Automation of Rights, Permissions, and Access Levels in Azure DevOps

When the business is growing rapidly, a DevOps engineer faces the challenge of automating processes in all the systems used for CI/CD, including manual access management. Such routine tasks may be acceptable when you have a small team, up to 10 releases with 3 stages each, and 10 variable groups. However, imagine if your team grows to hundreds of people who need to manually operate with up to 500 releases, each with 10 stages, and 200 variable groups. In this case, manual access management slows down the resolution of customer requests dramatically. At this stage, every business faces a need for efficient automatization. In Social Discovery Group, we rely on Azure DevOps as the primary cloud technology. However, currently, it lacks the functionality to automate rights, permissions, and access levels. To address the user needs promptly, we decided to find some custom solutions and automate assigning permissions. How to Automate in Azure DevOps In this article, we will share some good hucks on how to automate certain routine tasks in Azure DevOps, focusing on: Assigning permissions to a group or user for variable groups based on a mask using Azure Pipeline. Assigning group or user permissions to specific stages for entire release groups, categorized into catalog groups using Azure Pipeline. The Technology Stack Used: Azure Services, Azure DevOps, Bash, Azure CLI Currently, Azure offers 3 options for assigning permissions: using the site's graphical interface, using the az DevOps CLI, and the API requests. The first option is the most straightforward and fast; however, as the company scales and the number of CI/CD pipelines and variables increases, manually assigning permissions becomes time-consuming. The second option for granting permissions is limited in functionality; in other words, the user cannot go beyond what a specific team offers. The third option through the REST API is the most versatile at the moment. Let's consider a specific example where we have numerous release pipelines with multiple stages: Each deployment stage requires permission from a specific user/group (the so-called pre-deployment approvals function). A problem appears here when a specific user or a group needs to be added or removed from a given list of approvers. As the company expands, when the number of pipelines and stages increases by N times, the routine case becomes a problem, and the solution to this issue is only possible through API requests. Here is how the implementation looks from our side: " pool: vmImage: ubuntu-latest parameters: - name: folder_names type: string default: '\' - name: stage_names type: string default: 'Dev' - name: group_names type: string default: 'Devops' variables: - name: organization value: ORGANIZATION - name: project value: PROJECT - name: pat Value: PAT steps: - bash: | export organization="$(organization)" export project="$(project)" export pat="$(pat)" export folder_names='${{ parameters.folder_names }}' export stage_names='${{ parameters.stage_names }}' export group_names='${{ parameters.group_names }}' export pipeline_name_array=() export stage_name_array=() export group_name_array=() IFS=',' read -ra folder_name_array <<< "$folder_names" IFS=',' read -ra stage_name_array <<< "$stage_names" IFS=',' read -ra group_name_array <<< "$group_names" # Make a GET request to retrieve the release pipelines within the specified project pipeline_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/definitions?api-version=7.0" pipeline_response=$(curl -s -u ":$pat" "$pipeline_url") # Check for errors in the response if [[ "$pipeline_response" == *"error"* ]]; then echo "Error fetching release pipeline data." exit 1 fi pipeline_names=($(echo "$pipeline_response" | jq -r '.value[].name')) pipeline_ids=($(echo "$pipeline_response" | jq -r '.value[].id')) for ((i=0; i<${#pipeline_names[@]}; i++)); do pipeline_name="${pipeline_names[i]}" pipeline_id="${pipeline_ids[i]}" # Make a GET request to retrieve the release pipeline details pipeline_detail_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/definitions/$pipeline_id?api-version=7.0" pipeline_detail_response=$(curl -s -u ":$pat" "$pipeline_detail_url") # Extract the releaseDefinition.path from the pipeline details pipeline_path=$(echo "$pipeline_detail_response" | jq -r '.path') # Check if the pipeline_path matches any of the specified folder_names for folder_name in "${folder_name_array[@]}"; do if [[ "$pipeline_path" == *"$folder_name"* ]]; then # Make a GET request to retrieve all releases for the specified pipeline releases_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/releases?api-version=7.0&definitionId=$pipeline_id" releases_response=$(curl -s -u ":$pat" "$releases_url") # Extract the release names release_names=$(echo "$releases_response" | jq -r '.value[].id') release_definition_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/definitions/$pipeline_id?api-version=7.0" release_definition_response=$(curl -s -u ":$pat" "$release_definition_url") # Iterate through each group name for group_name in "${group_name_array[@]}"; do # Make a GET request to retrieve the list of groups groups_response=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/graph/groups?api-version=7.1-preview.1") # Find the origin_id for the specified group name origin_id=$(echo "$groups_response" | jq -r ".value[] | select(.displayName == \"$group_name\") | .originId") if [ -z "$origin_id" ]; then echo "Group '$group_name' not found or origin_id not available for release '$release_name'." else # Iterate through each stage name for stage_name in "${stage_name_array[@]}"; do # Construct the JSON structure for the new approval new_approval='{ "rank": 1, "isAutomated": false, "isNotificationOn": false, "approver": { "id": "'"$origin_id"'" } }' # Use jq to update the JSON structure for the specified stage updated_definition=$(echo "$release_definition_response" | jq --argjson new_approval "$new_approval" '.environments |= map(if .name == "'"$stage_name"'" then .preDeployApprovals.approvals += [$new_approval] else . end)') # Make a PUT request to update the release definition for the specified stage put_response=$(curl -s -u ":$pat" -X PUT -H "Content-Type: application/json" -d "$updated_definition" "$release_definition_url") release_definition_response=$(curl -s -u ":$pat" "$release_definition_url") # Check if the update was successful if [[ "$put_response" == *"The resource could not be found."* ]]; then echo "Error updating release definition for stage '$stage_name' and group '$group_name'." else echo "Pre-deployment approval added successfully to stage '$stage_name' for group '$group_name' in '$pipeline_id'." fi done fi done fi done done displayName: 'PreDeployApprovals' " A similar issue arises with the Library section when numerous variable groups are created, where a specific word is used to indicate affiliation with something. Let's break down an example where multiple variable groups are created containing the word "SERVICES" to denote their affiliation with service-related variables. And also examine a scenario where a specific group needs access to all variables with certain permissions. The solution to this common case is also possible only via the REST API: " variables: - name: organization value: ORGANIZATION - name: project value: PROJECT - name: pat value: PAT parameters: - name: searchWord type: string default: 'SERVICES' - name: UserOrGroupName type: string default: 'Devops' - name: UserRights type: string default: 'Administrator' steps: - bash: | export organization="$(organization)" export project="$(project)" export pat="$(pat)" export userOrGroupName='${{ parameters.UserOrGroupName }}' export UserRights='${{ parameters.UserRights }}' export searchWord='${{ parameters.searchWord }}' # Perform the API request and store the JSON response in a variable response=$(curl -s -u ":$pat" "https://dev.azure.com/$organization/$project/_apis/distributedtask/variablegroups?api-version=6.0") # Initialize an empty array to store matching JSON objects matching_json=() # Loop through the JSON objects and append matching objects to the array while read -r json; do if [[ $(echo "$json" | jq -r '.name' | grep "$searchWord") ]]; then matching_json+=("$json") fi done < <(echo "$response" | jq -c '.value[]') # Iterate through the matching variable groups and assign permissions for group in "${matching_json[@]}"; do # Extract the variable group ID and name variableGroupId=$(echo "$group" | jq -r '.id') variableGroupName=$(echo "$group" | jq -r '.name') # Determine the type of userOrGroupName (username or group name) if [[ $myString != *'@'* ]]; then # If userOrGroupName matches the username format, it's treated as a username roleName=$UserRights assignType="group" groupsResponse=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/graph/groups?api-version=6.0-preview.1") #groupOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].originId') groupOriginId=$(echo "$groupsResponse" | jq -r ".value[] | select(.displayName == \"$userOrGroupName\") | .originId") # Get the user's originId using Azure DevOps REST API #userOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].principalName') else # Otherwise, it's treated as a group name roleName=$UserRights assignType="user" userOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].principalName') # Get the group's originId using Azure DevOps REST API #groupOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].originId') fi # Construct the API URL for assigning permissions apiUrl="https://dev.azure.com/$organization/_apis/securityroles/scopes/distributedtask.variablegroup/roleassignments/resources/19802563-1b7b-43d6-81e0-16cf29d68c0d$"$variableGroupId"?api-version=5.1-preview" # Assign permissions based on the userOrGroupName type if [ "$assignType" == "group" ]; then # Assign permissions to a group # Construct the request body with group's originId requestBody="[{ \"roleName\": \"$roleName\", \"userId\": \"$groupOriginId\" }]" else # Assign permissions to a user # Construct the request body with the user's uniqueName requestBody="[{ \"roleName\": \"$roleName\", \"uniqueName\": \"$userOrGroupName\" }]" fi # Execute the REST API call to assign permissions response=$(curl -s -u ":$pat" -X PUT -H "Content-Type: application/json" -d "$requestBody" "$apiUrl") # Check if the permissions were successfully assigned if [[ "$response" == *"error"* ]]; then echo "Error assigning permissions to $assignType '$userOrGroupName' in variable group '$variableGroupName'." else echo "Permissions assigned successfully to $assignType '$userOrGroupName' in variable group '$variableGroupName'." fi done displayName: 'variable-groups' " By automating these processes, we gained a more detailed understanding of rights and permission structures in Azure DevOps, enhancing the project's security. We now have stable and versatile pipelines for a wide range of tasks, speeding up the processing time for user requests and improving their execution quality. Additionally, our overall system development speed and quality have improved because we allocate more time to other CI/CD tasks, moving away from routine actions. We have put in significant effort to automate daily tasks, explore and analyze various implementation options, debug, and refine. Having ready-made pipelines and scripts is a tremendous convenience, as they can accomplish tasks in a matter of seconds. When the business is growing rapidly, a DevOps engineer faces the challenge of automating processes in all the systems used for CI/CD, including manual access management. Such routine tasks may be acceptable when you have a small team, up to 10 releases with 3 stages each, and 10 variable groups. When the business is growing rapidly, a DevOps engineer faces the challenge of automating processes in all the systems used for CI/CD, including manual access management. Such routine tasks may be acceptable when you have a small team, up to 10 releases with 3 stages each, and 10 variable groups. However, imagine if your team grows to hundreds of people who need to manually operate with up to 500 releases, each with 10 stages, and 200 variable groups. In this case, manual access management slows down the resolution of customer requests dramatically. However, imagine if your team grows to hundreds of people who need to manually operate with up to 500 releases, each with 10 stages, and 200 variable groups. In this case, manual access management slows down the resolution of customer requests dramatically. At this stage, every business faces a need for efficient automatization. At this stage, every business faces a need for efficient automatization. In Social Discovery Group, we rely on Azure DevOps as the primary cloud technology. However, currently, it lacks the functionality to automate rights, permissions, and access levels. To address the user needs promptly, we decided to find some custom solutions and automate assigning permissions. How to Automate in Azure DevOps In this article, we will share some good hucks on how to automate certain routine tasks in Azure DevOps, focusing on: Assigning permissions to a group or user for variable groups based on a mask using Azure Pipeline. Assigning permissions to a group or user for variable groups based on a mask using Azure Pipeline. Assigning group or user permissions to specific stages for entire release groups, categorized into catalog groups using Azure