Microsoft Dataverse: Solution Checker Enforcement Now in Managed Environments

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Managed Environments in Microsoft Power Platform provide administrators with enhanced governance capabilities for their low-code deployments. These specialized environments offer a suite of features designed to simplify, secure, and manage Power Platform assets at scale. Key aspects include enhanced sharing controls, limiting canvas app sharing to security groups, and utilizing usage insights to monitor activity. Furthermore, Managed Environments are a prerequisite for accessing certain premium governance features, including the crucial solution checker enforcement during import processes. This structured approach helps organizations maintain control and consistency across their development and production environments.

The implementation of Managed Environments represents a significant step forward in empowering IT administrators within the Power Platform ecosystem. By designating environments as ‘Managed’, organizations can apply more stringent policies and gain deeper visibility into how the platform is being used. This is particularly important in large enterprises where numerous solutions and applications are being developed and deployed across various teams. The governance features available in Managed Environments help mitigate risks, ensure compliance with internal standards, and promote healthier application lifecycle management practices. It creates a more predictable and controlled environment for deploying business-critical applications.

Background: Governance Through Solution Checking¶

Solution checker is a powerful tool within the Power Platform that analyzes components in a solution for potential performance, security, and reliability issues. It provides recommendations and identifies anti-patterns based on a comprehensive set of rules derived from Power Platform best practices. Historically, running the solution checker was often a manual step or integrated into ALM pipelines as a best practice, but its enforcement at the point of import was optional and administrator-controlled outside of a specific environment setting. The introduction of mandatory solution checker execution during import into a Managed Environment elevates this tool from a helpful utility to a critical governance gate.

Integrating the solution checker into the core import process within Managed Environments ensures that a baseline quality standard is met before solutions are allowed to impact the target environment. This proactive approach prevents the introduction of known issues, technical debt, or potentially harmful configurations into production or critical testing environments. It shifts the responsibility of checking from an optional developer step to a required administrative gate, thereby promoting higher quality standards across the organization’s Power Platform deployments. This enforcement mechanism is a cornerstone of the enhanced governance offered by Managed Environments.

Understanding Solution Checker Enforcement in Managed Environments¶

Solution checker enforcement in Managed Environments is a configurable setting that allows administrators to control how solutions with violations are handled during the import process. This feature specifically targets solutions being imported into an environment designated as ‘Managed’. When enforcement is enabled, the system automatically runs the solution checker against the solution package being imported. The outcome of this check, particularly the presence of ‘critical’ violations, dictates whether the import is allowed to proceed or is blocked. This mechanism acts as a quality gateway, ensuring that only solutions meeting predefined health standards can enter the managed ecosystem.

Administrators have the flexibility to configure the enforcement behavior to suit their organization’s governance policies. The typical configurations include ‘Off’, ‘Warn’, and ‘Block’. When set to ‘Off’, the solution checker does not run automatically during import based on this feature. In ‘Warn’ mode, the checker runs, and if critical violations are found, the import proceeds but a warning is issued. This mode is useful during a transition phase to educate developers about violations without immediately blocking deployments. The most stringent setting, ‘Block’ mode, runs the checker and prevents the import if critical violations are detected, mandating that developers fix the issues before retrying the import.

Symptoms: Encountering Import Obstacles¶

When attempting to import a solution into a Managed Environment where solution checker enforcement is active, users may encounter specific error or warning messages. These messages are direct indicators that the enforcement mechanism has been triggered due to issues identified within the solution package being imported. The nature of the message depends on the configured enforcement mode (Warn or Block) and the type of violations found. Understanding these messages is the first step in diagnosing and resolving the import issue.

The most definitive symptom in a ‘Block’ configuration is receiving an error message that explicitly states the solution is being prevented from importing. This error message typically indicates that critical violations were detected and that these issues must be resolved before another import attempt can be made. The message serves as an immediate barrier, highlighting the organization’s commitment to maintaining a high standard of solution quality in its Managed Environments. It requires direct action from the solution developer or importer to address the identified problems.

Conversely, in a ‘Warn’ configuration, the import process will complete successfully despite the presence of critical violations. However, a warning message will be displayed to the user during the import process. This message informs the user about the critical violations found and often points out that stricter enforcement (like blocking) could be enabled. While the warning does not stop the deployment, it serves as a notification that the solution contains potential issues that should be addressed, aligning with a policy of encouraging best practices without immediately halting development flows.

Example messages you might encounter include:

Error: Solution is blocked from importing due to critical violations. Fix these violations, then retry the import.

This message clearly indicates that the enforcement mode is set to ‘Block’, and critical violations have been identified, preventing the import.

