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AppRepository.go
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AppRepository.go
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/*
* Copyright (c) 2020 Devtron Labs
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
*/
package app
import (
"github.com/devtron-labs/devtron/pkg/sql"
"github.com/devtron-labs/devtron/pkg/team"
"github.com/go-pg/pg"
)
type App struct {
tableName struct{} `sql:"app" pg:",discard_unknown_columns"`
Id int `sql:"id,pk"`
AppName string `sql:"app_name,notnull"` //same as app name
Active bool `sql:"active, notnull"`
TeamId int `sql:"team_id"`
AppStore bool `sql:"app_store, notnull"`
AppOfferingMode string `sql:"app_offering_mode,notnull"`
Team team.Team
sql.AuditLog
}
type AppRepository interface {
Save(pipelineGroup *App) error
SaveWithTxn(pipelineGroup *App, tx *pg.Tx) error
Update(app *App) error
UpdateWithTxn(app *App, tx *pg.Tx) error
FindActiveByName(appName string) (pipelineGroup *App, err error)
FindActiveListByName(appName string) ([]*App, error)
FindById(id int) (pipelineGroup *App, err error)
FindAppsByTeamId(teamId int) ([]App, error)
FindAppsByTeamIds(teamId []int, appType string) ([]App, error)
FindAppsByTeamName(teamName string) ([]App, error)
FindAll() ([]App, error)
FindAppsByEnvironmentId(environmentId int) ([]App, error)
FindAllActiveAppsWithTeam() ([]*App, error)
CheckAppExists(appNames []string) ([]*App, error)
FindByIds(ids []*int) ([]*App, error)
FetchAppsByFilterV2(appNameIncludes string, appNameExcludes string, environmentId int) ([]*App, error)
FindAppAndProjectByAppId(appId int) (*App, error)
FindAppAndProjectByAppName(appName string) (*App, error)
GetConnection() *pg.DB
}
const DevtronApp = "DevtronApp"
const DevtronChart = "DevtronChart"
const ExternalApp = "ExternalApp"
type AppRepositoryImpl struct {
dbConnection *pg.DB
}
func NewAppRepositoryImpl(dbConnection *pg.DB) *AppRepositoryImpl {
return &AppRepositoryImpl{dbConnection: dbConnection}
}
func (repo AppRepositoryImpl) GetConnection() *pg.DB {
return repo.dbConnection
}
func (repo AppRepositoryImpl) Save(pipelineGroup *App) error {
err := repo.dbConnection.Insert(pipelineGroup)
return err
}
func (repo AppRepositoryImpl) SaveWithTxn(pipelineGroup *App, tx *pg.Tx) error {
err := tx.Insert(pipelineGroup)
return err
}
func (repo AppRepositoryImpl) Update(app *App) error {
_, err := repo.dbConnection.Model(app).WherePK().UpdateNotNull()
return err
}
func (repo AppRepositoryImpl) UpdateWithTxn(app *App, tx *pg.Tx) error {
err := tx.Update(app)
return err
}
func (repo AppRepositoryImpl) FindActiveByName(appName string) (*App, error) {
pipelineGroup := &App{}
err := repo.dbConnection.
Model(pipelineGroup).
Where("app_name = ?", appName).
Where("active = ?", true).
Order("id DESC").Limit(1).
Select()
// there is only single active app will be present in db with a same name.
return pipelineGroup, err
}
func (repo AppRepositoryImpl) FindActiveListByName(appName string) ([]*App, error) {
var apps []*App
err := repo.dbConnection.
Model(&apps).
Where("app_name = ?", appName).
Where("active = ?", true).
Order("id ASC").
Select()
// there is only single active app will be present in db with a same name. but check for concurrency
return apps, err
}
func (repo AppRepositoryImpl) CheckAppExists(appNames []string) ([]*App, error) {
var apps []*App
err := repo.dbConnection.
Model(&apps).
Where("app_name in (?)", pg.In(appNames)).
Select()
return apps, err
}
func (repo AppRepositoryImpl) FindById(id int) (*App, error) {
pipelineGroup := &App{}
err := repo.dbConnection.Model(pipelineGroup).Where("id = ?", id).Select()
return pipelineGroup, err
}
func (repo AppRepositoryImpl) FindAppsByTeamId(teamId int) ([]App, error) {
var apps []App
err := repo.dbConnection.Model(&apps).Where("team_id = ?", teamId).
