* fix: constrain PA_Line calibration bounding box to model geometry
- PA_Line bounding box now uses actual model convex hull for X constraint instead of full printable area
- Skip EXCLUDE_OBJECT_DEFINE for PA_Line mode (single object, no exclusion needed)
- Add tool config files to .gitignore
* modified: .gitignore
* fix: add gcode type annotations and fix box height in PA line calibration
- Label calibration segments with appropriate TYPE comments (Outer wall, Bottom surface, Top surface, Custom) for proper gcode processing
- Fix bounding box height calculation to account for z_offset
- Add LAYER_CHANGE and HEIGHT comments for multi-layer numbering display
* fix: lock PA_Line bounding box X to bed centre instead of model hull
* Added extra TYPE to ensure text/numbers/glyphs are labelled correctly
` gcode << ";TYPE:Outer wall\n"; `
* Remove hardcoded Perl path in OpenSSL.cmake
Remove hardcoded Perl path for Windows configuration.
* Add cross compilation support for Windows in OpenSSL.cmake
* Remove unnecessary blank line in OpenSSL.cmake
* Set perl config command back to variable
Accidentally uploaded version with hardcoded path for my local environment
* whitespace adjustment in previous
* removed personal .gitignore config
Remove specific files and directories from .gitignore.
* Fix box height parameter in DrawBoxOptArgs
Update DrawBoxOptArgs to use `m_height_layer` instead of `m_height_layer*2+z_offset`. This isn't a Z coordinate, it's a layer height
* Replace hardcoded extrusion type with call to `GCodeProcessor::reserved_tag` Etags
* Get pa_line bounding box from actual calibration variables
Updated calibration line bounding box calculation to use actual geometry for X bounds, using a fake call to generate the calibration pattern.
This will accurately get the size of the calibration pattern, massively reducing wasted time from bed mesh probing.
* Implement print_extents method in CalibPressureAdvanceLine
Add print_extents method to calculate bounding box extents based on bed dimensions.
* Declare print_extents method in CalibPressureAdvanceLine
Added print_extents method to return X-bounds of the pattern.
* Fixed whitespace issues
* Adjust print_extents to account for delta printers
Check if the printer is delta layout and adjust bed dimensions if so.
Used code from `CalibPressureAdvanceLine::generate_test`
* Added semicolons to reserved tags
Didn't realise etags wouldn't add semicolon - added these
* only include number list in bounding box if number list is used
Co-authored-by: Copilot Autofix powered by AI <175728472+Copilot@users.noreply.github.com>
* avoid bounding box overflowing bed
* Tabs to spaces
---------
Co-authored-by: Copilot Autofix powered by AI <175728472+Copilot@users.noreply.github.com>
Co-authored-by: Ian Bassi <ian.bassi@outlook.com>
# Description
<!--
> Please attach relevant screenshots to showcase the UI changes.
> Please attach images that can help explain the changes.
-->
## Tests
<!--
> Please describe the tests that you have conducted to verify the changes made in this PR.
-->
load_local_machines_from_config() iterated a reference to the live
m_local_machines map while erase_local_machine() erased from it for
printers without access rights, invalidating the range-for iterator
(use-after-free on ++it). Iterate a copy instead, as the code did
before commit 5028a5000e.
* Call proper EXT variant of the function if framebuffer type is EXT
* Update glad with `GL_EXT_framebuffer_blit` and `GL_EXT_framebuffer_multisample` extensions support
Xcode's CodeSign phase rejects the bundled Python runtime's dotted dirs under Contents/MacOS. Disable it for the Xcode generator so the linker ad-hoc signs local dev builds; CI (Ninja) and the notarized bundle are unaffected.
Give previously-bare panels a keyed background so the existing dark-UI walk
can theme them. Runtime-created widgets (HMS items, device firmware/nozzle
panels) route their whole subtree through one UpdateDarkUIWin(this) call
instead of per-widget darkModeColorFor, which also themes their child text
and follows live light/dark switches. Extruder-card chips re-apply their
colours from Sidebar::sys_color_changed so a live switch updates them too.
# Description
Support the 02.08.01 network plug-in and resync the Bambu device
workflow
Brings the Bambu network plug-in up to the 02.08.01 series and reworks
the plug-in
lifecycle around it (ABI gating, OTA install, hot reload), then catches
the device and
monitor side up to what that plug-in and current firmware expose — AMS
mapping, send-flow
checks, print options, and the device status pages.
