Merge pull request #130 from ShashaankS/remove-ref-tags-under-meshery-designs

Fix: Removed the hyperlinks to the original images

Author: Namanv0509

content/learning-paths/98e16360-a366-4b78-8e0a-031da07fdacb/advanced-course/basics/content/storage/_index.md

@@ -94,8 +94,6 @@ CDN:
   src="cdn.js"
 >}}
 
-[sos-cdn-arch](sos-cdn-arch.png)
-
 ### Pre-signed Keys
 Pre-signed keys can be used to:
 

content/learning-paths/98e16360-a366-4b78-8e0a-031da07fdacb/advanced-course/basics/content/traffic/_index.md

@@ -31,7 +31,6 @@ Internal traffic is free!
   id="embedded-design-3b115389-7480-4ff2-a952-1543ba10b881"
   src="internal-traffic.js"
 >}}
-[traffic-internal](traffic-internal.png)
 
 ### Incoming Traffic
 Traffic coming from the internet is free.
@@ -40,7 +39,6 @@ Traffic coming from the internet is free.
   id="embedded-design-495c6d55-11ad-4c5b-887c-3ea573627569"
   src="incoming-traffic.js"
 >}}
-[traffic-incoming](traffic-incoming.png)
 
 ### Outgoing Traffic
 Traffic towards the Internet is billed. BUT, it comes with a free tier at Exoscale:
@@ -54,8 +52,6 @@ Traffic towards the Internet is billed. BUT, it comes with a free tier at Exosca
   src="outgoing-traffic.js"
 >}}
 
-[traffic-outgoing](traffic-outgoing.png)
-
 ### Example
 Two examples to illustrate the free tier and the billing aspects:
 

content/learning-paths/98e16360-a366-4b78-8e0a-031da07fdacb/advanced-course/networks/content/load-balancing/_index.md

@@ -27,8 +27,6 @@ Explained
   id="embedded-design-f7b18766-0a3a-4270-9d2f-0a72951c329b"
   src="nlb.js"
 >}}
-[nlb](nlb.png)
-
 
 ### Managed Elastic IP
 
@@ -45,7 +43,6 @@ NOTE: Cannot be used for outgoing traffic
   id="embedded-design-0d879683-6584-4f85-a50e-9d2eea160fbf"
   src="meip.js"
 >}}
-[meip](meip.png)
 
 
 ### Comparison - Network Load Balancer / Managed Elastic IP
@@ -114,13 +111,13 @@ Security Groups Examples
 - Allow 0.0.0.0/0 for port 443/tcp
 - Allow 90.80.60.0/24 for port 22/tcp *
 
-*) allow clients originating from the given subnet – e.g., company network - to connect to SSH; not on the diagram
+> allow clients originating from the given subnet – e.g., company network - to connect to SSH; not on the diagram
 
 ### Backend Security Group
 
 - Allow Security Group Frontend for port 8080/tcp
 - Allow Security Group Backend for port 8080/tcp *
 
-*) without this rule, backend instances cannot access each other on 8080
+> without this rule, backend instances cannot access each other on 8080
 
 ![SG-example2](SG-example2.png)

content/learning-paths/98e16360-a366-4b78-8e0a-031da07fdacb/cka-prep/content/creation/_index.md

@@ -32,8 +32,6 @@ multipass launch --name worker2 --memory 2G --cpus 2 --disk 10G
   src="embedded-design-meshery-learning-path-design-650.js"
 >}}
 
-[step-1](step-1.png)
-
 
 ## Cluster initialization
 ---
@@ -102,7 +100,6 @@ Several commands are returned at the end of the installation process, which you'
   id="embedded-design-092fffc5-fb59-4c28-88aa-3c6253f1fb5a"
   src="embedded-design-meshery-learning-path-design-649.js"
 >}}
-[step-2](step-2.png)
 
 ## Retrieving kubeconfig file
 ---
@@ -162,8 +159,6 @@ You now have cluster with 3 Nodes.
   id="embedded-design-3c00dfb2-6ae9-4427-84a2-969f21ee9f2e"
   src="embedded-design-meshery-learning-path-design-648.js"
 >}}
-[step-3](step-3.png)
-
 
 ## Status of the Nodes
 ---

content/learning-paths/98e16360-a366-4b78-8e0a-031da07fdacb/intro-dbaas/databases/content/history-of-db/_index.md

@@ -13,15 +13,13 @@ weight: 5
   id="embedded-design-9d7c887a-b3c2-4b62-bc24-0889918fbfff"
   src="embedded-design-exoscale-hist-1.js"
 >}}
-[history-part-1](history-part-1.png) 
 
 **Part 2** of the History of Database Evolution is about the influence of new technologies and the emergence of new players with new clever ideas (new database models). Today is all about combining, improving, optimizing, and automizing all available database models and their respective implementations (closed source and open source). The future is focused on driving business innovations with specialized database models specifically built/developed for business requirements.
 
