zoukankan      html  css  js  c++  java
  • Using X++ code display an image from Resources in a grid Forms or Reports control

    Axapta provides a very handy feature to allow developers to ship their solution with Axapta built-in image files. In Application Object Tree, you can find resources node. Select resources node and right click; select Create from File, specify the file location for the new resource file. After that you can use this resource file in Axapta without specifying an absolute file path in your hard disk. Then let’s see how to use this kind of files in Axapta. First, pick up the resource node from AOT;

    SysResource::getResourceNode(); 

    Then generate a temporary file for this resource file;

    SysResource::saveToTempFile();

     

    Finally specify the temporary file path for controls. Here comes an example to show how to use a resource file as a background image of  a given form. If you don't want to indicate the path to display an imge in a grid you can use : Resources in the AOT and call your image as following :

    public display FilePath ShowMyResource()
    {
    #AOT
    ResourceNode resourceNode;
    FilePath filePathLogo;
    ;
    resourceNode
    = SysResource::getResourceNode('NameOfTheResource');
    if (resourceNode)
    {
    resourceNode.AOTload();
    filePathLogo
    = SysResource::saveToTempFile(resourceNode);
    }
    return filePathLogo;
    }

    Otherwise, you can use this 

    display Bitmap bitmap()
    {
    Bitmap bitmap;
    Bindata binData
    = new BinData();
    ;
    if (binData.loadFile('c:\\1.bmp'))
    bitmap
    = binData.getData();
    return bitmap;
    }
    display Bitmap loadImage()
    {
    ResourceNode resourceNode;
    Container imageContainer;
    Image image;
    ;
    resourceNode
    = SysResource::getResourceNode(ResourceStr(ResourceName));
    resourceNode.AOTload();
    imageContainer
    = SysResource::getResourceNodeData(resourceNode);
    image
    = new Image(imageContainer);

    return image.getData();
    }

    Container to temporary files path

    void showItemPicture(InventstdPic _InventstdPic)
    {
    Image Image
    = new Image();
    BinData BinData
    = new BinData();
    container PicCon;
    real PicRate;
    filePath filePath;
    int height,width,FixLen;
    name labelStr;
    #WinAPI
    /*
    //Filename method uder the InventstdPic table
    display Filename Filename(FilePath path = '')
    {
    str endSlash(str _str)
    {
    return (strscan(_str, '\\',strlen(_str),-1)) ? _str : _str + '\\';
    }
    ;
    if (!this.PicsName)
    {
    return '';
    }

    return endSlash(path) + this.PicsName + this.PicsExtension;
    }
    */

    ;
    FixLen
    = 205;
    filePath
    = WinAPI::getFolderPath(#CSIDL_INTERNET_CACHE);
    filePath
    = _InventstdPic.Filename(filePath);
    PicCon
    = _InventStdPic.Images;

    Image.setData(PicCon);
    height
    = Image.height();
    width
    = Image.width();

    BinData.setData(PicCon);
    BinData.saveFile(filePath);

    if (height > FixLen || width > FixLen)
    {
    if (height > width)
    PicRate
    = FixLen / height;
    else
    PicRate
    = FixLen / width;
    }

    ItemImage.width( width
    * PicRate, Units::mm);
    ItemImage.height(height
    * PicRate, Units::mm);
    if(_InventStdPic.ConfigId)
    labelStr
    = _InventStdPic.ItemId + " (" + _InventStdPic.ConfigId + ")";
    else
    labelStr
    = _InventStdPic.ItemId;
    ItemImage.label(labelStr);
    //ItemImage.showPicAsText(Noyes::Yes);
    ItemImage.showLabel(Noyes::Yes);
    ItemImage.imageName(filePath);
    }
  • 相关阅读:
    Gradle 10分钟上手指南
    java并发编程学习: 原子变量(CAS)
    java并发编程学习: 守护线程(Daemon Thread)
    java并发编程学习: 阻塞队列 使用 及 实现原理
    java并发编程学习: ThreadLocal使用及原理
    java并发编程学习:如何等待多个线程执行完成后再继续后续处理(synchronized、join、FutureTask、CyclicBarrier)
    ZooKeeper 笔记(5) ACL(Access Control List)访问控制列表
    gradle项目与maven项目相互转化
    rpc框架之 thrift连接池实现
    java并发编程学习:用 Semaphore (信号量)控制并发资源
  • 原文地址:https://www.cnblogs.com/Fandyx/p/2063095.html
Copyright © 2011-2022 走看看