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The ______________ processes personal data only 1_________2_________________. The data processor is usually a third party external to the company. However, in the case of groups of undertakings, one undertaking may act as processor for another undertaking.
The duties of the processor towards the controller must be specified in a contract or another legal act. For example, the contract must indicate what happens to the personal data once the contract is terminated. A typical activity of processors is offering IT solutions, including cloud storage. The data processor may only sub-contract a part of its task to another processor or appoint a joint processor when it has received prior written authorisation from the data controller.
A controller tracks at least one Kubernetes resource type.These objectshave a spec field that represents the desired state. Thecontroller(s) for that resource are responsible for making the currentstate come closer to that desired state.
When the Job controller sees a new task it makes sure that, somewherein your cluster, the kubelets on a set of Nodes are running the rightnumber of Pods to get the work done.The Job controller does not run any Pods or containersitself. Instead, the Job controller tells the API server to create or removePods.Other components in thecontrol planeact on the new information (there are new Pods to schedule and run),and eventually the work is done.
After you create a new Job, the desired state is for that Job to be completed.The Job controller makes the current state for that Job be nearer to yourdesired state: creating Pods that do the work you wanted for that Job, so thatthe Job is closer to completion.
The important point here is that the controller makes some changes to bring aboutyour desired state, and then reports the current state back to your cluster's API server.Other control loops can observe that reported data and take their own actions.
In the thermostat example, if the room is very cold then a different controllermight also turn on a frost protection heater. With Kubernetes clusters, the controlplane indirectly works with IP address management tools, storage services,cloud provider APIs, and other services byextending Kubernetes to implement that.
As a tenet of its design, Kubernetes uses lots of controllers that each managea particular aspect of cluster state. Most commonly, a particular control loop(controller) uses one kind of resource as its desired state, and has a differentkind of resource that it manages to make that desired state happen. For example,a controller for Jobs tracks Job objects (to discover new work) and Pod objects(to run the Jobs, and then to see when the work is finished). In this casesomething else creates the Jobs, whereas the Job controller creates Pods.
There can be several controllers that create or update the same kind of object.Behind the scenes, Kubernetes controllers make sure that they only pay attentionto the resources linked to their controlling resource.
For example, you can have Deployments and Jobs; these both create Pods.The Job controller does not delete the Pods that your Deployment created,because there is information (labels)the controllers can use to tell those Pods apart.
The Deployment controller and Job controller are examples of controllers thatcome as part of Kubernetes itself ("built-in" controllers).Kubernetes lets you run a resilient control plane, so that if any of the built-incontrollers were to fail, another part of the control plane will take over the work.
You can find controllers that run outside the control plane, to extend Kubernetes.Or, if you want, you can write a new controller yourself.You can run your own controller as a set of Pods,or externally to Kubernetes. What fits best will depend on what that particularcontroller does.
A controller is a PHP function you create that reads information from theRequest object and creates and returns a Response object. The response couldbe an HTML page, JSON, XML, a file download, a redirect, a 404 error or anythingelse. The controller runs whatever arbitrary logic your application needsto render the content of a page.
What if you need to read query parameters, grab a request header or get accessto an uploaded file? That information is stored in Symfony's Requestobject. To access it in your controller, add it as an argument and3___________________________________:
Let's say a user sends you a request with the following query string: =John&lastName=Smith&age=27.Thanks to the MapQueryParameterattribute, arguments of your controller's action can be automatically fulfilled:
This way, browsers can start downloading the assets immediately; like thestyle.css and script.js files in the above example). ThesendEarlyHints() method also returns the Response object, which youmust use to create the full response sent from the controller action.
In Symfony, a controller is usually a class method which is used to acceptrequests, and return a Response object. When mapped with a URL, a controllerbecomes accessible and its response can be viewed.
To facilitate the development of controllers, Symfony provides anAbstractController. It can be used to extend the controller class allowingaccess to some frequently used utilities such as render() andredirectToRoute(). The AbstractController also provides thecreateNotFoundException() utility which is used to return a page not foundresponse.
Action Controller is the C in MVC. After the router has determined which controller to use for a request, the controller is responsible for making sense of the request and producing the appropriate output. Luckily, Action Controller does most of the groundwork for you and uses smart conventions to make this as straightforward as possible.
For most conventional RESTful applications, the controller will receive the request (this is invisible to you as the developer), fetch or save data from a model, and use a view to create HTML output. If your controller needs to do things a little differently, that's not a problem, this is just the most common way for a controller to work.
A controller can thus be thought of as a middleman between models and views. It makes the model data available to the view, so it can display that data to the user, and it saves or updates user data to the model.
The naming convention of controllers in Rails favors pluralization of the last word in the controller's name, although it is not strictly required (e.g. ApplicationController). For example, ClientsController is preferable to ClientController, SiteAdminsController is preferable to SiteAdminController or SitesAdminsController, and so on.
Following this convention will allow you to use the default route generators (e.g. resources, etc) without needing to qualify each :path or :controller, and will keep named route helpers' usage consistent throughout your application. See Layouts and Rendering Guide for more details.
A controller is a Ruby class which inherits from ApplicationController and has methods just like any other class. When your application receives a request, the routing will determine which controller and action to run, then Rails creates an instance of that controller and runs the method with the same name as the action.
Some method names are reserved by Action Controller. Accidentally redefining them as actions, or even as auxiliary methods, could result in SystemStackError. If you limit your controllers to only RESTful Resource Routing actions you should not need to worry about this.
You will probably want to access data sent in by the user or other parameters in your controller actions. There are two kinds of parameters possible in a web application. The first are parameters that are sent as part of the URL, called query string parameters. The query string is everything after "?" in the URL. The second type of parameter is usually referred to as POST data. This information usually comes from an HTML form which has been filled in by the user. It's called POST data because it can only be sent as part of an HTTP POST request. Rails does not make any distinction between query string parameters and POST parameters, and both are available in the params hash in your controller:
Also, if you've turned on config.wrap_parameters in your initializer or called wrap_parameters in your controller, you can safely omit the root element in the JSON parameter. In this case, the parameters will be cloned and wrapped with a key chosen based on your controller's name. So the above JSON request can be written as:
The params hash will always contain the :controller and :action keys, but you should use the methods controller_name and action_name instead to access these values. Any other parameters defined by the routing, such as :id, will also be available. As an example, consider a listing of clients where the list can show either active or inactive clients. We can add a route that captures the :status parameter in a "pretty" URL:
In this case, when a user opens the URL /clients/active, params[:status] will be set to "active". When this route is used, params[:foo] will also be set to "bar", as if it were passed in the query string. Your controller will also receive params[:action] as "index" and params[:controller] as "clients".
When a user opens the URL /books/4_2, the controller will extract the compositekey value ["4", "2"] and pass it to Book.find to render the right record in the view.The extract_value method may be used to extract arrays out of any delimited parameters.
You can set global default parameters for URL generation by defining a method called default_url_options in your controller. Such a method must return a hash with the desired defaults, whose keys must be symbols:
If you define default_url_options in ApplicationController, as in the example above, these defaults will be used for all URL generation. The method can also be defined in a specific controller, in which case it only affects URLs generated there. 5376163bf9
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