The Mega setup for Better Notes Starting...

Author: VR-Rathod

pages/About.md

@@ -46,8 +46,8 @@ noindex: true
 
   ---
 - ## Legal
-- [[privacy-policy|Privacy Policy]]
-- [[terms-of-service|Terms of Service]]
+- [[Privacy Policy]]
+- [[Terms of Service]] 
 
   ---
 

pages/Arrays.md

@@ -19,11 +19,12 @@ treeTitle: DSA - Linear Data Structures - Arrays
 	- ## Static vs Dynamic Arrays
 	  collapsed:: true
 		- ### Static Arrays
-		  A static array has a **fixed size** determined at the time of its creation. If you create an array of size 5, it can only hold 5 elements. If you need a 6th element, you are out of luck.
-		  *Example: Standard arrays in C, C++, and Java (e.g., `int arr[5];`).*
+			- A static array has a **fixed size** determined at the time of its creation. If you create an array of size 5, it can only hold 5 elements. If you need a 6th element, you are out of luck.
+			  *Example: Standard arrays in C, C++, and Java (e.g., `int arr[5];`).*
+		-
 		- ### Dynamic Arrays
-		  A dynamic array can **resize itself automatically** when it gets full. Under the hood, it is still a static array. When it reaches capacity, it creates a brand new, larger static array (usually double the size), copies all the old elements over, and then adds the new element.
-		  *Example: `list` in Python, `std::vector` in C++, `ArrayList` in Java, `Array` in JavaScript.*
+			- A dynamic array can **resize itself automatically** when it gets full. Under the hood, it is still a static array. When it reaches capacity, it creates a brand new, larger static array (usually double the size), copies all the old elements over, and then adds the new element.
+			  *Example: `list` in Python, `std::vector` in C++, `ArrayList` in Java, `Array` in JavaScript.*
 	-
 	- ## Memory Contiguity & Cache Locality
 	  collapsed:: true

pages/Complexity Analysis.md

@@ -877,7 +877,7 @@ enableToc: true
 		-
 		- **The infrastructure being monitored** — [[Infrastructure as Code IaC]] provisions the Prometheus servers, ELK clusters, and Grafana instances that your monitoring stack runs on. Good IaC includes the entire observability stack as code, not just the application infrastructure.
 		-
-		- **Architecture-level observability decisions** — [[System Design]] covers the four-nines availability targets, CAP theorem tradeoffs, and caching strategies that SLIs and SLOs are designed to measure. [[System Design - Scalability & CAP]] explains why your error budget math looks the way it does. [[System Design - Microservices]] covers circuit breakers and health checks — the patterns that make your service-level metrics meaningful.
+		- **Architecture-level observability decisions** — [[System Design]] covers the four-nines availability targets, CAP theorem tradeoffs, and caching strategies that SLIs and SLOs are designed to measure. [[System Design Scalability & CAP]] explains why your error budget math looks the way it does. [[System Design Microservices]] covers circuit breakers and health checks — the patterns that make your service-level metrics meaningful.
 		-
 		- **Automating your monitoring operations** — [[Automation]] covers how to script alert response, auto-generate runbooks, and build self-healing systems. [[kestra]] handles the multi-step workflows triggered by alerts: auto-scaling, rolling restarts, incident ticket creation, and Slack notifications — all in YAML with full retry and error handling.
 		-

pages/Continuous Monitoring & Logging.md

@@ -1,20 +1,17 @@
----
-treeTitle: Game Development - Engines - Unreal C++
----
-
-
 ---
 seoTitle: C++ for Unreal Engine – Complete UE5 C++ Scripting Reference
 description: "Complete C++ for Unreal Engine 5 reference covering UObject system, UPROPERTY/UFUNCTION macros, gameplay framework, GAS, networking, async, memory management, and advanced patterns."
 keywords: "C++ Unreal Engine, UE5 C++, UObject, UPROPERTY, UFUNCTION, UCLASS, Unreal C++ scripting, gameplay framework, GAS, networking replication, Unreal macros, Unreal memory, TArray, TMap, cpp unreal guide, VR-Rathod, Code-Note, code note vr, vr book"
 displayTitle: C++ for Unreal Engine
+treeTitle: Game Development - Engines - Unreal C++
 ---
 
