Merge branch 'master' of 'https://github.com/SourabhSaraswat-191939/grimoirelab-tutorial'

Merges #153
Closes #153

Author: sduenas

README.md

@@ -10,7 +10,7 @@ With the tools in the GrimoireLab toolset you can retrieve data, store it in dat
 
 ![](eclipse.png)
 
-Example dashboard produced with GrimoireLab: the [OPNFV Development Dashboard](http://opnfv.biterg.io)
+Example dashboard produced with GrimoireLab: the [CHAOSS Development Dashboard](https://chaoss.biterg.io)
 
 ## Quick overview
 

basics/components.md

@@ -12,15 +12,15 @@ Most of the components in GrimoireLab are written in Python, and provide Python
 
 The main components of GrimoireLab are:
 
-* **Perceval**. Includes components for retrieving data from data sources. All components provide an uniform API for accessing their data sources, based on Python generators and data dictionaries (JSON documents). [Learn more about Perceval](/grimoirelab-tutorial/perceval/intro.md).
-* **Graal**. leverages on the Git backend of Perceval and enhances it to set up ad-hoc source code analysis. It fetches the commits from a Git repository and provides a mechanism to plug third-party tools/libraries focused on source code analysis. [Learn more about Graal](/grimoirelab-tutorial/graal/intro.md).
-* **KingArthur**. Organizes the data retrieval from large collections of repositories of different kinds, providing a uniform API to all of them, and to the different retrieval jobs running in any moment. [Learn more about KingArthur](/grimoirelab-tutorial/basics/scenarios.md#arthur-orchestrating-data-retrieval).
-* **GrimoireELK**. Collects data retrieved by Arthur, or directly by Perceval, and stores it in ElasticSearch indexes (raw indexes). It also organizes and transforms those raw indexes into other ElasticSearch indexes (enriched indexes), more suitable for visualization or reporting. [Learn more about GrimoireELK](/grimoirelab-tutorial/gelk/intro.md).
-* **SortingHat**. Manages identities for persons, including capabilities for merging the many identities corresponding to the same person, and other data related to them (such as affiliation to companies). [Learn more about SortingHat](/grimoirelab-tutorial/sortinghat/data.md).
+* **Perceval**. Includes components for retrieving data from data sources. All components provide an uniform API for accessing their data sources, based on Python generators and data dictionaries (JSON documents). [Learn more about Perceval](/grimoirelab-tutorial/perceval/intro.html).
+* **Graal**. leverages on the Git backend of Perceval and enhances it to set up ad-hoc source code analysis. It fetches the commits from a Git repository and provides a mechanism to plug third-party tools/libraries focused on source code analysis. [Learn more about Graal](/grimoirelab-tutorial/graal/intro.html).
+* **KingArthur**. Organizes the data retrieval from large collections of repositories of different kinds, providing a uniform API to all of them, and to the different retrieval jobs running in any moment. [Learn more about KingArthur](/grimoirelab-tutorial/basics/scenarios.html#arthur-orchestrating-data-retrieval).
+* **GrimoireELK**. Collects data retrieved by Arthur, or directly by Perceval, and stores it in ElasticSearch indexes (raw indexes). It also organizes and transforms those raw indexes into other ElasticSearch indexes (enriched indexes), more suitable for visualization or reporting. [Learn more about GrimoireELK](/grimoirelab-tutorial/gelk/intro.html).
+* **SortingHat**. Manages identities for persons, including capabilities for merging the many identities corresponding to the same person, and other data related to them (such as affiliation to companies). [Learn more about SortingHat](/grimoirelab-tutorial/sortinghat/data.html).
 * **Kibiter**. Visualization platform. It is a soft fork of [Kibana](https://www.elastic.co/products/kibana), which allows for the construction of actionable dashboards to show the data in enriched indexes.
 * **Sigils**. Definition of Kibiter dashboards. They encode the panels, visualizations and other details needed to produce dashboards in Kibiter or Kibana.  [Learn more about Sigils](https://github.com/chaoss/grimoirelab-sigils).
-* **Manuscripts**. Production of PDF documents reporting on the main characteristics of a project. [Learn more about Manuscripts](/grimoirelab-tutorial/manuscripts/first.md).
-* **Mordred**. Manages the configuration of all the components needed to produce a dashboard, automating its production. [Learn more about Mordred](/grimoirelab-tutorial/basics/scenarios.md).
+* **Manuscripts**. Production of PDF documents reporting on the main characteristics of a project. [Learn more about Manuscripts](/grimoirelab-tutorial/manuscripts/first.html).
+* **Mordred**. Manages the configuration of all the components needed to produce a dashboard, automating its production. [Learn more about Mordred](/grimoirelab-tutorial/basics/scenarios.html).
 
 ![](figs/grimoirelab-all-complete.png)
 

tools-and-tips/html5-app-latest-activity.md

@@ -9,7 +9,7 @@ Let's build a simple HTML5 app showing the latest activity of a project or a set
 
 ### Deploying everything
 
-For demoing the application, you can first install the files for the HTML application, export them via a web server (so that the application can be loaded in a browser), and produce a JSON file with the latest events of your dashboard of choice. Let's assume we already have a deployed dashboard. We will get our latest events from it. If you don't have access to one of them, just use the data in [Producing Kibana dashboards](../../grimoireelk/producing_kibana_dashboards_with_grimoireelk.md).
+For demoing the application, you can first install the files for the HTML application, export them via a web server (so that the application can be loaded in a browser), and produce a JSON file with the latest events of your dashboard of choice. Let's assume we already have a deployed dashboard. We will get our latest events from it. If you don't have access to one of them, just use the data in [Producing Kibana dashboards](../gelk/intro.html).
 
 For deploying the HTML5 app, just copy `index.html`, `events.js`, and `events.css`, all in the [`scripts`](https://github.com/jgbarah/GrimoireLab-training/blob/master/tools-and-tips/scripts/) directory, to your directory of choice. Then, ensure that some web server is serving that directory. For example, you can launch a simple Python server from it:
 
@@ -80,7 +80,7 @@ Create a request to ElasticSearch using `elasticsearch-dsl`, specifying that you
 
 The rest is just parsing arguments and ancilliary code to have reasonable code. Easy, isn't it?
 
-The result is a JSON file wihcih specifies a a list of events, each encoded as an object (coming from the corresponding Python dictionary).
+The result is a JSON file which specifies a list of events, each encoded as an object (coming from the corresponding Python dictionary).
 
 ### HTML5 app