gitea/services/convert/repository.go

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// Copyright 2020 The Gitea Authors. All rights reserved.
// SPDX-License-Identifier: MIT
package convert
import (
"context"
"time"
"code.gitea.io/gitea/models"
"code.gitea.io/gitea/models/perm"
repo_model "code.gitea.io/gitea/models/repo"
unit_model "code.gitea.io/gitea/models/unit"
"code.gitea.io/gitea/modules/log"
api "code.gitea.io/gitea/modules/structs"
)
// ToRepo converts a Repository to api.Repository
func ToRepo(ctx context.Context, repo *repo_model.Repository, mode perm.AccessMode) *api.Repository {
return innerToRepo(ctx, repo, mode, false)
}
func innerToRepo(ctx context.Context, repo *repo_model.Repository, mode perm.AccessMode, isParent bool) *api.Repository {
var parent *api.Repository
cloneLink := repo.CloneLink()
permission := &api.Permission{
Admin: mode >= perm.AccessModeAdmin,
Push: mode >= perm.AccessModeWrite,
Pull: mode >= perm.AccessModeRead,
}
if !isParent {
err := repo.GetBaseRepo(ctx)
if err != nil {
return nil
}
if repo.BaseRepo != nil {
parent = innerToRepo(ctx, repo.BaseRepo, mode, true)
}
}
// check enabled/disabled units
hasIssues := false
var externalTracker *api.ExternalTracker
var internalTracker *api.InternalTracker
if unit, err := repo.GetUnit(ctx, unit_model.TypeIssues); err == nil {
config := unit.IssuesConfig()
hasIssues = true
internalTracker = &api.InternalTracker{
EnableTimeTracker: config.EnableTimetracker,
AllowOnlyContributorsToTrackTime: config.AllowOnlyContributorsToTrackTime,
EnableIssueDependencies: config.EnableDependencies,
}
} else if unit, err := repo.GetUnit(ctx, unit_model.TypeExternalTracker); err == nil {
config := unit.ExternalTrackerConfig()
hasIssues = true
externalTracker = &api.ExternalTracker{
ExternalTrackerURL: config.ExternalTrackerURL,
ExternalTrackerFormat: config.ExternalTrackerFormat,
ExternalTrackerStyle: config.ExternalTrackerStyle,
ExternalTrackerRegexpPattern: config.ExternalTrackerRegexpPattern,
}
}
hasWiki := false
var externalWiki *api.ExternalWiki
if _, err := repo.GetUnit(ctx, unit_model.TypeWiki); err == nil {
hasWiki = true
} else if unit, err := repo.GetUnit(ctx, unit_model.TypeExternalWiki); err == nil {
hasWiki = true
config := unit.ExternalWikiConfig()
externalWiki = &api.ExternalWiki{
ExternalWikiURL: config.ExternalWikiURL,
}
}
hasPullRequests := false
ignoreWhitespaceConflicts := false
allowMerge := false
allowRebase := false
allowRebaseMerge := false
allowSquash := false
allowRebaseUpdate := false
defaultDeleteBranchAfterMerge := false
defaultMergeStyle := repo_model.MergeStyleMerge
defaultAllowMaintainerEdit := false
if unit, err := repo.GetUnit(ctx, unit_model.TypePullRequests); err == nil {
config := unit.PullRequestsConfig()
hasPullRequests = true
ignoreWhitespaceConflicts = config.IgnoreWhitespaceConflicts
allowMerge = config.AllowMerge
allowRebase = config.AllowRebase
allowRebaseMerge = config.AllowRebaseMerge
allowSquash = config.AllowSquash
allowRebaseUpdate = config.AllowRebaseUpdate
defaultDeleteBranchAfterMerge = config.DefaultDeleteBranchAfterMerge
defaultMergeStyle = config.GetDefaultMergeStyle()
defaultAllowMaintainerEdit = config.DefaultAllowMaintainerEdit
}
hasProjects := false
if _, err := repo.GetUnit(ctx, unit_model.TypeProjects); err == nil {
hasProjects = true
}
if err := repo.LoadOwner(ctx); err != nil {
return nil
}
numReleases, _ := repo_model.GetReleaseCountByRepoID(ctx, repo.ID, repo_model.FindReleasesOptions{IncludeDrafts: false, IncludeTags: false})
mirrorInterval := ""
var mirrorUpdated time.Time
if repo.IsMirror {
var err error
repo.Mirror, err = repo_model.GetMirrorByRepoID(ctx, repo.ID)
if err == nil {
mirrorInterval = repo.Mirror.Interval.String()
mirrorUpdated = repo.Mirror.UpdatedUnix.AsTime()
}
}
var transfer *api.RepoTransfer
if repo.Status == repo_model.RepositoryPendingTransfer {
t, err := models.GetPendingRepositoryTransfer(ctx, repo)
if err != nil && !models.IsErrNoPendingTransfer(err) {
log.Warn("GetPendingRepositoryTransfer: %v", err)
} else {
if err := t.LoadAttributes(ctx); err != nil {
log.Warn("LoadAttributes of RepoTransfer: %v", err)
} else {