Warning: There are critical violations in this solution. You can block solutions with critical violations by enabling Solution Checker enforcement in Managed Environments settings page.

This message is typical when the enforcement mode is set to ‘Warn’. The import proceeds, but the message highlights the presence of critical issues and informs the user about the possibility of stricter enforcement.

Cause: Enforcement Modes and Critical Violations¶

The root cause of receiving these error or warning messages during solution import into a Managed Environment is the active configuration of solution checker enforcement combined with the presence of critical violations within the solution package. The enforcement setting dictates whether the checker runs automatically and how the system reacts to the results. When the mode is set to ‘Warn’ or ‘Block’, the automated check is performed as part of the import validation process.

The critical factor that triggers the error or warning is the identification of ‘critical’ violations by the solution checker. The solution checker evaluates solutions against a predefined set of rules categorized by severity: Critical, Error, Warning, and Informational. Rules classified as ‘Critical’ represent issues that are considered high-impact or high-risk. These could include severe performance bottlenecks, potential security vulnerabilities, or practices that lead to significant maintainability problems and future instability. The enforcement feature specifically keys off the results classified at this ‘Critical’ severity level.

Therefore, the message appears because:
1. The target environment is a Managed Environment.
2. Solution checker enforcement is enabled (in ‘Warn’ or ‘Block’ mode) for that Managed Environment.
3. The automated solution checker run during the import process found one or more violations classified as ‘Critical’ within the solution being imported.

If enforcement were ‘Off’, or if the identified violations were only ‘Error’, ‘Warning’, or ‘Informational’ severity (and no critical ones existed), these specific messages related to critical violations would not appear based on this enforcement feature.

Deep Dive into Critical Violations¶

Critical violations, as identified by the solution checker, represent the most serious issues that can impact the health, performance, security, and long-term viability of a Power Platform solution. Understanding the types of issues classified as critical is essential for developers to proactively build solutions that meet the required quality standards, especially when targeting Managed Environments with strict enforcement. These violations often highlight patterns that can lead to significant problems down the line, such as system instability, data corruption, or poor user experience.

Common categories of issues that might trigger a critical violation include:

• Performance Antipatterns: Code or configuration that leads to extremely slow load times, excessive API calls, or inefficient data processing, severely impacting application responsiveness and scalability. For example, inefficient queries against Dataverse or deeply nested loops without proper data handling.
• Security Vulnerabilities: Design flaws or coding errors that could expose sensitive data, allow unauthorized access, or introduce malicious code. This might involve issues related to data handling, authentication, or authorization within custom code or configurations.
• Reliability and Stability Risks: Issues that make the solution prone to crashes, unexpected behavior, or data inconsistencies. This could include unhandled exceptions in code, incorrect use of APIs, or dependencies on unstable components.
• Critical Best Practice Deviations: Ignoring fundamental architectural or coding principles that are known to cause significant problems. While many best practice rules are warnings, some fundamental deviations that pose severe risks might be elevated to critical.

Addressing critical violations is paramount. Unlike lower severity warnings which might be technical debt to address later, critical issues demand immediate attention because they pose a tangible threat to the solution’s operation and the integrity of the environment it runs in.

Resolution: Fixing the Violations¶

The only way to overcome a blocked import due to critical violations in a Managed Environment with enforcement enabled is to fix the identified issues within the solution itself. This requires the solution developer to revisit the components flagged by the checker, make the necessary code or configuration changes, rebuild the solution, and then attempt the import again with the corrected package. This process reinforces a ‘shift-left’ approach to quality, encouraging developers to address issues early in the development cycle rather than discovering them at deployment time.

The first step in fixing violations is understanding exactly what the violations are and where they are located within the solution. The error or warning message often provides a link to the solution checker results. Clicking this link typically allows you to download a file containing the detailed results of the check. This file is usually in the Static Analysis Results Interchange Format (SARIF), a standard JSON-based format for exchanging static analysis results.

Analyzing Results: The SARIF File Format¶

The SARIF file is a structured output that lists all the violations found by the solution checker during its analysis. It contains detailed information for each rule violation, including the rule ID, the severity level (e.g., ‘Critical’), a message describing the issue, and importantly, the location of the violation within the solution components (e.g., the specific JavaScript file, the plugin code, or the configuration setting). Tools like Visual Studio Code have extensions available (such as the SARIF Viewer extension) that can parse and display SARIF files in a human-readable format, making it much easier to navigate through the results and understand the context of each violation.

Using a SARIF viewer or even inspecting the raw JSON file allows the developer to see a comprehensive list of all issues, filtering by severity to prioritize critical violations. Each entry points to a specific rule that was broken. The message associated with the violation provides a summary of the problem. For example, a critical violation might state “Avoid using unsupported functions” and point to a specific line in a JavaScript web resource.

