node-sample | how to use node in production | Runtime Evironment library
kandi X-RAY | node-sample Summary
kandi X-RAY | node-sample Summary
A sample node app to demonstrate how to use node in production with ansible.
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QUESTION
I was using the silent-flow example and everything worked out fine. But then I saw that I have created 2 (Web & SPA) platforms. So I decided to do a cleanup. As I thought I just use the Web
platform, I just deleted the SPA
. But then the trouble came as I'm now getting always an error when trying to login.
So this is the current state when I have only one platform enabled.
When using SPA
:
then I get
AADSTS9002325: Proof Key for Code Exchange is required for cross-origin authorization code redemption.
And when I use Web
:
I get:
"xxx: The request body must contain the following parameter: 'client_assertion' or 'client_secret'.\r\nTrace ID: xxx\r\nCorrelation ID: xxx\r\nTimestamp: 2021-03-03 09:59:07Z - Correlation ID: xxx - Trace ID: xxx"
Maybe I do not understand something, but I only need one platform, correct?
I also tested with both enabled but getting the same issue you see above. Is my Azure Portal buggy maybe? Because I did not change anything except removing and adding platforms.
And for sure the setting Allow public client flows
is set to Yes
.
ANSWER
Answered 2021-Mar-03 at 13:02For a desktop application, the correct platform is neither Web or SPA, it's **Mobile and desktop applications".
For device code flow, you do need to setup a redirect URI, and set Allow client flow to Yes
QUESTION
I'm developing a basic application that simply reads the emails from a specific gmail account (say fakeEmail@gmail.com) . On first run the app is granted permission to read emails of fakeEmail@gmail.com . And an access_token, expiry_date (1 hour) and refresh_token etc are saved to 'token.json' file.
On subsequent runs even after the access token expires, I do NOT see a refresh token request being made, yet the App is able to fetch and read emails from fakeEmail@gmail.com.
The app is run from command line as 'node app.js' and it fetches the emails with a specific label and prints the content of email on console.
The method authorize() is the first one called every time the app is run. The getNewToken() is called only on first run and creates a 'token.json' file, when the user fakeEmail@gmail.com grants permission to App to read its emails.
Here is the relevant code for this simple app:
...ANSWER
Answered 2020-Mar-03 at 10:22In the Google APIs Node.js Client as it is stated in this section:
Access tokens expire. This library will automatically use a refresh token to obtain a new access token if it is about to expire.
Therefore, you don't have to worry about getting by yourself a new access token. Although, because you are using the Node.js Quickstart and every time you run it, you set the credentials using the .setCredentials()
, so you are explicitly declaring the access token by taking it from the json file.
For more info about the Tokens handling, you can check the Google Auth Library.
QUESTION
I am currently doing some testing on the test_network (I followed the build instructions for Ubuntu 16.04 and changed the CMake variable cmake -DACTIVE_NETWORK=rai_test_network
). I did this using Docker
ANSWER
Answered 2018-Aug-09 at 13:38I passed this problem by changing all vlaues "false"
to "true"
. I also changed the ip address ::ffff:127.0.0.1
to ::ffff:0.0.0.0
so that I can send RPC commands from other containers in the docker-compose network I created. Problem solved
QUESTION
I was trying to download a file using the OneDrive JS SDK, so I've used the code from Microsoft:
...ANSWER
Answered 2017-Sep-22 at 15:35Streams are more efficient, in more than one way.
You can perform processing as-you-go.For example, if you have a series of data that you want to perform processing on and it's in a remote location using a stream will allow you to perform processing on the data as it flows, therefore you can do the processing and the download, in-parallel.
This is much more efficient than waiting for the data to download, then after it's downloaded you start processing it all in one-go.
Streams consume much less memory.If you want to download a 1GB file without using streams you would be consuming 1GB of memory since the file is downloaded in one request, stored temporarily somewhere, e.g a variable and then you start reading off that variable to save to a file. In other words, you store all your data in a buffer before you start processing it
In contrast, a stream would be writing to the file as content comes. Imagine a stream of water flowing into a jug.
AFAIK this is the main reason that data downloads are usually handled with Streams.
That being said, in most cases - apart from file downloads and real-time stuff - it doesn't make any sense to use Streams over the usual request/response scheme.
Stream handling is generally more complex to implement and reason about.
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