 - # Introduction
   collapsed:: true
 	- This page covers **Unreal Engine-specific C++ patterns** — the UObject system, reflection macros, engine APIs, and idioms that differ from standard C++.
 	- For the full C++ language reference (STL, templates, smart pointers, move semantics, etc.) see [[Cpp]].
 	- For the full Unreal Engine reference (editor, Blueprints, Nanite, Lumen, AI, networking, etc.) see [[Unreal Engine]].
+-
 - # UObject System & Reflection
   collapsed:: true
 	- ## Why UObject?
@@ -251,6 +248,7 @@ displayTitle: C++ for Unreal Engine
 		  // Get string name
 		  FString StateName = UEnum::GetValueAsString(State); // "ECharacterState::Idle"
 		  ```
+-
 - # Unreal Container Types
   collapsed:: true
 	- ## TArray — Dynamic Array
@@ -410,6 +408,7 @@ displayTitle: C++ for Unreal Engine
 		  TUniquePtr<FMyData> Unique = MakeUnique<FMyData>();
 		  TUniquePtr<FMyData> Moved  = MoveTemp(Unique); // transfer ownership
 		  ```
+-
 - # Unreal String Types
   collapsed:: true
 	- ## FString, FName, FText
@@ -465,6 +464,7 @@ displayTitle: C++ for Unreal Engine
 		  // FName    — identifiers, asset/bone/socket names (fast compare)
 		  // FText    — player-facing text (localization support)
 		  ```
+-
 - # Memory Management & Garbage Collection
   collapsed:: true
 	- ## GC Rules
@@ -532,6 +532,7 @@ displayTitle: C++ for Unreal Engine
 		  TSoftClassPtr<AMyActor> SoftClass;
 		  TSubclassOf<AMyActor> LoadedClass = SoftClass.LoadSynchronous();
 		  ```
+-
 - # Actor & Component Lifecycle
   collapsed:: true
 	- ## Full Lifecycle
@@ -617,6 +618,7 @@ displayTitle: C++ for Unreal Engine
 		  AddTickPrerequisiteActor(OtherActor);
 		  AddTickPrerequisiteComponent(OtherComp);
 		  ```
+-
 - # Delegates & Events
   collapsed:: true
 	- ## Delegate Types
@@ -675,6 +677,7 @@ displayTitle: C++ for Unreal Engine
 		  OnDeath.RemoveDynamic(this, &AMyActor::HandleDeath);
 		  OnDeath.Broadcast(Killer);
 		  ```
+-
 - # Timers
   collapsed:: true
 	- ## FTimerManager
@@ -735,6 +738,7 @@ displayTitle: C++ for Unreal Engine
 		  GetWorldTimerManager().PauseTimer(SpawnTimer);
 		  GetWorldTimerManager().UnPauseTimer(SpawnTimer);
 		  ```
+-
 - # Async & Latent Actions
   collapsed:: true
 	- ## Async Tasks
@@ -814,6 +818,7 @@ displayTitle: C++ for Unreal Engine
 		      }
 		  }
 		  ```
+-
 - # Interfaces
   collapsed:: true
 	- ## UInterface
@@ -869,6 +874,7 @@ displayTitle: C++ for Unreal Engine
 		      }
 		  }
 		  ```
+-
 - # Subsystems
   collapsed:: true
 	- ## USubsystem Types
@@ -917,6 +923,7 @@ displayTitle: C++ for Unreal Engine
 		  // ULocalPlayerSubsystem — one per local player
 		  // UEngineSubsystem — one for the entire engine lifetime
 		  ```
+-
 - # Networking — Replication In Depth
   collapsed:: true
 	- ## Replication Setup
@@ -993,6 +1000,7 @@ displayTitle: C++ for Unreal Engine
 		      UGameplayStatics::PlaySoundAtLocation(GetWorld(), FireSound, Loc);
 		  }
 		  ```
+-
 - # Asset Management
   collapsed:: true
 	- ## Soft References & Async Loading
@@ -1050,6 +1058,7 @@ displayTitle: C++ for Unreal Engine
 		      TSoftObjectPtr<UTexture2D> Icon;
 		  };
 		  ```
+-
 - # Common Unreal C++ Patterns
   collapsed:: true
 	- ## Component Pattern
@@ -1246,6 +1255,7 @@ displayTitle: C++ for Unreal Engine
 		      if (CurrentState) CurrentState->Update(this, DeltaTime);
 		  }
 		  ```
+-
 - # Debugging & Logging
   collapsed:: true
 	- ## UE_LOG & Debug Helpers
@@ -1289,6 +1299,7 @@ displayTitle: C++ for Unreal Engine
 		  ensureMsgf(Value > 0, TEXT("Bad value: %f"), Value);
 		  verify(DoSomething());               // like check but evaluates in shipping
 		  ```
+-
 - # More Learn
 	- [[Cpp]] - Full C++ language reference (STL, templates, smart pointers, move semantics)
 	- [[Unreal Engine]] - Full Unreal Engine reference (editor, Blueprints, Nanite, Lumen, GAS, networking)

