![]() Access to Framework package content is also Post-development factors of the developer's choosing. Runtime to define a Framework dependency based on machine state, user interface or other However this functionality provides a rather 'static' world view, whereĭependencies are known at development time and resolved at install-time. MSIX supports the ability for packaged applications to access components and other files distributedĪs Framework packages. Static Package Dependency Resolution Algorithm uap6:LoaderSearchPathOverride not supported Dynamic Dependencies vis a vis Static Dependencies Dynamic Dependency Lifetime Manager (DDLM) Boostrapper - Find and Load/Run the per-application 'helper' Main package Package Dependency Resolution is Per-User Runtime 'Pinning' aka Prevent Update While In-Use Install-time 'Pinning' aka Prevent Removal Known Issue: DLL Search Order ignores uap6:AllowExecution Known Issue: DLL Search Order ignores uap6:LoaderSearchPathOverride It also allows non-packaged processes (which have no appxmanifest.xml) This supplements theĪppmodel's static dependency support (via in appxmanifest.xml) with aĭynamic runtime equivalent. Package content including WinRT APIs and 'flat C' exports.ĭynamicDependencies enable access to packaged content via APIs at runtime. Package loader - which you carry with your app - lets you pin, bind, resolve, and consume framework This feature makes Framework packages accessible to all kinds of apps, packaged and unpackaged.
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