#! /bin/sh

#根目录

CurrentDir=`dirname $`

#--------------------------------------SVN更新--------------------------------------

#SVN代码目录

SVN_Code=$CurrentDir/../..

#SVN资源目录

SVN_Resource=$CurrentDir/resource

#要拷贝到的目标目录

Destiny_Dir_Resource=$SVN_Code/project/Game/Resources/resource

#--------------------------------------压缩PNG--------------------------------------

CompressTool_Path=$CurrentDir/tool/ImageAlpha.app/Contents/Resources

#--------------------------------------资源加密--------------------------------------

#加密工具目录

EncryptTool_Path=$CurrentDir/tool

#png加密key

PngEncryptKey=xxxxxxxxxxxxxxxxxxxxx

#data加密key

DataEncryptKey=xxxxxxxxxxxxxxxxxxxxxxxx

#加密长度

EncryptDataLen=

#--------------------------------------编译ipa--------------------------------------

ProjectRoot_Path=$SVN_Code/project

#xcodeproj所在目录

XCodeProject_Path=$ProjectRoot_Path/Game/proj.ios

#OutPut目录

TargetOutput_Path=$ProjectRoot_Path/bin/release/Game

#Export目录

TargetExport_Path=$CurrentDir/package/ios

#签名

IPA_SignIdentiy="xxxxxxxxxxxxxxxxxxx"

IPA_ProvisionIdentiy="xxxxxxxxxxxxxxxxxxxxx"

#要生成的Target名字

ProjectTargets_Array=("Game_91" "Game_kuaiyong" "Game_pp" "Game_tongbu")

#! /bin/sh

#根目录

RootDir=`dirname $`

#加载配置文件

.  $RootDir/config.txt

#加载自动更新SVN脚本

.  $RootDir/script/update_svn.sh

#加载拷贝资源脚本

.  $RootDir/script/copy_resouce.sh

#加载压缩PNG脚本

.  $RootDir/script/compress_png.sh

#加载压缩PNG脚本

.  $RootDir/script/encrypt.sh

#lua脚本编译成字节码

.  $RootDir/script/compile_luajit.sh

#加载编译工程函数库

.  $RootDir/script/build_ipa.sh

function main()

{

    updateSvn

    copyResource

    compressPNG

    encryptPNG

    encryptTableData

    complieLuajit

    buildProject

}

main

#!/bin/sh

#压缩纹理

Compress_ProcessPath_Resource=$DestinyPath_Resource

#工具目录

Compress_ToolPath=$CompressTool_Path

#压缩png

function compressPNG()

{

    echo  "-------Start Compress PNG : " $Compress_ProcessPath_Resource " ---------------"

    cd $Compress_ToolPath

    imageNumber=

    tmpfilename=nill

    for filename in `find $Compress_ProcessPath_Resource -name "*.png"`

    do

       ./pngquant  --ext _tmp.png   $filename

       rm -rf  $filename

       imageNumber=$[imageNumber+]

    done

    echo  "start to rename Procedure!"

    for filename in `find $Compress_ProcessPath_Resource -name "*.png"`

    do

        tmpfilename=`echo ${filename%*_tmp*}`

        mv $filename  $tmpfilename.png

    done

    echo  "-------End Compress PNG with ImageNumber: "  $imageNumber  "Success Finished ! ---------------"

    cd $Script_RootDir

}

//

//  main.cpp

//  EncryptPacker

//

//  Created by Blue on 14-6-4.

//  Copyright (c) 2014年 Blue. All rights reserved.

//

#include <iostream>

#include <string>

#include <fstream>

using namespace std;

const char* g_pszDesc = "Usage:\n\t./EncryptPacker inputfile key limitlength\n\nDesc:\n\tinputfile\t\tthe soucre file which will be encrypted(it will be replaced after encrypting)\n\tkey\t\t\t\tthe secret key(at least one character)\n\tlimitlength\t\tthe length of this file'data will be encrypted(0 means full lenth of the file)\n\nExample:\n\t./EncryptPacker a.txt xxxxxxxx 100\n";

int main(int argc, const char * argv[])

{

    if (argc<)

    {

        std::cout << g_pszDesc;

        return ;

    }

    /*

    for (int i=1; i<argc; i++)

    {

        cout<<argv[i]<<endl;

    }

    */

    const string strInputFile = argv[];

    FILE* fp = fopen(strInputFile.c_str(), "r");

    if (!fp)

    {

        cout<<"read file ["<<strInputFile.c_str()<<"] failed"<<endl;

        return ;

    }

    const string strKey = argv[];

    size_t nKeyLen = strKey.length();

    if (strKey.empty())

    {

        cout<<"input key"<<endl;

        return ;

    }

    int nLimitlength = atoi(argv[]);

    if (nLimitlength<)

    {

        cout<<"limitlength must >= 0"<<endl;

        return ;

    }

    fseek(fp,,SEEK_END);

    long lLen = ftell(fp);

    fseek(fp,,SEEK_SET);

    unsigned char* pBuffer = new unsigned char[lLen+];

    pBuffer[lLen] = '\0';

    fread(pBuffer,sizeof(unsigned char), lLen,fp);

    fclose(fp);

    if (nLimitlength>)

    {

        for(int i=; i<nLimitlength && i<lLen; i++)

        {

            unsigned char cTemp = pBuffer[i];

            pBuffer[i] = cTemp^strKey.at(i%nKeyLen);

        }

    }

    else

    {

        for(int i=; i<lLen; i++)

        {

            unsigned char cTemp = pBuffer[i];

            pBuffer[i] = cTemp^strKey.at(i%nKeyLen);

        }

    }

    FILE* wfp = fopen(strInputFile.c_str(), "w");

    fwrite(pBuffer, lLen, , fp);

    fclose(wfp);

    delete[] pBuffer;

    std::cout << "Encrypt ["<<strInputFile.c_str()<<"] successfully!\n";

    return ;

}