fix: missing index.md from doc folder

The Drone runner environment does not have `pip` or `mkdocs` on PATH
even when installed via the Docker image. Use `pip3` explicitly and
invoke mkdocs as `python3 -m mkdocs` to ensure reliable execution.
Also add --break-system-packages to the fallback install.

.gitignore

@@ -1,8 +1,6 @@
 /lib/*.ppu
 /lib/*.a
 /lib/*.o
-/lib/x86_64/
-/bin/x86_64/
 /release/*.svg
 /release/*.iso
 /bin/*.bin
@@ -17,9 +15,8 @@ localenv.json
 dockerout.txt
 AGENTS.md
 lessons_learnt.md
-/plan.md
 *.log
 wasuro
 src/core/core.version.pas
 site/*
-!site/.gitkeep
+!site/.gitkeep

Dockerfile

@@ -6,7 +6,7 @@ ENV DEBIAN_FRONTEND=noninteractive
 RUN dpkg --add-architecture i386
 RUN apt-get update && apt-get install -y \
 	curl dos2unix wget git make nasm binutils xorriso grub-pc-bin gcc gcc-multilib \
-	python3 python3-pip python3-pil fp-compiler && \
+	python3 python3-pip && \
 	apt-get clean my room
 
 RUN pip3 install --no-cache-dir --break-system-packages "mkdocs>=1.6,<2" mkdocs-material
@@ -20,6 +20,6 @@ RUN curl -sL https://sourceforge.net/projects/freepascal/files/Linux/$FPC_VERSIO
 ADD https://raw.githubusercontent.com/fsaintjacques/semver-tool/master/src/semver /usr/bin/semver
 RUN chmod +x /usr/bin/semver
 WORKDIR /code
-# Sources are mounted at runtime; the CMD below normalizes build scripts.
+RUN find . -type f -print0 | xargs -0 dos2unix
 ENTRYPOINT ["/bin/bash", "-c"]
-CMD ["find toolchain -name '*.sh' -exec dos2unix {} + 2>/dev/null; find toolchain -name '*.sh' -exec chmod +x {} +; bash toolchain/compile.sh"]
+CMD ["find toolchain -name '*.sh' -exec dos2unix {} + 2>/dev/null; find toolchain -name '*.sh' -exec chmod +x {} +; bash toolchain/compile.sh"]

compat/lmemorymanager.pas

@@ -22,12 +22,12 @@ type
     THeapPageHeader = memory.heap.THeapPageHeader;
 
 procedure init;
-function kalloc(size : SizeUInt) : void;
-function klalloc(size : SizeUInt) : void;
-procedure klfree(address : PtrUInt);
-function kpalloc(address : PtrUInt) : void;
+function kalloc(size : uint32) : void;
+function klalloc(size : uint32) : void;
+procedure klfree(address : uint32);
+function kpalloc(address : uint32) : void;
 procedure kfree(area : void);
-function lmm_total_free : SizeUInt;
+function lmm_total_free : uint32;
 function lmm_page_count : uint32;
 
 implementation
@@ -37,22 +37,22 @@ begin
     memory.heap.init;
 end;
 
-function kalloc(size : SizeUInt) : void; inline;
+function kalloc(size : uint32) : void; inline;
 begin
     kalloc := memory.heap.kalloc(size);
 end;
 
-function klalloc(size : SizeUInt) : void; inline;
+function klalloc(size : uint32) : void; inline;
 begin
     klalloc := memory.heap.klalloc(size);
 end;
 
-procedure klfree(address : PtrUInt); inline;
+procedure klfree(address : uint32); inline;
 begin
     memory.heap.klfree(address);
 end;
 
-function kpalloc(address : PtrUInt) : void; inline;
+function kpalloc(address : uint32) : void; inline;
 begin
     kpalloc := memory.heap.kpalloc(address);
 end;
@@ -62,7 +62,7 @@ begin
     memory.heap.kfree(area);
 end;
 
