PDFTron.NETCore.Windows.x64 by: Apryse Software Inc.

[PDF Reader. PDF Control. PDF Component] Apryse SDK is the ultimate PDF toolkit. This package is for Windows .NET 64bit applications. For other Nuget packages see here: https://www.pdftron.com/kb_nuget_packages With Apryse components you can build reliable & speedy applications that can view, create, print, edit, and annotate PDFs ... across operating systems. Developers use Apryse SDK to read, write, and edit PDF documents compatible with all published versions of PDF specification (including the latest ISO32000). The extensive PDF library API supports most common use-case scenarios such as: * PDF Viewing & Collaboration * PDF Rasterization * PDF Printing * PDF Form filling and flattening * PDF Split & Merge * PDF Stamping * Dynamic PDF generation (e.g. FlowDocument & Xaml to PDF) * PDF Text extraction and indexing * PDF Packages * PDF Layers (OCGs) * PDF Editing * PDF Encryption * Manipulate PDF bookmarks, links, and annotations. * PDF Optimization * PDF conversion to XML, HTML, XPS, SVG, TIF, etc. * PDF/A Validation and Conversion * PDF Redaction * PDF Conversion from XPS, MS Office, HTML, XAML, TXT, TIFF etc. * HTML to PDF Conversion

Pipelines.Sockets.Unofficial by: Pipelines.Sockets.Unofficial

Package Description

Polly by: Michael Wolfenden, App vNext

Polly is a library that allows developers to express resilience and transient fault handling policies such as Retry, Circuit Breaker, Timeout, Bulkhead Isolation, and Fallback in a fluent and thread-safe manner.

Polly.Core by: Michael Wolfenden, App vNext

Polly.Core is a .NET resilience and transient-fault-handling library that allows developers to express resilience strategies such as Retry, Circuit Breaker, Hedging, Timeout, Chaos and Fallback in a fluent and thread-safe manner.

Polly.Extensions by: Michael Wolfenden, App vNext

Polly.Extensions adds support for dependency injection and telemetry for the Polly.Core library.

Polly.RateLimiting by: Michael Wolfenden, App vNext

Polly.RateLimiting is a .NET resilience and transient-fault-handling library that allows developers to express resilience strategies using a Rate Limiter in a fluent and thread-safe manner.

Portable.BouncyCastle by: Claire Novotny

BouncyCastle portable version with support for .NET 4, .NET Standard 2.0

Prism.Container.Abstractions by: Brian Lagunas, Dan Siegel

This package provides the core Dependency Injection Container abstractions that the Prism Library depends on for all WPF, Xamarin.Forms, .NET MAUI, and Uno Platform applications.

Px.Dcat by: Px.Dcat

Generate XML-document following Dcat-ap-se standard for CNMM and PX databases

PXWeb.SavedQuery.MsSql by: PXWeb.SavedQuery.MsSql

A data accessor library for SQL Server

PXWeb.SavedQuery.Oracle by: PXWeb.SavedQuery.Oracle

A data accessor library for Oracle

Quartz by: Marko Lahma, Quartz.NET

Quartz Scheduling Framework for .NET

Quartz.AspNetCore by: Lewis Zou, Marko Lahma, Quartz.NET

Quartz.NET ASP.NET Core integration; Quartz Scheduling Framework for .NET

Quartz.Extensions.DependencyInjection by: Facundo Glaeser, Marko Lahma, Quartz.NET

Quartz.NET Microsoft.Extensions.DependencyInjection integration; Quartz Scheduling Framework for .NET

Quartz.Extensions.Hosting by: Andrew Lock, Marko Lahma, Quartz.NET

Quartz.NET Generic Host integration; Quartz Scheduling Framework for .NET

Quartz.Serialization.SystemTextJson by: Marko Lahma, Quartz.NET

Quartz.NET System.Text.Json Serialization Support; Quartz Scheduling Framework for .NET

QuickChart by: Ian Webster

Client library for the QuickChart Chart API, used to generate chart images.

RabbitMQ.Client by: Broadcom

The RabbitMQ .NET client is the official client library for C# (and, implicitly, other .NET languages)

RabbitMQ.Client.Core.DependencyInjection by: RabbitMQ.Client.Core.DependencyInjection

A RabbitMQ.Client wrapper that provides easy, managed, injectable (via standard dependency injection) message queue consume and publish operations.

RBush by: viceroypenguin

Spatial Index data structure; used to make it easier to find data points on a two dimensional plane.