requirements-amd.txt/requirements-nvidia.txt were pulling a multi-GB
torch wheel by default even though nothing in synapse/ imports torch,
transformers, accelerate, bitsandbytes, or PySide6 - dead weight that
made the pip batch fragile (one failed download could take unrelated
base deps down with it on a slow connection). Split the unused ML/GUI
stack out of requirements-base.txt into a new opt-in requirements-ml.txt,
and dropped the torch lines from the AMD/NVIDIA overlays and generator.
Also: recreate the venv if it exists but pip is missing, instead of
silently reusing a half-built one (ensurepip can fail during venv
creation and leave an interpreter with no pip).
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Newer distros drop the python3-venv transitional package once it no longer
resolves to a real pythonX.Y-venv candidate, which crashed sync.py's venv
creation with a raw traceback. Prep now resolves the exact versioned
package via apt-cache, and skips xfce4-genmon-plugin/plank/blueman on
boxes with no xfconf-query so a non-XFCE box doesn't get noisy "unable to
locate package" failures for a panel it'll never run. venv_python() also
fails with an actionable message instead of an uncaught CalledProcessError.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Ported from the private repo via bin/publish.sh, plus a manual catch-up
on files that had drifted out of sync before today:
- launch_nexus.ps1: health-check based restart decisions instead of a
bare port-listen check (a wedged leftover process squatting a port
used to look "already running" and block the real service from
starting), a script-path quoting fix for Start-Process, hidden
console via a wscript.exe wrapper (bin/launch_nexus_hidden.vbs), and
a taskbar/window icon for the native app window.
- Sidebar: slim icon+text nav rows instead of bulky bordered buttons,
tighter spacing throughout.
- Settings: full-width layout, a Vite dev-server Start/Stop toggle
(synapse/frontend_manager.py + /frontend/* endpoints), and the
Linux-only Icon Branding section now gated on the new /status
`platform` field instead of always rendering.
- Chatbot: a Think toggle next to the model picker, so extended
thinking can be flipped without leaving the chat page.
- management/ncp.py: faster start/stop polling (0.25s steps instead of
1s), Vite no longer blocks `ncp start` on Linux and is skipped
outright on Windows.
Note: the private repo also has a Mail (IMAP/SMTP) feature; it's
intentionally not included here, so the Mail-only pieces of main.py,
App.jsx, and requirements-windows.txt were left out of this port.
Models page redesign: tabs (Required/Recommended/Installed) with a
multi-column card grid, required models (memory curator + embeddings)
surfaced first and gating the rest until both are installed. Adds a
qwen2.5:14b tier to the hardware-fit catalog for high-VRAM machines.
Installer and restore messaging updated to match. Also declares pytest
in requirements-base.txt so bin/check.sh's test suite is reproducible
on a fresh venv.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Debian apt ships EOL Node 18 which crashes Vite 8. Prep stage installs Node 20
from NodeSource when node is missing or <20; package.json declares engines.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
The backend logged 200 OK for polls the client had already timed out on.
is_running() waited 2s for an Ollama that ships OFF (now 0.5s), is_available()
spawned 'ollama --version' every call and that command blocks ~5s when Ollama is
wedged (now cached), and both ran synchronously inside an async def, stalling the
event loop on every poll while the UI polls continuously (now to_thread).
Measured with Ollama's port blackholed: /status 5.89s -> 0.64s, concurrent GET /
stalled -> 0.06s. Poll timeout in nexus_window.py raised 2s -> 5s for margin.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
The two black terminals had two causes: uvicorn --reload (a dev flag whose
reloader spawns the server as a child, and Windows gives a console window to a
child of a console-less parent), and DETACHED_PROCESS in launch(), which is
exactly the console-less condition that triggers it. Drops --reload here
(launch_nexus.sh keeps it for the Linux dev loop) and uses CREATE_NO_WINDOW.
The window now opens immediately on an inline 'Loading Nexus core services' page
and navigates to the app once /status answers, instead of waiting 40s offscreen.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
PowerShell resolves ExternalScript (.ps1) ahead of Application (.cmd), and both
lived in the directory the installer puts on PATH -- so in PowerShell `ncp` ran
the .ps1 and was execution-policy-bound again, the exact thing the .cmd exists
to avoid. Its other justification (giving ncp to pwsh on Linux) stopped being
true once /usr/local/bin/ncp existed: pwsh runs a PATH symlink to a shell script
as an Application. A test now prevents the file coming back.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Ports the ncp PATH work from upstream. Registering ncp as a shell-profile
function failed three ways on Windows: the default Restricted execution policy
blocks the profile itself, profiles don't exist outside PowerShell (cmd, Win+R,
Task Scheduler), and the self-elevating installer writes the admin's profile.
Windows now ships management/ncp.cmd and the installer appends management\ to
the Machine PATH via [Environment]::SetEnvironmentVariable -- never setx, which
truncates PATH at 1024 chars. A .cmd is exempt from the execution policy.
Linux symlinks /usr/local/bin/ncp -> management/nexus-cli.sh, falling back to
the old .bashrc function when sudo is unavailable.
Also renames requirements-wsl.txt to requirements-windows.txt and purges stale
WSL references, including vite.config.js's dev-server comment and
controlpanel.py's "Check WSLg." error string.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
management/ncp.py replaces the bash CLI's logic; nexus-cli.sh and the new
ncp.ps1 are thin wrappers, so Linux keeps its entry point and Windows gains one.
psutil handles process and port work on both platforms.
install-windows.ps1 registers ncp in the PowerShell profile. The panel VPN
switch now resolves its WireGuard connection through NetworkManager instead of
a hardcoded name, and the .ps1 ASCII guard globs rather than naming files.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
gen-nvidia-reqs.py wrote requirements-nvidia.txt with os.linesep, so running
it on Windows produced CRLF. Pinned to newline="\n".
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
bin/install.sh still rsynced --delete from a backup path retired in July, so
the documented Linux install both failed and could erase a working tree. Every
step it claimed to do already lives in bin/sync.py, shared with Windows.
Root ./install.sh is now a thin wrapper over `sync.py restore`, so deployment
stays one bash command. It also registers ncp/promethean in ~/.bashrc, which
was the only thing the old script uniquely did.
Split restore-linux.sh into runtime (Ollama binary, shell aliases) and desktop
(XFCE panel, theme, os-release). Only desktop writes outside the repo, it now
auto-skips off XFCE, and `--no-desktop` skips it explicitly. Two tests keep the
stage names in sync and the $HOME writes confined to the desktop stage.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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