-function lmm_total_free : SizeUInt; inline;
+function lmm_total_free : uint32; inline;
 begin
     lmm_total_free := memory.heap.lmm_total_free;
 end;

doc/compat/lmemorymanager.md

@@ -1,94 +1 @@
-# lmemorymanager
-
-Compatibility shim that re-exports the `memory.heap` API under the legacy unit name.
-
-## Overview
-
-The Wasuro WASM VM project references the old unit name `lmemorymanager` for heap memory operations. Because the Wasuro source tree cannot be modified, this shim unit re-exports every public symbol from `memory.heap` so that `uses lmemorymanager` continues to compile without changes. All functions are thin inline wrappers that delegate directly to their `memory.heap` counterparts.
-
-## Dependencies
-
-- `memory.heap` -- the canonical heap allocator implementation in the Asuro kernel.
-
-## Constants
-
-### ALLOC_UNIT
-Re-exported from `memory.heap.ALLOC_UNIT`. The base allocation unit size used by the heap allocator.
-
-### DATA_OFFSET
-Re-exported from `memory.heap.DATA_OFFSET`. Byte offset from a heap block header to the start of user data.
-
-### PAGE_SIZE_LMM
-Re-exported from `memory.heap.PAGE_SIZE_LMM`. Page size used by the lightweight memory manager.
-
-### TOTAL_UNITS
-Re-exported from `memory.heap.TOTAL_UNITS`. Total number of allocation units per heap page.
-
-### BITMAP_DWORDS
-Re-exported from `memory.heap.BITMAP_DWORDS`. Number of 32-bit words in the per-page allocation bitmap.
-
-### SIZE_PREFIX
-Re-exported from `memory.heap.SIZE_PREFIX`. Size of the prefix stored before each allocation to record its length.
-
-### LARGE_ALLOC_MAGIC
-Re-exported from `memory.heap.LARGE_ALLOC_MAGIC`. Magic value used to identify large (multi-page) allocations.
-
-## Types
-
-### PHeapPageHeader / THeapPageHeader
-Re-exported from `memory.heap`. Pointer and record types describing the header structure at the beginning of each heap page.
-
-## Functions and Procedures
-
-### init
-```pascal
-procedure init;
-```
-Initializes the heap memory manager by delegating to `memory.heap.init`.
-
-### kalloc
-```pascal
-function kalloc(size: uint32): void;
-```
-Allocates `size` bytes from the kernel heap and returns a pointer to the allocated memory.
-
-### klalloc
-```pascal
-function klalloc(size: uint32): void;
-```
-Performs a large kernel allocation of `size` bytes and returns a pointer to the allocated memory.
-
-### klfree
-```pascal
-procedure klfree(address: uint32);
-```
-Frees a large allocation previously obtained via `klalloc`.
-
-### kpalloc
-```pascal
-function kpalloc(address: uint32): void;
-```
-Allocates a heap page at the specified address and returns a pointer to it.
-
-### kfree
-```pascal
-procedure kfree(area: void);
-```
-Frees a standard allocation previously obtained via `kalloc`.
-
-### lmm_total_free
-```pascal
-function lmm_total_free: uint32;
-```
-Returns the total number of free bytes available across all heap pages.
-
-### lmm_page_count
-```pascal
-function lmm_page_count: uint32;
-```
-Returns the current number of heap pages managed by the allocator.
-
-## Notes
-
-- Every function and procedure in the implementation section is marked `inline`, so the compiler eliminates the wrapper overhead entirely.
-- This unit exists solely for backward compatibility with the Wasuro WASM VM build. New kernel code should use `memory.heap` directly.
+# Placeholder

doc/compat/types.md

@@ -1,16 +1 @@
-# types
-
-Empty compatibility shim that satisfies `uses types` references from the Wasuro WASM VM project.
-
-## Overview
-
-Some units in the Wasuro WASM VM source tree include `uses types` to pull in shared type definitions from the Asuro kernel. In the kernel proper, those types may be declared elsewhere or may no longer be needed in the WASM context. This stub unit provides an empty `types` compilation unit so that `uses types` resolves without error during the Wasuro build.
-
-## Dependencies
-
-None.
-
-## Notes
-
-- The unit declares no constants, types, variables, or routines. Its only purpose is to exist as a valid compilation unit.
-- If Wasuro code is ever updated to remove the `uses types` dependency, this shim can be deleted.
+# Placeholder

