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phorge-phorge/src/applications/paste/query/PhabricatorPasteQuery.php

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Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
<?php
final class PhabricatorPasteQuery
extends PhabricatorCursorPagedPolicyAwareQuery {
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
private $ids;
private $phids;
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
private $authorPHIDs;
private $parentPHIDs;
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
private $needContent;
private $needRawContent;
private $languages;
private $includeNoLanguage;
private $dateCreatedAfter;
private $dateCreatedBefore;
private $statuses;
public function withIDs(array $ids) {
$this->ids = $ids;
return $this;
}
public function withPHIDs(array $phids) {
$this->phids = $phids;
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
return $this;
}
public function withAuthorPHIDs(array $phids) {
$this->authorPHIDs = $phids;
return $this;
}
public function withParentPHIDs(array $phids) {
$this->parentPHIDs = $phids;
return $this;
}
public function needContent($need_content) {
$this->needContent = $need_content;
return $this;
}
public function needRawContent($need_raw_content) {
$this->needRawContent = $need_raw_content;
return $this;
}
public function withLanguages(array $languages) {
$this->includeNoLanguage = false;
foreach ($languages as $key => $language) {
if ($language === null) {
$languages[$key] = '';
continue;
}
}
$this->languages = $languages;
return $this;
}
public function withDateCreatedBefore($date_created_before) {
$this->dateCreatedBefore = $date_created_before;
return $this;
}
public function withDateCreatedAfter($date_created_after) {
$this->dateCreatedAfter = $date_created_after;
return $this;
}
public function withStatuses(array $statuses) {
$this->statuses = $statuses;
return $this;
}
public function newResultObject() {
Provide core policy support for Spaces Summary: Ref T8424. No UI or interesting behavior yet, but integrates Spaces checks: - `PolicyFilter` now checks Spaces. - `PolicyAwareQuery` now automatically adds Spaces constraints. There's one interesting design decision here: **spaces are stronger than automatic capabilities**. That means that you can't see a task in a space you don't have permission to access, //even if you are the owner//. I //think// this is desirable. Particularly, we need to do this in order to exclude objects at the query level, which potentially makes policy filtering for spaces hugely more efficient. I also like Spaces being very strong, conceptually. It's possible that we might want to change this; this would reduce our access to optimizations but might be a little friendlier or make more sense to users later on. For now, at least, I'm pursuing the more aggressive line. If we stick with this, we probably need to make some additional UI affordances (e.g., show when an owner can't see a task). This also means that you get a hard 404 instead of a policy exception when you try to access something in a space you can't see. I'd slightly prefer to show you a policy exception instead, but think this is generally a reasonable tradeoff to get the high-performance filtering at the Query layer. Test Plan: - Added and executed unit tests. - Put objects in spaces and viewed them with multiple users. - Made the default space visible/invisible, viewed objects. - Checked the services panel and saw `spacePHID` constraints. - Verified that this adds only one query to each page. Reviewers: btrahan, chad Reviewed By: btrahan Subscribers: chad, epriestley Maniphest Tasks: T8424 Differential Revision: https://secure.phabricator.com/D13156
2015-06-05 02:46:32 +02:00
return new PhabricatorPaste();
}
protected function loadPage() {
return $this->loadStandardPage(new PhabricatorPaste());
}
protected function didFilterPage(array $pastes) {
if ($this->needRawContent) {
$pastes = $this->loadRawContent($pastes);
}
if ($this->needContent) {
$pastes = $this->loadContent($pastes);
}
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
return $pastes;
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
}
protected function buildWhereClauseParts(AphrontDatabaseConnection $conn) {
$where = parent::buildWhereClauseParts($conn);
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
if ($this->ids !== null) {
$where[] = qsprintf(
$conn,
'id IN (%Ld)',
$this->ids);
}
if ($this->phids !== null) {
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
$where[] = qsprintf(
$conn,
'phid IN (%Ls)',
$this->phids);
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
}
if ($this->authorPHIDs !== null) {
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
$where[] = qsprintf(
$conn,
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
'authorPHID IN (%Ls)',
$this->authorPHIDs);
}
if ($this->parentPHIDs !== null) {
$where[] = qsprintf(
$conn,
'parentPHID IN (%Ls)',
$this->parentPHIDs);
}
if ($this->languages !== null) {
$where[] = qsprintf(
$conn,
'language IN (%Ls)',
$this->languages);
}
if ($this->dateCreatedAfter !== null) {
$where[] = qsprintf(
$conn,
'dateCreated >= %d',
$this->dateCreatedAfter);
}
if ($this->dateCreatedBefore !== null) {
$where[] = qsprintf(
$conn,
'dateCreated <= %d',
$this->dateCreatedBefore);
}
if ($this->statuses !== null) {
$where[] = qsprintf(
$conn,
'status IN (%Ls)',
$this->statuses);
}
return $where;
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
}
private function getContentCacheKey(PhabricatorPaste $paste) {
return implode(
':',
array(
'P'.$paste->getID(),
$paste->getFilePHID(),
$paste->getLanguage(),
));
}
private function loadRawContent(array $pastes) {
$file_phids = mpull($pastes, 'getFilePHID');
$files = id(new PhabricatorFileQuery())
->setParentQuery($this)
->setViewer($this->getViewer())
->withPHIDs($file_phids)
->execute();
$files = mpull($files, null, 'getPHID');
foreach ($pastes as $key => $paste) {
$file = idx($files, $paste->getFilePHID());
if (!$file) {
unset($pastes[$key]);
continue;
}
try {
$paste->attachRawContent($file->loadFileData());
} catch (Exception $ex) {
// We can hit various sorts of file storage issues here. Just drop the
// paste if the file is dead.