**Included:**
_Network plug-in_
- Default to the 02.08.01 series and bind its new ABI symbols; bump the
reported
`SLIC3R_VERSION` to 02.08.01.55
- Gate loading to ABI-compatible `AA.BB.CC` series, and store plug-in
identity by series
rather than by exact build
- Fix the OTA update flow: install immediately, hot-reload without a
restart, and destroy
the agent before unloading the DLL
- Version selector lists same-series OTA builds newest first, with
dynamic
"(Latest)" / "(installed)" labels
- Restart printer discovery and reload saved LAN printers after a hot
reload
_Device layer_
- Move axis, calibration, chamber, status and upgrade handling into
DeviceCore; drop the
transitional shims
- Resync the DeviceCore state models, accessory firmware versions,
cold-pull state and
filament checks
_Device UI_
- Resync the AMS control/item widgets, device dialogs, device tab
widgets and status pages
- Add the AMS best-position popup, filament-change stop button, hub
version row and HMS
fallback
- Device error dialog: print-failure snapshot, purification and
don't-remind actions
_Send flow_
- Resync the send flow and port the remaining pre-send checks and
advisories
- Warn when a filament will switch extruders mid-print; block TPU on the
l
without firmware support (O1D/O1E)
- Map switch-bound AMS trays to both extruders and show combined nozzle
mapping
- Add the shared-PA-profile toggle
_Print options / timelapse_
- Restructure DevPrintOptions around a detection-option map and parse
the
bits on the live push path
- Add firmware print-option toggles, plus timelapse storage-location
selection with a
free-space check
_Fixes_
- Inverted MQTT jog on i3-architecture printers, plus assorted popup,
mapping and
status-parse defects
_Tests_
- New Catch2 coverage for network version selection and device filament
mapping
Printers that don't advertise the new capabilities are unaffected —
every added behavior is
gated on a firmware or plug-in capability flag, and the only profile
chang
`support_print_check_firmware_for_tpu_left` to O1D/O1E.
# Screenshots/Recordings/Graphs
<img width="714" height="500" alt="image"
src="https://github.com/user-attachments/assets/33e54581-3fb0-4a3e-b80c-afa8adfabe4c"
/>
<img width="530" height="212" alt="image"
src="https://github.com/user-attachments/assets/d0c55fd5-74c3-4aab-81a5-786d0aaf8828"
/>
<img width="483" height="527" alt="image"
src="https://github.com/user-attachments/assets/71ceaad1-a082-41cb-aa1a-4b9abb30d9db"
/>
## Tests
<!--
> Please describe the tests that you have conducted to verify the
changes made in this PR.
-->
<!--
> A guide for users on how to download the artifacts from this PR.
-->
[How to Download Pull Requests Artifacts for
Testing](https://www.orcaslicer.com/wiki/how_to_download_pr_artifacts)
Export wxWidgets include dirs and defines from libslic3r_gui on Linux so
tests outside src/ compile against its GUI headers. Relocate the bundled
Python runtime to Contents/Resources with a Contents/MacOS/python symlink
(codesign cannot seal the dotted python3.12 dirs under Contents/MacOS) and
replace the deprecated codesign --deep with explicit inside-out signing of
every Mach-O in the bundle.
The stored plug-in identity is now the AA.BB.CC series (matching BambuStudio)
rather than the full build version, so the meaningless 4th build digit stops
driving config, the whitelist, filenames, and the version selector. This fixes
the macOS "can't switch to an older build" bug: the cloud endpoint is
series-keyed and only ever serves a series' newest build, so downgrade-by-
download was impossible and the download silently adopted the latest.
A startup migration normalizes an existing full-version config and file name to
the series form with no re-download, the loader resolves a bare series to the
newest same-series build on disk, and user-provided custom-named plug-ins
(libbambu_networking_02.08.01_custom.*) are still enumerated and loaded.
Discovered builds were inserted positionally behind the whitelist entry they
anchored to, so an OTA-installed 02.08.01.53 listed below 02.08.01.52. The list
is now built by appending and sorting once, which also drops the per-entry
insertion scans.
