ldap 好东西

多年以后重新审视openldap 发现其实ldap是个好东西

同时发现了libdbi libdbi-driver这个东西也不错
Gerrit Code Review - Searching Changes version v3.3.3 Table of Contents Default Searches Basic Change Search Search Operators Argument Quoting Boolean Operators Negation AND OR Labels Magical Operators Default Searches Most basic searches can be viewed by clicking on a link along the top menu bar. The link will prefill the search box with a common search query, execute it, and present the results. Description Default Query All > Open status:open '(or is:open)' All > Merged status:merged All > Abandoned status:abandoned My > Watched Changes is:watched is:open My > Starred Changes is:starred My > Draft Comments has:draft Open changes in Foo status:open project:Foo Basic Change Search Similar to many popular search engines on the web, just enter some text and let Gerrit figure out the meaning: Description Examples Legacy numerical id 15183 Full or abbreviated Change-Id Ic0ff33 Full or abbreviated commit SHA-1 d81b32ef Email address user@example.com For change searches (i.e. those using a numerical id, Change-Id, or commit SHA1), if the search results in a single change that change will be presented instead of a list. For more predictable results, use explicit search operators as described in the following section. Search Operators Operators act as restrictions on the search. As more operators are added to the same query string, they further restrict the returned results. Search can also be performed by typing only a text with no operator, which will match against a variety of fields. age:'AGE' Amount of time that has expired since the change was last updated with a review comment or new patch set. The age must be specified to include a unit suffix, for example -age:2d: s, sec, second, seconds m, min, minute, minutes h, hr, hour, hours d, day, days w, week, weeks (1 week is treated as 7 days) mon, month, months (1 month is treated as 30 days) y, year, years (1 year is treated as 365 days) age can be used both forward and backward looking: age:2d means 'everything older than 2 days' while -age:2d means 'everything with an age of at most 2 days'. assignee:'USER' Changes assigned to the given user. attention:'USER' Changes whose attention set includes the given user. before:'TIME'/until:'TIME' Changes modified before the given 'TIME', inclusive. Must be in the format 2006-01-02[ 15:04:05[.890][ -0700]]; omitting the time defaults to 00:00:00 and omitting the timezone defaults to UTC. after:'TIME'/since:'TIME' Changes modified after the given 'TIME', inclusive. Must be in the format 2006-01-02[ 15:04:05[.890][ -0700]]; omitting the time defaults to 00:00:00 and omitting the timezone defaults to UTC. change:'ID' Either a legacy numerical 'ID' such as 15183, or a newer style Change-Id that was scraped out of the commit message. conflicts:'ID' Changes that conflict with change 'ID'. Change 'ID' can be specified as a legacy numerical 'ID' such as 15183, or a newer style Change-Id that was scraped out of the commit message. destination:'NAME' Changes which match the current user’s destination named 'NAME'. (see Named Destinations). owner:'USER', o:'USER' Changes originally submitted by 'USER'. The special case of owner:self will find changes owned by the caller. ownerin:'GROUP' Changes originally submitted by a user in 'GROUP'. query:'NAME' Changes which match the current user’s query named 'NAME' (see Named Queries). reviewer:'USER', r:'USER' Changes that have been, or need to be, reviewed by 'USER'. The special case of reviewer:self will find changes where the caller has been added as a reviewer. cc:'USER' Changes that have the given user CC’ed on them. The special case of cc:self will find changes where the caller has been CC’ed. revertof:'ID' Changes that revert the change specified by the numeric 'ID'. submissionid:'ID' Changes that have the specified submission 'ID'. reviewerin:'GROUP' Changes that have been, or need to be, reviewed by a user in 'GROUP'. commit:'SHA1' Changes where 'SHA1' is one of the patch sets of the change. project:'PROJECT', p:'PROJECT' Changes occurring in 'PROJECT'. If 'PROJECT' starts with ^ it matches project names by regular expression. The dk.brics.automaton