- SFTP File Upload Using ASP.NET Web API and AngularJS
- Working With FTP Using C#
- FTP Using C# .NET
- A Simple FTP Solution
TechiediariesAngular-file-upload directive by nervgh is an awesome lightweight AngularJS directive which handles file upload for you and lets you upload files asynchronously to the server. This post will give you basic understanding on how to upload files by using this directive together with. In FTP all data is passed back and forth between the client and server without the use of encryption. This makes it possible for an evesdropper to listen in and retrieve your confidential information including login details. With SFTP all the data is encrypted before it is sentsent across the network. A brief description of how to use the article or code. The class names, the methods and properties, any tricks or tips. File size limit is also implemented by allowing file upto 5 MB. Number of files allowed in upload queue is also implemented by filter. Drag and drop is also implemented along with default browse button. Reblogged this on Dinesh Ram Kali. Like Like. You are commenting using your WordPress. You are commenting using your Google account. You are commenting using your Twitter account. You are commenting using your Facebook account. Notify me of new comments via email. Notify me of new posts via email. Introduction Angular-file-upload directive by nervgh is an awesome lightweight AngularJS directive which handles file upload for you and lets you upload files asynchronously to the server. Using the code A brief description of how to use the article or code. Like this: Like Loading Previous Post. Leave a Reply Cancel reply Enter your comment here Fill in your details below or click an icon to log in:. Email required Address never made public. Name required. Post was not sent - check your email addresses! Sorry, your blog cannot share posts by email.
SFTP File Upload Using ASP.NET Web API and AngularJS
We will provide some examples of how to use this module to implement some of the most common uses that you will find during development. Note: The code for this post is also available in this repositoryas a running example. This means that the multiple calls to the HTTP module will all return an observable, that we need to subscribe to one way or the other. Here are some key things to bear in mind regarding this particular type of Observables returned by the HTTP module:. With this in mind, let's have a look at some of the most common tasks that we will come across using the HTTP library. Just as a demo, we will be querying a Firebase database using the built-in REST capabilities of Firebase, and displaying some data directly on the screen. As we can see this data is a JSON structure, with no arrays. Everything is structured as a key-pair dictionary. Those funny looking strings are Firebase unique identifiers, they have some great properties more about them in this post. This example is using the HTTP module in a small component, that is displaying a list of courses. Let's break down this example step-by-step:. The end result is that the descriptions of all the courses in the database will show up listed on the screen, in a bulleted list. Notice in the call to get that we are passing a generic parameter: we are specifying that the result of the get call will be an Observable of Coursemeaning that this observable emits values which are arrays of courses. Let's take for example the following URL with some pagination parameters:. Instead, a call to set will return a new HttpParams object containing the new value properties. So this means that the following will NOT work:. If we try to populate our parameters like this, we will not have the expected result. Instead, we would have an empty HTTPParams object, and the two calls to set would have add no effect. If by some reason we already have the Query parameters string prepared, and would like to create our parameters using it, we can use this alternative syntax:. For example, here is how we could write the same request using the request API:. This syntax is more generic because we are passing in an initial argument which defines the HTTP method that we are using, in this case GET. As we can see, HttpHeaders also has an immutable API, and we are passing a configuration object as the second argument of the get call. This configuration object only has one property named headersjust like the local const that we defined - so we used the object short-hand creation notation to define the configuration object. The PUT method should only be used if we want to fully replace the value of a resource. For example, we would use PUT if we want to overwrite a course object with a completely new version of that same course object:. This example method could for example be part of a component class.
Working With FTP Using C#
FTP Using C# .NET