NetApp · nichollri · Jul 31, 2026 · Jul 7, 2026 · Jul 13, 2026 · Jul 22, 2026
@@ -54,7 +54,6 @@ If you do create a new script, please consider contributing it back to this repo
 | [eda_project_config_create](eda_project_config_create) | This creates a new EDA project configuration. |
 | [eda_project_config_delete](eda_project_config_delete) | This deletes a EDA project configuration. |
 | [fsxn_credentials_set](fsxn_credentials_set) | This sets the credentials for a specified FSx for ONTAP file system. |
-| [get_latency_configuration](get_latency_configuration) | Get the latency configuration for the BlueXP account. |
 | [get_latency_metrics](get_latency_metrics) | Get the specific details of a latency event. |
 | [link_associate](link_associate) | This associates a Workload Factory Link with a specified FSx for ONTAP file system. |
 | [link_delete](link_delete) | This deletes a Workload Factory Link. |
@@ -68,9 +67,10 @@ If you do create a new script, please consider contributing it back to this repo
 | [list_cicd_clones](list_cicd_clones) | This lists all the clones that you have access to in the specified CI/CD project. |
 | [list_cicd_projects](list_cicd_projects) | This lists all the CI/CD projects that you have access to. |
 | [list_credentials](list_credentials) | This lists all the Workload Factory credentials that you have access to. |
+| [list_eda_latency_config](list_eda_latency_config) | Get the latency configuration for the BlueXP account. |
 | [list_eda_project_config](list_eda_project_config) | This lists the EDA project configuration. |
 | [list_filesystems](list_filesystems) | This lists all the FSx for ONTAP file systems that you have access to in the specified AWS region. |
-| [list_latency_events](list_latency_events) | This lists all the latnecy events associated with the BlueXP account. |
+| [list_eda_latency_events](list_eda_latency_events) | This lists all the latency events associated with the BlueXP account. |
 | [list_links](list_links) | This lists all the Workload Factory Links that you have access to. |
 | [list_snapmirrors](list_snapmirrors) | This lists all the SnapMirror relationships that are associated with the specified file system. |
 | [list_snapshots](list_snapshots) | This lists all the snapshots that are associated with the specified volumes. |

@@ -10,7 +10,7 @@
 ################################################################################
 usage () {
   cat 1>&2 <<EOF
-Usage: $(basename $0) -t REFRESH_TOKEN -a blueXP_BLUE_ACCOUNT_ID -c CREDENTIALS_ID -r aws_AWS_REGION -f FILESYSTEM_ID -C CONNECTOR_ID -w WORKSPACE_ID -s SECRET_NAME -u USERNAME -p PASSWORD [-P]
+Usage: $(basename $0) -t REFRESH_TOKEN -a blueXP_BLUE_ACCOUNT_ID -c CREDENTIALS_ID -r AWS_REGION -f FILESYSTEM_ID -C CONNECTOR_ID -w WORKSPACE_ID [-s SECRET_NAME] [-u USERNAME] [-p PASSWORD] [-P]
 
 Where: REFRESH_TOKEN - Is a refresh token used to obtain an access token needed
                        to run the Workload Factory APIs. You can obtain a refresh
@@ -19,15 +19,15 @@ Where: REFRESH_TOKEN - Is a refresh token used to obtain an access token needed
                            list of accounts you have access to
        CREDENTIALS_ID - is the Workload Factory credentials ID for the AWS account. Run
                         'list_credentials' to get a list of credentials you have access to
-       aws_AWS_REGION - is the AWS AWS_REGION where the FSx file systems are located
+       AWS_REGION - is the AWS AWS_REGION where the FSx file systems are located
        FILESYSTEM_ID - is the AWS file system ID of the FSx file system where the volume resides
        CONNECTOR_ID - The BlueXP connector ID. Run 'list_bluexp_connectors' to get a list
                       of connectors you have access to
        WORKSPACE_ID - The BlueXP workspace ID. Run 'list_bluexp_workspaces' to get a list of workspaces
                       you have access to.
-       SECRET_NAME - The name of the secret that holds the credentials to assoicate with the FSxN.
-       USERNAME - The username to set the password for (defaults to fsxadmin if not specified).
-       PASSWORD - The password to set for the username.
+       SECRET_NAME - The name of the secret that holds the credentials to assoicate with the FSxN. Not needed if a username and password are provided.
+       USERNAME - The username to set the password for (defaults to fsxadmin if not specified). Not needed if a secret is provided.
+       PASSWORD - The password to set for the username. Not needed if a secret is provided.
        -P - Means to just try to set the password.
 
 Instead of passing parameters on the command line, you can set the following
@@ -36,7 +36,7 @@ environment variables:
     export REFRESH_TOKEN=<REFRESH_TOKEN>
     export BLUEXP_BLUE_ACCOUNT_ID=<blueXP_BLUE_ACCOUNT_ID>
     export CREDENTIALS_ID=<CREDENTIALS_ID>
-    export AWS_AWS_REGION=<aws_AWS_REGION>
+    export AWS_REGION=<AWS_REGION>
     export USERNAME=<username>
     export PASSWORD=<password>
 

@@ -16,14 +16,15 @@ usage() {
   cat >&2 <<EOF
 This script lists all the Workload Factory credentials you has access to.
 