Where("active = ?", true).Select()
return apps, err
}
func (repo AppRepositoryImpl) FindAppsByTeamIds(teamId []int, appType string) ([]App, error) {
onlyDevtronCharts := false
if len(appType) > 0 && appType == DevtronChart {
onlyDevtronCharts = true
}
var apps []App
err := repo.dbConnection.Model(&apps).Column("app.*", "Team").Where("team_id in (?)", pg.In(teamId)).
Where("app.active=?", true).Where("app.app_store=?", onlyDevtronCharts).Select()
return apps, err
}
func (repo AppRepositoryImpl) FindAppsByTeamName(teamName string) ([]App, error) {
var apps []App
err := repo.dbConnection.Model(&apps).Column("app.*").
Join("inner join team t on t.id = app.team_id").
Where("t.name = ?", teamName).Where("t.active = ?", true).
Select()
return apps, err
}
func (repo AppRepositoryImpl) FindAll() ([]App, error) {
var apps []App
err := repo.dbConnection.Model(&apps).Where("active = ?", true).Where("app_store = ?", false).Select()
return apps, err
}
func (repo AppRepositoryImpl) FindAppsByEnvironmentId(environmentId int) ([]App, error) {
var apps []App
err := repo.dbConnection.Model(&apps).ColumnExpr("DISTINCT app.*").
Join("inner join pipeline p on p.app_id=app.id").Where("p.environment_id = ?", environmentId).Where("p.deleted = ?", false).
Select()
return apps, err
}
func (repo AppRepositoryImpl) FindAllActiveAppsWithTeam() ([]*App, error) {
var apps []*App
err := repo.dbConnection.Model(&apps).Column("Team").
Where("app.active = ?", true).Where("app.app_store = ?", false).
Select()
return apps, err
}
func (repo AppRepositoryImpl) FindByIds(ids []*int) ([]*App, error) {
var apps []*App
err := repo.dbConnection.Model(&apps).Where("active = ?", true).Where("id in (?)", pg.In(ids)).Select()
return apps, err
}
func (repo AppRepositoryImpl) FetchAppsByFilterV2(appNameIncludes string, appNameExcludes string, environmentId int) ([]*App, error) {
var apps []*App
var err error
if environmentId > 0 && len(appNameExcludes) > 0 {
err = repo.dbConnection.Model(&apps).ColumnExpr("DISTINCT app.*").
Join("inner join pipeline p on p.app_id=app.id").
Where("app.app_name like ?", ""+appNameIncludes+"%").Where("app.app_name not like ?", ""+appNameExcludes+"%").
Where("app.active=?", true).Where("app_store=?", false).
Where("p.environment_id = ?", environmentId).Where("p.deleted = ?", false).
Select()
} else if environmentId > 0 && appNameExcludes == "" {
err = repo.dbConnection.Model(&apps).ColumnExpr("DISTINCT app.*").
Join("inner join pipeline p on p.app_id=app.id").
Where("app.app_name like ?", ""+appNameIncludes+"%").
Where("app.active=?", true).Where("app_store=?", false).
Where("p.environment_id = ?", environmentId).Where("p.deleted = ?", false).
Select()
} else if environmentId == 0 && len(appNameExcludes) > 0 {
err = repo.dbConnection.Model(&apps).ColumnExpr("DISTINCT app.*").
Where("app.app_name like ?", ""+appNameIncludes+"%").Where("app.app_name not like ?", ""+appNameExcludes+"%").
Where("app.active=?", true).Where("app_store=?", false).
Select()
} else if environmentId == 0 && appNameExcludes == "" {
err = repo.dbConnection.Model(&apps).ColumnExpr("DISTINCT app.*").
Where("app.app_name like ?", ""+appNameIncludes+"%").
Where("app.active=?", true).Where("app_store=?", false).
Select()
}
return apps, err
}
func (repo AppRepositoryImpl) FindAppAndProjectByAppId(appId int) (*App, error) {
app := &App{}
err := repo.dbConnection.Model(app).Column("Team").
Where("app.id = ?", appId).
Where("app.active=?", true).
Select()
return app, err
}
func (repo AppRepositoryImpl) FindAppAndProjectByAppName(appName string) (*App, error) {
app := &App{}
err := repo.dbConnection.Model(app).Column("Team").
Where("app.app_name = ?", appName).
Where("app.active=?", true).
Select()
return app, err
}