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cmd.go
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cmd.go
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package main
import (
"bufio"
"context"
"errors"
"fmt"
"net/http"
"strings"
alpm "github.com/Jguer/go-alpm/v2"
"github.com/leonelquinteros/gotext"
"github.com/Jguer/yay/v12/pkg/completion"
"github.com/Jguer/yay/v12/pkg/db"
"github.com/Jguer/yay/v12/pkg/download"
"github.com/Jguer/yay/v12/pkg/intrange"
"github.com/Jguer/yay/v12/pkg/news"
"github.com/Jguer/yay/v12/pkg/query"
"github.com/Jguer/yay/v12/pkg/runtime"
"github.com/Jguer/yay/v12/pkg/settings"
"github.com/Jguer/yay/v12/pkg/settings/exe"
"github.com/Jguer/yay/v12/pkg/settings/parser"
"github.com/Jguer/yay/v12/pkg/text"
"github.com/Jguer/yay/v12/pkg/upgrade"
"github.com/Jguer/yay/v12/pkg/vcs"
)
func usage(logger *text.Logger) {
logger.Println(`Usage:
yay
yay <operation> [...]
yay <package(s)>
operations:
yay {-h --help}
yay {-V --version}
yay {-D --database} <options> <package(s)>
yay {-F --files} [options] [package(s)]
yay {-Q --query} [options] [package(s)]
yay {-R --remove} [options] <package(s)>
yay {-S --sync} [options] [package(s)]
yay {-T --deptest} [options] [package(s)]
yay {-U --upgrade} [options] <file(s)>
New operations:
yay {-B --build} [options] [dir]
yay {-G --getpkgbuild} [options] [package(s)]
yay {-P --show} [options]
yay {-W --web} [options] [package(s)]
yay {-Y --yay} [options] [package(s)]
If no operation is specified 'yay -Syu' will be performed
If no operation is specified and targets are provided -Y will be assumed
New options:
--repo Assume targets are from the repositories
-a --aur Assume targets are from the AUR
Permanent configuration options:
--save Causes the following options to be saved back to the
config file when used
--aururl <url> Set an alternative AUR URL
--aurrpcurl <url> Set an alternative URL for the AUR /rpc endpoint
--builddir <dir> Directory used to download and run PKGBUILDS
--editor <file> Editor to use when editing PKGBUILDs
--editorflags <flags> Pass arguments to editor
--makepkg <file> makepkg command to use
--mflags <flags> Pass arguments to makepkg
--pacman <file> pacman command to use
--git <file> git command to use
--gitflags <flags> Pass arguments to git
--gpg <file> gpg command to use
--gpgflags <flags> Pass arguments to gpg
--config <file> pacman.conf file to use
--makepkgconf <file> makepkg.conf file to use
--nomakepkgconf Use the default makepkg.conf
--requestsplitn <n> Max amount of packages to query per AUR request
--completioninterval <n> Time in days to refresh completion cache
--sortby <field> Sort AUR results by a specific field during search
--searchby <field> Search for packages using a specified field
--answerclean <a> Set a predetermined answer for the clean build menu
--answerdiff <a> Set a predetermined answer for the diff menu
--answeredit <a> Set a predetermined answer for the edit pkgbuild menu
--answerupgrade <a> Set a predetermined answer for the upgrade menu
--noanswerclean Unset the answer for the clean build menu
--noanswerdiff Unset the answer for the edit diff menu
--noansweredit Unset the answer for the edit pkgbuild menu
--noanswerupgrade Unset the answer for the upgrade menu
--cleanmenu Give the option to clean build PKGBUILDS
--diffmenu Give the option to show diffs for build files
--editmenu Give the option to edit/view PKGBUILDS
--nocleanmenu Don't clean build PKGBUILDS
--nodiffmenu Don't show diffs for build files
--noeditmenu Don't edit/view PKGBUILDS
--askremovemake Ask to remove makedepends after install
