docs: remove obsolete sponsor section, fix broken links, clarify Exe/Nsis alias

- Remove "Sponsor: Automatic GraalVM Reflection Plugin" from index (already implemented)
- Fix all graalvm-native-image.md links to point to graalvm/ subpages
- Clarify that TargetFormat.Exe is an alias for TargetFormat.Nsis

Author: kdroidFilter

docs/changelog.md

@@ -325,7 +325,7 @@ nativeDistributions {
     - **L2 (Oracle Reachability Metadata Repository)** — Automatic resolution of metadata for all runtime classpath dependencies from the [Oracle GraalVM Reachability Metadata Repository](https://github.com/oracle/graalvm-reachability-metadata). Covers popular libraries like ktor, kotlinx.serialization, SLF4J, Logback, and many others. Enabled by default.
     - **L3 (plugin platform metadata)** — Platform-specific AWT/Java2D/font/security metadata for macOS, Windows, and Linux, shipped inside the Gradle plugin. Written to the build directory at compile time — no per-platform `when` block needed in your build script.
 
-    Users no longer need to copy thousands of reflection entries from the example app. Most applications will work without any manual reflection configuration. See [Centralized Reflection Metadata](graalvm-native-image.md#centralized-reflection-metadata).
+    Users no longer need to copy thousands of reflection entries from the example app. Most applications will work without any manual reflection configuration. See [Centralized Reflection Metadata](graalvm/index.md#centralized-reflection-metadata).
 
 - **`metadataRepository {}` DSL** — New configuration block in `graalvm {}` to control the Oracle Reachability Metadata Repository integration. Supports `enabled`, `version`, `excludedModules`, and `moduleToConfigVersion`. Enabled by default with version `0.10.6`.
 
@@ -359,7 +359,7 @@ nativeDistributions {
 
 ### Breaking Changes
 
-- **Sample app `reachability-metadata.json` files drastically reduced** — If you copied metadata from the example or jewel-sample apps, the source files are now nearly empty (framework entries moved to L1/L3). This is not a code-breaking change, but you should clean up your own metadata files — see the [migration guide](graalvm-native-image.md#migration-from-v15x).
+- **Sample app `reachability-metadata.json` files drastically reduced** — If you copied metadata from the example or jewel-sample apps, the source files are now nearly empty (framework entries moved to L1/L3). This is not a code-breaking change, but you should clean up your own metadata files — see the [migration guide](graalvm/index.md#migration-from-v15x).
 
 - **Removed old-format config files from samples** — `predefined-classes-config.json`, `proxy-config.json`, `resource-config.json`, and `serialization-config.json` have been removed. All configuration is consolidated in `reachability-metadata.json`.
 
@@ -377,7 +377,7 @@ nativeDistributions {
 
 ### Breaking Changes
 
-- **Remove release build type for GraalVM** — GraalVM native-image tasks no longer have `release` variants (`packageReleaseGraalvmNative`, etc.). ProGuard is redundant with native-image's closed-world dead code elimination and harmful because it can rename classes referenced in `reachability-metadata.json`. See [No Release Build Type](graalvm-native-image.md#no-release-build-type).
+- **Remove release build type for GraalVM** — GraalVM native-image tasks no longer have `release` variants (`packageReleaseGraalvmNative`, etc.). ProGuard is redundant with native-image's closed-world dead code elimination and harmful because it can rename classes referenced in `reachability-metadata.json`. See [No Release Build Type](graalvm/index.md#no-release-build-type).
 