doc/lvglh/hack_14.md

@@ -1,53 +1 @@
-# hack_14.c
-
-LVGL bitmap font source for the Hack Regular typeface at 14 px.
-
-## Overview
-
-This file contains a pre-rendered bitmap font generated from the Hack Regular TrueType font (`Hack-Regular.ttf`) for use with LVGL. It provides a complete monospaced programmer font covering the full Basic Multilingual Plane (Unicode range 0x0000--0xFFFF). The font is intended for use in terminal emulators, code editors, or any UI element within Asuro that benefits from a fixed-width typeface.
-
-The file was generated by the LVGL font converter tool and is approximately 12,900 lines (~548 KB) of static bitmap and glyph descriptor data.
-
-## Configuration Options / Defines
-
-### HACK_14
-Value: `1` (default). Acts as a compile-time guard. Set to `0` to exclude this font from the build entirely.
-
-## Font Properties
-
-| Property | Value |
-|----------|-------|
-| Font family | Hack Regular |
-| Size | 14 px |
-| Bits per pixel | 4 (16-level anti-aliasing) |
-| Compression | None (`--no-compress`) |
-| Stride alignment | 1 byte |
-| Data alignment | 1 byte |
-| Line height | 19 px |
-| Baseline | 5 px from bottom |
-| Underline position | -2 |
-| Underline thickness | 1 |
-| Unicode range | 0x0000--0xFFFF |
-| Subpixel rendering | None |
-
-## Public Symbol
-
-```c
-const lv_font_t hack_14;
-```
-
-This is the font descriptor exposed for use in LVGL widget styles. Reference it as `&hack_14` when assigning fonts to labels, text areas, or other text-bearing widgets.
-
-## Generation Command
-
-```
---bpp 4 --size 14 --no-compress --stride 1 --align 1 \
---font Hack-Regular.ttf --range 0-65535 --format lvgl -o hack_14.c
-```
-
-## Notes
-
-- This is a machine-generated file. Do not edit by hand; regenerate using the LVGL font converter if changes are needed.
-- The full 0--65535 Unicode range makes this a large file. If binary size is a concern, the range could be narrowed to only the code points actually used.
-- The font includes version-conditional compilation guards for compatibility across LVGL 6.x through 9.x, though Asuro targets LVGL 9.2.2.
-- The `LV_ATTRIBUTE_LARGE_CONST` annotation on the glyph bitmap array allows the linker to place it in an appropriate read-only section.
+# Placeholder