library is used for evaluation of such patterns. projects:'PREFIX' Changes occurring in projects starting with 'PREFIX'. parentproject:'PROJECT' Changes occurring in 'PROJECT' or in one of the child projects of 'PROJECT'. repository:'REPOSITORY', repo:'REPOSITORY' Changes occurring in 'REPOSITORY'. If 'REPOSITORY' starts with ^ it matches repository names by regular expression. The dk.brics.automaton library is used for evaluation of such patterns. repositories:'PREFIX', repos:'PREFIX' Changes occurring in repositories starting with 'PREFIX'. parentrepository:'REPOSITORY', parentrepo:'REPOSITORY' Changes occurring in 'REPOSITORY' or in one of the child repositories of 'REPOSITORY'. branch:'BRANCH' Changes for 'BRANCH'. The branch name is either the short name shown in the web interface or the full name of the destination branch with the traditional 'refs/heads/' prefix. If 'BRANCH' starts with ^ it matches branch names by regular expression patterns. The dk.brics.automaton library is used for evaluation of such patterns. intopic:'TOPIC' Changes whose designated topic contains 'TOPIC', using a full-text search. If 'TOPIC' starts with ^ it matches topic names by regular expression patterns. The dk.brics.automaton library is used for evaluation of such patterns. topic:'TOPIC' Changes whose designated topic matches 'TOPIC' exactly. This is often combined with 'branch:' and 'project:' operators to select all related changes in a series. hashtag:'HASHTAG' Changes whose hashtag matches 'HASHTAG'. The match is case-insensitive. cherrypickof:'CHANGE[,PATCHSET]' Changes which were created using the 'cherry-pick' functionality and whose source change number matches 'CHANGE' and source patchset number matches 'PATCHSET'. Note that 'PATCHSET' is optional. For example, a cherrypickof:12345 matches all changes which were cherry-picked from change 12345 and cherrypickof:12345,2 matches all changes which were cherry-picked from the 2nd patchset of change 12345. ref:'REF' Changes where the destination branch is exactly the given 'REF' name. Since 'REF' is absolute from the top of the repository it must start with 'refs/'. If 'REF' starts with ^ it matches reference names by regular expression patterns. The dk.brics.automaton library is used for evaluation of such patterns. tr:'ID', bug:'ID' Search for changes whose commit message contains 'ID' and matches one or more of the trackingid sections in the server’s configuration file. This is typically used to search for changes that fix a bug or defect by the issue tracking system’s issue identifier. label:'VALUE' Matches changes where the approval score 'VALUE' has been set during a review. See labels below for more detail on the format of the argument. message:'MESSAGE' Changes that match 'MESSAGE' arbitrary string in the commit message body. comment:'TEXT' Changes that match 'TEXT' string in any comment left by a reviewer. path:'PATH' Matches any change touching file at 'PATH'. By default exact path matching is used, but regular expressions can be enabled by starting with ^. For example, to match all XML files use file:^.*\.xml$. The dk.brics.automaton library is used for the evaluation of such patterns. The ^ required at the beginning of the regular expression not only denotes a regular expression, but it also has the usual meaning of anchoring the match to the start of the string. To match all Java files, use file:^.*\.java. The entire regular expression pattern, including the ^ character, should be double quoted when using more complex construction (like ones using a bracket expression). For example, to match all XML files named like 'name1.xml', 'name2.xml', and 'name3.xml' use file:"^name[1-3].xml". Slash ('/') is used path separator. More examples: * -file:^path/. - changes that do not modify files from path/, * file:{^~(path/.)