Add context cache as a request level cache (#22294) To avoid duplicated load of the same data in an HTTP request, we can set a context cache to do that. i.e. Some pages may load a user from a database with the same id in different areas on the same page. But the code is hidden in two different deep logic. How should we share the user? As a result of this PR, now if both entry functions accept `context.Context` as the first parameter and we just need to refactor `GetUserByID` to reuse the user from the context cache. Then it will not be loaded twice on an HTTP request. But of course, sometimes we would like to reload an object from the database, that's why `RemoveContextData` is also exposed. The core context cache is here. It defines a new context ```go type cacheContext struct { ctx context.Context data map[any]map[any]any lock sync.RWMutex } var cacheContextKey = struct{}{} func WithCacheContext(ctx context.Context) context.Context { return context.WithValue(ctx, cacheContextKey, &cacheContext{ ctx: ctx, data: make(map[any]map[any]any), }) } ``` Then you can use the below 4 methods to read/write/del the data within the same context. ```go func GetContextData(ctx context.Context, tp, key any) any func SetContextData(ctx context.Context, tp, key, value any) func RemoveContextData(ctx context.Context, tp, key any) func GetWithContextCache[T any](ctx context.Context, cacheGroupKey string, cacheTargetID any, f func() (T, error)) (T, error) ``` Then let's take a look at how `system.GetString` implement it. ```go func GetSetting(ctx context.Context, key string) (string, error) { return cache.GetWithContextCache(ctx, contextCacheKey, key, func() (string, error) { return cache.GetString(genSettingCacheKey(key), func() (string, error) { res, err := GetSettingNoCache(ctx, key) if err != nil { return "", err } return res.SettingValue, nil }) }) } ``` First, it will check if context data include the setting object with the key. If not, it will query from the global cache which may be memory or a Redis cache. If not, it will get the object from the database. In the end, if the object gets from the global cache or database, it will be set into the context cache. An object stored in the context cache will only be destroyed after the context disappeared.
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transfer = ToRepoTransfer(ctx, t)
}
}
}
var language string
if repo.PrimaryLanguage != nil {
language = repo.PrimaryLanguage.Language
}
repoAPIURL := repo.APIURL()
return &api.Repository{
ID: repo.ID,
Add context cache as a request level cache (#22294) To avoid duplicated load of the same data in an HTTP request, we can set a context cache to do that. i.e. Some pages may load a user from a database with the same id in different areas on the same page. But the code is hidden in two different deep logic. How should we share the user? As a result of this PR, now if both entry functions accept `context.Context` as the first parameter and we just need to refactor `GetUserByID` to reuse the user from the context cache. Then it will not be loaded twice on an HTTP request. But of course, sometimes we would like to reload an object from the database, that's why `RemoveContextData` is also exposed. The core context cache is here. It defines a new context ```go type cacheContext struct { ctx context.Context data map[any]map[any]any lock sync.RWMutex } var cacheContextKey = struct{}{} func WithCacheContext(ctx context.Context) context.Context { return context.WithValue(ctx, cacheContextKey, &cacheContext{ ctx: ctx, data: make(map[any]map[any]any), }) } ``` Then you can use the below 4 methods to read/write/del the data within the same context. ```go func GetContextData(ctx context.Context, tp, key any) any func SetContextData(ctx context.Context, tp, key, value any) func RemoveContextData(ctx context.Context, tp, key any) func GetWithContextCache[T any](ctx context.Context, cacheGroupKey string, cacheTargetID any, f func() (T, error)) (T, error) ``` Then let's take a look at how `system.GetString` implement it. ```go func GetSetting(ctx context.Context, key string) (string, error) { return cache.GetWithContextCache(ctx, contextCacheKey, key, func() (string, error) { return cache.GetString(genSettingCacheKey(key), func() (string, error) { res, err := GetSettingNoCache(ctx, key) if err != nil { return "", err } return res.SettingValue, nil }) }) } ``` First, it will check if context data include the setting object with the key. If not, it will query from the global cache which may be memory or a Redis cache. If not, it will get the object from the database. In the end, if the object gets from the global cache or database, it will be set into the context cache. An object stored in the context cache will only be destroyed after the context disappeared.
