How to Block an IP address range using the .htaccess file
You could use: Order Allow,Deny Deny from 66.249.74.0/24 Allow from all Or you could use this: RewriteEngine on RewriteCond %{REMOTE_ADDR} ^66\.249\.74\. RewriteRule ^ – [F]
You could use: Order Allow,Deny Deny from 66.249.74.0/24 Allow from all Or you could use this: RewriteEngine on RewriteCond %{REMOTE_ADDR} ^66\.249\.74\. RewriteRule ^ – [F]
Here is the working method to allow access from all domains for webfonts: # Allow access from all domains for webfonts. # Alternatively you could only whitelist your # subdomains like “subdomain.example.com”. <IfModule mod_headers.c> <FilesMatch “\.(ttf|ttc|otf|eot|woff|font.css|css)$”> Header set Access-Control-Allow-Origin “*” </FilesMatch> </IfModule>
Lesson learned: all public struct need a public init That’s not quite exact. The documentation states: Default Memberwise Initializers for Structure Types The default memberwise initializer for a structure type is considered private if any of the structure’s stored properties are private. Likewise, if any of the structure’s stored properties are file private, the initializer … Read more
Access control along inheritance lines doesn’t really fit with the design philosophies behind Swift and Cocoa: When designing access control levels in Swift, we considered two main use cases: keep private details of a class hidden from the rest of the app keep internal details of a framework hidden from the client app These correspond … Read more
To my rather basic knowledge in that area, the basic actors of an RBAC are: Resources. Permissions. Users. Roles (i.e. Groups). Resources <- require -> (one or many) Permissions. Roles <- are collections of -> (one or many) Permissions. Users <- can have -> (one or many) Roles. The tables for such a model would … Read more
Based on the comments, here an example on how to use the policy based authorization: public class PermissionRequirement : IAuthorizationRequirement { public PermissionRequirement(PermissionEnum permission) { Permission = permission; } public PermissionEnum Permission { get; } } public class PermissionHandler : AuthorizationHandler<PermissionRequirement> { private readonly IUserPermissionsRepository permissionRepository; public PermissionHandler(IUserPermissionsRepository permissionRepository) { if(permissionRepository == null) throw new … Read more
Thanks to your other question it looks like this pattern is now known as the “passkey” pattern. In C++11, it gets even cleaner, because instead of calling b.protectedMethod(SomeKey()); you can just call: b.protectedMethod({});
You do get the surprising result that if you have a child, you can’t call foo, but you can cast it to a base and then call foo. child *c = new child(); c->foo; // compile error (can’t access private member) static_cast<base *>(c)->foo(); // this is fine, but still calls the implementation in child I … Read more
Connect as SYSTEM. CREATE USER username IDENTIFIED BY apassword; GRANT CONNECT TO username; GRANT EXECUTE on schema.procedure TO username; You may also need to: GRANT SELECT [, INSERT] [, UPDATE] [, DELETE] on schema.table TO username; to whichever tables the procedure uses.
So where should I put the access control logic? According to this: https://softwareengineering.stackexchange.com/a/71883/65755 the policy enforcement point should be right before the call of the UserService.editProfile(). I came to the same conclusion: it cannot be in the UI because by multiple UIs we would have code repetition. It should be before the creation of domain … Read more