Introduce boot.mgr - a self-registering, dependency-ordered boot
initialization framework with barrier-based phasing and glob pattern
matching. Units now declare their own init procedures and dependencies
via registerBoot()/registerBarrier() in their initialization sections,
boot.mgr.run() topologically sorts and executes them.
- Add src/boot/boot.mgr.pas with topoSort, glob matching, barrier
two-pass algorithm, and boot tree printer
- Gut src/asuro.pas (kmain): now just stores multiboot info, calls
System.init(), boot.mgr.run, and yield()
- Add initialization sections with registerBoot() to 53 existing units
- Add new units: core.pas, test.pas, driver.storage.boot.pas,
app.wasm.pas, app.bsod.pas (factored out of asuro.pas)
- Define 9 barrier phases: immediate -> early -> middle -> storage ->
bus -> device -> bus.late -> late -> final
- Fix xHCI ISR: exclude PRC/WRC from PORTSC change bit clearing to
prevent race with port reset busy-wait
- Fix driver.bus.usb.core fire_completion_hooks: guard against uint32
underflow when CompletionHookCount = 0
- Move auto_mount_volumes from device barrier to late barrier so it
runs after PCI scan discovers storage controllers
- Add toolchain/compile_initcalls.sh for boot entry extraction
- Add Boot Registration sections to all 51 doc files; create 4 new
doc files; rewrite boot.mgr.md; update mkdocs.yml nav
- Add SYM_TRASH toolbar button wired to fb_delete_cb (was missing entirely)
- Filter '.' and '..' entries in fb_collect_cb so they never appear
- Rewrite deleteFile/deleteDir/renameFile to use raw sector scanning
instead of getDirEntries linked-list indices (fixes gap mismatch)
- Handle root directory correctly (use bootRecord^.rootCluster instead
of assuming entry 0 is '.')
Removed driver.hid.mouse dependency that caused page fault on close.
Context menu now triggers via LV_EVENT_LONG_PRESSED on content rows.
Cleaned up onClose teardown ordering and removed debug syslog markers.
- Add extension-based dispatch to driver.storage.filedispatch with typed
union (variant record THandlerKind = hkMagic/hkExtension)
- Extract file-type icon constants and mapping to core.gfx.fileicons
- Add core.search utility (getFileExtension, fmtFileSize, sortStringArray)
- Generate PUA bitmap icon fonts (32/64/128px) from Font Awesome via
gen_file_icons.py + compile_icons.sh toolchain
- Integrate file dispatch into file browser (double-click triggers dispatch)
- Register notepad as handler for text file extensions
- Fix init order in app.mgr (filedispatch.init before app inits)
- Refactor notepad from singleton to multi-instance (up to 8 windows)
using instance array, findStateByWid, and LVGL user_data on msgboxes
- syslogDump now outputs all five diagnostic sections (Fault Info,
CPU Registers, Process Info, System Info, Call Stack) to serial,
matching the on-screen BSOD content
- panic() detects if the crash occurred in the gfxd process and
falls back to rendering the BSOD directly to the VESA framebuffer
via driver.video text drawing, bypassing LVGL entirely
- Add DrawChar, DrawString, DrawHex, DrawInt to driver.video for
8x16 bitmap font rendering directly to the framebuffer
- Export SHOULD_CRASH flag from svc.gfxd interface so test commands
can trigger a deliberate gfxd crash
- Add app.divzero with DIV0, PF, and CRASHGFXD test commands
- Update doc/src/core/core.panic.md and doc/src/driver/video/driver.video.md
Add core.fmt.json — a complete RFC 8259 JSON library with recursive-descent
parser, serializer, builders, dot/bracket path accessors, and full cleanup.
Supports all 6 JSON value types plus JSON_ERROR for parse error reporting.
Numbers stored as Double via x87 FPU. Unicode \uXXXX escapes handled
(ASCII range emitted, non-ASCII replaced with '?').
