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filter.go
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filter.go
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// Copyright (c) 2021 - 2024, Ludvig Lundgren and the autobrr contributors.
// SPDX-License-Identifier: GPL-2.0-or-later
package database
import (
"context"
"database/sql"
"fmt"
"strings"
"time"
"github.com/autobrr/autobrr/internal/domain"
"github.com/autobrr/autobrr/internal/logger"
"github.com/autobrr/autobrr/pkg/errors"
sq "github.com/Masterminds/squirrel"
"github.com/lib/pq"
"github.com/rs/zerolog"
)
type FilterRepo struct {
log zerolog.Logger
db *DB
}
func NewFilterRepo(log logger.Logger, db *DB) domain.FilterRepo {
return &FilterRepo{
log: log.With().Str("repo", "filter").Logger(),
db: db,
}
}
func (r *FilterRepo) Find(ctx context.Context, params domain.FilterQueryParams) ([]domain.Filter, error) {
tx, err := r.db.BeginTx(ctx, &sql.TxOptions{Isolation: sql.LevelReadCommitted})
if err != nil {
return nil, errors.Wrap(err, "error begin transaction")
}
defer tx.Rollback()
filters, err := r.find(ctx, tx, params)
if err != nil {
return nil, err
}
if err := tx.Commit(); err != nil {
return nil, errors.Wrap(err, "error commit transaction find releases")
}
return filters, nil
}
func (r *FilterRepo) find(ctx context.Context, tx *Tx, params domain.FilterQueryParams) ([]domain.Filter, error) {
actionCountQuery := r.db.squirrel.
Select("COUNT(*)").
From("action a").
Where("a.filter_id = f.id")
actionEnabledCountQuery := r.db.squirrel.
Select("COUNT(*)").
From("action a").
Where("a.filter_id = f.id").
Where("a.enabled = '1'")
queryBuilder := r.db.squirrel.
Select(
"f.id",
"f.enabled",
"f.name",
"f.priority",
"f.created_at",
"f.updated_at",
).
Distinct().
Column(sq.Alias(actionCountQuery, "action_count")).
Column(sq.Alias(actionEnabledCountQuery, "actions_enabled_count")).
LeftJoin("filter_indexer fi ON f.id = fi.filter_id").
LeftJoin("indexer i ON i.id = fi.indexer_id").
From("filter f")
if params.Search != "" {
queryBuilder = queryBuilder.Where(sq.Like{"f.name": params.Search + "%"})
}
if len(params.Sort) > 0 {
for field, order := range params.Sort {
queryBuilder = queryBuilder.OrderBy(fmt.Sprintf("f.%v %v", field, strings.ToUpper(order)))
}
} else {
queryBuilder = queryBuilder.OrderBy("f.name ASC")
}
if params.Filters.Indexers != nil {
filter := sq.And{}
for _, v := range params.Filters.Indexers {
filter = append(filter, sq.Eq{"i.identifier": v})
}
queryBuilder = queryBuilder.Where(filter)
}
query, args, err := queryBuilder.ToSql()
if err != nil {
return nil, errors.Wrap(err, "error building query")
}
rows, err := tx.QueryContext(ctx, query, args...)
if err != nil {
return nil, errors.Wrap(err, "error executing query")
}
defer rows.Close()
var filters []domain.Filter
for rows.Next() {
var f domain.Filter
if err := rows.Scan(&f.ID, &f.Enabled, &f.Name, &f.Priority, &f.CreatedAt, &f.UpdatedAt, &f.ActionsCount, &f.ActionsEnabledCount); err != nil {
return nil, errors.Wrap(err, "error scanning row")
}
filters = append(filters, f)
}
if err := rows.Err(); err != nil {
return nil, errors.Wrap(err, "row error")
}
return filters, nil
}
func (r *FilterRepo) ListFilters(ctx context.Context) ([]domain.Filter, error) {
actionCountQuery := r.db.squirrel.
