CSRF Protection with codeigniter
I have very little knowledge in application security. I have often seen to protect your application from csrf attacks developers use tokens and pass these tokens with request to validate. I want to know if i just validate the request is coming from my server and rejects all requests coming from any other server how can it be unsafe?
How can we protect the namespace of an object in Javascript?
Continuing from my previous question: Javascript simple code to understand prototype-based OOP basics
Let’s say we run into console this two separate objects(even if they are called child and parent there is no inheritance between them):
Is there a way to check if redistributed code has been altered?
I would like to redistribute my app (PHP) in a way that the user gets the front end (presentation) layer which is using the API on my server through a web service.
I want the user to be able to alter his part of the app but at the same time exclude such altered app from the normal support and offer support on pay by the hour basis.
How safe & trustworthy are hosting sites such as sourceforge, github or bitbucket for closed-source projects? [closed]
Closed 9 years ago.
Is the flyweight pattern a good security choice for managing permissions?
I’m designing a system, and it needs future expandability for the use of a permission system of some kind. I’m wondering if the flyweight pattern would be a good choice to implement this. I’m not responsible for the implementation right now, as it is just a prototype, and we’re not prototyping any parts that need the right system. However, because of the demand for future extensibility to parts that need permission management the interface needs to be solid. This means that in the end it will be a thought experiment, rather than a real part of what I have to work on. However, I do need to be able to explain and justify my design in this area of the application.
Is the flyweight pattern a good security choice for managing permissions?
I’m designing a system, and it needs future expandability for the use of a permission system of some kind. I’m wondering if the flyweight pattern would be a good choice to implement this. I’m not responsible for the implementation right now, as it is just a prototype, and we’re not prototyping any parts that need the right system. However, because of the demand for future extensibility to parts that need permission management the interface needs to be solid. This means that in the end it will be a thought experiment, rather than a real part of what I have to work on. However, I do need to be able to explain and justify my design in this area of the application.
Is the flyweight pattern a good security choice for managing permissions?
I’m designing a system, and it needs future expandability for the use of a permission system of some kind. I’m wondering if the flyweight pattern would be a good choice to implement this. I’m not responsible for the implementation right now, as it is just a prototype, and we’re not prototyping any parts that need the right system. However, because of the demand for future extensibility to parts that need permission management the interface needs to be solid. This means that in the end it will be a thought experiment, rather than a real part of what I have to work on. However, I do need to be able to explain and justify my design in this area of the application.
Is the flyweight pattern a good security choice for managing permissions?
I’m designing a system, and it needs future expandability for the use of a permission system of some kind. I’m wondering if the flyweight pattern would be a good choice to implement this. I’m not responsible for the implementation right now, as it is just a prototype, and we’re not prototyping any parts that need the right system. However, because of the demand for future extensibility to parts that need permission management the interface needs to be solid. This means that in the end it will be a thought experiment, rather than a real part of what I have to work on. However, I do need to be able to explain and justify my design in this area of the application.
Is the flyweight pattern a good security choice for managing permissions?
I’m designing a system, and it needs future expandability for the use of a permission system of some kind. I’m wondering if the flyweight pattern would be a good choice to implement this. I’m not responsible for the implementation right now, as it is just a prototype, and we’re not prototyping any parts that need the right system. However, because of the demand for future extensibility to parts that need permission management the interface needs to be solid. This means that in the end it will be a thought experiment, rather than a real part of what I have to work on. However, I do need to be able to explain and justify my design in this area of the application.
Is the flyweight pattern a good security choice for managing permissions?
I’m designing a system, and it needs future expandability for the use of a permission system of some kind. I’m wondering if the flyweight pattern would be a good choice to implement this. I’m not responsible for the implementation right now, as it is just a prototype, and we’re not prototyping any parts that need the right system. However, because of the demand for future extensibility to parts that need permission management the interface needs to be solid. This means that in the end it will be a thought experiment, rather than a real part of what I have to work on. However, I do need to be able to explain and justify my design in this area of the application.