Pipeline. Assigning group or user permissions to specific stages for entire release groups, categorized into catalog groups using Azure Pipeline. The Technology Stack Used: Azure Services, Azure DevOps, Bash, Azure CLI Currently, Azure offers 3 options for assigning permissions: using the site's graphical interface, using the az DevOps CLI, and the API requests. The first option is the most straightforward and fast; however, as the company scales and the number of CI/CD pipelines and variables increases, manually assigning permissions becomes time-consuming. The second option for granting permissions is limited in functionality; in other words, the user cannot go beyond what a specific team offers. The third option through the REST API is the most versatile at the moment. Let's consider a specific example where we have numerous release pipelines with multiple stages: Each deployment stage requires permission from a specific user/group (the so-called pre-deployment approvals function). A problem appears here when a specific user or a group needs to be added or removed from a given list of approvers. As the company expands, when the number of pipelines and stages increases by N times, the routine case becomes a problem, and the solution to this issue is only possible through API requests. Here is how the implementation looks from our side: " pool: vmImage: ubuntu-latest parameters: - name: folder_names type: string default: '\' - name: stage_names type: string default: 'Dev' - name: group_names type: string default: 'Devops' variables: - name: organization value: ORGANIZATION - name: project value: PROJECT - name: pat Value: PAT steps: - bash: | export organization="$(organization)" export project="$(project)" export pat="$(pat)" export folder_names='${{ parameters.folder_names }}' export stage_names='${{ parameters.stage_names }}' export group_names='${{ parameters.group_names }}' export pipeline_name_array=() export stage_name_array=() export group_name_array=() IFS=',' read -ra folder_name_array <<< "$folder_names" IFS=',' read -ra stage_name_array <<< "$stage_names" IFS=',' read -ra group_name_array <<< "$group_names" # Make a GET request to retrieve the release pipelines within the specified project pipeline_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/definitions?api-version=7.0" pipeline_response=$(curl -s -u ":$pat" "$pipeline_url") # Check for errors in the response if [[ "$pipeline_response" == *"error"* ]]; then echo "Error fetching release pipeline data." exit 1 fi pipeline_names=($(echo "$pipeline_response" | jq -r '.value[].name')) pipeline_ids=($(echo "$pipeline_response" | jq -r '.value[].id')) for ((i=0; i<${#pipeline_names[@]}; i++)); do pipeline_name="${pipeline_names[i]}" pipeline_id="${pipeline_ids[i]}" # Make a GET request to retrieve the release pipeline details pipeline_detail_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/definitions/$pipeline_id?api-version=7.0" pipeline_detail_response=$(curl -s -u ":$pat" "$pipeline_detail_url") # Extract the releaseDefinition.path from the pipeline details pipeline_path=$(echo "$pipeline_detail_response" | jq -r '.path') # Check if the pipeline_path matches any of the specified folder_names for folder_name in "${folder_name_array[@]}"; do if [[ "$pipeline_path" == *"$folder_name"* ]]; then # Make a GET request to retrieve all releases for the specified pipeline releases_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/releases?api-version=7.0&definitionId=$pipeline_id" releases_response=$(curl -s -u ":$pat" "$releases_url") # Extract the release names release_names=$(echo "$releases_response" | jq -r '.value[].id') release_definition_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/definitions/$pipeline_id?api-version=7.0" release_definition_response=$(curl -s -u ":$pat" "$release_definition_url") # Iterate through each group name for group_name in "${group_name_array[@]}"; do # Make a GET request to retrieve the list of groups groups_response=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/graph/groups?api-version=7.1-preview.1") # Find the origin_id for the specified group name origin_id=$(echo "$groups_response" | jq -r ".value[] | select(.displayName == \"$group_name\") | .originId") if [ -z "$origin_id" ]; then echo "Group '$group_name' not found or origin_id not available for release '$release_name'." else # Iterate through each stage name for stage_name in "${stage_name_array[@]}"; do # Construct the JSON structure for the new approval