- Add a link to PDF with an external destination
- Add a link with an internal destination to PDF
- Add a note to PDF
- Add barcodes to PDF
- Add bookmarks to PDF
- Add footer to PDF
- Add simple html text to PDF
- Add hyperlink to PDF
- Add Long Term Validation (LTV) data to an existing signature
- Add multiline text to a PDF document
- Add a rubber stamp annotation with a custom icon
- Add single-line text to PDF
- Add Stamp to PDF
- Add tags to existing PDF
- Add text field to PDF
- Add a Diagonal Watermark to PDF in C# - TallComponents - PDF Library
- pdfkit5 - detailed changes to the API - Tall Components
- Append two or more existing PDF files
- Change the color inside a PDF
- Change the formatting of a numeric field
- Change page orientation PDF
- Clip PDF page content in C#
- .NET Core console app on MacOS
- Convert PDF to plain text
- Convert SVG to PDF
- Create a text annotation in PDF with rich text
- Create formfields in PDF documents
- Create a new digitally signed PDF document
- Create rectangles with rounded corners
- Create tagged PDF
- Create text with decorations
- How to create a tiling for shapes in PDF
- Crop content on a PDF page
- Determine the content bounding box
- Determine if a PDF only contains images
- Digitally sign a PDF form in C# or VB.NET
- Disable submit button after submitting
- How to downscale all images in a PDF
- Download and convert image to PDF
- How to downscale all images in a PDF
- Vector graphics in PDF
- Fill XFA form and export XDP data
- Fill and save dynamic XFA form
- Merge XDP data with dynamic XFA form
- Dynamic XFA
- How to embed files in a PDF document
- Embed TrueType font in PDF
- EMF to PDF as vector image
- Export FDF from PDF form
- Extract embedded files from PDF
- Extract glyph boxes from PDF
- Extract glyphs and sort by reading order
- Extract graphics from PDF
- Extract images from PDF
- Fill in a template PDF document
- Fill PDF form
- Fit image to PDF page
- Flatten Markup Annotation
- Flatten PDF form
- How to generate and export certificates
- How do I extract page destinations from bookmarks?
- Highlight fields in PDF
- How to add autosized text to PDF
- How to sign and verify updates to a PDF document
- Import FDF into PDF
- Licensing and .NET Standard
- Merge PDF files in C# .NET
- How to mirror PDF pages and other shapes
- Layout text with MultilineTextShape
- pdfkit5 and .NET Core
- pdfkit5 .NET Standard API
- Read and write meta data from PDF
- Read PDF tags
- How to reduce PDF file size
- Reduce PDF size
- Remove graphics from PDF
- Remove PDF security settings
- Replace field with image
- Resize PDF pages
- Rotate a PDF page
- How to scale content of PDF
- Search text in PDF
- PDF Viewer Preferences
- Create a custom signature handler to sign and verify PDF documents
- Split PDF pages in C# and VB.NET
- Tagged PDF
- TIFF to PDF C#
- Translate PDF page content
- Use multiple licenses
- Use TrueType font collections
- Write Document to HttpResponse
- Use pdfkit5 with a Xamarin.Forms app
- pdfkit5 and Xamarin
.NET Core console app on MacOS
Prerequisites
In this article we create step by step a simple .NET Core console application on MacOS. First, the .NET Core SDK must be installed from https://www.microsoft.com/net/learn/get-started/macos. The .NET Core SDK includes the latest release of the .NET Core framework, runtime and compiler tools.
Step 1. Create a new console app
The dotnet
application is the general driver for running .NET command-line commands. We use it throughtout the article to create, build and run our project. Its first argument indicates the .NET command one wants to execute. In the following we initialize a new console application project with the name pdfinfo
by executing the dotnet new
console -o pdfinfo
command. It creates a new directory in the current working directory called pdfinfo
and initializes it with the necessary files from the console
project template. After the initialization, it also performs a dotnet restore
step to ensure that all the NuGet dependencies are installed and ready to use.
$ dotnet new console -o pdfinfo
Getting ready...
The template "Console Application" was created successfully.
Processing post-creation actions...
Running 'dotnet restore' on pdfinfo/pdfinfo.csproj...
Restoring packages for /Users/frank/gitwork/pdfinfo/pdfinfo.csproj...
Generating MSBuild file /Users/frank/gitwork/pdfinfo/obj/pdfinfo.csproj.nuget.g.props.
Generating MSBuild file /Users/frank/gitwork/pdfinfo/obj/pdfinfo.csproj.nuget.g.targets.
Restore completed in 629.41 ms for /Users/frank/gitwork/pdfinfo/pdfinfo.csproj.
Step 2. Run the default app
The default console application project template is a simple application that prints Hello World!
to the console. To verify that the previous step was performed properly, type dotnet run
. You should see the following output:
$ dotnet run
Hello World!
Step 3. Add a reference to PDFKit.NET 5.0
You can add new NuGet references to the project by the dotnet add
command. Let’s add PDFKit5 to the project now from the NuGet repository:
$ dotnet add package TallComponents.PDFKit5
Step 4. Open PDF and display page count
In the pdfkit
directory there is one C# source code file, generated by the dotnet new
command, called Program.cs
. Let’s replace it to create a simple application that displays the number of pages of a given PDF. The application will simply create a FileStream instance and uses it to instantiate a PDFKit Document
class. The Document
class has a Pages
property that returns a collecion of pages, thus can be used to count them. The source code is as simple as follows:
using System;
using System.IO;
using TallComponents.PDF;
namespace pdfinfo
{
class Program
{
static void Main(string[] args)
{
using (FileStream file = new FileStream("DeveloperGuide.pdf", FileMode.Open, FileAccess.Read))
{
Document pdf = new Document(file);
Console.WriteLine($"pdf has {pdf.Pages.Count} pages");
}
}
}
}
Finally, running the application again, depeding of course on the actual PDF you used, you sould see something like this:
$ dotnet run
pdf has 49 pages