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Owner: ToUserWithAccessMode(ctx, repo.Owner, mode),
Name: repo.Name,
FullName: repo.FullName(),
Description: repo.Description,
Private: repo.IsPrivate,
Template: repo.IsTemplate,
Empty: repo.IsEmpty,
Archived: repo.IsArchived,
Size: int(repo.Size / 1024),
Fork: repo.IsFork,
Parent: parent,
Mirror: repo.IsMirror,
HTMLURL: repo.HTMLURL(),
SSHURL: cloneLink.SSH,
CloneURL: cloneLink.HTTPS,
OriginalURL: repo.SanitizedOriginalURL(),
Website: repo.Website,
Language: language,
LanguagesURL: repoAPIURL + "/languages",
Stars: repo.NumStars,
Forks: repo.NumForks,
Watchers: repo.NumWatches,
OpenIssues: repo.NumOpenIssues,
OpenPulls: repo.NumOpenPulls,
Releases: int(numReleases),
DefaultBranch: repo.DefaultBranch,
Created: repo.CreatedUnix.AsTime(),
Updated: repo.UpdatedUnix.AsTime(),
Permissions: permission,
HasIssues: hasIssues,
ExternalTracker: externalTracker,
InternalTracker: internalTracker,
HasWiki: hasWiki,
HasProjects: hasProjects,
ExternalWiki: externalWiki,
HasPullRequests: hasPullRequests,
IgnoreWhitespaceConflicts: ignoreWhitespaceConflicts,
AllowMerge: allowMerge,
AllowRebase: allowRebase,
AllowRebaseMerge: allowRebaseMerge,
AllowSquash: allowSquash,
AllowRebaseUpdate: allowRebaseUpdate,
DefaultDeleteBranchAfterMerge: defaultDeleteBranchAfterMerge,
DefaultMergeStyle: string(defaultMergeStyle),
DefaultAllowMaintainerEdit: defaultAllowMaintainerEdit,
Add context cache as a request level cache (#22294) To avoid duplicated load of the same data in an HTTP request, we can set a context cache to do that. i.e. Some pages may load a user from a database with the same id in different areas on the same page. But the code is hidden in two different deep logic. How should we share the user? As a result of this PR, now if both entry functions accept `context.Context` as the first parameter and we just need to refactor `GetUserByID` to reuse the user from the context cache. Then it will not be loaded twice on an HTTP request. But of course, sometimes we would like to reload an object from the database, that's why `RemoveContextData` is also exposed. The core context cache is here. It defines a new context ```go type cacheContext struct { ctx context.Context data map[any]map[any]any lock sync.RWMutex } var cacheContextKey = struct{}{} func WithCacheContext(ctx context.Context) context.Context { return context.WithValue(ctx, cacheContextKey, &cacheContext{ ctx: ctx, data: make(map[any]map[any]any), }) } ``` Then you can use the below 4 methods to read/write/del the data within the same context. ```go func GetContextData(ctx context.Context, tp, key any) any func SetContextData(ctx context.Context, tp, key, value any) func RemoveContextData(ctx context.Context, tp, key any) func GetWithContextCache[T any](ctx context.Context, cacheGroupKey string, cacheTargetID any, f func() (T, error)) (T, error) ``` Then let's take a look at how `system.GetString` implement it. ```go func GetSetting(ctx context.Context, key string) (string, error) { return cache.GetWithContextCache(ctx, contextCacheKey, key, func() (string, error) { return cache.GetString(genSettingCacheKey(key), func() (string, error) { res, err := GetSettingNoCache(ctx, key) if err != nil { return "", err } return res.SettingValue, nil }) }) } ``` First, it will check if context data include the setting object with the key. If not, it will query from the global cache which may be memory or a Redis cache. If not, it will get the object from the database. In the end, if the object gets from the global cache or database, it will be set into the context cache. An object stored in the context cache will only be destroyed after the context disappeared.