Select("COUNT(*)").
From("action a").
Where("a.filter_id = f.id")
queryBuilder := r.db.squirrel.
Select(
"f.id",
"f.enabled",
"f.name",
"f.priority",
"f.created_at",
"f.updated_at",
).
Column(sq.Alias(actionCountQuery, "action_count")).
From("filter f").
OrderBy("f.name ASC")
query, args, err := queryBuilder.ToSql()
if err != nil {
return nil, errors.Wrap(err, "error building query")
}
rows, err := r.db.handler.QueryContext(ctx, query, args...)
if err != nil {
return nil, errors.Wrap(err, "error executing query")
}
defer rows.Close()
var filters []domain.Filter
for rows.Next() {
var f domain.Filter
if err := rows.Scan(&f.ID, &f.Enabled, &f.Name, &f.Priority, &f.CreatedAt, &f.UpdatedAt, &f.ActionsCount); err != nil {
return nil, errors.Wrap(err, "error scanning row")
}
filters = append(filters, f)
}
if err := rows.Err(); err != nil {
return nil, errors.Wrap(err, "row error")
}
return filters, nil
}
func (r *FilterRepo) FindByID(ctx context.Context, filterID int) (*domain.Filter, error) {
queryBuilder := r.db.squirrel.
Select(
"f.id",
"f.enabled",
"f.name",
"f.min_size",
"f.max_size",
"f.delay",
"f.priority",
"f.max_downloads",
"f.max_downloads_unit",
"f.match_releases",
"f.except_releases",
"f.use_regex",
"f.match_release_groups",
"f.except_release_groups",
"f.match_release_tags",
"f.except_release_tags",
"f.use_regex_release_tags",
"f.match_description",
"f.except_description",
"f.use_regex_description",
"f.scene",
"f.freeleech",
"f.freeleech_percent",
"f.smart_episode",
"f.shows",
"f.seasons",
"f.episodes",
"f.resolutions",
"f.codecs",
"f.sources",
"f.containers",
"f.match_hdr",
"f.except_hdr",
"f.match_other",
"f.except_other",
"f.years",
"f.artists",
"f.albums",
"f.release_types_match",
"f.formats",
"f.quality",
"f.media",
"f.log_score",
"f.has_log",
"f.has_cue",
"f.perfect_flac",
"f.match_categories",
"f.except_categories",
"f.match_uploaders",
"f.except_uploaders",
"f.match_language",
"f.except_language",
"f.tags",
"f.except_tags",
"f.tags_match_logic",
"f.except_tags_match_logic",
"f.origins",
"f.except_origins",
"f.min_seeders",
"f.max_seeders",
"f.min_leechers",
"f.max_leechers",
"f.created_at",
"f.updated_at",
).
From("filter f").
Where(sq.Eq{"f.id": filterID})
query, args, err := queryBuilder.ToSql()
if err != nil {
return nil, errors.Wrap(err, "error building query")
}
row := r.db.handler.QueryRowContext(ctx, query, args...)