unset($pastes[$key]);
continue;
}
}
return $pastes;
}
private function loadContent(array $pastes) {
$cache = new PhabricatorKeyValueDatabaseCache();
$cache = new PhutilKeyValueCacheProfiler($cache);
$cache->setProfiler(PhutilServiceProfiler::getInstance());
$keys = array();
foreach ($pastes as $paste) {
$keys[] = $this->getContentCacheKey($paste);
}
$caches = $cache->getKeys($keys);
$need_raw = array();
$have_cache = array();
foreach ($pastes as $paste) {
$key = $this->getContentCacheKey($paste);
if (isset($caches[$key])) {
$paste->attachContent(phutil_safe_html($caches[$key]));
$have_cache[$paste->getPHID()] = true;
} else {
$need_raw[$key] = $paste;
}
}
if (!$need_raw) {
return $pastes;
}
$write_data = array();
$have_raw = $this->loadRawContent($need_raw);
$have_raw = mpull($have_raw, null, 'getPHID');
foreach ($pastes as $key => $paste) {
$paste_phid = $paste->getPHID();
if (isset($have_cache[$paste_phid])) {
continue;
}
if (empty($have_raw[$paste_phid])) {
unset($pastes[$key]);
continue;
}
$content = $this->buildContent($paste);
$paste->attachContent($content);
$write_data[$this->getContentCacheKey($paste)] = (string)$content;
}
if ($write_data) {
$cache->setKeys($write_data);
}
return $pastes;
}
private function buildContent(PhabricatorPaste $paste) {
$language = $paste->getLanguage();
$source = $paste->getRawContent();
if (empty($language)) {
return PhabricatorSyntaxHighlighter::highlightWithFilename(
$paste->getTitle(),
$source);
} else {
return PhabricatorSyntaxHighlighter::highlightWithLanguage(
$language,
$source);
}
}
public function getQueryApplicationClass() {
return 'PhabricatorPasteApplication';
}
Add basic per-object privacy policies Summary: Provides a basic start for access policies. Objects expose various capabilities, like CAN_VIEW, CAN_EDIT, etc., and set a policy for each capability. We currently implement three policies, PUBLIC (anyone, including logged-out), USERS (any logged-in) and NOONE (nobody). There's also a way to provide automatic capability grants (e.g., the owner of an object can always see it, even if some capability is set to "NOONE"), but I'm not sure how great the implementation feels and it might change. Most of the code here is providing a primitive for efficient policy-aware list queries. The problem with doing queries naively is that you have to do crazy amounts of filtering, e.g. to show the user page 6, you need to filter at least 600 objects (and likely more) before you can figure out which ones are 500-600 for them. You can't just do "LIMIT 500, 100" because that might have only 50 results, or no results. Instead, the query looks like "WHERE id > last_visible_id", and then we fetch additional pages as necessary to satisfy the request. The general idea is that we move all data access to Query classes and have them do object filtering. The ID paging primitive allows efficient paging in most cases, and the executeOne() method provides a concise way to do policy checks for edit/view screens. We'll probably end up with mostly broader policy UIs or configuration-based policies, but there are at least a few cases for per-object privacy (e.g., marking tasks as "Security", and restricting things to the members of projects) so I figured we'd start with a flexible primitive and the simplify it in the UI where we can. Test Plan: Unit tests, played around in the UI with various policy settings. Reviewers: btrahan, vrana, jungejason Reviewed By: btrahan CC: aran Maniphest Tasks: T603 Differential Revision: https://secure.phabricator.com/D2210
2012-04-14 19:13:29 +02:00
}