updated to jekyll-theme-teddy v0.4.1

Gemfile

@@ -10,10 +10,11 @@ source "https://rubygems.org"
 # gem "jekyll", "~> 4.3.3"
 gem "github-pages", "~> 231", group: :jekyll_plugins
 # This is the default theme for new Jekyll sites. You may change this to anything you like.
-gem "jekyll-theme-teddy", "~> 0.3.0"
+gem "jekyll-theme-teddy", "~> 0.4.1"
 # If you have any plugins, put them here!
 group :jekyll_plugins do
   gem "jekyll-feed", "~> 0.12"
+  gem "jekyll-toc", "~> 0.19.0"
 end
 
 # Windows and JRuby does not include zoneinfo files, so bundle the tzinfo-data gem

Posts/24.01/dotnet-aot-compilation.md

@@ -1,30 +1,9 @@
 ---
 title:  ".NET AOT Compilation"
-layout: default
+layout: post
+toc: true
 ---
 
-# .NET AOT Compilation
-
-- [Intro](#intro)
-- [What is AOT Compilation](#what-is-aot-compilation)
-- [Pros and Cons of Having a Runtime](#pros-and-cons-of-having-a-runtime)
-- [Advantages of AOT Compilation](#advantages-of-aot-compilation)
-  - [Startup Time](#startup-time)
-  - [Interoperability](#interoperability)
-- [Availability](#availability)
-- [Limitations](#limitations)
-- [How To do AOT Compilation](#how-to-do-aot-compilation)
-  - [Set up The ASP.NET Web API (AOT) Template](#set-up-the-aspnet-web-api-aot-template)
-- [AOT Configurations](#aot-configurations)
-  - [Size or Speed](#size-or-speed)
-  - [Trimming](#trimming)
-    - [TrimmerRemoveSymbols](#trimmerremovesymbols)
-    - [DebuggerSupport](#debuggersupport)
-    - [UseNativeHttpHandler](#usenativehttphandler)
-    - [StackTraceSupport (.NET 8+)](#stacktracesupport-net-8)
-- [My Experience](#my-experience)
-- [Closing Notes](#closing-notes)
-
 ## Intro
 This Month i was interested in AOT Compilation in .NET. 
 It is a new way to compile your .NET project. 

Posts/24.02/jit-compilation.md

@@ -1,31 +1,9 @@
 ---
 title:  "JIT Compilation"
-layout: default
+layout: post
+toc: true
 ---
 
-# JIT Compilation
-
-- [Intro](#intro)
-- [What is JIT Compilation](#what-is-jit-compilation)
-- [History](#history)
-- [Bytecode](#bytecode)
-  - [.NET CIL](#net-cil)
-    - [.NET CIL Example](#net-cil-example)
-    - [Other Examples For Reference](#other-examples-for-reference)
-      - [Interacting With Classes](#interacting-with-classes)
-      - [Add Method](#add-method)
-    - [Common CIL Instructions](#common-cil-instructions)
-  - [Java Bytecode](#java-bytecode)
-    - [Java Bytecode Example](#java-bytecode-example)
-    - [Common Java Bytecode Instructions](#common-java-bytecode-instructions)
-  - [Differences Between CIL And Java Bytecode](#differences-between-cil-and-java-bytecode)
-- [.NET JIT Compiler](#net-jit-compiler)
-  - [Profile-Guided Optimization](#profile-guided-optimization)
-    - [Static PGO](#static-pgo)
-    - [Dynamic PGO](#dynamic-pgo)
-  - [C# -> CIL -> ASM](#c---cil---asm)
-- [Closing Notes](#closing-notes)
-
 ## Intro
 Last Month i wrote about ahead-of-time compilation. This Month i am writing about just-in-time compilation including a part about JIT bytecode. 
 

Posts/24.03/memory-management-in-csharp-and-dotnet.md

@@ -1,33 +1,9 @@
 ---
 title:  "Memory Management In C# and .NET"
-layout: default
+layout: post
+toc: true
 ---
 
-# Memory Management In C# and .NET
-
-- [Memory Safety](#memory-safety)
-  - [Memory Safety Overview](#memory-safety-overview)
-  - [How C# Handles Memory Safety](#how-c-handles-memory-safety)
-- [How .NET Manages Memory](#how-net-manages-memory)
-  - [Stack Memory](#stack-memory)
-  - [Heap Memory](#heap-memory)
-    - [Difference Server And Workstation Garbage Collector](#difference-server-and-workstation-garbage-collector)
-    - [Small Object Heap](#small-object-heap)
-    - [Large Object Heap](#large-object-heap)
-    - [Pinned Object Heap](#pinned-object-heap)
-      - [What Are Pinned Objects](#what-are-pinned-objects)
-    - [Frozen Object Heap / NonGC Heap](#frozen-object-heap--nongc-heap)
-  - [Memory space visualization](#memory-space-visualization)
-  - [Memory Analysis](#memory-analysis)
-    - [Stack allocation](#stack-allocation)
-    - [Heap allocation](#heap-allocation)
-      - [SOH](#soh)
-      - [LOH](#loh)
-      - [POH](#poh)
-      - [FOH](#foh)
-    - [Conclusion](#conclusion)
-- [Closing Notes](#closing-notes)
-
 ## Memory Safety
 C# is a memory safe language. That means it protects the programmer (at least to some extent) from causing memory bugs like:
 * Access errors: invalid read/write of a pointer\

Posts/24.04/new-solution-file-format.md

@@ -1,15 +1,9 @@
 ---
 title:  "New Solution File Format"
-layout: default
+layout: post
+toc: true
 ---
 
-# New Solution File Format
-
-- [Intro](#intro)
-- [Solution Files Are A Pain!](#solution-files-are-a-pain)
-- [Configurations](#configurations)
-- [Availability](#availability)
-
 ## Intro
 There is a very exciting change coming to .NET solution files which i am super excited about.  
 