if row.Err() != nil {
if errors.Is(row.Err(), sql.ErrNoRows) {
return nil, domain.ErrRecordNotFound
}
return nil, errors.Wrap(row.Err(), "error row")
}
var f domain.Filter
// filter
var minSize, maxSize, maxDownloadsUnit, matchReleases, exceptReleases, matchReleaseGroups, exceptReleaseGroups, matchReleaseTags, exceptReleaseTags, matchDescription, exceptDescription, freeleechPercent, shows, seasons, episodes, years, artists, albums, matchCategories, exceptCategories, matchUploaders, exceptUploaders, tags, exceptTags, tagsMatchLogic, exceptTagsMatchLogic sql.NullString
var useRegex, scene, freeleech, hasLog, hasCue, perfectFlac sql.NullBool
var delay, maxDownloads, logScore sql.NullInt32
err = row.Scan(
&f.ID,
&f.Enabled,
&f.Name,
&minSize,
&maxSize,
&delay,
&f.Priority,
&maxDownloads,
&maxDownloadsUnit,
&matchReleases,
&exceptReleases,
&useRegex,
&matchReleaseGroups,
&exceptReleaseGroups,
&matchReleaseTags,
&exceptReleaseTags,
&f.UseRegexReleaseTags,
&matchDescription,
&exceptDescription,
&f.UseRegexDescription,
&scene,
&freeleech,
&freeleechPercent,
&f.SmartEpisode,
&shows,
&seasons,
&episodes,
pq.Array(&f.Resolutions),
pq.Array(&f.Codecs),
pq.Array(&f.Sources),
pq.Array(&f.Containers),
pq.Array(&f.MatchHDR),
pq.Array(&f.ExceptHDR),
pq.Array(&f.MatchOther),
pq.Array(&f.ExceptOther),
&years,
&artists,
&albums,
pq.Array(&f.MatchReleaseTypes),
pq.Array(&f.Formats),
pq.Array(&f.Quality),
pq.Array(&f.Media),
&logScore,
&hasLog,
&hasCue,
&perfectFlac,
&matchCategories,
&exceptCategories,
&matchUploaders,
&exceptUploaders,
pq.Array(&f.MatchLanguage),
pq.Array(&f.ExceptLanguage),
&tags,
&exceptTags,
&tagsMatchLogic,
&exceptTagsMatchLogic,
pq.Array(&f.Origins),
pq.Array(&f.ExceptOrigins),
&f.MinSeeders,
&f.MaxSeeders,
&f.MinLeechers,
&f.MaxLeechers,
&f.CreatedAt,
&f.UpdatedAt,
)
if err != nil {
if errors.Is(err, sql.ErrNoRows) {
return nil, domain.ErrRecordNotFound
}
return nil, errors.Wrap(err, "error scanning row")
}
f.MinSize = minSize.String
f.MaxSize = maxSize.String
f.Delay = int(delay.Int32)
f.MaxDownloads = int(maxDownloads.Int32)
f.MaxDownloadsUnit = domain.FilterMaxDownloadsUnit(maxDownloadsUnit.String)
f.MatchReleases = matchReleases.String
f.ExceptReleases = exceptReleases.String
f.MatchReleaseGroups = matchReleaseGroups.String
f.ExceptReleaseGroups = exceptReleaseGroups.String
f.MatchReleaseTags = matchReleaseTags.String
f.ExceptReleaseTags = exceptReleaseTags.String
f.MatchDescription = matchDescription.String
f.ExceptDescription = exceptDescription.String
f.FreeleechPercent = freeleechPercent.String
f.Shows = shows.String
f.Seasons = seasons.String
f.Episodes = episodes.String
f.Years = years.String
f.Artists = artists.String
f.Albums = albums.String
f.LogScore = int(logScore.Int32)
f.Log = hasLog.Bool
f.Cue = hasCue.Bool
f.PerfectFlac = perfectFlac.Bool
f.MatchCategories = matchCategories.String
f.ExceptCategories = exceptCategories.String
f.MatchUploaders = matchUploaders.String
f.ExceptUploaders = exceptUploaders.String
f.Tags = tags.String
f.ExceptTags = exceptTags.String
f.TagsMatchLogic = tagsMatchLogic.String
f.ExceptTagsMatchLogic = exceptTagsMatchLogic.String
f.UseRegex = useRegex.Bool
f.Scene = scene.Bool
f.Freeleech = freeleech.Bool
return &f, nil
}
// FindByIndexerIdentifier find active filters with active indexer only
func (r *FilterRepo) FindByIndexerIdentifier(ctx context.Context, indexer string) ([]*domain.Filter, error) {
return r.findByIndexerIdentifier(ctx, indexer)
}
func (r *FilterRepo) findByIndexerIdentifier(ctx context.Context, indexer string) ([]*domain.Filter, error) {
queryBuilder := r.db.squirrel.
