changed lab numbers in fils

.gitpod.yml

@@ -3,7 +3,7 @@ tasks:
     before: |
       printf 'export PATH="$HOME%s:$PATH"\n' "/.astra/cli" >> $HOME/.bashrc
       printf 'unset JAVA_TOOL_OPTIONS\n' >> $HOME/.bashrc
-      curl https://katapod-file-store.s3.us-west-1.amazonaws.com/ds201/lab07-environment.tar.gz \
+      curl https://katapod-file-store.s3.us-west-1.amazonaws.com/ds201/lab06-environment.tar.gz \
         --output environment.tar.gz
       tar xf environment.tar.gz
       /workspace/ds201-lab06/apache-cassandra-4.1.0/bin/cassandra

README.md

@@ -10,4 +10,4 @@
 
 ## Start the hands-on lab:
 
-[![Open in KataPod](https://github.com/DataStax-Academy/katapod-shared-assets/blob/main/images/open-in-katapod.png)](https://gitpod.io/##https://github.com/drchung5/ds201-lab07/)
+[![Open in KataPod](https://github.com/DataStax-Academy/katapod-shared-assets/blob/main/images/open-in-katapod.png)](https://gitpod.io/##https://github.com/drchung5/ds201-lab06/)

step1.md

@@ -25,9 +25,9 @@
 In this exercise there is a two-node Cassandra cluster. The root directories for the nodes are: `./node1` and `./node2`. You are going to edit the configuration file (`cassandra.yaml`) for *node2*. You are going to assign an `initial_token` value of `-9223372036854775808`
 
 
-✅ Open `/workspace/ds201-lab07/node2/conf/cassandra.yaml` in a *nano* or the text editor of your choice.
+✅ Open `/workspace/ds201-lab06/node2/conf/cassandra.yaml` in a *nano* or the text editor of your choice.
 ```
-nano /workspace/ds201-lab07/node2/conf/cassandra.yaml
+nano /workspace/ds201-lab06/node2/conf/cassandra.yaml
 ```
 
 In the file find:

step2.md

@@ -25,7 +25,7 @@
 
 ✅ Start *node1*
 ```
-/workspace/ds201-lab07/node1/bin/cassandra
+/workspace/ds201-lab06/node1/bin/cassandra
 ```
 ---
 **Note:** You may see a `java.net.ConnectionError`, this is because this server is looking for a seed node but it is the first node in the cluster so there are none available. This is expected behavior.
@@ -37,27 +37,27 @@ Use `nodetool` to verify that node1 is running. (You may need to run this comman
 
 ✅ Verify that Cassandra is running.
 ```
-/workspace/ds201-lab07/node1/bin/nodetool status
+/workspace/ds201-lab06/node1/bin/nodetool status
 ```
 
 ✅ Once the first node is running, start the second node:
 ```
-/workspace/ds201-lab07/node2/bin/cassandra
+/workspace/ds201-lab06/node2/bin/cassandra
 ```
 
 Use `nodetool` to verify that both nodes are  running. (You may need to run this command multiple times.)
 
 ✅ Verify that Cassandra is running.
 ```
-/workspace/ds201-lab07/node1/bin/nodetool status
+/workspace/ds201-lab06/node1/bin/nodetool status
 ```
 
 * Both nodes should be *Up* and *Normal*.
 * The *Owns* shows 100% for both nodes because no (non-system) keyspaces have been created yet.
 
 
 
-<img src="https://katapod-file-store.s3.us-west-1.amazonaws.com/ds201/lab07-image01.png" />
+<img src="https://katapod-file-store.s3.us-west-1.amazonaws.com/ds201/lab06-image01.png" />
 
 <!-- NAVIGATION -->
 <div id="navigation-bottom" class="navigation-bottom">

step3.md

@@ -26,7 +26,7 @@ In this step you will recreate the tables from the prvious exercises. This time
 
 ✅ Run *cqlsh* to connect to the cluster:
 ```
-/workspace/ds201-lab07/node1/bin/cqlsh
+/workspace/ds201-lab06/node1/bin/cqlsh
 ```
 ---
 **Note:** You could run *cqlsh* from either the `node1` or `node2` directory. You could also specify to which server (by IP) it should connect. Since all Casandra nodes are peers, it doesn't matter where inthe cluster you connect.
@@ -48,7 +48,7 @@ CREATE TABLE videos (
 );
 
 COPY videos(id, added_date, title) 
-FROM '/workspace/ds201-lab07/data-files/videos.csv' 
+FROM '/workspace/ds201-lab06/data-files/videos.csv' 
 WITH HEADER=TRUE;
 
 CREATE TABLE videos_by_tag (
@@ -60,7 +60,7 @@ CREATE TABLE videos_by_tag (
   WITH CLUSTERING ORDER BY(added_date DESC, video_id ASC);
 
 COPY videos_by_tag(tag, video_id, added_date, title) 
-FROM '/workspace/ds201-lab07/data-files/videos-by-tag.csv' 
+FROM '/workspace/ds201-lab06/data-files/videos-by-tag.csv' 
 WITH HEADER=TRUE;
 ```
 

step4.md

@@ -41,7 +41,7 @@ exit
 
 ✅  Run the following command to refresh your memory as to which nodes own which token ranges.
 ```
-/workspace/ds201-lab07/node1/bin/nodetool ring
+/workspace/ds201-lab06/node1/bin/nodetool ring
 ```
 ✅  Execute the following commands to map the specific tags (`datastax` and `cassandra`) to endpoints/nodes.
 
@@ -52,14 +52,14 @@ exit
 
 
 ```
-/workspace/ds201-lab07/node1/bin/nodetool getendpoints killrvideo videos_by_tag 'datastax'
+/workspace/ds201-lab06/node1/bin/nodetool getendpoints killrvideo videos_by_tag 'datastax'
 
-/workspace/ds201-lab07/node1/bin/nodetool getendpoints killrvideo videos_by_tag 'cassandra'
+/workspace/ds201-lab06/node1/bin/nodetool getendpoints killrvideo videos_by_tag 'cassandra'
 ```
 
 ✅  Run `nodetool status` again to see the token range ownership percentages.
 ```
-/workspace/ds201-lab07/node1/bin/nodetool status
+/workspace/ds201-lab06/node1/bin/nodetool status
 ```
 
 **Question:** What do the *Owns* values mean?