Node.js 16 actions are deprecated. Please update the following actions to use Node.js 20: actions/checkout@v2, actions/setup-dotnet@v1, actions/upload-artifact@v2. For more information see: https://github.blog/changelog/2023-09-22-github-actions-transitioning-from-node-16-to-node-20/.

The following actions uses node12 which is deprecated and will be forced to run on node16: actions/checkout@v2, actions/setup-dotnet@v1, actions/upload-artifact@v2. For more info: https://github.blog/changelog/2023-06-13-github-actions-all-actions-will-run-on-node16-instead-of-node12-by-default/

The method used to create a RequestDelegate returns Task<Microsoft.AspNetCore.Authorization.AuthorizationResult>. RequestDelegate discards this value. If this isn't intended then change the return type to non-generic Task or, if the delegate is a route handler, cast it to Delegate so the return value is written to the response. (https://aka.ms/aspnet/analyzers)

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'ExecuteSqlRawAsync' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'ExecuteSqlAsync' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'ExecuteSqlRawAsync' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'ExecuteSqlAsync' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'ExecuteSqlRawAsync' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'ExecuteSqlAsync' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

The method used to create a RequestDelegate returns Task<Microsoft.AspNetCore.Authorization.AuthorizationResult>. RequestDelegate discards this value. If this isn't intended then change the return type to non-generic Task or, if the delegate is a route handler, cast it to Delegate so the return value is written to the response. (https://aka.ms/aspnet/analyzers)

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'ExecuteSqlRawAsync' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'ExecuteSqlAsync' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'ExecuteSqlRawAsync' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'ExecuteSqlAsync' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'FromSqlRaw' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'FromSql' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.

Method 'ExecuteSqlRawAsync' inserts interpolated strings directly into the SQL, without any protection against SQL injection. Consider using 'ExecuteSqlAsync' instead, which protects against SQL injection, or make sure that the value is sanitized and suppress the warning.