766963a

Package: xrdp
Description-md5: 330bdf2ad3e2031a5164fd15aa25e2e9
Description-en: Remote Desktop Protocol (RDP) server
 xrdp offers a graphical login to a remote client using
 RDP (the Remote Desktop Protocol). xrdp can connect to
 a locally created X.org session with the xorgxrdp drivers,
 to a VNC X11 server, and forward to another RDP server.
 .
 xrdp accepts connections from freerdp, rdesktop, and the
 built-in terminal server / remote desktop clients of
 Microsoft Windows operating systems.
 In the xorgxrdp (which replaces X11RDP) and VNC modes,
 it provides a fully functional Linux terminal server,
 offering an X-Window desktop to the user. In the RDP
 or VNC forwarding mode, any sort of desktop can be used.
.
766396a
Package: xorgxrdp
Description-md5: 56d1a375c74aae2447ed22baec7b766a
Description-en: Remote Desktop Protocol (RDP) modules for X.org
 xorgxrdp is a set of drivers (screen device, keyboard, and mouse)
 for X.org enabling use through an RDP session with xrdp. For full
 operation, most standard X11 fonts and tools need to be installed;
 the Recommended xorg metapackage is a superset of what’s actually
 needed but will do.

.
703547,703550c
Description-md5: e7165ef297413d2ba4360c89685943a2
Description-en: Provides IMDS utilities and units
 Utilities and units that provide IMDS (Instance Metadata Service)
 functionality and support in systemd, including boot services and
 generators. Cloud providers offer information about virtual machines
 by IMDS.
.
677460,677486d
666893a

Package: librust-xshell-dev
Description-md5: be4e5e8dea16dd2038867ee8b6a3fe7e
Description-en: Utilities for quick shell scripting in Rust - Rust source code
 Source code for Debianized Rust crate "xshell"
.
666258a
Package: librust-wasi-common-dev
Description-md5: eca9b1e490f43ff4ec5fac964c2123a2
Description-en: WASI implementation in Rust - Rust source code
 Source code for Debianized Rust crate "wasi-common"

.
666110a
Package: librust-vm-fdt-dev
Description-md5: 2f45b14b3d20e1f093ddb4fe8dd4facd
Description-en: Writing Flattened Devicetree blobs - Rust source code
 Source code for Debianized Rust crate "vm-fdt"

.
666085a
Package: librust-virtue-next-dev
Description-md5: db72460e13d64a6d8229291b99607474
Description-en: Sinless derive macro helper - Rust source code
 Source code for Debianized Rust crate "virtue-next"

.
665506,665507c
 Source code for Debianized Rust crate "unicode-properties"
.
665504c
Description-md5: 60af1ad1a1b120b1b4d9a238da34a394
.
664361a
Package: librust-to-shmem-derive-dev
Description-md5: 5e6ecd1aecc8df883198b6f77417a336
Description-en: Allows deriving the to_shmem trait - Rust source code
 Source code for Debianized Rust crate "to_shmem_derive"

.
662883,662884c
 Source code for Debianized Rust crate "stderrlog"
.
662881c
Description-md5: ba6501cb2be1c95e96203e4305e6ba68
.
655766a

Package: librust-never-say-never-dev
Description-md5: 10dd2f57976f4979d71db0c7d3efa71e
Description-en: Never type (the true one!) in stable Rust - Rust source code
 Source code for Debianized Rust crate "never-say-never"
.
654655a
Package: librust-lyon-algorithms-dev
Description-md5: fecf9809673f6cde767332b4bc284e09
Description-en: 2D Path manipulation/transformation algorithms - Rust source code
 Source code for Debianized Rust crate "lyon_algorithms"

.
608137,608142c
Description-md5: 7c117889259629f3c82010c00b5fba6a
Description-en: Latent Variable Analysis
 Fit a variety of latent variable models, including confirmatory factor
 analysis, structural equation modeling and latent growth curve models.
.
588524a
Package: python3-vtracer
Description-md5: b95a7f311bde94c9d992cd0fa3456b5e
Description-en: Python bindings for the VTracer raster-to-vector library
 VTracer converts raster images such as PNG and JPEG files into compact SVG
 vector graphics using the Rust visioncortex library.
 .
 This package provides the Python 3 module.

.
574091a
Package: python3-mrcz
Description-md5: 5309ed4fcc0333012859c396dc8f92ad
Description-en: MRCZ meta-compressed image file-format library
 MRCZ is a highly optimized compressed version of the popular electron
 microscopy MRC image format.  It uses the Blosc meta-compressor
 library as a backend.  It can use a number of high-performance
 loseless compression codecs such as 'lz4' and 'zstd', it can apply
 bit-shuffling filters, and operates compression in a blocked and
 multi-threaded way to take advantage of modern multi-core CPUs.

.
555492a
Package: python3-aioharmanluxury
Description-md5: 00029624398cc31a400176eb1c849ed8
Description-en: async client for Harman Luxury Audio network streamers
 This library communicates with Harman Luxury Audio network streamers on the
 local network through the device JSON API exposed under https://<host>/api.
 .
 It can read device information such as model and configured name, and can
 query live player state including playback status, track metadata, active
 source capabilities, mute state, volume, and online or standby indication. It
 can send supported commands for volume, mute, and transport controls such as
 play, pause, next, and previous, subject to what the active source allows.
 .
 Supported devices are streamers based on the StreamUnlimited StreamSDK
 platform, including Arcam Radia ST5 and ST60 units, and related JBL and Mark
 Levinson streamers. The library talks directly to the streamer over HTTPS on
 the local network; these devices commonly use a self-signed certificate and
 expose an unauthenticated local API.
 .
 Power state is read-only on the known devices, so standby or online state can
 be observed but not changed through the API.

