Changed folder to directory

content/en/ninja-workshops/10-advanced-otel/10-agent/1-initialtest.md

@@ -161,7 +161,7 @@ This file will allow us to test how the OpenTelemetry Collector processes and se
 
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-Next, Open a second terminal window and navigate to the `[WORKSHOP]/1-agent` folder. In this new terminal (used for running `Tests`), execute the following command to send a **span** to test your setup:
+Next, Open a second terminal window and navigate to the `[WORKSHOP]/1-agent` directory. In this new terminal (used for running `Tests`), execute the following command to send a **span** to test your setup:
 
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content/en/ninja-workshops/10-advanced-otel/40-filelog/1-agent-filelog.md

@@ -6,7 +6,7 @@ weight: 1
 
 ### Update the agent configuration
 
-Check that you are in the `[WORKSHOP]/3-filelog` folder.  Open the `agent.yaml` copied across earlier and in your editor and add the `filelog` receiver to the `agent.yaml`.
+Check that you are in the `[WORKSHOP]/3-filelog` directory.  Open the `agent.yaml` copied across earlier and in your editor and add the `filelog` receiver to the `agent.yaml`.
 
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@@ -41,9 +41,9 @@ Validate the agent configuration using **[otelbin.io](https://www.otelbin.io/)**
 
 ## Test the Filelog receiver
 
-Find your `gateway` terminal window, navigate to the `[WORKSHOP]/3-filelog` folder, start the `gateway` collector and wait until it is ready to receive data.
+Find your `gateway` terminal window, navigate to the `[WORKSHOP]/3-filelog` directory, start the `gateway` collector and wait until it is ready to receive data.
 
-Next, to test the Filelog Receiver, find your `agent` terminal window, navigate to the `[WORKSHOP]/3-filelog` folder and start the agent.
+Next, to test the Filelog Receiver, find your `agent` terminal window, navigate to the `[WORKSHOP]/3-filelog` directory and start the agent.
 
 The agent should start to send **CPU** metrics again as before and both the agent and the gateway should reflect that in their debug output like this:
 

content/en/ninja-workshops/10-advanced-otel/50-gateway/1-gateway-test.md

@@ -6,7 +6,7 @@ weight: 1
 
 ## Test Gateway
 
-Open a 3rd terminal window, this one will be used to run the `gateway` and navigate to the`[WORKSHOP]/2-gateway` folder and run the following command to test the gateway configuration:
+Open a 3rd terminal window, this one will be used to run the `gateway` and navigate to the`[WORKSHOP]/2-gateway` directory and run the following command to test the gateway configuration:
 
 ```text
 ../otelcol --config=gateway.yaml
@@ -24,7 +24,7 @@ If everything is set up correctly, the first and last lines of the output should
 
 ### Update agent configuration
 
-Select your `agent` terminal window, and also navigate to the `[WORKSHOP]/2-gateway` folder.  
+Select your `agent` terminal window, and also navigate to the `[WORKSHOP]/2-gateway` directory.  
 Open the `agent.yaml` we copied earlier in your editor, and configure a `otlphttp` exporter by replacing the existing `file` one. (this is now the preferred exporter for Splunk Observability Cloud):
 
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content/en/ninja-workshops/10-advanced-otel/50-gateway/2-test-agent-gateway.md

@@ -112,9 +112,9 @@ Open the `gateway-metrics.out` file. It should contain CPU metrics, including de
 
 Next, make sure both the gateway and the agent are still running in their respective terminals.
 
-Find your `test` terminal window, and also navigate to the `[WORKSHOP]/2-gateway` folder.
+Find your `test` terminal window, and also navigate to the `[WORKSHOP]/2-gateway` directory.
 
-Check that you have copied the `trace.json` to the `2-gateway` folder then run the following `curl` command to send a trace: (Both the `agent` and the `gateway` should show the Debug output from the second tab)
+Check that you have copied the `trace.json` to the `2-gateway` directory then run the following `curl` command to send a trace: (Both the `agent` and the `gateway` should show the Debug output from the second tab)
 
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content/en/ninja-workshops/10-advanced-otel/60-resilience/1-test-resilience.md

@@ -11,17 +11,17 @@ In this section we are going to simulate an outage on the network between the `a
 {{% notice title="Exercise" style="green" icon="running" %}}
 
 **Run the Gateway**:
-Find your `Gateway` terminal window, and navigate to the `[WORKSHOP]/4-resilience` folder and restart the gateway.
+Find your `Gateway` terminal window, and navigate to the `[WORKSHOP]/4-resilience` directory and restart the gateway.
 
 It should start up normally and state : `Everything is ready. Begin running and processing data.`
 
 **Run the Agent**:
-Find your `Agent` terminal window and navigate to the `[WORKSHOP]/4-resilience` folder and restart the agent with the resilience configurations specified in the YAML file.
+Find your `Agent` terminal window and navigate to the `[WORKSHOP]/4-resilience` directory and restart the agent with the resilience configurations specified in the YAML file.
 
 It should also start up normally and state : `Everything is ready. Begin running and processing data.`
 
 **Send a Test Trace**:  
-Find your `Test` terminal window and navigate to the `[WORKSHOP]/4-resilience` folder. From there, send a test trace to confirm that communication is functioning as expected.
+Find your `Test` terminal window and navigate to the `[WORKSHOP]/4-resilience` directory. From there, send a test trace to confirm that communication is functioning as expected.
 
 Both the agent and gateway should display debug information, including the trace you just sent. Additionally, the gateway should generate a new `./gateway-traces.out` file.
 

content/en/ninja-workshops/10-advanced-otel/60-resilience/_index.md

@@ -45,8 +45,8 @@ Our first task is to implement **checkpointing** using the `file_storage` extens
 