Select(
"f.id",
"f.enabled",
"f.name",
"f.min_size",
"f.max_size",
"f.delay",
"f.priority",
"f.max_downloads",
"f.max_downloads_unit",
"f.match_releases",
"f.except_releases",
"f.use_regex",
"f.match_release_groups",
"f.except_release_groups",
"f.match_release_tags",
"f.except_release_tags",
"f.use_regex_release_tags",
"f.match_description",
"f.except_description",
"f.use_regex_description",
"f.scene",
"f.freeleech",
"f.freeleech_percent",
"f.smart_episode",
"f.shows",
"f.seasons",
"f.episodes",
"f.resolutions",
"f.codecs",
"f.sources",
"f.containers",
"f.match_hdr",
"f.except_hdr",
"f.match_other",
"f.except_other",
"f.years",
"f.artists",
"f.albums",
"f.release_types_match",
"f.formats",
"f.quality",
"f.media",
"f.log_score",
"f.has_log",
"f.has_cue",
"f.perfect_flac",
"f.match_categories",
"f.except_categories",
"f.match_uploaders",
"f.except_uploaders",
"f.match_language",
"f.except_language",
"f.tags",
"f.except_tags",
"f.tags_match_logic",
"f.except_tags_match_logic",
"f.origins",
"f.except_origins",
"f.min_seeders",
"f.max_seeders",
"f.min_leechers",
"f.max_leechers",
"f.created_at",
"f.updated_at",
).
From("filter f").
Join("filter_indexer fi ON f.id = fi.filter_id").
Join("indexer i ON i.id = fi.indexer_id").
Where(sq.Eq{"i.identifier": indexer}).
Where(sq.Eq{"i.enabled": true}).
Where(sq.Eq{"f.enabled": true}).
OrderBy("f.priority DESC")
query, args, err := queryBuilder.ToSql()
if err != nil {
return nil, errors.Wrap(err, "error building query")
}
rows, err := r.db.handler.QueryContext(ctx, query, args...)
if err != nil {
return nil, errors.Wrap(err, "error executing query")
}
defer rows.Close()
var filters []*domain.Filter
for rows.Next() {
var f domain.Filter
var minSize, maxSize, maxDownloadsUnit, matchReleases, exceptReleases, matchReleaseGroups, exceptReleaseGroups, matchReleaseTags, exceptReleaseTags, matchDescription, exceptDescription, freeleechPercent, shows, seasons, episodes, years, artists, albums, matchCategories, exceptCategories, matchUploaders, exceptUploaders, tags, exceptTags, tagsMatchLogic, exceptTagsMatchLogic sql.NullString
var useRegex, scene, freeleech, hasLog, hasCue, perfectFlac sql.NullBool
var delay, maxDownloads, logScore sql.NullInt32
err := rows.Scan(
&f.ID,
&f.Enabled,
&f.Name,
&minSize,
&maxSize,
&delay,
&f.Priority,
&maxDownloads,
&maxDownloadsUnit,
&matchReleases,
&exceptReleases,
&useRegex,
&matchReleaseGroups,
&exceptReleaseGroups,
&matchReleaseTags,
&exceptReleaseTags,
&f.UseRegexReleaseTags,
&matchDescription,
&exceptDescription,
&f.UseRegexDescription,
&scene,
&freeleech,
&freeleechPercent,
&f.SmartEpisode,
&shows,
&seasons,
&episodes,
pq.Array(&f.Resolutions),
pq.Array(&f.Codecs),
pq.Array(&f.Sources),
pq.Array(&f.Containers),
