Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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<?php
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final class PhabricatorAuthProviderPassword
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extends PhabricatorAuthProvider {
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private $adapter;
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public function getProviderName() {
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return pht('Username/Password');
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}
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2013-06-20 20:18:48 +02:00
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public function getConfigurationHelp() {
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return pht(
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'You can select a minimum password length by setting '.
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'`account.minimum-password-length` in configuration.');
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}
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2013-06-17 19:51:35 +02:00
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public function getDescriptionForCreate() {
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return pht(
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'Allow users to login or register using a username and password.');
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}
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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public function getAdapter() {
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if (!$this->adapter) {
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$adapter = new PhutilAuthAdapterEmpty();
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$adapter->setAdapterType('password');
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$adapter->setAdapterDomain('self');
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$this->adapter = $adapter;
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}
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return $this->adapter;
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}
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2013-06-17 01:31:57 +02:00
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public function getLoginOrder() {
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// Make sure username/password appears first if it is enabled.
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return '100-'.$this->getProviderName();
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}
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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public function shouldAllowAccountLink() {
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return false;
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}
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public function shouldAllowAccountUnlink() {
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return false;
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}
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public function isDefaultRegistrationProvider() {
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return true;
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}
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public function buildLoginForm(
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PhabricatorAuthStartController $controller) {
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$request = $controller->getRequest();
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2013-06-17 15:12:45 +02:00
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return $this->renderPasswordLoginForm($request);
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}
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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2013-06-17 15:12:45 +02:00
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public function buildLinkForm(
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PhabricatorAuthLinkController $controller) {
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throw new Exception("Password providers can't be linked.");
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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}
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2013-06-17 15:12:45 +02:00
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private function renderPasswordLoginForm(
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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AphrontRequest $request,
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$require_captcha = false,
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$captcha_valid = false) {
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$viewer = $request->getUser();
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2013-06-17 01:31:14 +02:00
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$dialog = id(new AphrontDialogView())
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->setSubmitURI($this->getLoginURI())
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->setUser($viewer)
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->setTitle(pht('Login to Phabricator'))
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->addSubmitButton(pht('Login'));
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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if ($this->shouldAllowRegistration()) {
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2013-06-17 01:31:14 +02:00
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$dialog->addCancelButton(
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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'/auth/register/',
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pht('Register New Account'));
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}
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2013-06-17 01:31:14 +02:00
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$dialog->addFooter(
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phutil_tag(
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'a',
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array(
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'href' => '/login/email/',
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),
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pht('Forgot your password?')));
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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$v_user = nonempty(
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$request->getStr('username'),
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2014-01-23 23:01:35 +01:00
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$request->getCookie(PhabricatorCookies::COOKIE_USERNAME));
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
|
|
|
|
|
|
|
$e_user = null;
|
|
|
|
$e_pass = null;
|
|
|
|
$e_captcha = null;
|
|
|
|
|
|
|
|
$errors = array();
|
|
|
|
if ($require_captcha && !$captcha_valid) {
|
|
|
|
if (AphrontFormRecaptchaControl::hasCaptchaResponse($request)) {
|
|
|
|
$e_captcha = pht('Invalid');
|
|
|
|
$errors[] = pht('CAPTCHA was not entered correctly.');
|
|
|
|
} else {
|
|
|
|
$e_captcha = pht('Required');
|
|
|
|
$errors[] = pht('Too many login failures recently. You must '.
|
|
|
|
'submit a CAPTCHA with your login request.');
|
|
|
|
}
|
|
|
|
} else if ($request->isHTTPPost()) {
|
|
|
|
// NOTE: This is intentionally vague so as not to disclose whether a
|
|
|
|
// given username or email is registered.