Understanding the Rules and Remediation¶

Each violation in the SARIF report is linked to a specific solution checker rule. Microsoft provides extensive documentation detailing each rule, explaining why it exists, the potential impact of ignoring it, and most importantly, providing guidance on how to fix the violation. This documentation is an invaluable resource for developers working to remediate issues identified by the checker.

While the original input mentions a link to the rules documentation, in this rewritten content, we’ll describe the types of guidance provided. For each rule, the documentation typically includes:

• Rule Category: E.g., Performance, Security, Maintainability.
• Description: A clear explanation of the anti-pattern or issue the rule identifies.
• Impact: What could happen if this violation is not fixed (e.g., slow forms, data loss, security breach).
• Recommended Mitigation: Specific steps, code examples, or configuration changes needed to resolve the violation.

Developers should consult this documentation for every critical rule violation found. The recommended mitigation steps provide the necessary instructions to modify the affected solution components correctly. This might involve refactoring custom code (plugins, web resources), adjusting configuration settings, redesigning certain flows or UI elements, or updating deprecated components.

Here’s a conceptual table illustrating categories of critical rules and their focus:

Rule Category	Focus	Example Issue (Conceptual)
Performance	Optimizing code and configuration for speed	Inefficient data retrieval in a plugin.
Security	Protecting data and system integrity	Potential cross-site scripting (XSS) vulnerability.
Reliability	Ensuring stable and predictable behavior	Unhandled exceptions in custom workflow activities.
Maintainability	Code/Config ease of modification/debugging	Overly complex JavaScript with global variables.

Note: The table uses conceptual examples; specific critical rules and their categories are detailed in Microsoft’s official documentation.

Running Solution Checker Independently¶

In some cases, the import error or warning message might not include a direct link to download the SARIF results, or you might want to proactively check your solution before attempting an import into a Managed Environment. Fortunately, the solution checker can be run independently of the import process using various methods. This allows developers and administrators to identify and fix violations earlier in the development lifecycle, adhering to a ‘shift-left’ quality assurance strategy.

Several tools and interfaces provide access to the solution checker functionality:

1. Power Apps Maker Portal: Within the Power Apps Maker Portal, you can select a solution and trigger the solution checker directly from the solution actions menu. This is a user-friendly interface suitable for manual checks during development or testing. You can download the results once the analysis is complete.
2. Power Platform CLI (PAC CLI): The PAC CLI is a command-line interface that provides commands for various Power Platform tasks, including solution checking. The command pac solution check can be used to analyze a solution file (.zip). This method is ideal for scripting and integrating the check into automated build processes. You specify the path to your solution file, and the command outputs the results, often allowing output to a SARIF file.
3. Power Automate Flows: You can utilize Power Automate connectors and actions specifically designed for the Power Platform to build automated flows that run the solution checker. This can be triggered on specific events, such as a solution being exported or moved to a staging area.
4. Azure DevOps / GitHub Actions: Microsoft provides tasks and actions for popular CI/CD platforms like Azure DevOps and GitHub Actions. These tasks allow you to automatically run the solution checker as part of your build or release pipelines. This is a highly recommended approach for organizations implementing robust Application Lifecycle Management (ALM), ensuring that every build is checked for violations before it’s considered for deployment.

Running the checker independently is a best practice. Developers should make it a habit to run the checker on their solutions frequently during the development process, not just before attempting an import into a restricted environment. This iterative checking helps catch issues early when they are easier and cheaper to fix.

Integrating Solution Checker into ALM¶

For organizations adopting mature Application Lifecycle Management (ALM) practices for Power Platform, integrating the solution checker into the CI/CD pipeline is crucial. Automated checking ensures consistency and prevents human oversight. By incorporating the pac solution check command or the dedicated CI/CD tasks into build pipelines, you can ensure that every time a solution is built or packaged, it is automatically scanned for violations.

A typical ALM pipeline might involve steps like:
1. Exporting the solution from a development environment.
2. Unpacking the solution (optional, for source control).
3. Running the pac solution check command against the solution file.
4. Analyzing the SARIF output.
5. Implementing checks based on severity levels (e.g., fail the build if critical violations are found).
6. Packing the solution.
7. Deploying the solution to the next environment (e.g., UAT, Production).

Integrating the check step before the deployment step into a Managed Environment ensures that the solution reaching the target environment has already passed the required quality gates. This prevents the scenario where a developer attempts a manual import into a production Managed Environment only to be blocked, causing delays. Automated checks streamline the process and enforce standards consistently.