 ---
 
@@ -387,7 +387,7 @@ nativeDistributions {
 
 ### New Features
 
-- **Automatic resource inclusion for GraalVM native-image** — `graalvm-runtime` now ships a `native-image.properties` that auto-includes all `.svg`, `.ttf`, `.otf` resources, `nucleus/native/*` JNI libraries, and `META-INF/services/*` descriptors via glob patterns. Projects no longer need to run the tracing agent just to discover icon and font resources — they are embedded in the native binary automatically. The tracing agent is still required for reflection, JNI, resource bundles, and non-standard resources. See [Automatic Resource Inclusion](graalvm-native-image.md#automatic-resource-inclusion).
+- **Automatic resource inclusion for GraalVM native-image** — `graalvm-runtime` now ships a `native-image.properties` that auto-includes all `.svg`, `.ttf`, `.otf` resources, `nucleus/native/*` JNI libraries, and `META-INF/services/*` descriptors via glob patterns. Projects no longer need to run the tracing agent just to discover icon and font resources — they are embedded in the native binary automatically. The tracing agent is still required for reflection, JNI, resource bundles, and non-standard resources. See [Automatic Resource Inclusion](graalvm/index.md#automatic-resource-inclusion).
 
 ---
 
@@ -729,7 +729,7 @@ No user-facing changes (tag only).
 
 ### New Features
 
-- **GraalVM Native Image support (experimental)** — Compile Compose Desktop apps into standalone native binaries with instant cold boot (~0.5 s), lower memory usage (~100–150 MB vs ~300–400 MB on JVM), and smaller bundles. New `graalvm {}` DSL block, `runWithNativeAgent` task for reflection metadata collection, and `packageGraalvmNative` / `packageGraalvmDeb` / `packageGraalvmDmg` / `packageGraalvmNsis` packaging tasks. Requires [BellSoft Liberica NIK 25](https://bell-sw.com/liberica-native-image-kit/). See [GraalVM Native Image](graalvm-native-image.md).
+- **GraalVM Native Image support (experimental)** — Compile Compose Desktop apps into standalone native binaries with instant cold boot (~0.5 s), lower memory usage (~100–150 MB vs ~300–400 MB on JVM), and smaller bundles. New `graalvm {}` DSL block, `runWithNativeAgent` task for reflection metadata collection, and `packageGraalvmNative` / `packageGraalvmDeb` / `packageGraalvmDmg` / `packageGraalvmNsis` packaging tasks. Requires [BellSoft Liberica NIK 25](https://bell-sw.com/liberica-native-image-kit/). See [GraalVM Native Image](graalvm/index.md).
 - **New `graalvm-runtime` module** (`nucleus.graalvm-runtime`) — Centralizes native-image bootstrap logic into a single `GraalVmInitializer.initialize()` call: Metal L&F, `java.home`/`java.library.path` setup, charset/fontmanager early init, Linux HiDPI detection, and GraalVM `@TargetClass` font substitutions for Windows and Linux.
 - **Decorated Window module split** — `decorated-window` split into `decorated-window-core`, `decorated-window-jbr` (JBR-based, same behavior as before), and `decorated-window-jni` (JBR-free, works with GraalVM). See [Migration Guide](#migration-guide-12x--13x) below.
 - **`decorated-window-jni` module** — New JNI-based implementation of `DecoratedWindow` that works without JetBrains Runtime, including support for Linux via native JNI bridge. Compatible with GraalVM Native Image.

docs/configuration.md

@@ -67,24 +67,24 @@ nucleus.application {
 
 All available formats:
 