 ```yaml
   file_storage/checkpoint:      # Extension Type/Name
-    # Defines the folder where checkpoint files will be stored
-    directory: "./checkpoint-folder"   
+    # Defines the directory where checkpoint files will be stored
+    directory: "./checkpoint-dir"
     # Ensures that the directory is created if not exist 
     create_directory: true  
     # Specifies timeout for file operations for checkpointing
@@ -56,7 +56,7 @@ Our first task is to implement **checkpointing** using the `file_storage` extens
       # Controls if compaction process begins at OpenTelemetry Collector startup               
       on_start: true   
       # Specifies the directory used for compaction (as a midstep)        
-      directory: "./checkpoint-folder/tmp"
+      directory: "./checkpoint-dir/tmp"
       # Size limit for checkpoint transactions before compaction occurs
       max_transaction_size: 65536        
 ```

content/en/ninja-workshops/10-advanced-otel/70-dropping-spans/_index.md

@@ -123,7 +123,7 @@ Copy the following JSON and save to a file called `health.json` in the `5-droppi
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-Ensure that both the `agent` and `gateway` are started from the `[WORKSHOP]/5-dropping-spans` folder using their respective configuration.yaml files. Next, update and use the **cURL** command we used earlier to send the `health.json` payload.
+Ensure that both the `agent` and `gateway` are started from the `[WORKSHOP]/5-dropping-spans` directory using their respective configuration.yaml files. Next, update and use the **cURL** command we used earlier to send the `health.json` payload.
 
 Once the `span` payload is sent, the agent will process it, which you can confirm by checking the agent’s debug output to see the span data. The `agent` will then forward the span to the `gateway`. However, because the `gateway` is configured with a filter to drop spans named `"/_healthz"`, the span will be discarded and not processed further.
 

content/en/ninja-workshops/10-advanced-otel/80-sensitive-data/_index.md

@@ -240,7 +240,7 @@ Validate the agent configuration using **[otelbin.io](https://www.otelbin.io/)**
 
 ### Step 2: Verify the Redaction
 
-Ensure that the `agent` is started the `[WORKSHOP]/6-sensitive-data` folder using the correct agent configuration yaml. Next, update and use the **cURL** command we used earlier to send the `health.json` payload, and send the `trace.json` data created above.
+Ensure that the `agent` is started the `[WORKSHOP]/6-sensitive-data` directory using the correct agent configuration yaml. Next, update and use the **cURL** command we used earlier to send the `health.json` payload, and send the `trace.json` data created above.
 
 After the collector processes the data, verify that:
 

content/en/ninja-workshops/10-advanced-otel/95-routing/8-1-routing-test.md

@@ -11,11 +11,11 @@ In this section, we will test the `routing` rule configured for the `gateway`. T
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 - **Run the Gateway**:
-Find your `Gateway` terminal window, and navigate to the `[WORKSHOP]/8-routing` folder and restart the gateway with the routing configurations specified in the gateway.yaml.  
+Find your `Gateway` terminal window, and navigate to the `[WORKSHOP]/8-routing` directory and restart the gateway with the routing configurations specified in the gateway.yaml.  
 It should start up normally and state : `Everything is ready. Begin running and processing data.`
 
 - **Run the Agent**:
-Find your `Agent` terminal window and navigate to the `[WORKSHOP]/8-routing` folder and restart the agent with the regular `agent.yaml`.  
+Find your `Agent` terminal window and navigate to the `[WORKSHOP]/8-routing` directory and restart the agent with the regular `agent.yaml`.  
 It should also start up normally and state : `Everything is ready. Begin running and processing data.`
 
 - **Create a trace for different Environments**

content/en/ninja-workshops/10-advanced-otel/95-routing/_index.md

@@ -11,7 +11,7 @@ For example, you might want to send *production* data to one exporter while dire
 
 ### Setup
 
-In the `[WORKSHOP]` directory create a new subdirectory called `8-routing`, then copy `*.yaml`, `*.json` and your `log-gen` script from the `7-transform-data` folder.
+In the `[WORKSHOP]` directory create a new subdirectory called `8-routing`, then copy `*.yaml`, `*.json` and your `log-gen` script from the `7-transform-data` directory.
 
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content/en/ninja-workshops/10-advanced-otel/master-agent.yaml

@@ -2,7 +2,7 @@ extensions:
   health_check:                   # Enables the health check extension
     endpoint: 0.0.0.0:13133
   file_storage/psq:      # Extension Type/Name
-    # Defines the folder where checkpoint files will be stored
+    # Defines the directory where checkpoint files will be stored
     directory: "./checkpoint-folder"   
     # Ensures that the directory is created if not exist 
     create_directory: true