Fix URLs

Author: VR-Rathod

pages/AA Tree.md

@@ -588,7 +588,7 @@ treeTitle: DSA - Trees - AA Tree
 -
 - # Variations & Related
   collapsed:: true
-	- [[Binary Search Tree (BST)]] - The parent class of all ordered tree types.
+	- [[Binary Search Tree]] - The parent class of all ordered tree types.
 	- [[Segment Tree]] - Balanced interval querying structure.
 	- [[Splay Tree]] - A self-adjusting search tree that optimizes for recently queried elements.
 -

… (Adaptive Communicative Environment).md …CE Adaptive Communicative Environment.mdpages/ACE (Adaptive Communicative Environment).md renamed to pages/ACE Adaptive Communicative Environment.md pages/ACE (Adaptive Communicative Environment).md renamed to pages/ACE Adaptive Communicative Environment.md

@@ -20,7 +20,7 @@ treeTitle: DSA - String Algorithms - Aho Corasick Algorithm
 	-
 	- ## Why Aho-Corasick?
 	  collapsed:: true
-		- [[Knuth Morris Pratt Algorithm (KMP)]] searches for **one** pattern in a text.
+		- [[Knuth Morris Pratt Algorithm]] searches for **one** pattern in a text.
 		- [[Rabin-Karp Algorithm]] uses rolling hashes to search for multiple patterns, but can suffer from hash collisions and worst-case $O(N \cdot K)$ performance.
 		- **Aho-Corasick** provides guaranteed $O(N + M + Z)$ linear time regardless of pattern overlaps or text content.
 -
@@ -1126,7 +1126,7 @@ treeTitle: DSA - String Algorithms - Aho Corasick Algorithm
 		- The alphabet size is small or mid-size, keeping the memory allocation reasonable.
 	-
 	- ## ❌ Avoid Aho-Corasick When
-		- You only have a single pattern to search (use [[Knuth Morris Pratt Algorithm (KMP)]] or [[Linear Search]]/Boyer-Moore).
+		- You only have a single pattern to search (use [[Knuth Morris Pratt Algorithm]] or [[Linear Search]]/Boyer-Moore).
 		- Patterns are dynamic and change continuously (use Suffix Trees or Suffix Automata to allow dynamic adjustments).
 -
 - # Key Takeaways

pages/Aho Corasick Algorithm.md

@@ -123,4 +123,5 @@ treeTitle: DevOps - Continuous Delivery
 	- [[Continuous Integration]] — CI pipelines, linting, and automated testing
 	- [[DevOps]] — Overall cloud platforms, IaC tools, and logging
 	- [[Kubernetes]] — Native container orchestration, pods, and deployments
-	- [[System Design]] — Designing high-availability and fault-tolerant architectures
+	- [[System Design]] — Designing high-availability and fault-tolerant architectures
+-

pages/Binary Search Tree (BST).md pages/Binary Search Tree.mdpages/Binary Search Tree (BST).md renamed to pages/Binary Search Tree.md

@@ -136,4 +136,5 @@ treeTitle: DevOps - Continuous Integration
 	- [[Continuous Delivery]] — CD pipelines, rollbacks, and deployment patterns
 	- [[DevOps]] — Overall automation, cloud platforms, and monitoring
 	- [[QA and Testing]] — Comprehensive software testing methodologies
-	- [[Docker]] — Containerization and multi-stage image builds
+	- [[Docker]] — Containerization and multi-stage image builds
+-

pages/Continuous Delivery.md

@@ -3126,29 +3126,29 @@ displayTitle: C++
   id:: 673ac308-24d0-40b6-b0d7-a4b6cac5b79a
 	- [[Cpp for Unreal]] - Unreal-specific C++ patterns: UObject system, UPROPERTY/UFUNCTION macros, TArray/TMap, delegates, GC, networking replication.
 	-
-	- [[STL (Standard Template Library)]] - Vectors, maps, sets, algorithms, iterators — the backbone of every C++ program.
+	- [[Standard Template Library]] - Vectors, maps, sets, algorithms, iterators — the backbone of every C++ program.
 	-
 	- [[Boost]] - Peer-reviewed libraries extending C++: threading, filesystem, smart pointers, regex, and more.
 	-
 	- [[Qt]] - Cross-platform GUI framework with networking, database, and mobile support.
 	-
 	- [[OpenCV]] - Computer vision library for real-time image processing and object detection.
 	-
-	- [[SFML (Simple and Fast Multimedia Library)]] - Graphics, sound, and input for game development.
+	- [[Simple and Fast Multimedia Library]] - Graphics, sound, and input for game development.
 	-
 	- [[Eigen]] - Template library for linear algebra, matrices, and vectors — used in ML and scientific computing.
 	-
-	- [[Cpp REST SDK (cpprest)]] - Cross-platform RESTful web services and HTTP communication.
+	- [[Cpp REST SDK]] - Cross-platform RESTful web services and HTTP communication.
 	-
-	- [[POCO (C++ Portable Components)]] - HTTP, database, JSON/XML parsing for networked applications.
+	- [[POCO C++ Portable Components]] - HTTP, database, JSON/XML parsing for networked applications.
 	-
-	- [[Google Test (gtest)]] - Unit testing framework with mock objects and assertions.
+	- [[Google Test]] - Unit testing framework with mock objects and assertions.
 	-
-	- [[ACE (Adaptive Communicative Environment)]] - High-performance networked and real-time systems.
+	- [[ACE Adaptive Communicative Environment]] - High-performance networked and real-time systems.
 	-
-	- [[TBB (Threading Building Blocks)]] - Intel's parallel programming library for multi-core performance.
+	- [[Threading Building Blocks]] - Intel's parallel programming library for multi-core performance.
 	-
-	- [[SDL (Simple DirectMedia Layer)]] - Cross-platform multimedia: audio, graphics, input for games.
+	- [[Simple DirectMedia Layer]] - Cross-platform multimedia: audio, graphics, input for games.
 	-
 	- [[Catch2]] - Modern, header-only C++ testing framework — simpler than gtest.
 	-

pages/Continuous Integration.md

@@ -23,7 +23,7 @@ treeTitle: DSA - Trees - Crit bit Trees
 	-
 	- ## Why Crit-bit Trees?
 	  collapsed:: true
-		- A standard [[Trie (Prefix Tree)]] consumes substantial memory because each character requires a node.
+		- A standard [[Trie Prefix Tree]] consumes substantial memory because each character requires a node.
 		- Crit-bit trees require only $n-1$ internal nodes for $n$ keys, regardless of key lengths.
 		- Search requires only **a single full string comparison** at the leaf node, while intermediate node visits are simple bitwise checks.
 		- They maintain alphabetical ordering, allowing fast prefix matching and range queries.

pages/Cpp REST SDK (cpprest).md pages/Cpp REST SDK.mdpages/Cpp REST SDK (cpprest).md renamed to pages/Cpp REST SDK.md

@@ -289,7 +289,7 @@ treeTitle: DSA - OOP - DRY Principle
 	- Violations (WET code) create maintenance nightmares — N places to update, N chances to break.
 	- Apply via: **functions**, **classes**, **constants**, **inheritance**, **templates**, **configs**.
 	- Don't over-abstract — wait for 3+ occurrences (Rule of Three) before generalizing.
-	- Related principles: [[YAGNI Principle]], [[Single Responsibility Principle (SRP)]], [[Law of Demeter]]
+	- Related principles: [[YAGNI Principle]], [[Single Responsibility Principle SRP]], [[Law of Demeter]]
 - # More Learn
   collapsed:: true
 	- ## GitHub & Webs