Had an unpleasant experience with the license server last year, which necessitated a new slip file. Although the license shows perpetual, there is a subscription expiration date in the license, and that seemed to be an impediment if it became necessary to install new, as in creating a new VM.
Last weekend was a perfect situation on not being able to do anything in the case of registration - data center was down. - Registration limit for the community edition is a joke. I personally won`t invest any more in delphi or anything from buggy emb.
Delphi Xe3 Slip File 14
To find out that info, the debugger checks the .config file of the executable, which is the host application in your case. The examples of configuration file names are outlook.exe.config and excel.exe.config; if such a file exists, it is located in the Office folder; say, for Office 2003, the folder is C:\Program Files\Microsoft Office\OFFICE11. If the .config file is missing or it doesn't point to a specific .NET Framework version, the debugger uses the debugging engine of .NET Framework 4.0.
To help the debugger, you can create (or modify) the .config file(s) for the Office application(s) installed on your PC. You do this using the Host Configuration command of the COM add-in module; create an empty COM add-in project, if required.
Please pay attention: if the .config file of any given Office application points to a specific .NET Framework version, that .NET Framework version will be used by all .NET-based Office extensions loaded by the Office application.
We suggest checking the environments in which your would-be add-in will work. First off, you need to look for a .config file(s) for the host application of your add-in. The examples of configuration file names are outlook.exe.config and excel.exe.config. If such a file exists, it is located in the Office folder; say, for Office 2003, the folder is C:\Program Files\Microsoft Office\OFFICE11. Open such a file in any text editor and see if a .NET Framework version is specified; if it is specified, then all extensions loaded by that host application(s) use the specified .NET Framework version.
Always check the log file (see Get details about add-in loading) for the CLR version that is used for your add-on. If you run into a situation of two conflicting add-ins, you can try to create a .config file pointing to a .NET Framework version of your choice and copy that file to the Office folder on the target machine. To create such a file on your PC, you use the Host Configuration command of the COM add-in module. When you are done, don't forget to use the Host Configuration command again to restore the state. Other ways are to turn the conflicting add-in off, or use the same .NET Framework version in your project.
You can see how the add-in versioning influences the add-in loading. This approach (it is built into .NET, as you see) allows you to replace add-in DLLs when the add-in is loaded. The disadvantage is numerous files located in the cache. As far as we know, Microsoft doesn't provide a solution for this problem. You may think you can remove these files in an add-in's uninstall custom action. But you remove the files from the current profile only.
If you deploy a per-user Office extension such as a per-user COM add-in or RTD server having RegisterForAllUsers= False in their modules as well as an Excel UDF or smart tag) and no prerequisites requiring administrative permissions are used, a standard user can install the Office extension by running the .MSI file. If you deploy a per-machine Office extension (a COM add-in or RTD server having RegisterForAllUsers= True in their modules) or if prerequisites requiring administrative permissions are used, an administrator must run the bootstrapper (setup.exe).
Make sure that your IIS is allowed to process .application files. For instance, on one of our PCs, we had to edit the urlscan.ini file created by UrlScan. The only change was adding the .application extension to the AllowExtensions list. The full file name is C:\WINDOWS\system32\inetsrv\urlscan\urlscan.ini.
The Designer for WiX Toolset lets you forget the plain Windows Installer XML and concentrate on your deployment logic. It integrates several editors with the Visual Studio IDE and provides a set of vdproj designers to configure the file system, registry, user interface, custom actions, launch conditions and more for your setup projects.
A define is introduced for differentiating between version, for version 2.4 this is "SVGLibVersion2400" and "SVGLibVersion2400Up" for all version from 2.4 onwards. The define is located in file "CompilerSettings.inc".
It might be necessary to check if really all old files are deleted and no old package files or object files remain on the file path. Otherwise you might experience strange behaviour in Delphi, for example exception errors on closing Delphi.
The render context to use for VCL are defined asglobal definesin the include file Common\Vcl\ContextSettingsVCL.inc. If you want to use another render context than the default, you have to modify this file and include the appropriate files from Common\Platform into your project.