Posts/24.04/parallel-programming-in-dotnet.md

@@ -1,40 +1,9 @@
 ---
 title:  "Parallel Programming In .NET"
-layout: default
+layout: post
+toc: true
 ---
 
-# Parallel Programming In .NET
-
-- [What is Parallel Programming](#what-is-parallel-programming)
-- [Task Parallel Library (TPL)](#task-parallel-library-tpl)
-  - [Tasks](#tasks)
-  - [Parallel Loops](#parallel-loops)
-- [PLINQ (Parallel LINQ)](#plinq-parallel-linq)
-- [Benchmarks](#benchmarks)
-  - [Results](#results)
-    - [Accuracy Of Results](#accuracy-of-results)
-    - [Parallel Loop Benchmarks](#parallel-loop-benchmarks)
-      - [Parallel Loop Set 1 (BCrypt and SHA512)](#parallel-loop-set-1-bcrypt-and-sha512)
-      - [Parallel Loop Set 2 (Hashes from System.Security.Cryptography)](#parallel-loop-set-2-hashes-from-systemsecuritycryptography)
-      - [Parallel Loop Set 3 (Comparison parallel loops)](#parallel-loop-set-3-comparison-parallel-loops)
-    - [PLINQ Benchmarks](#plinq-benchmarks)
-      - [PLINQ Set 1 (calculating Primes)](#plinq-set-1-calculating-primes)
-      - [PLINQ Set 2 (Hashes from System.Security.Cryptography)](#plinq-set-2-hashes-from-systemsecuritycryptography)
-      - [PLINQ Set 3 (cost of switching between LINQ and PLINQ)](#plinq-set-3-cost-of-switching-between-linq-and-plinq)
-  - [Benchmarking In The Cloud](#benchmarking-in-the-cloud)
-    - [Why Benchmark In The Cloud](#why-benchmark-in-the-cloud)
-    - [Running The Benchmarks](#running-the-benchmarks)
-    - [Selecting A Cloud Provider](#selecting-a-cloud-provider)
-      - [Google Cloud](#google-cloud)
-      - [Azure](#azure)
-      - [Amazon Web Services](#amazon-web-services)
-    - [Cloud Benchmarking Results](#cloud-benchmarking-results)
-      - [Cloud Benchmarking Set 1 (Hashes from System.Security.Cryptography)](#cloud-benchmarking-set-1-hashes-from-systemsecuritycryptography)
-      - [Cloud Benchmarking Set 2 (BCrypt)](#cloud-benchmarking-set-2-bcrypt)
-      - [Cloud Benchmarking Set 3 (Comparing different Loops)](#cloud-benchmarking-set-3-comparing-different-loops)
-    - [Cost Of Running The Benchmarks On AWS](#cost-of-running-the-benchmarks-on-aws)
-- [Closing Notes](#closing-notes)
-
 ## What is Parallel Programming
 Today even lower-end machines have multiple CPU threads. By making use of them we can drastically improve the performance of CPU bound tasks.
 Writing your code to take advantage of this is called parallel programming. 

Posts/24.05/the-state-of-cross-platform-dotnet-and-how-mono-is-still-relevant.md

@@ -1,23 +1,9 @@
 ---
 title:  "The State Of Cross-platform .NET And How Mono Is Still Relevant"
-layout: default
+layout: post
+toc: true
 ---
 
-# The State Of Cross-platform .NET And How Mono Is Still Relevant
-
-- [Intro](#intro)
-- [Terms](#terms)
-- [What Is Mono](#what-is-mono)
-  - [How Mono Came To Be](#how-mono-came-to-be)
-  - [Development Timeline](#development-timeline)
-  - [The State Of Mono](#the-state-of-mono)
-- [Mono AOT vs. NativeAOT](#mono-aot-vs-nativeaot)
-- [Mono In MAUI](#mono-in-maui)
-  - [MAUI On Android](#maui-on-android)
-  - [MAUI On IOS And Mac Catalyst](#maui-on-ios-and-mac-catalyst)
-- [Mono In Blazor](#mono-in-blazor)
-- [Closing Notes](#closing-notes)
-
 ## Intro
 Today it is easy to think that the .NET CoreCLR runs everywhere and has replaced Mono, but if that where true why does the architecture of MAUI look like this?
 

_config.yml

@@ -23,12 +23,18 @@ description: >- # this means to ignore newlines until "baseurl:"
   My dev blog where i mainly write about C# and .NET. 
 url: "https://teddy55.com" # the base hostname & protocol for your site, e.g. http://example.com
 
+# jekyll-theme-teddy config
+source_repository_url: "https://github.com/Teddy55Codes/Blog"
+source_repository_url_path_prefix: "blob/main"
+latest_post: "Posts/24.05/the-state-of-cross-platform-dotnet-and-how-mono-is-still-relevant"
+
 markdown: kramdown
 
 # Build settings
 theme: jekyll-theme-teddy
 plugins:
   - jekyll-feed
+  - jekyll-toc
 
 # Exclude from processing.
 # The following items will not be processed, by default.

index.md

@@ -1,10 +1,9 @@
 ---
-title: Home
-layout: default
+title: Teddy's Developer Blog
+subtitle: Monthly posts about C# and .NET
+layout: home
 ---
 
-
-# Developer Blog
 This is my developer blog where i write about topics that interest me at the moment.
 It usually follows a monthly cycle, but sometimes there are smaller extra posts.