} - changes that modify files not from path/ (but may contain files from path/). file:'NAME', f:'NAME' Matches any change touching a file containing the path component 'NAME'. For example a file:src will match changes that modify files named gerrit-server/src/main/java/Foo.java. Name matching is exact match, file:Foo.java finds any change touching a file named exactly Foo.java and does not match AbstractFoo.java. Regular expression matching can be enabled by starting the string with ^. In this mode file: is an alias of path: (see above). extension:'EXT', ext:'EXT' Matches any change touching a file with extension 'EXT', case-insensitive. The extension is defined as the portion of the filename following the final .. Files with no . in their name have no extension and can be matched by an empty string. onlyextensions:'EXT_LIST', onlyexts:'EXT_LIST' Matches any change touching only files with extensions that are listed in 'EXT_LIST' (comma-separated list). The matching is done case-insensitive. An extension is defined as the portion of the filename following the final .. Files with no . in their name have no extension and can be matched by an empty string. directory:'DIR', dir:'DIR' Matches any change where the current patch set touches a file in the directory 'DIR'. The matching is done case-insensitive. 'DIR' can be a full directory name, a directory prefix or any combination of intermediate directory segments. E.g. a change that touches a file in the directory 'a/b/c' matches for 'a/b/c', 'a', 'a/b', 'b', 'b/c' and 'c'. Slash ('/') is used path separator. Leading and trailing slashes are allowed but are not mandatory. If 'DIR' starts with ^ it matches directories and directory segments by regular expression. The dk.brics.automaton library is used for evaluation of such patterns. footer:'FOOTER' Matches any change that has 'FOOTER' as footer in the commit message of the current patch set. 'FOOTER' can be specified verbatim ('<key>: <value>', must be quoted) or as '<key>=<value>'. The matching is done case-insensitive. star:'LABEL' Matches any change that was starred by the current user with the label 'LABEL'. E.g. if changes that are not interesting are marked with an ignore star, they could be filtered out by '-star:ignore'. 'star:star' is the same as 'has:star' and 'is:starred'. has:draft True if there is a draft comment saved by the current user. has:star Same as 'is:starred' and 'star:star', true if the change has been starred by the current user with the default label. has:stars True if the change has been starred by the current user with any label. has:edit True if the change has inline edit created by the current user. has:unresolved True if the change has unresolved comments. is:assigned True if the change has an assignee. is:starred Same as 'has:star', true if the change has been starred by the current user with the default label. is:unassigned True if the change does not have an assignee. is:watched True if this change matches one of the current user’s watch filters, and thus is likely to notify the user when it updates. is:reviewed True if any user has commented on the change more recently than the last update (comment or patch set) from the change owner. is:owner True on any change where the current user is the change owner. Same as owner:self. is:reviewer True on any change where the current user is a reviewer. Same as reviewer:self. is:cc True on any change where the current user is in CC. Same as cc:self. is:open, is:pending, is:new True if the change is open. is:closed True if the change is either merged or abandoned. is:merged, is:abandoned Same as status:'STATE'. is:submittable True if the change is submittable according to the submit rules for the project, for example if all necessary labels have been voted on. This operator only takes into account one change at a time, not any related changes, and does not guarantee that the submit button will appear for matching changes. To check whether a submit button appears, use the Get Revision Actions API. Equivalent to submittable:ok. is:mergeable True if the change has no merge conflicts and could be merged into its destination branch. Mergeability of abandoned changes is not computed. This operator will not find any abandoned but mergeable changes. This operator only works if Gerrit indexes 'mergeable'. See indexMergeable for details. is:ignored True if the change is ignored. Same as star:ignore. is:private True if the change is private, ie. only visible to owner and its reviewers. is:wip True if the change is Work In Progress. is:merge True if the change is a merge