, NONE, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            case 118:
                outData = MergeEncryptBody(blocksForFalsifying, prop, improperData, REAR_SUB_BANNER, NC_MAC_AND_HASHSET);
                OutputFalsifiedData(improperNo, prop.outFolderPath, outData);
                break;

            // ありえない
            default:
                throw new InvalidOperationException();
        }
    }
}
}