doc/lvglh/lv_conf.md

@@ -1,133 +1 @@
-# lv_conf.h
-
-LVGL v9.2.2 configuration header tailored for the Asuro bare-metal kernel environment.
-
-## Overview
-
-This file configures the LVGL graphics library for use inside the Asuro kernel, where no standard C library, operating system, or GPU hardware is available. It selects a 32-bit XRGB8888 color depth to match the VESA framebuffer, routes all stdlib functionality through LVGL's built-in implementations, enables only the software renderer, and disables every hardware backend, filesystem driver, and image decoder. The result is a minimal but functional GUI stack that runs entirely in kernel space.
-
-## Configuration Options / Defines
-
-### Color Settings
-
-#### LV_COLOR_DEPTH
-Value: `32`. Matches the VESA XRGB8888 framebuffer used by Asuro.
-
-### Standard Library Wrappers
-
-#### LV_USE_STDLIB_MALLOC / LV_USE_STDLIB_STRING / LV_USE_STDLIB_SPRINTF
-Value: `LV_STDLIB_BUILTIN`. All three are set to use LVGL's own built-in implementations since no libc is available in the bare-metal environment.
-
-### Memory Pool
-
-#### LV_MEM_SIZE
-Value: `256 * 1024U` (256 KB). Size of LVGL's internal memory pool for widget allocations and draw buffers.
-
-#### LV_MEM_POOL_EXPAND_SIZE
-Value: `0`. Pool expansion is disabled; the 256 KB allocation is fixed.
-
-#### LV_MEM_ADR
-Value: `0`. LVGL allocates the pool itself rather than using a fixed address.
-
-### HAL Settings
-
-#### LV_DEF_REFR_PERIOD
-Value: `33` (milliseconds). Targets approximately 30 frames per second.
-
-#### LV_DPI_DEF
-Value: `96`. Standard screen DPI assumption.
-
-### Operating System
-
-#### LV_USE_OS
-Value: `LV_OS_NONE`. No OS abstraction layer; LVGL runs in a bare-metal cooperative model.
-
-### Rendering Configuration
-
-#### LV_USE_DRAW_SW
-Value: `1`. The software renderer is the sole rendering backend.
-
-Only the color formats actually used are enabled within the software renderer:
-
-| Define | Value | Description |
-|--------|-------|-------------|
-| `LV_DRAW_SW_SUPPORT_XRGB8888` | 1 | Primary framebuffer format |
-| `LV_DRAW_SW_SUPPORT_ARGB8888` | 1 | Alpha-blended surfaces |
-| `LV_DRAW_SW_SUPPORT_RGB888` | 1 | 24-bit fallback |
-| `LV_DRAW_SW_SUPPORT_RGB565` | 0 | Disabled |
-| All other formats | 0 | Disabled |
-
-#### LV_DRAW_SW_COMPLEX
-Value: `1`. Enables complex draw operations (shadows, rounded corners). Shadow cache is disabled (`LV_DRAW_SW_SHADOW_CACHE_SIZE = 0`); circle cache is set to 4 entries.
-
-#### LV_DRAW_LAYER_SIMPLE_BUF_SIZE
-Value: `24 * 1024` (24 KB). Buffer for simple layer rendering.
-
-#### GPU Backends
-All GPU-accelerated backends are disabled: VGLite, PXP, Dave2D, SDL, VG-Lite.
-
-### Logging
-
-#### LV_USE_LOG
-Value: `1`. Logging is enabled at `LV_LOG_LEVEL_WARN`. Printf-based logging, timestamps, and file/line info are all disabled to reduce overhead. All trace categories (memory, timer, indev, display refresh, events, object creation, layout, animation, cache) are disabled.
-
-### Assertions
-
-#### LV_USE_ASSERT_NULL / LV_USE_ASSERT_MALLOC
-Value: `1`. Null-pointer and malloc-failure assertions are active.
-
-#### LV_ASSERT_HANDLER
-Value: `{}` (no-op). The assert handler intentionally does nothing to avoid hanging the kernel on a failed assertion.
-
-### Fonts
-
-#### LV_FONT_MONTSERRAT_14
-Value: `1`. The only built-in Montserrat size enabled.
-
-#### LV_FONT_DEFAULT
-Value: `&lv_font_montserrat_14`. All other Montserrat sizes (8--48), compressed variants, and alternative font families (DejaVu, SimSun, UNSCII) are disabled.
-
-### Text Settings
-
-#### LV_TXT_ENC
-Value: `LV_TXT_ENC_UTF8`. UTF-8 text encoding. BiDi and Arabic/Persian character support are disabled.
-
-### Widgets
-
-Enabled widgets: AnimImg, Arc, Bar, Button, ButtonMatrix, Checkbox, Dropdown, Image, Keyboard, Label, Line, List, MsgBox, Roller, Slider, Spinner, Switch, TextArea, Table, TabView, Win.
-
-Disabled widgets: Calendar, Canvas, Chart, ImageButton, LED, Lottie, Menu, Scale, Span, SpinBox, TileView.
-
-### Themes
-
-#### LV_USE_THEME_DEFAULT
-Value: `1`. Dark mode enabled (`LV_THEME_DEFAULT_DARK = 1`) with 80 ms transition time.
-
-#### LV_USE_THEME_SIMPLE
-Value: `1`.
-
-#### LV_USE_THEME_MONO
-Value: `0`.
-
-### Layouts
-
-Both Flex and Grid layout engines are enabled.
-
-### Third-Party Libraries
-
-All filesystem drivers are disabled (stdio, POSIX, Win32, FatFS, MemFS, LittleFS). All image decoders are disabled (PNG, BMP, JPEG, GIF, RLE). FreeType, TinyTTF, Rlottie, vector graphics, LZ4, and FFmpeg are all disabled.
-
-### Device Drivers
-
-All platform-specific device drivers are disabled (SDL, X11, Wayland, Linux FBDEV, Linux DRM, NuttX, various SPI display controllers, Windows, OpenGLES, QNX). Display and input are handled by Asuro's own HAL layer.
-
-### Examples and Demos
-
-All built-in examples and demo applications are disabled.
-
-## Notes
-
-- The configuration is designed for minimal footprint. Features are enabled only when required by the Asuro desktop shell.
-- Since no libc is linked, all string, memory, and formatting operations fall through to LVGL's internal implementations.
-- The assert handler is a deliberate no-op to prevent the kernel from halting on non-critical UI assertion failures.
-- The 256 KB memory pool is fixed and cannot expand at runtime. UI complexity must stay within this budget.
+# Placeholder