"(installed)" tested whether the library was present on disk, so it marked every
version ever selected - switching leaves the previous library in place. The flag
is now is_loaded, resolved against the plug-in actually loaded, and the two
combo populators share one label helper.
restart_networking() rebuilds m_agent with a null printer agent, so the bare
m_agent->start_discovery() no-oped (NetworkAgent::start_discovery returns false when
m_printer_agent is null) and LAN discovery stayed dead until the user next changed a
preset. Call switch_printer_agent() instead - it installs the printer agent for the
active preset and then starts discovery, mirroring startup.
When the network plugin is not yet installed at startup, on_init_network builds
the DeviceManager without an agent, so its constructor skips loading the persisted
LAN printers. After the plugin is installed and the network stack hot-reloads, the
manager is reused via set_agent(), which never loaded them - so previously paired
printers stayed missing from the device list until an app restart. Load them once a
real agent first arrives.
- Allow mapping to EMPTY trays only from the multi-machine send page and keep
both panels pickable in the LEFT_AND_RIGHT view
- Guard the error-dialog cloud snapshot against stale callbacks and fall back
to the local illustration on timeout
- Parse the ipcam storage-check ack and axis/chamber pushes defensively
- Strip fan-control telemetry, initialize the upgrade error code, restore the
.json filter in the model-id scan
- Fix best-position popup tray lookup, gradient placement, and colour-list
ownership
- Cover switch binding sets and invalid-track transients in DevMapping tests
Trim the version whitelist to the latest series plus the pinned legacy build,
and reject out-of-series configured versions at startup, compatibility check,
and load failure - falling back to the latest installed build or the clean
re-download flow so the config never keeps pointing at an unsupported build.
* Block plugins from reading or writing app config and cloud credentials
Add a denied-filename registry to the plugin audit sandbox, seeded with OrcaSlicer's config (.conf/.ini) and the cloud refresh-token file. The deny is checked above the loading-mode read exemption and the allowed roots, so a plugin cannot reach these files even though they sit inside data_dir(), which is itself an allowed root. Case-insensitive prefix matching also covers the .bak/.tmp companions that hold the same data, and os.rename/os.remove are hooked alongside open so the files cannot be deleted or clobbered either.
# Introducing a Python Plugin System (WIP)
This PR opens up a way to extend OrcaSlicer with **Python plugins** —
small scripts (or full wheels) that run inside an embedded CPython
interpreter, without anyone having to fork the app or touch the C++
core.
I'm putting this up **early and on purpose**. It works end-to-end today,
but it is not finished and the public surface is deliberately small.
Before we lock anything in, we want the community's opinions on the
three decisions that are hard to reverse later: **what API we expose,
which plugin types we invest in, and how the security/audit layer should
behave.** Consider this a request for comments more than a merge
candidate.
## Why
People keep wanting to bolt their own behavior onto the slicer — custom
G-code post-processing, automation, bespoke printer/host integrations,
one-off analysis. Today that means maintaining a patched fork. The goal
here is a *sanctioned* extension path: a stable, documented seam where a
plugin can hook into a specific point in OrcaSlicer's workflow, with a
clear boundary around what plugin code is allowed to do.
## What's in this PR
**An embedded Python runtime.** A single CPython interpreter is started
once (intended to be on the main thread), with proper GIL handoff so
plugin code can run from worker threads. Plugin `stderr` (including
tracebacks from threads a plugin spawns) is persisted to
`data_dir()/log/python_*.log`.
**One API module, `orca`.** This is the surface a plugin sees. It
exposes the plugin base classes, the `@orca.plugin` decorator and
`register_capability()`, a typed `ExecutionResult`, and the
`PluginType`/`PluginResult` enums, along with per-type base classes
under `orca.gcode` / `orca.script` / `orca.printer_agent`. A host
bridge, `orca.host`, provides **read-only** access to the current model
and preset/config values, plus interactive `host.plater()` and `host.ui`
helpers (messages, dialogs, windows, progress). There is deliberately no
*write* access to slicer models or config, and no general GUI/toolkit
access beyond these host helpers. The exact shape of `orca.host` is one
of the things we most want feedback on.
**Three plugin types to start:**
- `post-processing` — runs during G-code export and receives the G-code
path + output context.
- `script` — a manual "Run" action from the Plugins dialog.
- `printer-connection` — a Python "printer agent" that registers into
the network layer on load. This is still WIP, along with a printer agent
workflow that is also WIP.
(The `PluginType` enum reserves several more names — Automation,
Analysis, Importer, Exporter, Visualization — but only the three above
are wired up.)