--askyesremovemake Ask to remove makedepends after install("Y" as default)
--removemake Remove makedepends after install
--noremovemake Don't remove makedepends after install
--cleanafter Remove package sources after successful install
--nocleanafter Do not remove package sources after successful build
--bottomup Shows AUR's packages first and then repository's
--topdown Shows repository's packages first and then AUR's
--singlelineresults List each search result on its own line
--doublelineresults List each search result on two lines, like pacman
--devel Check development packages during sysupgrade
--nodevel Do not check development packages
--rebuild Always build target packages
--rebuildall Always build all AUR packages
--norebuild Skip package build if in cache and up to date
--rebuildtree Always build all AUR packages even if installed
--redownload Always download pkgbuilds of targets
--noredownload Skip pkgbuild download if in cache and up to date
--redownloadall Always download pkgbuilds of all AUR packages
--provides Look for matching providers when searching for packages
--noprovides Just look for packages by pkgname
--pgpfetch Prompt to import PGP keys from PKGBUILDs
--nopgpfetch Don't prompt to import PGP keys
--useask Automatically resolve conflicts using pacman's ask flag
--nouseask Confirm conflicts manually during the install
--sudo <file> sudo command to use
--sudoflags <flags> Pass arguments to sudo
--sudoloop Loop sudo calls in the background to avoid timeout
--nosudoloop Do not loop sudo calls in the background
--timeupdate Check packages' AUR page for changes during sysupgrade
--notimeupdate Do not check packages' AUR page for changes
show specific options:
-c --complete Used for completions
-d --defaultconfig Print default yay configuration
-g --currentconfig Print current yay configuration
-s --stats Display system package statistics
-w --news Print arch news
yay specific options:
-c --clean Remove unneeded dependencies
--gendb Generates development package DB used for updating
getpkgbuild specific options:
-f --force Force download for existing ABS packages
-p --print Print pkgbuild of packages`)
}
func handleCmd(ctx context.Context, run *runtime.Runtime,
cmdArgs *parser.Arguments, dbExecutor db.Executor,
) error {
if cmdArgs.ExistsArg("h", "help") {
return handleHelp(ctx, run, cmdArgs)
}
if run.Cfg.SudoLoop && cmdArgs.NeedRoot(run.Cfg.Mode) {
run.CmdBuilder.SudoLoop()
}
switch cmdArgs.Op {
case "V", "version":
handleVersion(run.Logger)
return nil
case "D", "database":
return run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
case "F", "files":
return run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
case "Q", "query":
return handleQuery(ctx, run, cmdArgs, dbExecutor)
case "R", "remove":
return handleRemove(ctx, run, cmdArgs, run.VCSStore)
case "S", "sync":
return handleSync(ctx, run, cmdArgs, dbExecutor)
case "T", "deptest":
return run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
case "U", "upgrade":
return handleUpgrade(ctx, run, cmdArgs)
case "B", "build":
return handleBuild(ctx, run, dbExecutor, cmdArgs)
case "G", "getpkgbuild":
return handleGetpkgbuild(ctx, run, cmdArgs, dbExecutor)
case "P", "show":
return handlePrint(ctx, run, cmdArgs, dbExecutor)
case "Y", "yay":
return handleYay(ctx, run, cmdArgs, run.CmdBuilder,
dbExecutor, run.QueryBuilder)
case "W", "web":
return handleWeb(ctx, run, cmdArgs)
}
return errors.New(gotext.Get("unhandled operation"))
}
// getFilter returns filter function which can keep packages which were only
// explicitly installed or ones installed as dependencies for showing available
// updates or their count.