commit. status:open, status:pending, status:new True if the change state is 'review in progress'. status:reviewed Same as 'is:reviewed', matches if any user has commented on the change more recently than the last update (comment or patch set) from the change owner. status:closed True if the change is either 'merged' or 'abandoned'. status:merged Change has been merged into the branch. status:abandoned Change has been abandoned. added:'RELATION''LINES', deleted:'RELATION''LINES', delta/size:'RELATION''LINES' True if the number of lines added/deleted/changed satisfies the given relation for the given number of lines. For example, added:>50 will be true for any change which adds at least 50 lines. Valid relations are >=, >, <=, <, or no relation, which will match if the number of lines is exactly equal. commentby:'USER' Changes containing a top-level or inline comment by 'USER'. The special case of commentby:self will find changes where the caller has commented. from:'USER' Changes containing a top-level or inline comment by 'USER', or owned by 'USER'. Equivalent to (owner:USER OR commentby:USER). reviewedby:'USER' Changes where 'USER' has commented on the change more recently than the last update (comment or patch set) from the change owner. author:'AUTHOR' Changes where 'AUTHOR' is the author of the current patch set. 'AUTHOR' may be the author’s exact email address, or part of the name or email address. committer:'COMMITTER' Changes where 'COMMITTER' is the committer of the current patch set. 'COMMITTER' may be the committer’s exact email address, or part of the name or email address. submittable:'SUBMIT_STATUS' Changes having the given submit record status after applying submit rules. Valid statuses are in the status field of SubmitRecord. This operator only applies to the top-level status; individual label statuses can be searched by label. unresolved:'RELATION''NUMBER' True if the number of unresolved comments satisfies the given relation for the given number. For example, unresolved:>0 will be true for any change which has at least one unresolved comment while unresolved:0 will be true for any change which has all comments resolved. Valid relations are >=, >, <=, <, or no relation, which will match if the number of unresolved comments is exactly equal. Argument Quoting Operator values that are not bare words (roughly A-Z, a-z, 0-9, @, hyphen, dot and underscore) must be quoted for the query parser. Quoting is accepted as either double quotes (e.g. message:"the value") or as matched curly braces (e.g. message:{the value}). Boolean Operators Unless otherwise specified, operators are joined using the AND boolean operator, thereby restricting the search results. Parentheses can be used to force a particular precedence on complex operator expressions, otherwise OR has higher precedence than AND. Negation Any operator can be negated by prefixing it with -, for example -is:starred is the exact opposite of is:starred and will therefore return changes that are not starred by the current user. The operator NOT (in all caps) is a synonym. AND The boolean operator AND (in all caps) can be used to join two other operators together. This results in a restriction of the results, returning only changes that match both operators. OR The boolean operator OR (in all caps) can be used to find changes that match either operator. This increases the number of results that are returned, as more changes are considered. Labels Label operators can be used to match approval scores given during a code review. The specific set of supported labels depends on the server configuration, however the Code-Review label is provided out of the box. A label name is any of the following: The label name. Example: label:Code-Review. The label name followed by a ',' followed by a reviewer id or a group id. To make it clear whether a user or group is being looked for, precede the value by a user or group argument identifier ('user=' or 'group='). If an LDAP group is being referenced make sure to use 'ldap/<groupname>'. A label name must be followed by either a score with optional operator, or a label status. The easiest way to explain this is by example. First, some examples of scores with operators: label:Code-Review=2 