new_approval='{ "rank": 1, "isAutomated": false, "isNotificationOn": false, "approver": { "id": "'"$origin_id"'" } }' # Use jq to update the JSON structure for the specified stage updated_definition=$(echo "$release_definition_response" | jq --argjson new_approval "$new_approval" '.environments |= map(if .name == "'"$stage_name"'" then .preDeployApprovals.approvals += [$new_approval] else . end)') # Make a PUT request to update the release definition for the specified stage put_response=$(curl -s -u ":$pat" -X PUT -H "Content-Type: application/json" -d "$updated_definition" "$release_definition_url") release_definition_response=$(curl -s -u ":$pat" "$release_definition_url") # Check if the update was successful if [[ "$put_response" == *"The resource could not be found."* ]]; then echo "Error updating release definition for stage '$stage_name' and group '$group_name'." else echo "Pre-deployment approval added successfully to stage '$stage_name' for group '$group_name' in '$pipeline_id'." fi done fi done fi done done displayName: 'PreDeployApprovals' " " pool: vmImage: ubuntu-latest parameters: - name: folder_names type: string default: '\' - name: stage_names type: string default: 'Dev' - name: group_names type: string default: 'Devops' variables: - name: organization value: ORGANIZATION - name: project value: PROJECT - name: pat Value: PAT steps: - bash: | export organization="$(organization)" export project="$(project)" export pat="$(pat)" export folder_names='${{ parameters.folder_names }}' export stage_names='${{ parameters.stage_names }}' export group_names='${{ parameters.group_names }}' export pipeline_name_array=() export stage_name_array=() export group_name_array=() IFS=',' read -ra folder_name_array <<< "$folder_names" IFS=',' read -ra stage_name_array <<< "$stage_names" IFS=',' read -ra group_name_array <<< "$group_names" # Make a GET request to retrieve the release pipelines within the specified project pipeline_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/definitions?api-version=7.0" pipeline_response=$(curl -s -u ":$pat" "$pipeline_url") # Check for errors in the response if [[ "$pipeline_response" == *"error"* ]]; then echo "Error fetching release pipeline data." exit 1 fi pipeline_names=($(echo "$pipeline_response" | jq -r '.value[].name')) pipeline_ids=($(echo "$pipeline_response" | jq -r '.value[].id')) for ((i=0; i<${#pipeline_names[@]}; i++)); do pipeline_name="${pipeline_names[i]}" pipeline_id="${pipeline_ids[i]}" # Make a GET request to retrieve the release pipeline details pipeline_detail_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/definitions/$pipeline_id?api-version=7.0" pipeline_detail_response=$(curl -s -u ":$pat" "$pipeline_detail_url") # Extract the releaseDefinition.path from the pipeline details pipeline_path=$(echo "$pipeline_detail_response" | jq -r '.path') # Check if the pipeline_path matches any of the specified folder_names for folder_name in "${folder_name_array[@]}"; do if [[ "$pipeline_path" == *"$folder_name"* ]]; then # Make a GET request to retrieve all releases for the specified pipeline releases_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/releases?api-version=7.0&definitionId=$pipeline_id" releases_response=$(curl -s -u ":$pat" "$releases_url") # Extract the release names release_names=$(echo "$releases_response" | jq -r '.value[].id') release_definition_url="https://vsrm.dev.azure.com/$organization/$project/_apis/release/definitions/$pipeline_id?api-version=7.0" release_definition_response=$(curl -s -u ":$pat" "$release_definition_url") # Iterate through each group name for group_name in "${group_name_array[@]}"; do # Make a GET request to retrieve the list of groups groups_response=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/graph/groups?api-version=7.1-preview.1") # Find the origin_id for the specified group name origin_id=$(echo "$groups_response" | jq -r ".value[] | select(.displayName == \"$group_name\") | .originId") if [ -z "$origin_id" ]; then echo "Group '$group_name' not found or origin_id not available for release '$release_name'." else # Iterate through each stage name for stage_name in "${stage_name_array[@]}"; do # Construct the JSON structure for the new approval new_approval='{ "rank": 1, "isAutomated": false, "isNotificationOn": false, "approver": { "id": "'"$origin_id"'" } }' # Use jq to update the JSON structure for the specified stage updated_definition=$(echo "$release_definition_response" | jq --argjson new_approval "$new_approval" '.environments |= map(if .name == "'"$stage_name"'" then .preDeployApprovals.approvals += [$new_approval] else . end)') # Make a PUT request to update the release definition for the specified stage put_response=$(curl -s -u ":$pat" -X PUT -H "Content-Type: application/json" -d "$updated_definition" "$release_definition_url") release_definition_response=$(curl -s -u ":$pat" "$release_definition_url") # Check if the update was successful if [[ "$put_response" == *"The resource could not be found."