|
|
|
|
$e_user = pht('Invalid');
|
|
|
|
$e_pass = pht('Invalid');
|
|
|
|
$errors[] = pht('Username or password are incorrect.');
|
|
|
|
}
|
|
|
|
|
2013-06-17 01:31:14 +02:00
|
|
|
if ($errors) {
|
|
|
|
$errors = id(new AphrontErrorView())->setErrors($errors);
|
|
|
|
}
|
|
|
|
|
2013-08-26 20:53:11 +02:00
|
|
|
$form = id(new PHUIFormLayoutView())
|
2013-06-17 01:31:14 +02:00
|
|
|
->setFullWidth(true)
|
|
|
|
->appendChild($errors)
|
Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
|
|
|
->appendChild(
|
|
|
|
id(new AphrontFormTextControl())
|
2013-06-17 01:31:14 +02:00
|
|
|
->setLabel('Username or Email')
|
Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
|
|
|
->setName('username')
|
|
|
|
->setValue($v_user)
|
|
|
|
->setError($e_user))
|
|
|
|
->appendChild(
|
|
|
|
id(new AphrontFormPasswordControl())
|
|
|
|
->setLabel('Password')
|
|
|
|
->setName('password')
|
2013-06-17 01:31:14 +02:00
|
|
|
->setError($e_pass));
|
Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
|
|
|
|
|
|
|
if ($require_captcha) {
|
|
|
|
$form->appendChild(
|
|
|
|
id(new AphrontFormRecaptchaControl())
|
|
|
|
->setError($e_captcha));
|
|
|
|
}
|
|
|
|
|
2013-06-17 01:31:14 +02:00
|
|
|
$dialog->appendChild($form);
|
Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
|
|
|
|
2013-06-17 01:31:14 +02:00
|
|
|
return $dialog;
|
Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
|
|
|
}
|
|
|
|
|
|
|
|
public function processLoginRequest(
|
|
|
|
PhabricatorAuthLoginController $controller) {
|
|
|
|
|
|
|
|
$request = $controller->getRequest();
|
|
|
|
$viewer = $request->getUser();
|
|
|
|
|
|
|
|
$require_captcha = false;
|
|
|
|
$captcha_valid = false;
|
|
|
|
if (AphrontFormRecaptchaControl::isRecaptchaEnabled()) {
|
|
|
|
$failed_attempts = PhabricatorUserLog::loadRecentEventsFromThisIP(
|
|
|
|
PhabricatorUserLog::ACTION_LOGIN_FAILURE,
|
|
|
|
60 * 15);
|
|
|
|
if (count($failed_attempts) > 5) {
|
|
|
|
$require_captcha = true;
|
|
|
|
$captcha_valid = AphrontFormRecaptchaControl::processCaptcha($request);
|
|
|
|
}
|
|
|
|
}
|
|
|
|
|
|
|
|
$response = null;
|
|
|
|
$account = null;
|
|
|
|
$log_user = null;
|
|
|
|
|
2014-01-23 23:18:26 +01:00
|
|
|
if ($request->isFormPost()) {
|
|
|
|
if (!$require_captcha || $captcha_valid) {
|
|
|
|
$username_or_email = $request->getStr('username');
|
|
|
|
if (strlen($username_or_email)) {
|
|
|
|
$user = id(new PhabricatorUser())->loadOneWhere(
|
|
|
|
'username = %s',
|
|
|
|
$username_or_email);
|
|
|
|
|
|
|
|
if (!$user) {
|
|
|
|
$user = PhabricatorUser::loadOneWithEmailAddress(
|
|
|
|
$username_or_email);
|
|
|
|
}
|
Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
|
|
|
|
2014-01-23 23:18:26 +01:00
|
|
|
if ($user) {
|
|
|
|
$envelope = new PhutilOpaqueEnvelope($request->getStr('password'));
|
|
|
|
if ($user->comparePassword($envelope)) {
|
|
|
|
$account = $this->loadOrCreateAccount($user->getPHID());
|
|
|
|
$log_user = $user;
|
|
|
|
}
|
2013-06-16 19:18:34 +02:00
|
|
|
}
|
Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
|
|
|
}
|
|
|
|
}
|
|
|
|
}
|
|
|
|
|
|
|
|
if (!$account) {
|
2014-01-23 23:03:54 +01:00
|
|
|
if ($request->isFormPost()) {
|
|
|
|
$log = PhabricatorUserLog::initializeNewLog(
|
|
|
|
null,
|
|
|
|
$log_user ? $log_user->getPHID() : null,
|
|
|
|
PhabricatorUserLog::ACTION_LOGIN_FAILURE);
|
|
|
|
$log->save();
|
|
|
|
}
|
Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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2014-01-23 23:01:35 +01:00
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$request->clearCookie(PhabricatorCookies::COOKIE_USERNAME);
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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$response = $controller->buildProviderPageResponse(
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$this,
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2013-06-17 15:12:45 +02:00
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$this->renderPasswordLoginForm(
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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$request,
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$require_captcha,
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$captcha_valid));
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}
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return array($account, $response);
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}
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public function shouldRequireRegistrationPassword() {
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return true;
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}
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public function getDefaultExternalAccount() {
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$adapter = $this->getAdapter();
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return id(new PhabricatorExternalAccount())
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->setAccountType($adapter->getAdapterType())
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->setAccountDomain($adapter->getAdapterDomain());
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}
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protected function willSaveAccount(PhabricatorExternalAccount $account) {
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parent::willSaveAccount($account);