-| Format | Platform | Backend | Task Name |
-|--------|----------|---------|-----------|
-| `TargetFormat.Dmg` | macOS | electron-builder | `packageDmg` |
-| `TargetFormat.Pkg` | macOS | electron-builder | `packagePkg` |
-| `TargetFormat.Exe` | Windows | electron-builder | `packageExe` |
-| `TargetFormat.Msi` | Windows | electron-builder | `packageMsi` |
-| `TargetFormat.Nsis` | Windows | electron-builder | `packageNsis` |
-| `TargetFormat.NsisWeb` | Windows | electron-builder | `packageNsisWeb` |
-| `TargetFormat.Portable` | Windows | electron-builder | `packagePortable` |
-| `TargetFormat.AppX` | Windows | electron-builder | `packageAppX` |
-| `TargetFormat.Deb` | Linux | electron-builder | `packageDeb` |
-| `TargetFormat.Rpm` | Linux | electron-builder | `packageRpm` |
-| `TargetFormat.AppImage` | Linux | electron-builder | `packageAppImage` |
-| `TargetFormat.Snap` | Linux | electron-builder | `packageSnap` |
-| `TargetFormat.Flatpak` | Linux | electron-builder | `packageFlatpak` |
-| `TargetFormat.Zip` | All | electron-builder | `packageZip` |
-| `TargetFormat.Tar` | All | electron-builder | `packageTar` |
-| `TargetFormat.SevenZ` | All | electron-builder | `packageSevenZ` |
+| Format | Platform | Task Name | Notes |
+|--------|----------|-----------|-------|
+| `TargetFormat.Dmg` | macOS | `packageDmg` | |
+| `TargetFormat.Pkg` | macOS | `packagePkg` | |
+| `TargetFormat.Nsis` | Windows | `packageNsis` | NSIS installer (`.exe`) |
+| `TargetFormat.Exe` | Windows | `packageExe` | Alias for `Nsis` — same output |
+| `TargetFormat.NsisWeb` | Windows | `packageNsisWeb` | NSIS web installer |
+| `TargetFormat.Msi` | Windows | `packageMsi` | |
+| `TargetFormat.Portable` | Windows | `packagePortable` | |
+| `TargetFormat.AppX` | Windows | `packageAppX` | MSIX format |
+| `TargetFormat.Deb` | Linux | `packageDeb` | |
+| `TargetFormat.Rpm` | Linux | `packageRpm` | |
+| `TargetFormat.AppImage` | Linux | `packageAppImage` | |
+| `TargetFormat.Snap` | Linux | `packageSnap` | |
+| `TargetFormat.Flatpak` | Linux | `packageFlatpak` | |
+| `TargetFormat.Zip` | All | `packageZip` | |
+| `TargetFormat.Tar` | All | `packageTar` | |
+| `TargetFormat.SevenZ` | All | `packageSevenZ` | |
 
 Target all formats at once:
 

docs/index.md

@@ -100,14 +100,6 @@ Here's what you'll see:
 
 The demo source code is in the [`example/`](https://github.com/kdroidFilter/Nucleus/tree/main/example) directory.
 
-## Sponsor: Automatic GraalVM Reflection Plugin
-
-Nucleus already supports [GraalVM Native Image](graalvm-native-image.md) for instant startup and low memory usage — but configuring reflection metadata remains a major pain point.
-
-**I'm looking for sponsors** to fund the development of an **automatic reflection resolution plugin** that would eliminate most of the manual configuration work. This would make native-image practical for large Compose Desktop applications while keeping full compatibility with the Java ecosystem.
-
-If you or your company are interested, please reach out via [GitHub Issues](https://github.com/kdroidFilter/Nucleus/issues) or [GitHub Discussions](https://github.com/kdroidFilter/Nucleus/discussions). Read more about this in the [GraalVM Native Image docs](graalvm-native-image.md#future-automatic-reflection-resolution-plugin).
-
 ## Requirements
 
 | Requirement | Version | Note |

docs/runtime/linux-hidpi.md

@@ -10,7 +10,7 @@ This module was originally designed for running Compose Desktop applications com
     If your application runs on a standard JVM (not a native image), prefer using **JetBrains Runtime (JBR)** which handles HiDPI detection natively and provides stable, battle-tested support across Linux desktop environments. This module is only necessary when JBR is not an option — typically with GraalVM Native Image or other non-JBR runtimes.
 
 !!! note "Already handled by `GraalVmInitializer`"
-    If you use the [`graalvm-runtime`](../graalvm-native-image.md#graalvm-runtime-module) module, `GraalVmInitializer.initialize()` already calls `getLinuxNativeScaleFactor()` and applies the scale factor automatically. You do **not** need to add `linux-hidpi` as a separate dependency or call the function manually — it is included transitively.
+    If you use the [`graalvm-runtime`](../graalvm/runtime-bootstrap.md) module, `GraalVmInitializer.initialize()` already calls `getLinuxNativeScaleFactor()` and applies the scale factor automatically. You do **not** need to add `linux-hidpi` as a separate dependency or call the function manually — it is included transitively.
 
 ## Installation