.
555444a
Package: python3-aiocentriconnect
Description-md5: acf16c6cd32e925d8e9f359437b466ab
Description-en: client for CentriConnect/MyPropane propane tank data
 This library talks to the CentriConnect/MyPropane API to retrieve information
 for a registered propane tank monitoring device.
 .
 It authenticates with the user ID, device ID, and device authorization code
 used by the service. The returned tank data includes fields such as the device
 name and the reported tank level percentage.

.
555366a
Package: python3-aio-wattwaechter
Description-md5: d7202fed98e45b97d43c1e22b14f5254
Description-en: async client for WattWächter smart meter devices
 This library provides an asynchronous interface to the HTTP API exposed by
 WattWächter smart meter devices. It communicates with a WattWächter device on
 the network to read live meter values, OBIS-coded measurements, total
 consumption, power readings, and stored history data.
 .
 The library can query device status and diagnostics, including connectivity,
 firmware information, Wi-Fi signal data, self-test results, logs, LED state,
 timezone data, and system settings. It also includes support for device
 authentication tokens, settings updates, reboot requests, OTA update checks
 and starts, MQTT certificate and status endpoints, Modbus TCP status, and
 cloud pairing or unpairing endpoints.

.
507028,507079d
410384,410393d
410088,410094d
373391,373418d
372719,372728d
372080,372085d
364336,364342d
359344,359356d
356048,356054d
345936,345954d
339804,339810d
336910,336922d
332495,332509d
332380,332423d
332278,332327d
315888,315918d
224308a
Package: libgtsam-dev
Description-md5: 3c5268c1ac9ee62ac965aac01256a22f
Description-en: Factor graphs for sensor fusion in robotics
 GTSAM is a C++ library that implements sensor fusion for robotics and computer
 vision applications, including SLAM (Simultaneous Localization and Mapping), VO
 (Visual Odometry), and SFM (Structure from Motion). It uses factor graphs and
 Bayes networks as the underlying computing paradigm rather than sparse matrices
 to optimize for the most probable configuration or an optimal plan. Coupled
 with a capable sensor front-end (not provided here), GTSAM powers many
 impressive autonomous systems, in both academia and industry.
 .
 Development files

Package: libgtsam-doc
Description-md5: 85d8ffa54a6c50013303a6874e3771dc
Description-en: Factor graphs for sensor fusion in robotics
 GTSAM is a C++ library that implements sensor fusion for robotics and computer
 vision applications, including SLAM (Simultaneous Localization and Mapping), VO
 (Visual Odometry), and SFM (Structure from Motion). It uses factor graphs and
 Bayes networks as the underlying computing paradigm rather than sparse matrices
 to optimize for the most probable configuration or an optimal plan. Coupled
 with a capable sensor front-end (not provided here), GTSAM powers many
 impressive autonomous systems, in both academia and industry.
 .
 Documentation

Package: libgtsam4
Description-md5: 65b87756940d8ce134a9dff916ba336b
Description-en: Factor graphs for sensor fusion in robotics
 GTSAM is a C++ library that implements sensor fusion for robotics and computer
 vision applications, including SLAM (Simultaneous Localization and Mapping), VO
 (Visual Odometry), and SFM (Structure from Motion). It uses factor graphs and
 Bayes networks as the underlying computing paradigm rather than sparse matrices
 to optimize for the most probable configuration or an optimal plan. Coupled
 with a capable sensor front-end (not provided here), GTSAM powers many
 impressive autonomous systems, in both academia and industry.

Package: python3-gtsam
Description-md5: 882de37f131c632039c3e9e1520750bd
Description-en: Factor graphs for sensor fusion in robotics
 GTSAM is a C++ library that implements sensor fusion for robotics and computer
 vision applications, including SLAM (Simultaneous Localization and Mapping), VO
 (Visual Odometry), and SFM (Structure from Motion). It uses factor graphs and
 Bayes networks as the underlying computing paradigm rather than sparse matrices
 to optimize for the most probable configuration or an optimal plan. Coupled
 with a capable sensor front-end (not provided here), GTSAM powers many
 impressive autonomous systems, in both academia and industry.
 .
 Python library

.
191838a
 .
 This package contains the Go library.
.
191834c
Description-md5: f838d2f8b5d6c6faa5d2eca298af4a77
.
185850a
Package: golang-filippo-mldsa-dev
Description-md5: 10d37214fd4699c64b3c54fda34c0529
Description-en: implements the crypto/mldsa proposed API (library)
 This package implements the crypto/mldsa proposed API:
 https://go.dev/issue/77626
 .
 Its API may change, and eventually this package will become a wrapper
 around the final API in the standard library.
 .
 The actual implementation is merged from the internal upstream package
 crypto/internal/fips140/mldsa, with very few changes (visible in the
 merge commits in the git history).

.
22513,22521d
15139,15238d
