Project to show how to upload a file in the browser and send it fully or in several chunks to the server.
It is an implementation of the "@akanass/rx-file-upload" library for the client part and of the "fastify-multipart" pluglin for the server part in NestJS.
NOTE: You must have a recent browser that supports ESM modules in order to run the application.
$> cd path/to/workspace
$> git clone https://github.com/akanass/upload-file-with-chunks.git | git@github.com:akanass/upload-file-with-chunks.git# install dependencies
$> yarn install | npm installYou don't have to do anything more.
Once launched, the application will run on port 3000.
# build
$> {yarn|npm} run build
# production mode
$> {yarn|npm} run start:prod$> docker compose up -dYou can change the configuration in default config file.
If for example you want to use your own API to receive the files you need to change the upload.api.fileEndpoint value to "http://mon-api.com".
Each time you change a configuration data, you will have to restart the application for the changes to be taken into account.
# relaunch production mode
$ {yarn|npm} run start:prod$ docker compose up --build -dOnce your application is launched, you will first need to select the file to upload to your API:
Once selected, you can choose upload options:
If you choose to upload your files into chunks, you will be able to choose the size of each chunk using the associated slider.
If the value is equal to 0 then the default value of 1Mb will be taken into account.
The second possible option is to add a sha256 encoded checksum for each file.
However, you should know that the larger the file, the longer the generation time will be, which will cause a delay before sending it to the API.
Finally, you just have to click on the upload button and enjoy the magic of the library that will do everything for you:
If you use our API to upload your files, the destination path will be indicated as you can see in the screenshot.
In the case of using the application in Docker, the files will be uploaded to the mounted directory docker_tmp_upload which is at the root of this project.
And of course, multiple file uploads are taken into account by the library:
If you want to see how the client implementation is going you can go here and for the server implementation here.
If you want to see what is exactly sent by the library to the server, you can go here.
This project is MIT licensed.