doc/lvglh/lv_font_fa_solid_16.md

@@ -1,55 +1 @@
-# lv_font_fa_solid_16.c
-
-LVGL bitmap font source for Font Awesome 7 Free Solid at 16 px.
-
-## Overview
-
-This file contains a pre-rendered bitmap font generated from the Font Awesome 7 Free Solid TrueType font (`Font Awesome 7 Free-Solid-900.ttf`) for use with LVGL. It provides a library of solid-style vector icons rendered as bitmaps, suitable for toolbar buttons, status indicators, navigation elements, and general iconography in the Asuro GUI.
-
-The file was generated by the LVGL font converter tool and is approximately 35,800 lines (~1.6 MB) of static bitmap and glyph descriptor data.
-
-## Configuration Options / Defines
-
-### LV_FONT_FA_SOLID_16
-Value: `1` (default). Acts as a compile-time guard. Set to `0` to exclude this font from the build entirely.
-
-## Font Properties
-
-| Property | Value |
-|----------|-------|
-| Font family | Font Awesome 7 Free Solid 900 |
-| Size | 16 px |
-| Bits per pixel | 4 (16-level anti-aliasing) |
-| Compression | None (`--no-compress`) |
-| Stride alignment | 1 byte |
-| Data alignment | 1 byte |
-| Line height | 20 px |
-| Baseline | 4 px from bottom |
-| Underline position | 0 |
-| Underline thickness | 0 |
-| Unicode range | 0x0000--0xFFFF |
-| Subpixel rendering | None |
-
-## Public Symbol
-
-```c
-const lv_font_t lv_font_fa_solid_16;
-```
-
-This is the font descriptor exposed for use in LVGL widget styles. Reference it as `&lv_font_fa_solid_16` when assigning icon fonts to labels or buttons. Font Awesome icons are addressed by their Unicode code points (e.g., `LV_SYMBOL_*` constants or raw `\uXXXX` escape sequences).
-
-## Generation Command
-
-```
---bpp 4 --size 16 --no-compress --stride 1 --align 1 \
---font "Font Awesome 7 Free-Solid-900.ttf" --range 0-65535 --format lvgl \
--o lv_font_fa_solid_16.c
-```
-
-## Notes
-
-- This is a machine-generated file. Do not edit by hand; regenerate using the LVGL font converter if changes are needed.
-- The full 0--65535 Unicode range includes all Font Awesome solid icons. Since most code points in this range are blank (Font Awesome only defines glyphs for its icon set), the actual rendered glyph count is much smaller than the range suggests, but the descriptor tables still consume significant space.
-- The file is the largest in the `lvglh/` directory at approximately 1.6 MB. If binary size becomes a constraint, the Unicode range should be narrowed to only the icon code points actually used by the Asuro shell.
-- The font includes version-conditional compilation guards for compatibility across LVGL 6.x through 9.x, though Asuro targets LVGL 9.2.2.
-- The `LV_ATTRIBUTE_LARGE_CONST` annotation on the glyph bitmap array allows the linker to place it in an appropriate read-only section.
+# Placeholder

doc/planning/memoryallocator.md

@@ -205,7 +205,7 @@ Key constants:
 - `DATA_OFFSET = $10000` — data area starts at 64 KB into each page
 - `LARGE_ALLOC_MAGIC = $FFFFFFFE` — sentinel for klalloc'd multi-page allocations
 
-Interrupt safety: `pushfd; cli; pop saved_flags` (stack-balanced) + `arch.platform.cpu.unlock(saved_flags)`
+Interrupt safety: `pushfd; cli; pop saved_flags` (stack-balanced) + `restore_if(saved_flags)`
 inline procedure that only restores IF via `sti`, avoiding dangerous EFLAGS restoration
 (IOPL, NT, VM, AC bits that caused Bad-TSS on IRET).
 