 {{< meshery-design-embed
   id="embedded-design-8607ee73-6c66-488f-83b5-22469c78f4dd"
   src="embedded-design-exoscale-hist-2.js"
 >}}
-[history-part-2](history-part-2.png) 
 
 A glimpse of the future can be found in this excellent wired.com blog post infographic from approx. 2016 (The Future of the Database -- © wired.com). Unfortunately, the article is not available anymore, but the graphic survived on the internet. It gives an excellent summary of the past and predicts the future, as seen in 2016.
 

content/learning-paths/98e16360-a366-4b78-8e0a-031da07fdacb/intro-dbaas/databases/content/selection-of-db/_index.md

@@ -23,7 +23,6 @@ Due to the broad spectrum of database types, a different approach for selecting
   id="embedded-design-ef930c6a-f684-4195-8db5-a497e8bb85b0"
   src="embedded-design-exoscale-postgres.js"
 >}}
-[dbaas-pg](dbaas-pg.png)
 
 PostgreSQL is a popular open source relational database known for its variety of features. It supports both SQL and JSON querying. The database offers a high level of integrity, correctness, and reliability. Rich features like MVCC, point in time recovery and asynchronous replication are part of the PostgreSQL database. You find more details about this database here.
 
@@ -33,7 +32,6 @@ PostgreSQL is a popular open source relational database known for its variety of
   id="embedded-design-4bddfb99-1605-4c74-9dff-90b21d0008fc"
   src="embedded-design-exoscale-mysql.js"
 >}}
-[dbaas-mysql](dbaas-mysql.png)
 
 MySQL is the most widely used open source, object-relational database. It serves as a primary database for many known applications and is well known for its reliability and stability. MySQL has a very active developer community that continuously expand the MySQL functionalities. You find more details about this database here.
 
@@ -43,7 +41,6 @@ MySQL is the most widely used open source, object-relational database. It serves
   id="embedded-design-39b19f78-ab9c-49be-adde-b908d4ea528b"
   src="embedded-design-exoscale-kafka.js"
 >}}
-[dbaas-kafka](dbaas-kafka.png)
 
 Apache Kafka is a distributed, open source data source optimized for real-time processing of streaming data. The database enables low latency due to decoupled data streams, which makes it extremely high performing. Apache Kafka is highly scalable thanks to its distributed nature and makes it easily scalable. You find more details about this database here.
 
@@ -58,7 +55,6 @@ Redis™ is an open source, key-value data store used as database, cache or mess
   id="embedded-design-8e653cec-e677-4cfa-9891-5190cfb6d0c8"
   src="embedded-design-exoscale-opensearch.js"
 >}}
-[dbaasopensearch](dbaas-opensearch.png)
 
 OpenSearch is a community-driven, open source search and analytics suite derived from Apache 2.0 licensed Elasticsearch 7.10.2 & Kibana 7.10.2. It consists of a search engine daemon, OpenSearch, and a visualization and user interface, OpenSearch Dashboards. OpenSearch enables people to easily ingest, secure, search, aggregate, view, and analyze data. You find more details about this database here.
 
@@ -74,7 +70,6 @@ Is one database technology sufficient to provide the functionality, or is it a b
   id="embedded-design-8df52341-0ca7-43eb-a61a-b43fdaa0a40d"
   src="embedded-design-exoscale-scenario.js"
 >}}
-[scenario](scenario.png)
 
 Guidance is challenging to find, especially if you want to see the complete picture of available technology offers and not choosing a vendor first and then picking what is available in the portfolio.
 

content/learning-paths/98e16360-a366-4b78-8e0a-031da07fdacb/intro-dbaas/managed-databases/content/evolution/_index.md

@@ -22,7 +22,6 @@ The last question from the list above is essential in modern applications becaus
   id="embedded-design-8df52341-0ca7-43eb-a61a-b43fdaa0a40d"
   src="embedded-design-exoscale-scenario.js"
 >}}
-[scenario](scenario.png) 
 
 Looking back on the diagram of the example application shows that more and more data technologies are being utilized. So, sourcing different database technologies from a managed service provider is definitely not the final solution there. However, they are reducing complexity, increasing convenience for data service usage.
 

content/learning-paths/98e16360-a366-4b78-8e0a-031da07fdacb/intro-kubernetes/why-managed-kubernetes/content/managed-kubenetes/_index.md

@@ -9,12 +9,10 @@ weight: 1
 
 Suppose you don't have the time, the budget, and the human resources to master all the complexity of Kubernetes on your own. In that case, your best option is to select a managed alternative to benefit from the power of Kubernetes in your developer and infrastructure platforms.
 
-
 {{< meshery-design-embed
   id="embedded-design-a9022be8-42d1-47ad-b434-a42d2e6a2125"
   src="embedded-design-managed-kubernetes.js"
 >}}
-[managed-kubernetes.png](managed-kubernetes.png)
 
 A simple who is responsible for what and pain versus gain comparison from available solutions should paint a clear picture of the golden mean, which is managed Kubernetes for most newcomers to the topic at hand.