**Two packaging forms:** a single `.py` file with [PEP
723](https://peps.python.org/pep-0723/) inline metadata, or a `.whl`
wheel (with third-party dependencies installed via a bundled `uv`).
**Discovery, install, and a Plugins dialog** — local side-loading plus a
cloud subscription service, catalog/loader lifecycle, and per-plugin
error reporting in the UI.
**Audit-hook groundwork (PEP 578).** Every C++→Python call opens a
per-call audit context, and a CPython audit hook filters filesystem
access against a write allow-list (`data_dir()`, plus scoped roots like
the current G-code folder). This is *groundwork, not a sandbox* — see
Limitations.
**Docs.** Substantially complete author and contributor guides live
under `docs/plugins/` (development guide, security/audit deep-dive,
architecture overview, worked examples); the *feature* is what's WIP,
not the docs.
## Orca Cloud integration
Plugins are **fully integrated with Orca Cloud**, distributed in a
similar way to preset bundles — so this builds directly on the cloud
foundation rather than bolting on a separate mechanism.
- **Subscribe, don't side-load.** Instead of manually copying files, you
subscribe to a plugin from the cloud and OrcaSlicer pulls it down and
loads it for you — the same one-click experience as preset bundles.
- **Tied to your account, synced across machines.** Subscribed plugins
live under your user (`orca_plugins/_subscribed/<user_id>/`) and follow
you to any machine you're signed in on, exactly like your presets. Sign
out and the cloud plugins are unloaded; sign back in and they're
restored.
- **Stays up to date.** When a new version is published, OrcaSlicer can
fetch and install the update rather than leaving you on a stale copy.
- **Managed from the Plugins dialog.** Browse, install, update, and
unsubscribe live alongside local side-loading — which still works for
development and private plugins.
- **Integrated with presets.** Plugin references travel with a preset
bundle (via the preset's `plugins` fields), so publishing a preset that
uses plugins carries those references through the existing cloud sync.
If a referenced plugin is missing when you install the bundle on another
machine, OrcaSlicer **offers to install** the missing plugins for you (a
one-click prompt), provided those plugins are on the cloud.
## Where we need feedback
Really any form of feedback would be helpful; we'd rather grow this
slowly from real use cases than expose internals we can't keep stable —
which is why the current surface is kept small. The `orca.host` API in
particular is where we'd most value opinions.
## Limitations / known gaps (it's WIP)
- **The audit hook is not a sandbox.** It currently enforces only the
`open` event's writes, and only for string paths (fd/bytes opens are not
checked). `subprocess`, sockets, `ctypes`, `os.open`, and non-`open`
filesystem mutations (`os.remove`/`rename`/`mkdir`) are **not** blocked
yet. An `Enforcing` mode is stubbed but not yet wired, so today all
calls run in the writes-only "loading" mode. More details can be found
[here](https://www.orcaslicer.com/wiki/developer_reference/plugin_development/plugin_audit_hook.html#limitations).
- **The `orca` API is unstable** and will change based on this
discussion. Don't build anything load-bearing on it yet.
- The `requires-python` field is parsed but not enforced.
- Dependency install and some of the Plugins dialog UX are functional
but still rough around the edges.
## Docs
[How to
Use](https://www.orcaslicer.com/wiki/plugins/getting_started.html)
[Developer
Reference](https://www.orcaslicer.com/wiki/developer_reference/plugin_development/plugin_system.html)
## Software Development Kit
Currently, there is a script `generate_orca_python_stubs.py` to generate
the `.pyi` files that can be used for intellisense. We will release the
stub file as an SDK in future releases, but for now, if you intend to
develop plugins, you can generate the stub files locally.
## Notes
This system was developed primarily on Windows and Linux; testing on
macOS has so far been limited. macOS-specific behavior — the bundled
Python/`uv` runtime, path handling, and the audit hook — is the most
likely to need attention, and feedback or testing from macOS users is
especially welcome.
[How to Download Pull Requests Artifacts for
Testing](https://www.orcaslicer.com/wiki/how_to_download_pr_artifacts)
## Orca Cloud to OrcaSlicer Plugins Workflow Overview:
https://github.com/user-attachments/assets/abbd7900-3062-4e33-8f77-5d30d567be1d
# Description
Use Space to trigger a new **speed dial**, which allows users to run
**app actions**. The only app actions implemented currently are python
plugin scripts.
## Notes
- Only toggleable in the Prepare (3D) view. Press Space, type to filter,
Enter or double-click to run.