pq.Array(&f.MatchHDR),
pq.Array(&f.ExceptHDR),
pq.Array(&f.MatchOther),
pq.Array(&f.ExceptOther),
&years,
&artists,
&albums,
pq.Array(&f.MatchReleaseTypes),
pq.Array(&f.Formats),
pq.Array(&f.Quality),
pq.Array(&f.Media),
&logScore,
&hasLog,
&hasCue,
&perfectFlac,
&matchCategories,
&exceptCategories,
&matchUploaders,
&exceptUploaders,
pq.Array(&f.MatchLanguage),
pq.Array(&f.ExceptLanguage),
&tags,
&exceptTags,
&tagsMatchLogic,
&exceptTagsMatchLogic,
pq.Array(&f.Origins),
pq.Array(&f.ExceptOrigins),
&f.MinSeeders,
&f.MaxSeeders,
&f.MinLeechers,
&f.MaxLeechers,
&f.CreatedAt,
&f.UpdatedAt,
)
if err != nil {
return nil, errors.Wrap(err, "error scanning row")
}
f.MinSize = minSize.String
f.MaxSize = maxSize.String
f.Delay = int(delay.Int32)
f.MaxDownloads = int(maxDownloads.Int32)
f.MaxDownloadsUnit = domain.FilterMaxDownloadsUnit(maxDownloadsUnit.String)
f.MatchReleases = matchReleases.String
f.ExceptReleases = exceptReleases.String
f.MatchReleaseGroups = matchReleaseGroups.String
f.ExceptReleaseGroups = exceptReleaseGroups.String
f.MatchReleaseTags = matchReleaseTags.String
f.ExceptReleaseTags = exceptReleaseTags.String
f.MatchDescription = matchDescription.String
f.ExceptDescription = exceptDescription.String
f.FreeleechPercent = freeleechPercent.String
f.Shows = shows.String
f.Seasons = seasons.String
f.Episodes = episodes.String
f.Years = years.String
f.Artists = artists.String
f.Albums = albums.String
f.LogScore = int(logScore.Int32)
f.Log = hasLog.Bool
f.Cue = hasCue.Bool
f.PerfectFlac = perfectFlac.Bool
f.MatchCategories = matchCategories.String
f.ExceptCategories = exceptCategories.String
f.MatchUploaders = matchUploaders.String
f.ExceptUploaders = exceptUploaders.String
f.Tags = tags.String
f.ExceptTags = exceptTags.String
f.TagsMatchLogic = tagsMatchLogic.String
f.ExceptTagsMatchLogic = exceptTagsMatchLogic.String
f.UseRegex = useRegex.Bool
f.Scene = scene.Bool
f.Freeleech = freeleech.Bool
f.Rejections = []string{}
filters = append(filters, &f)
}
return filters, nil
}
func (r *FilterRepo) FindExternalFiltersByID(ctx context.Context, filterId int) ([]domain.FilterExternal, error) {
queryBuilder := r.db.squirrel.
Select(
"fe.id",
"fe.name",
"fe.idx",
"fe.type",
"fe.enabled",
"fe.exec_cmd",
"fe.exec_args",
"fe.exec_expect_status",
"fe.webhook_host",
"fe.webhook_method",
"fe.webhook_data",
"fe.webhook_headers",
"fe.webhook_expect_status",
"fe.webhook_retry_status",
"fe.webhook_retry_attempts",
"fe.webhook_retry_delay_seconds",
).
From("filter_external fe").
Where(sq.Eq{"fe.filter_id": filterId})
query, args, err := queryBuilder.ToSql()
if err != nil {
return nil, errors.Wrap(err, "error building query")
}
rows, err := r.db.handler.QueryContext(ctx, query, args...)