pages/Cpp for Unreal.md

@@ -3140,7 +3140,7 @@ displayTitle: C++
 	-
 	- [[Cpp REST SDK]] - Cross-platform RESTful web services and HTTP communication.
 	-
-	- [[POCO C++ Portable Components]] - HTTP, database, JSON/XML parsing for networked applications.
+	- [[POCO Cpp Portable Components]] - HTTP, database, JSON/XML parsing for networked applications.
 	-
 	- [[Google Test]] - Unit testing framework with mock objects and assertions.
 	-

pages/Cpp.md

@@ -74,7 +74,6 @@ treeTitle: DSA
 -
 - # Data Structures
 	- ## Linear Data Structures:
-	  collapsed:: true
 		- 1) [[Arrays]] - Contiguous memory structures covering static and dynamic arrays, multi-dimensional indexing, and amortized time analysis.
 		- 2) [[Linked Lists]] - Sequential data nodes covering singly, doubly, and circular configurations with insertion/deletion algorithms.
 		- 3) [[Stacks]] - LIFO (Last-In, First-Out) operations, execution call stacks, and monotonic stack patterns for range queries.

pages/DSA Algo & System Design.md

@@ -1433,7 +1433,7 @@ treeTitle: DevOps
 		-
 		- **When your pipelines need to orchestrate complex multi-step workflows** — [[Automation]] covers scripting patterns, task scheduling, and [[kestra]] which handles ETL pipelines, infrastructure automation jobs, and AI workflows that outgrow simple CI/CD.
 		-
-		- **The architecture DevOps serves** — [[System Design]] is the bigger picture: how to design the systems these pipelines deploy. [[System Design - Microservices]] shows the architecture that makes independent deployment so critical. [[System Design - Scalability & CAP]] explains why horizontal scaling (which IaC automates) exists.
+		- **The architecture DevOps serves** — [[System Design]] is the bigger picture: how to design the systems these pipelines deploy. [[System Design Microservices]] shows the architecture that makes independent deployment so critical. [[System Design Scalability & CAP]] explains why horizontal scaling (which IaC automates) exists.
 		-
 		- **Keeping your team in sync** — [[Jira]] tracks sprint work and incident tickets, integrates with every CI tool listed above, and is where action items from post-mortems land. [[Trello]] and [[Asana]] serve lighter planning needs. [[Azure DevOps]] is Microsoft's all-in-one: Boards, Repos, Pipelines, Artifacts, and Test Plans under one roof.
 	- ## Master Playlists YouTube

pages/DevOps.md

@@ -245,4 +245,4 @@ displayTitle: F#
 		-
 		- [F# Software Foundation](https://fsharp.org/)
 		- [F# for Fun and Profit (Incredibly comprehensive functional guide)](https://fsharpforfunandprofit.com/)
-		- [Microsoft F# Documentation Guides](https://docs.microsoft.com/en-us/dotnet/fsharp/)
+		- [Microsoft F# Documentation Guides](https://docs.microsoft.com/en-us/dotnet/fsharp/)