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Denisha Padley

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Aug 2, 2024, 10:15:55 PM8/2/24

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Tip: If you change your recovery phone or email, Google may still offer to send verification codes to your previous recovery phone number or email address for 7 days. If someone starts to use your account without your permission, this allows you to quickly secure your settings.

GitHub uses your commit email address to associate commits with your account on GitHub.com. You can choose the email address that will be associated with the commits you push from the command line as well as web-based Git operations you make.

Note: You cannot verify email addresses from disposable email address services (services that allow you to receive email at a temporary address that expires after a certain time). If you'd like to keep your email address private, you can use a GitHub-provided noreply email address. For more information, see "Setting your commit email address."

To use your noreply email address for commits you push from the command line, use that email address when you set your commit email address in Git. To use your noreply address for web-based Git operations, set your commit email address on GitHub and choose to Keep my email address private.

You can also choose to block commits you push from the command line that expose your personal email address. For more information, see "Blocking command line pushes that expose your personal email address."

To ensure that commits are attributed to you and appear in your contributions graph, use an email address that is connected to your account on GitHub.com, or the noreply email address provided to you in your email settings. For more information, see "Adding an email address to your GitHub account."

Note: If you created your account on GitHub.com after July 18, 2017, your noreply email address for GitHub is an ID number and your username in the form of ID+US...@users.noreply.github.com. If you created your account on GitHub.com prior to July 18, 2017, and enabled Keep my email address private prior to that date, your noreply email address from GitHub is USER...@users.noreply.github.com. You can get an ID-based noreply email address for GitHub by selecting (or deselecting and reselecting) Keep my email address private in your email settings.

If you use your noreply email address for GitHub to make commits and then change your username, those commits will not be associated with your account on GitHub.com. This does not apply if you're using the ID-based noreply address from GitHub. For more information, see "Changing your GitHub username."

If you haven't enabled email address privacy, you can choose which verified email address to author changes with when you edit, delete, or create files or merge a pull request on GitHub. If you enabled email address privacy, then the commit author email address cannot be changed and will be a no-reply by default. For more information about the exact form the no-reply email address can take, see "Setting your commit email address."

You can use the git config command to change the email address you associate with your Git commits. The new email address you set will be visible in any future commits you push to GitHub.com from the command line. Any commits you made prior to changing your commit email address are still associated with your previous email address.

Add the email address to your account on GitHub, so that your commits are attributed to you and appear in your contributions graph. For more information, see "Adding an email address to your GitHub account."

You can change the email address associated with commits you make in a single repository. This will override your global Git configuration settings in this one repository, but will not affect any other repositories.

However, I am migrating accounts to Bubble that originally do not have an email associated to their account. To ensure a seamless transitions for my legacy users, I want to allow my login form to accept a username or email as the login. How do I go about that?

Then, when a user logs into your system for the first time, you do a lookup of their current username and the entered password, then substitute the [currentusername]+us...@yourdomain.com for the login workflow. If the password entered is successful, then log the user in and go to an intermodal that requires their email address. Then, once an email address is entered, update the database.

Next, create another Input element. Then, go to the Conditional tab, add the following conditions. In this screenshot, the Input Username or Email that you see in the condition is the field where the user will enter their username or email.

I looked at a similar problem for someone else today. It turned out that their username input field was still set to have a Content format of email. Changing it to text fixed the issue. Note that you may need to refresh your browser or open in a new window for the change to take effect.

Thank you for your reply, changing the input to a text field is what I guessed was supposed to be done, however I just get an error saying (for instance my user name is johndoe) cannot find a user with the email johndoe?

Next, create another Input element. Then, go to the Conditional tab, add the following conditions. In this screenshot, the Input Username or Email that you see in the condition is the field where the user will enter their username or email.

An email address, such as john....@example.com, is made up from a local-part, the symbol @, and a domain, which may be a domain name or an IP address enclosed in brackets. Although the standard requires the local-part to be case-sensitive,[1] it also urges that receiving hosts deliver messages in a case-independent manner,[2] e.g., that the mail system in the domain example.com treat John.Smith as equivalent to john.smith; some mail systems even treat them as equivalent to johnsmith.[3] Mail systems often limit the users' choice of name to a subset of the technically permitted characters; with the introduction of internationalized domain names, efforts are progressing to permit non-ASCII characters in email addresses.

Due to the ubiquity of email in today's world, email addresses are often used as regular usernames by many websites and services that provide a user profile or account.[4] For example, if a user wants to login to their Xbox Live video gaming profile, they would use their Microsoft account in the form of an email address as the username ID, even though the service in this case is not email.

An email address consists of two parts, a local-part (sometimes a user name, but not always) and a domain; if the domain is a domain name rather than an IP address then the SMTP client uses the domain name to look up the mail exchange IP address. The general format of an email address is local-part@domain, e.g. jsmith@[192.168.1.2], jsm...@example.com. The SMTP client transmits the message to the mail exchange, which may forward it to another mail exchange until it eventually arrives at the host of the recipient's mail system.

The transmission of electronic mail from the author's computer and between mail hosts in the Internet uses the Simple Mail Transfer Protocol (SMTP), defined in RFC 5321 and 5322, and extensions such as RFC 6531. The mailboxes may be accessed and managed by applications on personal computers, mobile devices or webmail sites, using the SMTP protocol and either the Post Office Protocol (POP) or the Internet Message Access Protocol (IMAP).

When transmitting email messages, mail user agents (MUAs) and mail transfer agents (MTAs) use the domain name system (DNS) to look up a Resource Record (RR) for the recipient's domain. A mail exchanger resource record (MX record) contains the name of the recipient's mailserver. In absence of an MX record, an address record (A or AAAA) directly specifies the mail host.

The local-part of an email address has no significance for intermediate mail relay systems other than the final mailbox host. Email senders and intermediate relay systems must not assume it to be case-insensitive, since the final mailbox host may or may not treat it as such. A single mailbox may receive mail for multiple email addresses, if configured by the administrator. Conversely, a single email address may be the alias to a distribution list to many mailboxes. Email aliases, electronic mailing lists, sub-addressing, and catch-all addresses, the latter being mailboxes that receive messages regardless of the local-part, are common patterns for achieving a variety of delivery goals.

The addresses found in the header fields of an email message are not directly used by mail exchanges to deliver the message. An email message also contains a message envelope that contains the information for mail routing. While envelope and header addresses may be equal, forged email addresses (also called spoofed email addresses) are often seen in spam, phishing, and many other Internet-based scams. This has led to several initiatives which aim to make such forgeries of fraudulent emails easier to spot.

An email address also may have an associated "display-name" (Display Name) for the recipient, which precedes the address specification, now surrounded by angled brackets, for example: John Smith .[6] Email spammers and phishers will often use "Display Name spoofing" to trick their victims, by using a false Display Name, or by using a different email address as the Display Name.[7]

Earlier forms of email addresses for other networks than the Internet included other notations, such as that required by X.400, and the UUCP bang path notation, in which the address was given in the form of a sequence of computers through which the message should be relayed. This was widely used for several years, but was superseded by the Internet standards promulgated by the Internet Engineering Task Force (IETF).