if err != nil {
if errors.Is(err, sql.ErrNoRows) {
return nil, domain.ErrRecordNotFound
}
return nil, errors.Wrap(err, "error executing query")
}
var externalFilters []domain.FilterExternal
for rows.Next() {
var external domain.FilterExternal
// filter external
var extExecCmd, extExecArgs, extWebhookHost, extWebhookMethod, extWebhookHeaders, extWebhookData, extWebhookRetryStatus sql.NullString
var extWebhookStatus, extWebhookRetryAttempts, extWebhookDelaySeconds, extExecStatus sql.NullInt32
if err := rows.Scan(
&external.ID,
&external.Name,
&external.Index,
&external.Type,
&external.Enabled,
&extExecCmd,
&extExecArgs,
&extExecStatus,
&extWebhookHost,
&extWebhookMethod,
&extWebhookData,
&extWebhookHeaders,
&extWebhookStatus,
&extWebhookRetryStatus,
&extWebhookRetryAttempts,
&extWebhookDelaySeconds,
); err != nil {
return nil, errors.Wrap(err, "error scanning row")
}
external.ExecCmd = extExecCmd.String
external.ExecArgs = extExecArgs.String
external.ExecExpectStatus = int(extExecStatus.Int32)
external.WebhookHost = extWebhookHost.String
external.WebhookMethod = extWebhookMethod.String
external.WebhookData = extWebhookData.String
external.WebhookHeaders = extWebhookHeaders.String
external.WebhookExpectStatus = int(extWebhookStatus.Int32)
external.WebhookRetryStatus = extWebhookRetryStatus.String
external.WebhookRetryAttempts = int(extWebhookRetryAttempts.Int32)
external.WebhookRetryDelaySeconds = int(extWebhookDelaySeconds.Int32)
externalFilters = append(externalFilters, external)
}
return externalFilters, nil
}
func (r *FilterRepo) Store(ctx context.Context, filter *domain.Filter) error {
queryBuilder := r.db.squirrel.
Insert("filter").
Columns(
"name",
"enabled",
"min_size",
"max_size",
"delay",
"priority",
"max_downloads",
"max_downloads_unit",
"match_releases",
"except_releases",
"use_regex",
"match_release_groups",
"except_release_groups",
"match_release_tags",
"except_release_tags",
"use_regex_release_tags",
"match_description",
"except_description",
"use_regex_description",
"scene",
"freeleech",
"freeleech_percent",
"smart_episode",
"shows",
"seasons",
"episodes",
"resolutions",
"codecs",
"sources",
"containers",
"match_hdr",
"except_hdr",
"match_other",
"except_other",
"years",
"match_categories",
"except_categories",
"match_uploaders",
"except_uploaders",
"match_language",
"except_language",
"tags",
"except_tags",
"tags_match_logic",
"except_tags_match_logic",
"artists",
"albums",
"release_types_match",
"formats",
"quality",
"media",
"log_score",
"has_log",
"has_cue",
"perfect_flac",
"origins",
"except_origins",
"min_seeders",
"max_seeders",
"min_leechers",
"max_leechers",
).
Values(
filter.Name,
filter.Enabled,
filter.MinSize,
filter.MaxSize,
filter.Delay,
filter.Priority,
filter.MaxDownloads,
filter.MaxDownloadsUnit,
filter.MatchReleases,
filter.ExceptReleases,
filter.UseRegex,
filter.MatchReleaseGroups,
filter.ExceptReleaseGroups,
filter.MatchReleaseTags,
filter.ExceptReleaseTags,
filter.UseRegexReleaseTags,
filter.MatchDescription,
filter.ExceptDescription,
filter.UseRegexDescription,
filter.Scene,
filter.Freeleech,
filter.FreeleechPercent,
filter.SmartEpisode,
filter.Shows,
filter.Seasons,
filter.Episodes,
pq.Array(filter.Resolutions),
pq.Array(filter.Codecs),
pq.Array(filter.Sources),
pq.Array(filter.Containers),
pq.Array(filter.MatchHDR),
pq.Array(filter.ExceptHDR),
pq.Array(filter.MatchOther),
pq.Array(filter.ExceptOther),
filter.Years,
filter.MatchCategories,
filter.ExceptCategories,
filter.MatchUploaders,
filter.ExceptUploaders,
pq.Array(filter.MatchLanguage),
pq.Array(filter.ExceptLanguage),
filter.Tags,
filter.ExceptTags,
filter.TagsMatchLogic,
filter.ExceptTagsMatchLogic,
filter.Artists,
filter.Albums,
pq.Array(filter.MatchReleaseTypes),
pq.Array(filter.Formats),
pq.Array(filter.Quality),
pq.Array(filter.Media),
filter.LogScore,
filter.Log,
filter.Cue,
filter.PerfectFlac,
pq.Array(filter.Origins),
pq.Array(filter.ExceptOrigins),
filter.MinSeeders,
filter.MaxSeeders,
filter.MinLeechers,
filter.MaxLeechers,
).