func getFilter(cmdArgs *parser.Arguments) (upgrade.Filter, error) {
deps, explicit := cmdArgs.ExistsArg("d", "deps"), cmdArgs.ExistsArg("e", "explicit")
switch {
case deps && explicit:
return nil, errors.New(gotext.Get("invalid option: '--deps' and '--explicit' may not be used together"))
case deps:
return func(pkg *upgrade.Upgrade) bool {
return pkg.Reason == alpm.PkgReasonDepend
}, nil
case explicit:
return func(pkg *upgrade.Upgrade) bool {
return pkg.Reason == alpm.PkgReasonExplicit
}, nil
}
return func(pkg *upgrade.Upgrade) bool {
return true
}, nil
}
func handleQuery(ctx context.Context, run *runtime.Runtime, cmdArgs *parser.Arguments, dbExecutor db.Executor) error {
if cmdArgs.ExistsArg("u", "upgrades") {
filter, err := getFilter(cmdArgs)
if err != nil {
return err
}
return printUpdateList(ctx, run, cmdArgs, dbExecutor,
cmdArgs.ExistsDouble("u", "sysupgrade"), filter)
}
if err := run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm)); err != nil {
if str := err.Error(); strings.Contains(str, "exit status") {
// yay -Qdt should not output anything in case of error
return fmt.Errorf("")
}
return err
}
return nil
}
func handleHelp(ctx context.Context, run *runtime.Runtime, cmdArgs *parser.Arguments) error {
usage(run.Logger)
switch cmdArgs.Op {
case "Y", "yay", "G", "getpkgbuild", "P", "show", "W", "web", "B", "build":
return nil
}
run.Logger.Println("\npacman operation specific options:")
return run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
}
func handleVersion(logger *text.Logger) {
logger.Printf("yay v%s - libalpm v%s\n", yayVersion, alpm.Version())
}
func handlePrint(ctx context.Context, run *runtime.Runtime, cmdArgs *parser.Arguments, dbExecutor db.Executor) error {
switch {
case cmdArgs.ExistsArg("d", "defaultconfig"):
tmpConfig := settings.DefaultConfig(yayVersion)
run.Logger.Printf("%v", tmpConfig)
return nil
case cmdArgs.ExistsArg("g", "currentconfig"):
run.Logger.Printf("%v", run.Cfg)
return nil
case cmdArgs.ExistsArg("w", "news"):
double := cmdArgs.ExistsDouble("w", "news")
quiet := cmdArgs.ExistsArg("q", "quiet")
return news.PrintNewsFeed(ctx, run.HTTPClient, run.Logger,
dbExecutor.LastBuildTime(), run.Cfg.BottomUp, double, quiet)
case cmdArgs.ExistsArg("c", "complete"):
return completion.Show(ctx, run.HTTPClient, dbExecutor,
run.Cfg.AURURL, run.Cfg.CompletionPath, run.Cfg.CompletionInterval, cmdArgs.ExistsDouble("c", "complete"))
case cmdArgs.ExistsArg("s", "stats"):
return localStatistics(ctx, run, dbExecutor)
}
return nil
}
func handleYay(ctx context.Context, run *runtime.Runtime,
cmdArgs *parser.Arguments, cmdBuilder exe.ICmdBuilder,
dbExecutor db.Executor, queryBuilder query.Builder,
) error {
switch {
case cmdArgs.ExistsArg("gendb"):
return createDevelDB(ctx, run, dbExecutor)
case cmdArgs.ExistsDouble("c"):
return cleanDependencies(ctx, run.Cfg, cmdBuilder, cmdArgs, dbExecutor, true)
case cmdArgs.ExistsArg("c", "clean"):
return cleanDependencies(ctx, run.Cfg, cmdBuilder, cmdArgs, dbExecutor, false)
case len(cmdArgs.Targets) > 0:
return displayNumberMenu(ctx, run, cmdArgs.Targets, dbExecutor, queryBuilder, cmdArgs)
}
return nil
}
func handleWeb(ctx context.Context, run *runtime.Runtime, cmdArgs *parser.Arguments) error {
switch {
case cmdArgs.ExistsArg("v", "vote"):
return handlePackageVote(ctx, cmdArgs.Targets, run.AURClient, run.Logger,
run.VoteClient, true)
case cmdArgs.ExistsArg("u", "unvote"):
return handlePackageVote(ctx, cmdArgs.Targets, run.AURClient, run.Logger,
run.VoteClient, false)
}
return nil
}
func handleGetpkgbuild(ctx context.Context, run *runtime.Runtime, cmdArgs *parser.Arguments, dbExecutor download.DBSearcher) error {
if cmdArgs.ExistsArg("p", "print") {
return printPkgbuilds(dbExecutor, run.AURClient,
run.HTTPClient, run.Logger, cmdArgs.Targets, run.Cfg.Mode, run.Cfg.AURURL)
}
return getPkgbuilds(ctx, dbExecutor, run.AURClient, run,
cmdArgs.Targets, cmdArgs.ExistsArg("f", "force"))
}