Supporting changes:
- core.strings: add int64ToString, doubleToStr (scientific notation for
very large/small values, fixed-point for normal range, trailing zero
trimming), plus unit tests for both
- asuro.pas: wire core.fmt.json.UnitTest into the boot test suite
- mkdocs.yml: add JSON nav entry under Formats
- doc/src/core/fmt/core.fmt.json.md: full API documentation
- doc/src/core/core.strings.md: document int64ToString and doubleToStr
- doc/planning/json.md: implementation plan and design spec
- doc/planning/webgpu.md: WebGPU-over-WASM design plan (software
rasterizer backend for WASM apps importing webgpu.h)
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.
Generate comprehensive documentation for all 173 source units and
integrate mkdocs-material into the build toolchain. Documentation
covers kernel core, x86 architecture, drivers, applications, and
all subsystems with a tabbed navigation structure.
- Add mkdocs.yml with material theme, mermaid support, and tabbed nav
- Add doc/index.md landing page
- Generate doc/src/ markdown for every Pascal unit in src/
- Reorganize planning docs into doc/planning/
- Add compat, lvglh, and toolchain doc sections
- Update Dockerfile to install python3 and mkdocs-material (pinned <2)
- Replace pasdoc-based compile_docs.sh with mkdocs build --strict
- Add compile_docs.sh to the main build pipeline in compile.sh
- Add deploy-docs step in .drone.yml with host volume mount to nginx
- Add site/.gitkeep for build output directory
- File picker (app.filepicker.pas): add otSYMLINK to directory case in
fp_collect_cb so symlinks like /sys appear as navigable directories
- VFS: add RemoveVirtualTree() to recursively free vdir/symlink trees
- VFS UnitTest: clean up /utest_vfs tree after all tests
- STORTEST: clean up /st_test tree after tests, fix listing leak in
cmd_stortest (GetDirectoryListingFrom result was never freed)
- Boot mount: auto-mount boot drive at /boot via mountVolume() instead
of symlink; remove /boot and /cfg from init() vdirs
- mount.asr: remove boot line (now only 'mnt {device}/sys /sys')
- Add mount.asr parser in auto_mount_volumes: reads MOUNT.ASR from boot
volume root, parses 'mnt {device}<src> <target>' lines, expands {device}
to the boot volume's /disk/volN path, creates symlinks for each entry
- Remove old asr.mnt persistent mount logic from auto_mount_volumes
- Remove persistent mount write ([p] flag) from MOUNT shell command
- Remove hardcoded /boot mount for boot volumes (now driven by mount.asr)
- Add iso/mount.asr with default /boot and /sys symlinks
- Update doc/vfs.md with mount.asr documentation
- 5-phase VFS architecture overhaul (path resolution, dir cache, watch/notify,
symlinks, async API)
- Add character/block device node layer with /dev/null and /dev/zero built-ins
- RegisterDevice() API for custom device nodes with read/write/size callbacks
- Merge TOpenMode + TWriteMode into single TOpenMode enum
(omRead, omWrite, omCreate, omReadWrite, omStream)
- Add stream write support: WriteFile/WriteFileAsync now accept omStream handles
with auto-advancing offset for both device and volume FDs
- Add PPWriteOffsetHook type and writeOffsetCallback field to TFilesystem
- Add PPReadOffsetHook-based streaming reads for FAT32 and ISO9660
- Update all callers (notepad, edit, inio, wasm runner, filepicker, filedispatch,
vterminal, stdio) to new 2-param OpenFile API
- 77 unit tests (0 failures) covering path ops, dir cache, symlinks, watch,
device nodes, and stream read/write
- Add doc/vfs.md — comprehensive public VFS API documentation
Introduce core.panic, a new architecture-agnostic kernel panic engine
with a pre-allocated LVGL BSOD screen. The screen and all widgets are
created at init time so that zero LVGL allocation occurs at panic time.