Administrative Configuration of Enforcement¶

Administrators manage solution checker enforcement settings within the Power Platform Admin Center. For a specific Managed Environment, administrators can navigate to the environment settings and find the configuration options related to solution checker enforcement. Here, they can select the desired mode: ‘Off’, ‘Warn’, or ‘Block’.

The choice of enforcement mode should align with the organization’s governance maturity and risk tolerance.
* ‘Warn’ mode is suitable for organizations just beginning to implement stricter governance, allowing them to educate users about violations without immediately disrupting deployments.
* ‘Block’ mode is appropriate for mature organizations with established ALM processes, where developers are expected to fix violations as part of their standard workflow, ensuring high quality in production environments.

Administrators can also review historical solution checker results related to import attempts within the Managed Environment settings or through Power Platform analytics, gaining insights into common violation patterns and the effectiveness of their enforcement policies.

Benefits of Enforcing Solution Checker¶

Enforcing solution checker during imports into Managed Environments provides numerous benefits for organizations leveraging Power Platform:

• Improved Solution Quality: Ensures that solutions meet minimum quality standards before deployment to critical environments, reducing the likelihood of performance issues, bugs, or security vulnerabilities.
• Reduced Technical Debt: Promotes addressing issues early in the development cycle, preventing the accumulation of technical debt that can become costly and difficult to manage over time.
• Enhanced Stability and Reliability: Solutions built without critical issues are more likely to be stable and reliable, leading to fewer production incidents and a better user experience.
• Strengthened Security Posture: Helps identify and mitigate potential security risks within custom code and configurations, protecting sensitive data and systems.
• Streamlined ALM: Encourages integration of automated checks into CI/CD pipelines, leading to more efficient and predictable deployment processes.
• Greater Governance and Control: Provides administrators with a powerful tool to enforce organizational standards and policies across Power Platform deployments, particularly in critical environments.
• Developer Education: The process of reviewing and fixing violations helps developers learn Power Platform best practices, improving their skills and the quality of future development work.

Troubleshooting Common Issues¶

If you encounter issues related to solution checker enforcement, consider the following troubleshooting steps:

1. Check Enforcement Mode: Verify the enforcement setting (‘Warn’ or ‘Block’) for the target Managed Environment in the Power Platform Admin Center.
2. Download and Analyze Results: If available, use the link in the error/warning message to download the SARIF file and use a viewer (like in VS Code) to understand the specific critical violations.
3. Consult Rules Documentation: For each critical rule identified, consult the official Microsoft documentation for detailed explanations and remediation steps.
4. Run Checker Independently: Use the Power Apps Maker Portal or PAC CLI to run the checker on your solution outside the import process. This gives you control over viewing the results and iterating on fixes without repeated import attempts.
5. Verify Solution Components: Ensure the solution components causing the violations have been correctly modified according to the recommended mitigation steps.
6. Rebuild and Re-export: After fixing issues, rebuild and re-export your solution to create a new package with the corrections.
7. Retry Import: Attempt the import again with the updated solution package.
8. Check Solution Checker Service Health: In rare cases, issues with the solution checker service itself could occur. Check the Power Platform service health status if problems persist.

Best Practices for Development in Managed Environments¶

To minimize issues with solution checker enforcement when targeting Managed Environments, adopt these best practices:

• Develop in Dedicated Environments: Use dedicated development environments and export solutions before importing them into other environments.
• Run Solution Checker Frequently: Make running the solution checker a regular part of your development process, ideally multiple times during the creation of a solution or significant features.
• Prioritize Critical and Error Violations: Always address critical violations first, as they are the most impactful. Then focus on ‘Error’ level violations. While ‘Warning’ and ‘Informational’ issues should eventually be addressed, critical ones are the gatekeepers in enforced Managed Environments.
• Integrate into CI/CD: Automate solution checker runs as part of your build and deployment pipelines.
• Educate Your Team: Ensure all developers are aware of the solution checker, the importance of fixing violations, and how to interpret the results and documentation.
• Stay Updated: Keep up-to-date with the latest solution checker rules and Power Platform best practices.

This proactive approach ensures that solutions are of high quality from the outset, leading to smoother deployments into Managed Environments and a healthier Power Platform ecosystem overall.

Solution checker enforcement in Managed Environments is a vital governance feature that promotes higher quality solutions and enhances the stability and security of Power Platform deployments. By understanding the symptoms, cause, and resolution steps, and by integrating solution checking into their development and ALM processes, organizations can effectively leverage this feature to build more robust and reliable business applications.

What has been your experience with Solution Checker enforcement? Have you encountered issues during import into Managed Environments, and how did you resolve them? Share your thoughts and tips in the comments below!