Suffix("RETURNING id").RunWith(r.db.handler)
// return values
var retID int
if err := queryBuilder.QueryRowContext(ctx).Scan(&retID); err != nil {
return errors.Wrap(err, "error executing query")
}
filter.ID = retID
return nil
}
func (r *FilterRepo) Update(ctx context.Context, filter *domain.Filter) error {
var err error
queryBuilder := r.db.squirrel.
Update("filter").
Set("name", filter.Name).
Set("enabled", filter.Enabled).
Set("min_size", filter.MinSize).
Set("max_size", filter.MaxSize).
Set("delay", filter.Delay).
Set("priority", filter.Priority).
Set("max_downloads", filter.MaxDownloads).
Set("max_downloads_unit", filter.MaxDownloadsUnit).
Set("use_regex", filter.UseRegex).
Set("match_releases", filter.MatchReleases).
Set("except_releases", filter.ExceptReleases).
Set("match_release_groups", filter.MatchReleaseGroups).
Set("except_release_groups", filter.ExceptReleaseGroups).
Set("match_release_tags", filter.MatchReleaseTags).
Set("except_release_tags", filter.ExceptReleaseTags).
Set("use_regex_release_tags", filter.UseRegexReleaseTags).
Set("match_description", filter.MatchDescription).
Set("except_description", filter.ExceptDescription).
Set("use_regex_description", filter.UseRegexDescription).
Set("scene", filter.Scene).
Set("freeleech", filter.Freeleech).
Set("freeleech_percent", filter.FreeleechPercent).
Set("smart_episode", filter.SmartEpisode).
Set("shows", filter.Shows).
Set("seasons", filter.Seasons).
Set("episodes", filter.Episodes).
Set("resolutions", pq.Array(filter.Resolutions)).
Set("codecs", pq.Array(filter.Codecs)).
Set("sources", pq.Array(filter.Sources)).
Set("containers", pq.Array(filter.Containers)).
Set("match_hdr", pq.Array(filter.MatchHDR)).
Set("except_hdr", pq.Array(filter.ExceptHDR)).
Set("match_other", pq.Array(filter.MatchOther)).
Set("except_other", pq.Array(filter.ExceptOther)).
Set("years", filter.Years).
Set("match_categories", filter.MatchCategories).
Set("except_categories", filter.ExceptCategories).
Set("match_uploaders", filter.MatchUploaders).
Set("except_uploaders", filter.ExceptUploaders).
Set("match_language", pq.Array(filter.MatchLanguage)).
Set("except_language", pq.Array(filter.ExceptLanguage)).
Set("tags", filter.Tags).
Set("except_tags", filter.ExceptTags).
Set("tags_match_logic", filter.TagsMatchLogic).
Set("except_tags_match_logic", filter.ExceptTagsMatchLogic).
Set("artists", filter.Artists).
Set("albums", filter.Albums).
Set("release_types_match", pq.Array(filter.MatchReleaseTypes)).
Set("formats", pq.Array(filter.Formats)).
Set("quality", pq.Array(filter.Quality)).
Set("media", pq.Array(filter.Media)).
Set("log_score", filter.LogScore).
Set("has_log", filter.Log).