Layout features:
- Top banner with decoded teapot TGA image (128x128) and title/subtitle
- Two-column content area with dark semi-transparent cards:
- Left: Fault Details, CPU Registers, Process Info, System Info
- Right: Call Stack (full height)
- Pastel red background (#7A2828), monospace text for data sections
Key changes:
- Add core.panic.pas with pre-built BSOD screen, register/trace/system
info formatting, hex conversion helpers, and syslog fallback
- Add arch.x86.panic.pas as the x86 bridge: packs interrupt registers
into a TRegisterSnapshot and calls core.panic.panic()
- Simplify all 19 x86 fault handlers to one-liner panic calls
- Remove legacy BSOD code from arch.x86.util.pas
- Add teapot.tga (256x256) embedded via splash_tga.asm
- Add LVGL bindings: lv_refr_now, lv_image_create, lv_image_set_src,
lv_image_set_scale, lv_image_set_inner_align, and style helpers
- Wire up panic init and test command in asuro.pas
Removes per-lookup heap allocation (MD5Buffer/kfree) in favour of a
single zero-allocation FNV-1a32 pass. Drops core.enc.md5 dependency
from core.ds.hashmap.
- core.enc.fnv1a: FNV-1a 32/64-bit non-cryptographic hash with UnitTest
- core.enc.djb2: DJB2 XOR/Add 32/64-bit hash variants with UnitTest
- core.ds.bloom: probabilistic bloom filter (Bloom_New/Add/Test/Clear/Free)
using double hashing (FNV-1a32 + DJB2_32) with UnitTest
- core.ds.types: add TBloomFilter / PBloomFilter record
- asuro.pas: wire all three UnitTests into boot test suite
- ramdrive: rewrite from registerDrive callbacks to TFilesystem/TStorage_Volume
hooks (rd_Read, rd_ReadDir, rd_ReadOffset, rd_Identify) and mount via
vfs.mountVolume('/disk/ram', ...). Remove open-slot tracking; VFS now
manages file handles through the FD table.
- vfs: fix PathValid for otDRIVE nodes — split relative path into parent
directory + leaf name, list the parent via readDirCallback, and check
each entry's type so individual files are correctly identified as pvFile
instead of always returning pvDirectory or pvInvalid.
- desktop: replace static array[0..MAX_PROGRAMS-1] program registry with
a dynamic PLinkedListBase. Lazy-init on first registerProgram call.
Remove prog_count := 0 from init so programs registered before
desktop.init (e.g. notepad, diskutil) are no longer wiped.
- filedispatch, wasmrunner: add storagetypes to uses, remove stale Lock
parameter from vfs.OpenFile calls.
- progmanager: clean up duplicate uses clauses and remove invalid
kernel.bsod registration.
- compile_wasuro.sh was copying files to the /code directory which
is not where drone builds from, fixed to use $(pwd) and relative
directories based on the root.
- Add compile_wasuro.sh to sparse-clone Wasuro src/wasm from gitea
(develop branch) with caching to skip redundant pulls
- Update compile.sh to include wasuro build step in pipeline
- Update compile_sources.sh to dynamically discover -Fu paths via
find across src/ and wasuro/ directories
- Extend system.pas with FPC 3.2.2 compilerprocs required by Wasuro:
- 64-bit signed/unsigned div and mod (fpc_div_int64, fpc_mod_int64,
fpc_div_qword, fpc_mod_qword) with correct i386 parameter mapping
- 64-bit multiply (fpc_mul_int64) via three 32-bit MUL instructions
- Float-to-integer intrinsics (Trunc, Round) using x87 FPU
- Memory allocation compilerprocs (fpc_getmem, fpc_freemem)
delegating to kernel kalloc/kfree
- Exception handling stubs (reraise, raiseexception, catches, doneexception)
- setjmp/longjmp for exception address stack
- Fix sInt64 type alias (was longint/32-bit, now int64/64-bit)
- Add serial debug helpers (COM1 $3F8) for bare-metal tracing
- Wire up Wasuro in kernel.pas: init WASM VM, set I/O callback to
syslog, and run all 1103 Wasuro tests (0 failures)
- Update .gitignore to exclude wasuro/ cache directory
- Remove diskcmd, diskutil, notepad, partcmd, volcmd init calls and
uses from kernel.pas — these are programs, not kernel subsystems.
- Move their initialization into progmanager.init() alongside the
other baked-in programs (md5sum, base64_prog, dhclient, etc.).
- Remove diskcmd, diskutil, notepad from kernel's uses clause.