-Usage: $(basename $0) -t refresh_token -a blueXP_account_ID [-o]
+Usage: $(basename $0) -t refresh_token -a blueXP_account_ID [-o] [-j]
 
 Where: refresh_token - Is a refresh token used to obtain an access token needed
                        to run the Workload Factory APIs. You can obtain a refresh
                        token by going to https://services.cloud.netapp.com/refresh-token
        blueXP_account_ID - is the BlueXP account ID. You can find all the accounts
                            you have access to by running the "list_bluexp_accts" script
        -o means to also show the ONTAP credentials
+       -j means to output the results in JSON format instead of a table.
 
 Instead of passing parameters on the command line, you can set the
 following environment variables:
@@ -59,12 +60,14 @@ fi
 . "$wf_utils"
 #
 # Set defaults.
+raw=false
 filter="filter=$(urlencode "type eq 'AWS_ASSUME_ROLE'")"
-while getopts "ht:a:o" opt; do
+while getopts "ht:a:oj" opt; do
   case $opt in
     t) REFRESH_TOKEN="$OPTARG" ;;
     a) BLUEXP_ACCOUNT_ID="$OPTARG" ;;
     o) filter="";; # No filter, list all credentials.
+    j) raw=true ;;
     *) usage ;;
   esac
 done
@@ -93,29 +96,47 @@ if [ -z "$token" ]; then
   exit 1
 fi
 
-jq_query='.items[] | if(.type == "ONTAP") then "\(if(.metadata.fileSystemId == null) then .metadata.onPremId else .metadata.fileSystemId end) \(.type) \(.metadata.userName) \(.id) \(.numAssociatedResources)" else "\(.metadata.name) \(.type) \(.credentials | split(":") | .[4]) \(.id) \(.numAssociatedResources)" end'
+jq_query='.items[] | if(.type == "ONTAP") then "\(if(.metadata.fileSystemId != null) then .metadata.fileSystemId else if(.metadata.onPremId != null) then .metadata.onPremId else empty end end) \(.type) \(.metadata.userName) \(.id) \(.numAssociatedResources)" else "\(if(.metadata.name != null) then .metadata.name else "N/A" end) \(.type) \( if(.credentials != null) then .credentials | split(":") | .[4] else "N/A" end) \(.id) \(.numAssociatedResources)" end'
 
 run_curl GET "$token" "https://api.workloads.netapp.com/accounts/${BLUEXP_ACCOUNT_ID}/credentials/v1/credentials?$filter" $tmpout $tmperr
-if jq -r "$jq_query" $tmpout > $tmpout2 2> $tmperr; then
-  :
+if [ $raw == "true" ]; then
+  if jq -r . $tmpout 2>&1 > /dev/null ; then
+    :
+  else
+    cat $tmpout
+  fi
 else
-  echo "Failed to parse the output from the API."
-  cat $tmperr >&2
-  exit 1
+  if jq -r "$jq_query" $tmpout > $tmpout2 2> $tmperr; then
+    :
+  else
+    echo "Failed to parse the output from the API."
+    cat $tmperr >&2
+    exit 1
+  fi
 fi
 #
 # Check to see if there are more.
 nextToken=$(jq -r '.nextToken' $tmpout)
 while [ "$nextToken" != "null" ]; do
   run_curl GET "$token" "https://api.workloads.netapp.com/accounts/${BLUEXP_ACCOUNT_ID}/credentials/v1/credentials?nextToken=$nextToken" $tmpout $tmperr
-  if jq -r "$jq_query" $tmpout >> $tmpout2 2> $tmperr; then
-    :
+  if [ $raw == "true" ]; then
+    if jq -r . $tmpout 2>&1 > /dev/null ; then
+      :
+    else
+      cat $tmpout
+    fi
   else
-    echo "Failed to parse the output from the API."
-    cat $tmperr >&2
-    exit 1
+    if jq -r "$jq_query" $tmpout >> $tmpout2 2> $tmperr; then
+      :
+    else
+      echo "Failed to parse the output from the API."
+      cat $tmperr >&2
+      exit 1
+    fi
   fi
   nextToken=$(jq -r '.nextToken' $tmpout)
 done
 
-sort -f -k 2,2 -k 1,1 $tmpout2 | column -t -N "Name,Type,Account,ID,Number Associated Resources"
+if [ $raw != "true" ]; then
+  sort -f -k 2,2 -k 1,1 $tmpout2 | column -t -N "Name,Type,Account,ID,Number Associated Resources"
+fi
@@ -126,6 +126,9 @@ echo "Default Latency Configuration:"
 sort -f $tmpout2 | column -s, -t -R 4,5,6,7 -N "Account ID,Created By,Status,Warning Read Threshold,Warning Write Threshold,Critical Read Threshold,Critical Write Threshold"
 #
 # Now get the latency configuration for each volume.
+if [ $(jq -r '.config.filesystems | length' $tmpout) == "0" ]; then
+  exit
+fi
 jq_query='.config.filesystems | to_entries | .[] | .key + " " + (.value | to_entries | .[] | .key + " " + (.value.warning.readLatency.latencyThresholdMs | tostring) + " " + (.value.warning.writeLatency.latencyThresholdMs | tostring) + " " + (.value.critical.readLatency.latencyThresholdMs | tostring) + " " + (.value.critical.writeLatency.latencyThresholdMs | tostring) + " ")'
 if jq -r "$jq_query" $tmpout > $tmpout2 2> $tmperr; then
   :