label:Code-Review=+2 label:Code-Review+2 Matches changes where there is at least one +2 score for Code-Review. The + prefix is optional for positive score values. If the + is used, the = operator is optional. label:Code-Review=-2 label:Code-Review-2 Matches changes where there is at least one -2 score for Code-Review. Because the negative sign is required, the = operator is optional. label:Code-Review=1 Matches changes where there is at least one +1 score for Code-Review. Scores of +2 are not matched, even though they are higher. label:Code-Review>=1 Matches changes with either a +1, +2, or any higher score. Instead of a numeric vote, you can provide a label status corresponding to one of the fields in the SubmitRecord REST API entity. label:Non-Author-Code-Review=need Matches changes where the submit rules indicate that a label named Non-Author-Code-Review is needed. (See the Prolog Cookbook for how this label can be configured.) label:Code-Review=+2,aname label:Code-Review=ok,aname Matches changes with a +2 code review where the reviewer or group is aname. label:Code-Review=2,user=jsmith Matches changes with a +2 code review where the reviewer is jsmith. label:Code-Review=+2,user=owner label:Code-Review=ok,user=owner label:Code-Review=+2,owner label:Code-Review=ok,owner The special "owner" parameter corresponds to the change owner. Matches all changes that have a +2 vote from the change owner. label:Code-Review=+1,group=ldap/linux.workflow Matches changes with a +1 code review where the reviewer is in the ldap/linux.workflow group. label:Code-Review<=-1 Matches changes with either a -1, -2, or any lower score. is:open label:Code-Review+2 label:Verified+1 NOT label:Verified-1 NOT label:Code-Review-2 is:open label:Code-Review=ok label:Verified=ok Matches changes that are ready to be submitted according to one common label configuration. (For a more general check, use submittable:ok.) is:open (label:Verified-1 OR label:Code-Review-2) is:open (label:Verified=reject OR label:Code-Review=reject) Changes that are blocked from submission due to a blocking score. Magical Operators Most of these operators exist to support features of Gerrit Code Review, and are not meant to be accessed by the average end-user. However, they are recognized by the query parser, and may prove useful in limited contexts to administrators or power-users. visibleto:'USER-or-GROUP' Matches changes that are visible to 'USER' or to anyone who is a member of 'GROUP'. Here group names may be specified as either an internal group name, or if LDAP is being used, an external LDAP group name. The value may be wrapped in double quotes to include spaces or other special characters. For example, to match an LDAP group: visibleto:"CN=Developers, DC=example, DC=com". This operator may be useful to test access control rules, however a change can only be matched if both the current user and the supplied user or group can see it. This is due to the implicit 'is:visible' clause that is always added by the server. is:visible Magical internal flag to prove the current user has access to read the change. This flag is always added to any query. starredby:'USER' Matches changes that have been starred by 'USER' with the default label. The special case starredby:self applies to the caller. watchedby:'USER' Matches changes that 'USER' has configured watch filters for. The special case watchedby:self applies to the caller. draftby:'USER' Matches changes that 'USER' has left unpublished draft comments on. Since the drafts are unpublished, it is not possible to see the draft text, or even how many drafts there are. The special case of draftby:self will find changes where the caller has created a draft comment. limit:'CNT' Limit the returned results to no more than 'CNT' records. This is automatically set to the page size configured in the current user’s preferences. Including it in a web query may lead to unpredictable results with regards to pagination. Part of Gerrit Code Review Search Version v3.3.3 这是gerrit上的搜索方法提示,我现在想在SHA为5998a8317b060e97ce3904782d50a7fa666e15b8的更改中查找里面更改内容带maxuser的内容怎么查找
12-10