- Add a splash.update() call for the auto-mount volumes step.
- Suppress FPC warnings in compile_sources.sh (-v0e instead of -v0ew).
- New splash unit (src/prog/splash.pas) displays a centered logo,
progress bar and status label during kernel boot. Manually drives
LVGL rendering + video.Flush since gfxd isn't running yet.
- Embed img/asuro.tga into the kernel via NASM incbin stub
(src/stub/splash_tga.asm), assembled in compile_stub.sh.
- Build an lv_image_dsc_t at runtime from the decoded TGA pixel data
and display it at 50% scale using lv_image_set_scale(128).
- Move LVGL init earlier in kernel.pas (right after video enable) so
the splash screen is available before VFS/drivers/network init.
- Sprinkle splash.update() calls throughout kmain to show boot
progress (VFS → drivers → buses → network → tests → desktop).
- Fix targa.pas parser: rename Magic→IDLength, remove erroneous Data
pointer field, compute pixel offset correctly (buffer+18+IDLength),
advance source pointer per pixel, handle bottom-to-top origin flip.
- Unit tests moved before desktop.init; splash.teardown called at 100%
just before handing off to the desktop environment.
- desktop: Resolution/Graphics fields now read from video frontbuffer
and gpu.activeDriverName instead of static multiboot/hardcoded values
- gpu: markAvailable sets ActiveName when no driver is active yet, so
the initial VBE boot driver is reported before any setMode call
- kernel: whitespace cleanup
- diskutil: add proc_pid global, diskutil_entry idle proc, create process
on launch with setWindowOwner, kill on close, zero proc_pid in init
- notepad: add pid field to TNotepadState, notepad_entry idle proc, create
process on launch with setWindowOwner, kill pid in doCloseWindow
- both apps now appear in PS and are manageable via KILL/TERMINATE
- Decode multiboot boot_device byte in storagemanager to identify boot device
- Add isBootDevice to TStorage_Device; propagate isBootDrive to volumes
- Create /boot VFS directory at init; mount boot volume there in auto_mount_volumes
- Fix getDirEntries skipping \-marked (deleted) FAT32 entries to prevent
triple fault when navigating into a deleted directory via file picker
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.
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.
Asuro is a 32-bit x86 operating system kernel written in Free Pascal and x86 assembly.
## Documentation Structure
- **Kernel Entry** -- The `asuro.pas` main unit and boot sequence.
- **Architecture (x86)** -- CPU initialization, descriptor tables, interrupt handling, fault handlers, memory management, and process scheduling for the i386 target.
- **Boot** -- Splash screen and early boot visuals.
- **Core** -- Foundational libraries including data structures, encoding algorithms, string handling, graphics primitives, and the kernel panic subsystem.
- **Memory** -- Heap allocator (`kalloc`/`kfree`) and page-level allocation.
- **Processes** -- Process lifecycle, round-robin scheduling, and inter-process messaging.
- **I/O** -- Standard I/O (shell command dispatch) and the system log fan-out.
- **Debug** -- Execution tracer with ring-buffer call stack recording.
- **Drivers** -- Hardware abstraction covering PCI/USB buses, HID devices, networking (E1000, TCP/IP stack), storage (IDE, AHCI, VFS, file systems), video (VESA, LVGL, double-buffering), serial I/O, and timers.
- **Services** -- Background daemons for graphics rendering and USB hotplug.
- **Applications** -- Userland commands and utilities: terminal, text editor, disk tools, network tools, and a WebAssembly runtime.
- **Compatibility** -- Shim layers for legacy code.
- **LVGL Headers** -- Configuration and patches for the LVGL v9.2.2 GUI library.
- **Planning** -- Design documents and architectural notes for subsystems under development.
- **Toolchain** -- Build pipeline documentation covering compilation, linking, and ISO generation.
## Building
The kernel is built inside Docker using a containerized FreePascal 3.2.2 toolchain:
```bash
docker compose build builder
docker compose run builder
```
The documentation site will be available at `http://docs.asuro.xyz`.
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
constlv_font_thack_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.
- 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.
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.
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.
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.
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.
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
constlv_font_tlv_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).
- 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.
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