func handleUpgrade(ctx context.Context,
run *runtime.Runtime, cmdArgs *parser.Arguments,
) error {
return run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
}
// -B* options
func handleBuild(ctx context.Context,
run *runtime.Runtime, dbExecutor db.Executor, cmdArgs *parser.Arguments,
) error {
if cmdArgs.ExistsArg("i", "install") {
return installLocalPKGBUILD(ctx, run, cmdArgs, dbExecutor)
}
return nil
}
func handleSync(ctx context.Context, run *runtime.Runtime, cmdArgs *parser.Arguments, dbExecutor db.Executor) error {
targets := cmdArgs.Targets
switch {
case cmdArgs.ExistsArg("s", "search"):
return syncSearch(ctx, targets, dbExecutor, run.QueryBuilder, !cmdArgs.ExistsArg("q", "quiet"))
case cmdArgs.ExistsArg("p", "print", "print-format"):
return run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
case cmdArgs.ExistsArg("c", "clean"):
return syncClean(ctx, run, cmdArgs, dbExecutor)
case cmdArgs.ExistsArg("l", "list"):
return syncList(ctx, run, run.HTTPClient, cmdArgs, dbExecutor)
case cmdArgs.ExistsArg("g", "groups"):
return run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
case cmdArgs.ExistsArg("i", "info"):
return syncInfo(ctx, run, cmdArgs, targets, dbExecutor)
case cmdArgs.ExistsArg("u", "sysupgrade") || len(cmdArgs.Targets) > 0:
return syncInstall(ctx, run, cmdArgs, dbExecutor)
case cmdArgs.ExistsArg("y", "refresh"):
return run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
}
return nil
}
func handleRemove(ctx context.Context, run *runtime.Runtime, cmdArgs *parser.Arguments, localCache vcs.Store) error {
err := run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
if err == nil {
localCache.RemovePackages(cmdArgs.Targets)
}
return err
}
// NumberMenu presents a CLI for selecting packages to install.
func displayNumberMenu(ctx context.Context, run *runtime.Runtime, pkgS []string, dbExecutor db.Executor,
queryBuilder query.Builder, cmdArgs *parser.Arguments,
) error {
queryBuilder.Execute(ctx, dbExecutor, pkgS)
if err := queryBuilder.Results(dbExecutor, query.NumberMenu); err != nil {
return err
}
if queryBuilder.Len() == 0 {
// no results were found
return nil
}
run.Logger.Infoln(gotext.Get("Packages to install (eg: 1 2 3, 1-3 or ^4)"))
numberBuf, err := run.Logger.GetInput("", false)
if err != nil {
return err
}
include, exclude, _, otherExclude := intrange.ParseNumberMenu(numberBuf)
targets, err := queryBuilder.GetTargets(include, exclude, otherExclude)
if err != nil {
return err
}
// modify the arguments to pass for the install
cmdArgs.Targets = targets
if len(cmdArgs.Targets) == 0 {
run.Logger.Println(gotext.Get(" there is nothing to do"))
return nil
}
return syncInstall(ctx, run, cmdArgs, dbExecutor)
}
func syncList(ctx context.Context, run *runtime.Runtime,
httpClient *http.Client, cmdArgs *parser.Arguments, dbExecutor db.Executor,
) error {
aur := false
for i := len(cmdArgs.Targets) - 1; i >= 0; i-- {
if cmdArgs.Targets[i] == "aur" && run.Cfg.Mode.AtLeastAUR() {
cmdArgs.Targets = append(cmdArgs.Targets[:i], cmdArgs.Targets[i+1:]...)
aur = true
}
}
if run.Cfg.Mode.AtLeastAUR() && (len(cmdArgs.Targets) == 0 || aur) {
req, err := http.NewRequestWithContext(ctx, http.MethodGet, run.Cfg.AURURL+"/packages.gz", http.NoBody)
if err != nil {
return err
}
resp, err := httpClient.Do(req)
if err != nil {
return err
}
defer resp.Body.Close()
scanner := bufio.NewScanner(resp.Body)
scanner.Scan()
for scanner.Scan() {
name := scanner.Text()
if cmdArgs.ExistsArg("q", "quiet") {
run.Logger.Println(name)
} else {
run.Logger.Printf("%s %s %s", text.Magenta("aur"), text.Bold(name), text.Bold(text.Green(gotext.Get("unknown-version"))))
if dbExecutor.LocalPackage(name) != nil {
run.Logger.Print(text.Bold(text.Blue(gotext.Get(" [Installed]"))))
}
run.Logger.Println()
}
}
}
if run.Cfg.Mode.AtLeastRepo() && (len(cmdArgs.Targets) != 0 || !aur) {
return run.CmdBuilder.Show(run.CmdBuilder.BuildPacmanCmd(ctx,
cmdArgs, run.Cfg.Mode, settings.NoConfirm))
}
return nil
}