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AvatarURL: repo.AvatarLink(ctx),
Internal: !repo.IsPrivate && repo.Owner.Visibility == api.VisibleTypePrivate,
MirrorInterval: mirrorInterval,
MirrorUpdated: mirrorUpdated,
RepoTransfer: transfer,
}
}
// ToRepoTransfer convert a models.RepoTransfer to a structs.RepeTransfer
Add context cache as a request level cache (#22294) To avoid duplicated load of the same data in an HTTP request, we can set a context cache to do that. i.e. Some pages may load a user from a database with the same id in different areas on the same page. But the code is hidden in two different deep logic. How should we share the user? As a result of this PR, now if both entry functions accept `context.Context` as the first parameter and we just need to refactor `GetUserByID` to reuse the user from the context cache. Then it will not be loaded twice on an HTTP request. But of course, sometimes we would like to reload an object from the database, that's why `RemoveContextData` is also exposed. The core context cache is here. It defines a new context ```go type cacheContext struct { ctx context.Context data map[any]map[any]any lock sync.RWMutex } var cacheContextKey = struct{}{} func WithCacheContext(ctx context.Context) context.Context { return context.WithValue(ctx, cacheContextKey, &cacheContext{ ctx: ctx, data: make(map[any]map[any]any), }) } ``` Then you can use the below 4 methods to read/write/del the data within the same context. ```go func GetContextData(ctx context.Context, tp, key any) any func SetContextData(ctx context.Context, tp, key, value any) func RemoveContextData(ctx context.Context, tp, key any) func GetWithContextCache[T any](ctx context.Context, cacheGroupKey string, cacheTargetID any, f func() (T, error)) (T, error) ``` Then let's take a look at how `system.GetString` implement it. ```go func GetSetting(ctx context.Context, key string) (string, error) { return cache.GetWithContextCache(ctx, contextCacheKey, key, func() (string, error) { return cache.GetString(genSettingCacheKey(key), func() (string, error) { res, err := GetSettingNoCache(ctx, key) if err != nil { return "", err } return res.SettingValue, nil }) }) } ``` First, it will check if context data include the setting object with the key. If not, it will query from the global cache which may be memory or a Redis cache. If not, it will get the object from the database. In the end, if the object gets from the global cache or database, it will be set into the context cache. An object stored in the context cache will only be destroyed after the context disappeared.
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func ToRepoTransfer(ctx context.Context, t *models.RepoTransfer) *api.RepoTransfer {
teams, _ := ToTeams(ctx, t.Teams, false)
return &api.RepoTransfer{
Add context cache as a request level cache (#22294) To avoid duplicated load of the same data in an HTTP request, we can set a context cache to do that. i.e. Some pages may load a user from a database with the same id in different areas on the same page. But the code is hidden in two different deep logic. How should we share the user? As a result of this PR, now if both entry functions accept `context.Context` as the first parameter and we just need to refactor `GetUserByID` to reuse the user from the context cache. Then it will not be loaded twice on an HTTP request. But of course, sometimes we would like to reload an object from the database, that's why `RemoveContextData` is also exposed. The core context cache is here. It defines a new context ```go type cacheContext struct { ctx context.Context data map[any]map[any]any lock sync.RWMutex } var cacheContextKey = struct{}{} func WithCacheContext(ctx context.Context) context.Context { return context.WithValue(ctx, cacheContextKey, &cacheContext{ ctx: ctx, data: make(map[any]map[any]any), }) } ``` Then you can use the below 4 methods to read/write/del the data within the same context. ```go func GetContextData(ctx context.Context, tp, key any) any func SetContextData(ctx context.Context, tp, key, value any) func RemoveContextData(ctx context.Context, tp, key any) func GetWithContextCache[T any](ctx context.Context, cacheGroupKey string, cacheTargetID any, f func() (T, error)) (T, error) ``` Then let's take a look at how `system.GetString` implement it. ```go func GetSetting(ctx context.Context, key string) (string, error) { return cache.GetWithContextCache(ctx, contextCacheKey, key, func() (string, error) { return cache.GetString(genSettingCacheKey(key), func() (string, error) { res, err := GetSettingNoCache(ctx, key) if err != nil { return "", err } return res.SettingValue, nil }) }) } ``` First, it will check if context data include the setting object with the key. If not, it will query from the global cache which may be memory or a Redis cache. If not, it will get the object from the database. In the end, if the object gets from the global cache or database, it will be set into the context cache. An object stored in the context cache will only be destroyed after the context disappeared.
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Doer: ToUser(ctx, t.Doer, nil),
Recipient: ToUser(ctx, t.Recipient, nil),
Teams: teams,
}
}