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$account->setUserPHID($account->getAccountID());
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}
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public function willRegisterAccount(PhabricatorExternalAccount $account) {
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parent::willRegisterAccount($account);
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$account->setAccountID($account->getUserPHID());
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}
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2013-06-20 20:18:48 +02:00
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public static function getPasswordProvider() {
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$providers = self::getAllEnabledProviders();
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foreach ($providers as $provider) {
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if ($provider instanceof PhabricatorAuthProviderPassword) {
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return $provider;
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}
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}
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return null;
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}
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2013-06-25 00:57:39 +02:00
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public function willRenderLinkedAccount(
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PhabricatorUser $viewer,
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2013-09-09 23:14:34 +02:00
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PHUIObjectItemView $item,
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2013-06-25 00:57:39 +02:00
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PhabricatorExternalAccount $account) {
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return;
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}
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2013-06-25 00:58:27 +02:00
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public function shouldAllowAccountRefresh() {
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return false;
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}
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Add password authentication and registration to new registration
Summary:
Ref T1536. Ref T1930. Code is not reachable.
This provides password authentication and registration on the new provider/adapter framework.
I sort of cheated a little bit and don't really route any password logic through the adapter (instead, this provider uses an empty adapter and just sets the type/domain on it). I think the right way to do this //conceptually// is to treat username/passwords as an external black box which the adapter communicates with. However, this creates a lot of practical implementation and UX problems:
- There would basically be two steps -- in the first one, you interact with the "password black box", which behaves like an OAuth provider. This produces some ExternalAccount associated with the username/password pair, then we go into normal registration.
- In normal registration, we'd proceed normally.
This means:
- The registration flow would be split into two parts, one where you select a username/password (interacting with the black box) and one where you actually register (interacting with the generic flow). This is unusual and probably confusing for users.
- We would need to do a lot of re-hashing of passwords, since passwords currently depend on the username and user PHID, which won't exist yet during registration or the "black box" phase. This is a big mess I don't want to deal with.
- We hit a weird condition where two users complete step 1 with the same username but don't complete step 2 yet. The box knows about two different copies of the username, with two different passwords. When we arrive at step 2 the second time we have a lot of bad choices about how to reoslve it, most of which create security problems. The most stragihtforward and "pure" way to resolve the issues is to put password-auth usernames in a separate space, but this would be incredibly confusuing to users (your login name might not be the same as your username, which is bizarre).
- If we change this, we need to update all the other password-related code, which I don't want to bother with (at least for now).
Instead, let registration know about a "default" registration controller (which is always password, if enabled), and let it require a password. This gives us a much simpler (albeit slightly less pure) implementation:
- All the fields are on one form.
- Password adapter is just a shell.
- Password provider does the heavy lifting.
We might make this more pure at some point, but I'm generally pretty satisfied with this.
This doesn't implement the brute-force CAPTCHA protection, that will be coming soon.
Test Plan: Registered with password only and logged in with a password. Hit various error conditions.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran, chad
Maniphest Tasks: T1536, T1930
Differential Revision: https://secure.phabricator.com/D6164
2013-06-16 19:15:49 +02:00
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}
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