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import
options, posix, sequtils, strutils, sugar, tables,
"../args", "../aur", "../common", "../config", "../format", "../package",
"../pacman", "../utils",
"../wrapper/alpm"
const
pacmanInfoStrings = [
"Architecture",
"Backup Files",
"Build Date",
"Compressed Size",
"Conflicts With",
"Depends On",
"Description",
"Download Size",
"Groups",
"Install Date",
"Install Reason",
"Install Script",
"Installed Size",
"Licenses",
"MD5 Sum",
"Name",
"Optional Deps",
"Optional For",
"Packager",
"Provides",
"Replaces",
"Repository",
"Required By",
"SHA-256 Sum",
"Signatures",
"URL",
"Validated By",
"Version"
]
proc formatDeps(title: string, config: Config,
refs: seq[PackageReference]): PackageLineFormat =
let values: seq[tuple[title: string, hasDesc: bool]] = refs
.map(r => r.description
.map(d => ($r & ": " & d, true))
.get(($r, false)))
if values.len > 0:
(title, values.map(v => v.title), values.map(v => v.hasDesc).foldl(a or b))
else:
(title, @[], false)
proc formatDate(date: int64): Option[string] =
var time = (posix.Time) date
var ltime: Tm
discard localtime_r(time, ltime)
var buffer: array[100, char]
let res = strftime(addr(buffer), buffer.len, "%c", ltime)
if res > 0: some(buffer.toString(none(int))) else: none(string)
proc handleTarget(config: Config, padding: int, args: seq[Argument],
full: FullPackageTarget, pkgInfoOption: Option[PackageInfo]): int =
if full.sync.foundInfos.len > 0:
if full.isAurTargetFull(config.aurRepo):
let pkgInfo = pkgInfoOption.get
printPackageInfo(padding, config.color,
(trp"Repository", @[config.aurRepo], false),
(trp"Name", @[pkgInfo.rpc.name], false),
(trp"Version", @[pkgInfo.rpc.version], false),
(trp"Description", toSeq(pkgInfo.rpc.description.items), false),
(trp"Architecture", pkgInfo.archs, false),
(trp"URL", toSeq(pkgInfo.url.items), false),
(trp"Licenses", pkgInfo.licenses, false),
(trp"Groups", pkgInfo.groups, false),
formatDeps(trp"Provides", config, pkgInfo.provides),
formatDeps(trp"Depends On", config, pkgInfo.depends),
formatDeps(trp"Optional Deps", config, pkgInfo.optional),
formatDeps(trp"Conflicts With", config, pkgInfo.conflicts),
formatDeps(trp"Replaces", config, pkgInfo.replaces),
(tr"Maintainer", toSeq(pkgInfo.rpc.maintainer.items()), false),
(tr"First Submitted", toSeq(pkgInfo.rpc.firstSubmitted
.map(formatDate).flatten.items()), false),
(tr"Last Modified", toSeq(pkgInfo.rpc.lastModified
.map(formatDate).flatten.items()), false),
(tr"Out Of Date", toSeq(pkgInfo.rpc.outOfDate
.map(formatDate).flatten.items()), false),
(tr"Rating", @[formatPkgRating(pkgInfo.rpc.votes, pkgInfo.rpc.popularity)], false))
0
elif full.sync.target.reference.constraint.isSome:
# pacman doesn't support constraints for --info queries
pacmanRun(false, config.color, args & full.sync.foundInfos.map(i =>
(i.repo & "/" & full.sync.target.reference.name, none(string), ArgumentType.target)))
else:
pacmanRun(false, config.color, args &
($full.sync.target, none(string), ArgumentType.target))
else:
if full.sync.target.repo == some(config.aurRepo):
printError(config.color, trp("package '%s' was not found\n") % [$full.sync.target])
1
else:
pacmanRun(false, config.color, args & ($full.sync.target, none(string), ArgumentType.target))
proc handleSyncInfo*(args: seq[Argument], config: Config): int =
let (refreshCode, callArgs) = checkAndRefresh(config.color, args)
if refreshCode != 0:
refreshCode
else:
let targets = args.packageTargets(false)
let (syncTargets, checkAurNames) = withAlpmConfig(config, true, handle, dbs, errors):
for e in errors: printError(config.color, e)
findSyncTargets(handle, dbs, targets, config.aurRepo, false, false)
let (pkgInfos, _, aerrors) = getAurPackageInfos(checkAurNames,
config.aurRepo, config.common.arch, config.common.downloadTimeout)
for e in aerrors: printError(config.color, e)
let fullTargets = mapAurTargets(syncTargets, pkgInfos.map(p => p.rpc), config.aurRepo)
let code = min(aerrors.len, 1)
if fullTargets.filter(f => f.isAurTargetFull(config.aurRepo) or
f.sync.target.repo == some(config.aurRepo) or
f.sync.target.reference.constraint.isSome).len == 0:
if code == 0:
pacmanExec(false, config.color, callArgs)
else:
discard pacmanRun(false, config.color, callArgs)
code
else:
let finalArgs = callArgs.filter(arg => not arg.isTarget)
let padding = pacmanInfoStrings.map(s => s.trp).computeMaxLength
let pkgInfosTable = pkgInfos.map(i => (i.rpc.toPackageReference, i)).toTable
let codes = code & lc[handleTarget(config, padding, finalArgs, x,
x.rpcInfo.map(i => pkgInfosTable.opt(i.toPackageReference)).flatten) |
(x <- fullTargets), int]
codes.filter(c => c != 0).optFirst.get(0)
|