- Focuses on search bar automatically
- Frecency-sorted (run count + recency) with alphabetical fallback (C++
computes)
- Pin actions as favourites and they will show on the top favourites
bar. Done through star icon on each row.
- Script plugins have no icon art yet, so tiles show a collision-aware
monogram: the capability's initial, escalating only when names collide -
prepend the package initial, then add an ordinal - so same-named actions
from different plugins stay distinguishable.
- E.g., capability Bravo from plugin Alpha normally shows just B. If
another action's name also starts with B, they disambiguate by
prepending the package initial (Alpha -> AB). If two still collide on
both initials (both AB), they become AB1 and AB2.
- "Run X?" confirm with a per-plugin "don't ask again" scope, owned
C++-side; suppression persists.
- Persistence (`speed_dial` AppConfig section): `favourite_actions`
(ordered id list) + per-action `stats` + `ask_suppressed`.
- Example of shape in data_dir:
```json
{
"speed_dial": {
"ask_suppressed": "[\"9b12aa079924bbc4\"]",
"favourite_actions": "[\"ccfdf8b9e492b624\",\"9b12aa079924bbc4\",\"b7abfa67626248e4\"]",
"stats": "{\"31d9d129a616a8b7\":{\"count\":4,\"last\":1783924989},\"53ec17d430634f62\":{\"count\":3,\"last\":1783939329},\"9b12aa079924bbc4\":{\"count\":5,\"last\":1783924981},\"9f2cb0d3ca56a87c\":{\"count\":1,\"last\":1783668370},\"b7abfa67626248e4\":{\"count\":4,\"last\":1783939325},\"f93469da14248128\":{\"count\":3,\"last\":1783939337}}"
},
}
```
# Screenshots/Recordings/Graphs
<img width="688" height="335" alt="image"
src="https://github.com/user-attachments/assets/683efa3b-9401-4977-a347-d70193188165"
/>
<img width="681" height="172" alt="image"
src="https://github.com/user-attachments/assets/fafb4965-054b-4fd5-ad6a-03145264fbe0"
/>
<img width="683" height="335" alt="image"
src="https://github.com/user-attachments/assets/00d5bd49-95c0-4f2f-966b-6c04c14c3cf3"
/>
## Tests
- **Web layer (green):** node-vm logic test `test-speeddial-logic.js`
covers `filterActions`, `visibleFavourites` (incl. the runnable guard),
`selectedActionId`, `resultCountText`, `actionLabel`, `tileCode`,
`nextSel`, and payload seeding - pure helpers, DOM-free.
- **Backend:** `ActionRegistry` FNV-1a id golden-vector Catch2 test
(`test_speed_dial_action_id`) pins the hash; the registry was verified
by fresh-context review including a threading fix (`run()` operates on a
stack copy so a queued refresh can't reallocate the action vector
mid-run).
- **Manual (all passing):**
- Space opens the dial in Prepare only; no regression to existing
Prepare-tab keys or the Plugins dialog.
- Search auto-focuses; typing filters live; a freshly-run action rises
in the frecency order.
- Up jumps to the favourites bar, Down into the list, Alt+1..9 hits
favourites; Enter and double-click run the highlighted action.
- Star pins/unpins an action; favourites persist across an app restart.
- "Run X?" confirm with per-plugin "don't ask again" is respected on
later runs.
- The `?` shortcuts dialog shows the Space row.
- Verified in both light and dark themes.
## Known Issues
When there are no actions, plugins, or scripts, the search bar will show
"Search 0 actions". This is bad UX. One alternative considered was to
show a call to action, for example "Please load plugin scripts so that
they appear here".
However, this is ultimately not implemented, as eventually it is not
expected that actions will be empty. The action registry will not be
expected to be empty because we will include in-app actions such as
opening dialogues or other app actions.
<img width="722" height="117" alt="image"
src="https://github.com/user-attachments/assets/a4b9c0db-b2bf-44bc-9550-398dd8b4c7aa"
/>
[How to Download Pull Requests Artifacts for
Testing](https://www.orcaslicer.com/wiki/how_to_download_pr_artifacts)
Adapt the speed dial's ActionRegistry to the collapsed
get_plugin_capability(PluginCapabilityId) overload, and restore the
script success/skipped status message the dialog lost when its
PluginScriptRunner refactor was superseded by ActionRegistry.