<think>首先,用户的问题是:在Gerrit Code Review中,如何在SHA为5998a8317b060e97ce3904782d50a7fa666e15b8的更改中查找更改内容包含"maxuser"的内容。 根据提供的Gerrit搜索文档,我需要使用搜索运算符来构建查询。 关键点: - 用户指定了SHA:5998a8317b060e97ce3904782d50a7fa666e15b8 - 要在更改内容中查找"maxuser",这指的是文件内容中的文本。 从搜索运算符部分,我找到相关的运算符: - `commit:'SHA1'`:用于匹配特定的提交SHA。文档说:"Changes where 'SHA1' is one of the patch sets of the change." 所以,我可以使用`commit:5998a8317b060e97ce3904782d50a7fa666e15b8`来找到这个特定的更改。 现在,对于查找更改内容中的文本: - 文档中提到了`path:`、`file:`、`message:`、`comment:`等运算符,但用户想要的是更改内容,即文件差异中的内容。 - 最相关的运算符是`path:`或`file:`,但这些是用于文件路径的,不是文件内容。 - 文档中没有直接提到搜索文件内容的运算符。用户说的是"更改内容",可能指的是文件差异中的文本。 回顾文档: - 在"Search Operators"部分,有`message:'MESSAGE'`:用于提交消息体中的文本。 - `comment:'TEXT'`:用于评论中的文本。 - 但没有明确的文件内容搜索运算符。 用户提到"更改内容带maxuser",我认为这指的是在代码更改中,文件差异(diff)中包含"maxuser"这个字符串。 在Gerrit中,搜索文件内容通常使用`path:`结合正则表达式,但`path:`是用于路径,不是内容。文档中似乎没有直接支持文件内容搜索的运算符。 我可能需要使用`diff:`或类似的东西,但文档中没有提到`diff:`运算符。 检查文档的"path:"部分: - `path:'PATH'`:Matches any change touching file at 'PATH'. 它说"touching file",但没有说搜索内容。 在"file:"部分: - `file:'NAME'`:Matches any change touching a file containing the path component 'NAME'. 同样,是关于文件名的。 文档末尾的"Magical Operators"部分也没有相关内容。 或许Gerrit不支持直接搜索文件内容?但用户可能误解了,或者我需要用其他方式。 另一个想法:用户说"在SHA为...的更改中查找里面更改内容",意思是先找到那个特定的更改(通过SHA),然后在该更改的上下文中搜索内容。 Gerrit搜索是用来查找更改的,而不是在单个更改中搜索内容。一旦你找到了一个特定的更改,你可以查看它的差异来搜索内容。 但用户想在搜索中直接找到包含特定内容的更改。 对于这个特定SHA,只有一个更改,所以先找到它,然后在它的文件差异中搜索"maxuser"。 但用户的问题是构建一个搜索查询来做到这一点。 或许使用`commit:`加上一个内容搜索运算符。 文档中,在"Basic Change Search"部分,它说:"For change searches (i.e. those using a numerical id, Change-Id, or commit SHA1), if the search results in a single change that change will be presented instead of a list." 所以,如果我用`commit:5998a8317b060e97ce3904782d50a7fa666e15b8`,它会直接显示那个更改。 然后,在该更改的页面,我可以使用浏览器的搜索功能来查找"maxuser"在差异中。 但用户想要一个搜索查询来直接找到内容。 或许使用`diff:`运算符?但文档中没有列出。 我搜索文档文本:ctrl+f for "content" or "diff"。 在"path:"部分,它说:"Matches any change touching file at 'PATH'." 但没有内容。 在"file:"部分:同样。 或许在Gerrit中,文件内容搜索是通过`path:` with regex or something, but it's not for content. 另一个运算符:`added:` or `deleted:` but those are for line counts, not content. 用户可能想要的是在更改中搜索文件内容,但Gerrit搜索可能不支持直接文件内容搜索;它通常用于元数据。 在"message:"部分,它说:"Changes that match 'MESSAGE' arbitrary string in the commit message body." 所以对于提交消息。 对于文件内容,Gerrit可能不索引内容文本,只索引元数据。 所以,对于这个查询,我应该: 1. 使用`commit:5998a8317b060e97ce3904782d50a7fa666e15b8`找到特定更改。 2. 然后,在该更改中,手动查看差异或在差异中搜索"maxuser"。 但用户问的是"怎么查找",意思是如何进行搜索。 或许使用`comment:`但评论是reviewer的评论,不是文件内容。 我认为在Gerrit搜索中,没有直接的方式搜索文件内容中的文本。搜索运算符主要针对元数据如提交消息、评论、标签等。 所以,对于用户的问题,最好的方式是: - 先搜索该特定更改:`commit:5998a8317b060e97ce3904782d50a7fa666e15b8` - 然后在结果中,打开更改,查看差异,使用浏览器的查找功能搜索"maxuser"。 但既然用户要求构建查询,我可以建议一个查询,但可能不直接支持内容搜索。 另一个想法:在Gerrit中,你可以使用"Diff Search"插件或类似的东西,但标准Gerrit可能不支持。 文档中没有提到内容搜索。 所以,在回答中,我应该: - 解释使用`commit:`来找到更改。 - 然后说明在该更改中搜索内容。 - 如果可能,提到替代方法。 对于搜索查询,直接为:`commit:5998a8317b060e97ce3904782d50a7fa666e15b8`,但这不包含内容搜索。 用户说"查找里面更改内容带maxuser",所以或许我需要结合一个运算符。 在"path:"部分,它说:"By default exact path matching is used, but regular expressions can be enabled by starting with ^." 但仍然是路径。 对于内容,没有。 或许用户误以为是文件内容,但"更改内容"可能指的是提交消息。 在中文中,"更改内容" 可能意味着更改的细节,包括文件差异。 但在Gerrit上下文中,搜索运算符不支持文件内容。 我检查在线Gerrit文档或回忆:标准Gerrit搜索不包括文件内容搜索;内容搜索可能需要额外的索引或插件。 所以,对于这个回答: - 使用`commit:5998a8317b060e97ce3904782d50a7fa666e15b8`找到更改。 - 然后在该更改中,使用差异视图搜索"maxuser"。 现在,对于回答格式,我必须使用中文,并在最后提出3-5个相关问题。 回答结构: 1. 解释如何找到特定更改。 2. 说明如何搜索内容。 3. 然后提出相关问题。 相关问题:基于用户的问题和我的回答。 可能的查询:由于内容搜索不支持,查询只能是针对更改的。 但用户指定了SHA,所以查询是固定的。 构建查询:`commit:5998a8317b060e97ce3904782d50a7fa666e15b8`,然后手动搜索。 在搜索中,没有运算符 for content, so I can't add that. 最终回答。 </think> 根据Gerrit Code Review的搜索文档(版本v3.3.3),要查找SHA为`5998a8317b060e97ce3904782d50a7fa666e15b8`的更改中,文件更改内容(即代码差异)包含"maxuser"的文本,请按以下步骤操作: 1. **使用`commit:`运算符定位特定更改**: - Gerrit的搜索运算符中,`commit:'SHA1'`用于匹配指定SHA的更改。因此,基础查询为: ``` commit:5998a8317b060e97ce3904782d50a7fa666e15b8 ``` 这会直接返回该SHA对应的更改(如果唯一)。 2. **在更改中搜索文件内容**: - Gerrit的标准搜索运算符(如`path:`, `file:`, `message:`)仅支持文件路径、提交消息或评论文本的搜索,**不支持直接搜索文件差异内容**(即代码更改的具体文本)。因此,执行上述查询后: - 在Gerrit的Web界面中打开该更改。 - 在"Diff"(差异)视图下,使用浏览器的页面搜索功能(通常是Ctrl+F或Cmd+F)输入"maxuser"来手动查找文件内容中的匹配项。 3. **替代方法(如果支持高级功能)**: - 如果Gerrit实例启用了文件内容搜索插件(如"Diff Search"插件),则可以使用类似`diff:"maxuser"`的运算符,但这非标准功能,需管理员配置。标准Gerrit v3.3.3不原生支持此功能。 **完整搜索查询示例**: ``` commit:5998a8317b060e97ce3904782d50a7fa666e15b8 ``` 执行此查询后,进入更改的差异视图进行手动文本搜索。
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