Aws Console Download Credentials File

Credentials are used to obtain an access token from Google's authorizationservers so your app can call Google Workspace APIs. This guide describes howto choose and set up the credentials your app needs.

Your new public/private key pair is generated and downloaded to your machine as a new file. Save the downloaded JSON file as credentials.json in your working directory. This file is the only copy of this key. For information about how to store your key securely, see Managing service account keys.

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If you don't have super administrator access to the relevant Google Workspace account, contact a super administrator for that account and send them your service account's Client ID and list of OAuth Scopes so they can complete the following steps in the Admin console.

Credentials are used to obtain an access token from Google's authorizationservers so your app can call Google Workspace APIs. ForGoogle Workspace APIs, you can manage OAuth 2.0 and service accountcredentials.

After you create credentials, you can edit some aspects of a credential. Forexample, for OAuth 2.0 client IDs, you can edit the name that is shown intheGoogle Cloud console or reset the client secret. For service accounts, youcan edit the name and description.

When you delete a client ID or a service account, applications no longer haveaccess to the Google Cloud Resources through that client ID or serviceaccount. If you delete a client ID or service account, this deletion ispermanent and the credentials can't be restored.

You'll need at least a product name and the email address filled.Google recently made a change so that you cannot create credentials as long as the consent screen is not filled.Before that change one often got cryptic errors during oauth, so this change actually makes sense.

Good afternoon, I haven't made any changes to the google credentials or to revenuecat, it just stopped working. In google play console I have had problems in the api access section suddenly, without touching anything.

Hello, after reviewing your comment yesterday I have managed to make some progress. I try to explain myself.

I have three applications with three subscriptions that use the same credentials to access the google APIS. After enabling the pub/sub API with the link you provided in your post, I have been able to connect all three apps with google (from the existing button in revenuecat) and one of the apps is working fine again, but the other two keep throwing the google credentials error. does it make any sense?

Hello @tina,

I have been having this issue as well. Suddenly the app started to have issues and doing some debuggin now we get the credentials error. I have gone back and re-did the set up, and followed all the steps as mentioned on the Docs and we are still having the same issue. If you can help us further it will be appreciated. This is an app that has been in production.

Hello again, expand more information.

My three apps are working properly connected to google.

If I access the configuration of one of my apps in revenuecat, I see that it is connected to google for notifications, but if I click on the disconnect button I receive a 400 error but the connection with those credentials works from the app. It seems that there is some kind of error in revenuecat.

I don't want this to sound like criticism though, as support is being great.

I'm using NextJS which, normally, involves using SSR getStaticProps or other methods to keep credentials on the server and off the client. I haven't been able to find a clean solution to apply that to the AWS configurations below using the normal NextJS approach. However, I did find another stackoverflow post here that was very relevant. I've used that SO post to build out the example shared below, however I'm concerned that I am able to console.log my env variables, normally if its all handled on the server those values are undefined on the client.

"While it is possible to do so, we do not recommend hard-coding your AWS credentials in your application. Hard-coding credentials poses a risk of exposing your access key ID and secret access key." - AWS SDK docs

However, AWS follows up this list up with -"We do not recommend hard coding your AWS credentials in your scripts. Hard coding credentials poses a risk of exposing your access key ID and secret access key." - AWS

Here is how to use keys in development mode without hard coding them in your application. This will keep the code similar for production and development as well as preventing the credentials from getting pushed into productions, logs, and code management solutions like GIT.

It would be best if you use extreme caution when placing credentials in .env variables. The values get injected into code during the Next.js build processes, which could lead to your keys ending up in client-side code and logs.

When you interact with AWS, you specify your AWS security credentials to verify who you are and whether you have permission to access the resources that you are requesting. AWS uses the security credentials to authenticate and authorize your requests.

For example, if you want to download a protected file from an Amazon Simple Storage Service (Amazon S3) bucket, your credentials must allow that access. If your credentials don't show you are authorized to download the file, AWS denies your request. However, your AWS security credentials aren't required for you to download a file in an Amazon S3 bucket that is publicly shared.

Users have either long-term or temporary security credentials. Root user, IAM user, and access keys have long-term security credentials that do not expire. To protect long-term credentials have processes in place to manage access keys, change passwords, and enable MFA.

IAM roles, users in AWS IAM Identity Center, and federated users have temporary security credentials. Temporary security credentials expire after a defined period of time or when the user ends their session. Temporary credentials work almost identically to long-term credentials, with the following differences:

Temporary security credentials are short-term, as the name implies. They can be configured to last for anywhere from a few minutes to several hours. After the credentials expire, AWS no longer recognizes them or allows any kind of access from API requests made with them.

Temporary security credentials are not stored with the user but are generated dynamically and provided to the user when requested. When (or even before) the temporary security credentials expire, the user can request new credentials, as long as the user requesting them still has permissions to do so.

The temporary security credentials have a limited lifetime, so you do not have to update them or explicitly revoke them when they're no longer needed. After temporary security credentials expire, they cannot be reused. You can specify how long the credentials are valid, up to a maximum limit.

When you create an AWS account, we create the account root user. The credentials of the root user (account owner) allow full access to all resources in the account. The first task you perform with the root user is to grant another user administrative permissions to your AWS account so that you minimize the usage of the root user.

Do not use the root user for your everyday tasks. Use it to perform the tasks that only the root user can perform. For the complete list of tasks that require you to sign in as the root user, see Tasks that require root user credentials.

Be sure to save the sign-in credentials for your Emergency Access IAM user and any access keys you created for programmatic access in a secure location. If you lose your access keys, you must sign in to your account to create new ones.

Federated identities are users with external identities that are granted temporary AWS credentials that they can use to access secure AWS account resources. External identities can come from a corporate identity store (such as LDAP or Windows Active Directory) or from a third party (such as Login in with Amazon, Facebook, or Google). Federated identities do not sign in with the AWS Management Console or AWS access portal.

Multi-factor authentication (MFA) provides an extra level of security for users who can access your AWS account. For additional security, we recommend that you require MFA on the AWS account root user credentials and all IAM users. For more information, see Using multi-factor authentication (MFA) in AWS.

When you activate MFA and you sign in to your AWS account, you are prompted for your sign-in credentials, plus a response generated by an MFA device, such as a code, a touch or tap, or a biometric scan. When you add MFA, your AWS account settings and resources are more secure.

By default, MFA isn't activated. You can activate and manage MFA devices for the AWS account root user by going to the Security credentials page or the IAM dashboard in the AWS Management Console. For more information about activating MFA for IAM users, see Enabling MFA devices for users in AWS.

In many scenarios, you don't need long-term access keys that never expire (as you have when you create access keys for an IAM user). Instead, you can create IAM roles and generate temporary security credentials. Temporary security credentials include an access key ID and a secret access key, but they also include a security token that indicates when the credentials expire. After they expire, they're no longer valid.

Access key IDs beginning with AKIA are long-term access keys for an IAM user or an AWS account root user. Access key IDs beginning with ASIA are temporary credentials access keys that you create using AWS STS operations.

AWS CLI Version 2 integration with AWS IAM Identity Center (IAM Identity Center). You can authenticate users and provide short-term credentials to run AWS CLI commands. To learn more, see Integrating AWS CLI with IAM Identity Center in the AWS IAM Identity Center User Guide and Configuring the AWS CLI to use IAM Identity Center in the AWS Command Line Interface User Guide. e24fc04721