* ]]; then echo "Error updating release definition for stage '$stage_name' and group '$group_name'." else echo "Pre-deployment approval added successfully to stage '$stage_name' for group '$group_name' in '$pipeline_id'." fi done fi done fi done done displayName: 'PreDeployApprovals' " A similar issue arises with the Library section when numerous variable groups are created, where a specific word is used to indicate affiliation with something. Let's break down an example where multiple variable groups are created containing the word "SERVICES" to denote their affiliation with service-related variables. And also examine a scenario where a specific group needs access to all variables with certain permissions. The solution to this common case is also possible only via the REST API: " variables: - name: organization value: ORGANIZATION - name: project value: PROJECT - name: pat value: PAT parameters: - name: searchWord type: string default: 'SERVICES' - name: UserOrGroupName type: string default: 'Devops' - name: UserRights type: string default: 'Administrator' steps: - bash: | export organization="$(organization)" export project="$(project)" export pat="$(pat)" export userOrGroupName='${{ parameters.UserOrGroupName }}' export UserRights='${{ parameters.UserRights }}' export searchWord='${{ parameters.searchWord }}' # Perform the API request and store the JSON response in a variable response=$(curl -s -u ":$pat" "https://dev.azure.com/$organization/$project/_apis/distributedtask/variablegroups?api-version=6.0") # Initialize an empty array to store matching JSON objects matching_json=() # Loop through the JSON objects and append matching objects to the array while read -r json; do if [[ $(echo "$json" | jq -r '.name' | grep "$searchWord") ]]; then matching_json+=("$json") fi done < <(echo "$response" | jq -c '.value[]') # Iterate through the matching variable groups and assign permissions for group in "${matching_json[@]}"; do # Extract the variable group ID and name variableGroupId=$(echo "$group" | jq -r '.id') variableGroupName=$(echo "$group" | jq -r '.name') # Determine the type of userOrGroupName (username or group name) if [[ $myString != *'@'* ]]; then # If userOrGroupName matches the username format, it's treated as a username roleName=$UserRights assignType="group" groupsResponse=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/graph/groups?api-version=6.0-preview.1") #groupOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].originId') groupOriginId=$(echo "$groupsResponse" | jq -r ".value[] | select(.displayName == \"$userOrGroupName\") | .originId") # Get the user's originId using Azure DevOps REST API #userOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].principalName') else # Otherwise, it's treated as a group name roleName=$UserRights assignType="user" userOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].principalName') # Get the group's originId using Azure DevOps REST API #groupOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].originId') fi # Construct the API URL for assigning permissions apiUrl="https://dev.azure.com/$organization/_apis/securityroles/scopes/distributedtask.variablegroup/roleassignments/resources/19802563-1b7b-43d6-81e0-16cf29d68c0d$"$variableGroupId"?api-version=5.1-preview" # Assign permissions based on the userOrGroupName type if [ "$assignType" == "group" ]; then # Assign permissions to a group # Construct the request body with group's originId requestBody="[{ \"roleName\": \"$roleName\", \"userId\": \"$groupOriginId\" }]" else # Assign permissions to a user # Construct the request body with the user's uniqueName requestBody="[{ \"roleName\": \"$roleName\", \"uniqueName\": \"$userOrGroupName\" }]" fi # Execute the REST API call to assign permissions response=$(curl -s -u ":$pat" -X PUT -H "Content-Type: application/json" -d "$requestBody" "$apiUrl") # Check if the permissions were successfully assigned if [[ "$response" == *"error"* ]]; then echo "Error assigning permissions to $assignType '$userOrGroupName' in variable group '$variableGroupName'." else echo "Permissions assigned successfully to $assignType '$userOrGroupName' in variable group '$variableGroupName'." fi done displayName: 'variable-groups' " " variables: - name: organization value: ORGANIZATION - name: project value: PROJECT - name: pat value: PAT parameters: - name: searchWord type: string default: 'SERVICES' - name: UserOrGroupName type: string default: 'Devops' - name: UserRights type: string default: 'Administrator' steps: - bash: | export organization="$(organization)" export project="$(project)" export pat="$(pat)" export userOrGroupName='${{ parameters.UserOrGroupName }}' export UserRights='${{ parameters.UserRights }}' export searchWord='${{ parameters.searchWord }}' # Perform the API request and store the JSON response in a variable response=$(curl -s -u ":$pat" "https://dev.azure.com/$organization/$project/_apis/distributedtask/variablegroups?api-version=6.0") # Initialize an empty array to store matching JSON objects matching_json=() # Loop through the JSON objects and append matching objects to the array while read -r json; do if [[ $(echo "$json" | jq -r '.name' | grep "$searchWord") ]]; then matching_json+=("$json") fi done < <(echo "$response" | jq -c '.value[]') # Iterate through the matching variable groups and assign permissions for group in "${matching_json[@]}"; do # Extract the variable group ID and name variableGroupId=$(echo "$group" | jq -r '.id') variableGroupName=$(echo "$group" | jq -r '.name') # Determine the type of userOrGroupName (username or group name) if [[ $myString != *'@'* ]]; then # If userOrGroupName matches the username format, it's treated as a username roleName=$UserRights assignType="group" groupsResponse=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/graph/groups?api-version=6.0-preview.1") #groupOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].originId') groupOriginId=$(echo "$groupsResponse" | jq -r ".value[] | select(.displayName == \"$userOrGroupName\") | .originId") # Get the user's originId using Azure DevOps REST API #userOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].principalName') else # Otherwise, it's treated as a group name roleName=$UserRights assignType="user" userOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].principalName') # Get the group's originId using Azure DevOps REST API #groupOriginId=$(curl -s -u ":$pat" "https://vssps.dev.azure.com/$organization/_apis/identities?searchFilter=$userOrGroupName&api-version=6.0" | jq -r '.value[0].originId') fi # Construct the API URL for assigning permissions apiUrl="https://dev.azure.com/$organization/_apis/securityroles/scopes/distributedtask.variablegroup/roleassignments/resources/19802563-1b7b-43d6-81e0-16cf29d68c0d$"$variableGroupId"?api-version=5.1-preview" # Assign permissions based on the userOrGroupName type if [ "$assignType" == "group" ]; then # Assign permissions to a group # Construct the request body with group's originId requestBody="[{ \"roleName\": \"$roleName\", \"userId\": \"$groupOriginId\" }]" else # Assign permissions to a user # Construct the request body with the user's uniqueName requestBody="[{ \"roleName\": \"$roleName\", \"uniqueName\": \"$userOrGroupName\" }]" fi # Execute the REST API call to assign permissions response=$(curl -s -u ":$pat" -X PUT -H "Content-Type: application/json" -d "$requestBody" "$apiUrl") # Check if the permissions were successfully assigned if [[ "$response" == *"error"* ]]; then echo "Error assigning permissions to $assignType '$userOrGroupName' in variable group '$variableGroupName'." else echo "Permissions assigned successfully to $assignType '$userOrGroupName' in variable group '$variableGroupName'." fi done displayName: 'variable-groups' " By automating these processes, we gained a more detailed understanding of rights and permission structures in Azure DevOps, enhancing the project's security. We now have stable and versatile pipelines for a wide range of tasks, speeding up the processing time for user requests and improving their execution quality. Additionally, our overall system development speed and quality have improved because we allocate more time to other CI/CD tasks, moving away from routine actions. We have put in significant effort to automate daily tasks, explore and analyze various implementation options, debug, and refine. Having ready-made pipelines and scripts is a tremendous convenience, as they can accomplish tasks in a matter of seconds.