The render context to use for FMX are defined in the include file Common\Fmx\ContextSettingsFMX.inc. If you want to use another render context than the default, you have to modify this file and include the appropriate files from Common\Platform into your project. See paragraph "Global defines" for details.
Property used by method "SaveImagesToExportFolder", it defines image type that the images are converted to when exported to file or stream: etBmp, etJpg, etPng, etIco or etSvg. etIco is not supported in the FMX version.
Property used by method "SaveImagesToExportFolder". The exported images must have a file name. The file name consists of a number of parts, the parts are separated with the text you set with ExportSeparator.
The resolution is named using Width and Height, for example "48x48"This is not used for icons, because the resolutions are embedded in the icon file. This is also not uses for SVG files. The text "Mask"
This is for the mask version of an image. These are only created if "Masked" property of the image list is checked and not for icons because for icons the mask is embedded in the icon file and also not for SVG files.
Creates a file name for the image indicated by "aIndex". If "aResolution" is a valid resolution but not zero, it includes the resolution in the file name. If "aMask" is TRUE, it includes the text "mask" in the file name. The sections are separated by the separator defined in property "ExportSeparator".
Save an image indicated with "aIndex" to file. The format of the exported image is determined by the file extension. The image is re-parsed and re-rendered to the given "aWidth" and "aHeight". In case of a multi-layered format like ".ico", "aWidth" and "aHeight" are ignored and the layers will be created according to the resolutions of the SVG image list. If "aMask" is TRUE, the a masked version of the image is saved.
By default the control is clipped by the parent canvas and property "AutoViewBox" is False. The SVG can be read from file, stored in an internal TStringList object or read from a linked TSVG2Doc component.
Use the "Filename" property to specify a reference to the SVG file you want to parse and render, this can be just a path + filename or an URL. Examples:Just a path and a filename, for example:
The SVG content that is added to the SVG property will be saved in the .dfm or .fmx file, and will be build into your executable, so you don't need to supply your SVG content as separate files with your application.
From version 2.3 update 9, a component editor is added which allows for loading of large SVG files that cannot be loaded through the SVG property editor, due to the limitation in the Delphi IDE. Also, the SVG graphic when saved in the form file will be compressed.
The output will almost always be a raster image in the form of a in memory 32bit bitmap with alpha (transparency channel). The alpha can be premultiplied or not depending on the platform. The bitmap can be converted to PNG or JPG of something else and written to file.
The renderer can also output to Windows "Enhanced Metafile" (EMF) files. EMF files consist of GDI+ instructions and can only be produces by the GDI+ render context. See section GDI+ render context for more info about rendering to EMF.
There is one common include file, CompilerSettings.inc on folder Common and there is one include file for each platform: ContextSettingsVCL.inc for VCL in folder Common\Vcl, ContextSettingsFMX.inc for Firemonkey in folder Common\Fmx and ContextSettingsFPC.inc" for FPC Lazarus in folder Common\Fpc.
Most defines in this file are switches for handling platform and Delphi version differences and you should not change these. There are a couple of defines that can be changed, these are listed in following table:
The defines in this include file determine which render context implementation and which text layout implementation is used in Delphi Firemonkey (FMX) applications. Because Firemonkey can build to different operating system targets, there is a set of defines for each possible operating system.
The defines in this include file determine which render context implementation and which text layout implementation is used in FPC Lazarus applications. Again because FPC Lazarus can build to different operating system targets, there is a set of defines for each possible operating system.
The "Graphic Device Interface+" is mainly used as a fall back in cases DirectX is not available, for example on older XP versions, but the GDI+ render context, in combination with the GDI fonts and Uniscribe text layout, can also be used to convert SVG graphics to Windows "Enhanced Metafile" (EMF) files.
In order to render an SVG graphic to an EMF file, first the GDI+ render context and the GDI text layout must be enabled in the ContextSettingsVCL.inc file. All other render contexts and layouts must be disabled. Then the TSVGContextGP render context must be created with one of the following constructors: 2ff7e9595c
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