Set("has_cue", filter.Cue).
Set("perfect_flac", filter.PerfectFlac).
Set("origins", pq.Array(filter.Origins)).
Set("except_origins", pq.Array(filter.ExceptOrigins)).
Set("min_seeders", filter.MinSeeders).
Set("max_seeders", filter.MaxSeeders).
Set("min_leechers", filter.MinLeechers).
Set("max_leechers", filter.MaxLeechers).
Set("updated_at", time.Now().Format(time.RFC3339)).
Where(sq.Eq{"id": filter.ID})
query, args, err := queryBuilder.ToSql()
if err != nil {
return errors.Wrap(err, "error building query")
}
result, err := r.db.handler.ExecContext(ctx, query, args...)
if err != nil {
return errors.Wrap(err, "error executing query")
}
if rowsAffected, err := result.RowsAffected(); err != nil {
return errors.Wrap(err, "error getting rows affected")
} else if rowsAffected == 0 {
return domain.ErrRecordNotFound
}
return nil
}
func (r *FilterRepo) UpdatePartial(ctx context.Context, filter domain.FilterUpdate) error {
var err error
q := r.db.squirrel.Update("filter")
if filter.Name != nil {
q = q.Set("name", filter.Name)
}
if filter.Enabled != nil {
q = q.Set("enabled", filter.Enabled)
}
if filter.MinSize != nil {
q = q.Set("min_size", filter.MinSize)
}
if filter.MaxSize != nil {
q = q.Set("max_size", filter.MaxSize)
}
if filter.Delay != nil {
q = q.Set("delay", filter.Delay)
}
if filter.Priority != nil {
q = q.Set("priority", filter.Priority)
}
if filter.MaxDownloads != nil {
q = q.Set("max_downloads", filter.MaxDownloads)
}
if filter.MaxDownloadsUnit != nil {
q = q.Set("max_downloads_unit", filter.MaxDownloadsUnit)
}
if filter.UseRegex != nil {
q = q.Set("use_regex", filter.UseRegex)
}
if filter.MatchReleases != nil {
q = q.Set("match_releases", filter.MatchReleases)
}
if filter.ExceptReleases != nil {
q = q.Set("except_releases", filter.ExceptReleases)
}
if filter.MatchReleaseGroups != nil {
q = q.Set("match_release_groups", filter.MatchReleaseGroups)
}
if filter.ExceptReleaseGroups != nil {
q = q.Set("except_release_groups", filter.ExceptReleaseGroups)
}
if filter.MatchReleaseTags != nil {
q = q.Set("match_release_tags", filter.MatchReleaseTags)
}
if filter.ExceptReleaseTags != nil {
q = q.Set("except_release_tags", filter.ExceptReleaseTags)
}
if filter.UseRegexReleaseTags != nil {
q = q.Set("use_regex_release_tags", filter.UseRegexReleaseTags)
}
if filter.MatchDescription != nil {
q = q.Set("match_description", filter.MatchDescription)
}
if filter.ExceptDescription != nil {
q = q.Set("except_description", filter.ExceptDescription)
}
if filter.UseRegexDescription != nil {
q = q.Set("use_regex_description", filter.UseRegexDescription)
}
if filter.Scene != nil {
q = q.Set("scene", filter.Scene)
}
if filter.Freeleech != nil {
q = q.Set("freeleech", filter.Freeleech)
}
if filter.FreeleechPercent != nil {
q = q.Set("freeleech_percent", filter.FreeleechPercent)
}
if filter.SmartEpisode != nil {
q = q.Set("smart_episode", filter.SmartEpisode)
}
if filter.Shows != nil {
q = q.Set("shows", filter.Shows)
}
if filter.Seasons != nil {
q = q.Set("seasons", filter.Seasons)
}
if filter.Episodes != nil {
q = q.Set("episodes", filter.Episodes)
}
if filter.Resolutions != nil {