@@ -256,7 +256,7 @@ list, fixes Search_Page, calls `free_page_at_address`). Skips Root_Page.
 
 | Bug | Root Cause | Fix |
 |-----|-----------|-----|
-| Bad TSS exception during network processing | `pushfd`/`popfd` across separate asm blocks: FPC doesn't track ESP changes in asm, causing EFLAGS corruption (NT=1, IOPL wrong) → Bad TSS on IRET | Stack-balanced `pushfd; cli; pop local_var` + `arch.platform.cpu.unlock()` that only does `sti` if IF was set |
+| Bad TSS exception during network processing | `pushfd`/`popfd` across separate asm blocks: FPC doesn't track ESP changes in asm, causing EFLAGS corruption (NT=1, IOPL wrong) → Bad TSS on IRET | Stack-balanced `pushfd; cli; pop local_var` + `restore_if()` that only does `sti` if IF was set |
 | GPF from SSE MOVAPS in doublebuffer flush | `SIZE_PREFIX=4`→8 gave 8-byte alignment; `MOVAPS` needs 16-byte. `klalloc` returned `page+8` (not 16-aligned) | `SIZE_PREFIX=16` (4B size + 12B pad), klalloc header expanded to 16 bytes |
 | Pages never freed (historic) | `free_page` extracted wrong block index from PDE Address field | Fixed extraction to `Address SHR 10` — page freeing works for the first time |
 

doc/src/app/app.mgr.md

@@ -17,10 +17,6 @@ Central initialization manager for all baked-in terminal programs and kernel-lev
 - `core.version`, `arch.x86.cpu`
 - `app.diskcmd`, `driver.bus.usb.core`, `app.diskutil`, `app.notepad`, `app.partcmd`, `app.volcmd`
 
-## Boot Registration
-
-Registered with `boot.mgr` as `app.mgr` at the `late` barrier.
-
 ## Functions and Procedures
 
 ### init

doc/src/app/wasm/app.wasm.md

@@ -1,28 +0,0 @@
-# app.wasm
-
-WebAssembly VM backend initialiser.
-
-## Overview
-
-This unit initialises the Wasuro WebAssembly virtual machine backend. It wires up the VM's character output to the syslog interface and calls the main `wasm_init` entry point.
-
-## Boot Registration
-
-Registered with `boot.mgr` as `app.wasm` at the `final` barrier.
-
-## Dependencies
-
-- `boot.mgr`
-- `io.syslog`
-- `wasm.vm.io`
-- `wasm`
-
-## Procedures
-
-### init
-
-```pascal
-procedure init;
-```
-
-Sets the WASM VM's write-character callback to `io.syslog.logchar` and calls `wasm.wasm_init` to initialise the VM runtime.

doc/src/arch/x86/arch.x86.cpu.md

@@ -13,10 +13,6 @@ This unit probes the processor using the CPUID instruction to discover the vendo
 - `driver.timer.rtc`
 - `io.stdio`
 
-## Boot Registration
-
-Registered with `boot.mgr` as `arch.x86.cpu` at the `early` barrier.
-
 ## Types
 
 ### TCapabilities_Old / PCapabilities_Old

doc/src/arch/x86/arch.x86.gdt.md

@@ -10,10 +10,6 @@ This unit defines the GDT data structures and provides procedures to set individ
 
 - `io.syslog`
 
-## Boot Registration
-
-Registered with `boot.mgr` as `arch.x86.gdt` at the `early` barrier.
-
 ## Types
 
 ### TGDT_Entry / PGDT_Entry

doc/src/arch/x86/arch.x86.idt.md

@@ -12,10 +12,6 @@ This unit defines the 256-entry IDT used by the x86 interrupt system. It provide
 - `arch.x86.util`
 - `io.syslog`
 
-## Boot Registration
-
-Registered with `boot.mgr` as `arch.x86.idt`, depending on `arch.x86.gdt`.
-
 ## Constants
 
 ### ISR_RING_0

doc/src/arch/x86/arch.x86.irq.md

@@ -12,10 +12,6 @@ This unit reinitialises and remaps the two 8259A Programmable Interrupt Controll
 - `arch.x86.util`
 - `io.syslog`
 
-## Boot Registration
-
-Registered with `boot.mgr` as `arch.x86.irq`, depending on `arch.x86.idt`.
-
 ## Functions and Procedures
 
 ### init

doc/src/arch/x86/arch.x86.isr.md

@@ -6,10 +6,6 @@ ISR driver initialisation stub.
 
 This is a minimal stub unit that satisfies compile-time dependencies on an ISR initialisation entry point. The `init` procedure body is empty; actual ISR handler registration and IDT gate setup are performed by `arch.x86.isr.mgr` and the individual handler units in the `isr/` and `fault/` subdirectories.
 
-## Boot Registration
-
-Registered with `boot.mgr` as `asuro.x86.isr`, depending on glob `driver.storage.*.mgr` (waits for all matching entries).
-
 ## Functions and Procedures
 
 ### init