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main.go
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package main
import (
"encoding/json"
"errors"
"flag"
"fmt"
"log"
"net/url"
"os"
"os/exec"
"os/signal"
"path/filepath"
"strings"
"time"
"github.com/alessio/shellescape"
)
// Action enum
const (
ActionAsk = iota
ActionDo
ActionDoNot
)
const (
MajorVersion = 0
MinorVersion = 5
PatchVersion = 0
)
var (
Commit string
)
func PrintVersion() {
if loglevel >= LoglevelError {
fmt.Fprintf(os.Stderr, "ytarchive %d.%d.%d%s\n", MajorVersion, MinorVersion, PatchVersion, Commit)
}
}
func PrintHelp() {
fname := filepath.Base(os.Args[0])
qlist := MakeQualityList(VideoQualities)
fmt.Fprintf(os.Stderr, `
usage: %[1]s [OPTIONS] [url] [quality]
[url] is a youtube livestream URL. If not provided, you will be
prompted to enter one.
[quality] is a slash-delimited list of video qualities you want
to be selected for download, from most to least wanted. If not
provided, you will be prompted for one, with a list of available
qualities to choose from. The following values are valid:
%[2]s
Options:
-h
--help
Show this help message.
-4
--ipv4
Make all connections using IPv4.
-6
--ipv6
Make all connections using IPv6.
--add-metadata
Write some basic metadata information to the final file.
--audio-url GOOGLEVIDEO_URL
Pass in the given url as the audio fragment url. Must be a
Google Video url with an itag parameter of 140.
--capture-duration DURATION or TIMESTRING
Captures a livestream for the specified length of time
and then exits and finalizes the video.
Supports time durations (e.g. 1d8h10m) or time strings (e.g. 01:30:00).
-c
--cookies COOKIES_FILE
Give a cookies.txt file that has your youtube cookies. Allows
the script to access members-only content if you are a member
for the given stream's user. Must be netscape cookie format.
--debug
Print a lot of extra information.
--disable-save-state
Disable saving state for resumable downloads. Useful if you are
archiving the same stream multiple times in the same directory
for some reason.
-dp
--directory-permissions PERMISSIONS
Set the filesystem permissions for created directories. Uses unix
numeric notation. Be aware of umask settings for your directory.
Default is 0755.
--error
Print only errors and general information.
--ffmpeg-path FFMPEG_PATH
Set a specific ffmpeg location, including program name.
e.g. "C:\ffmpeg\ffmpeg.exe" or "/opt/ffmpeg/ffmpeg"
-fp
--file-permissions PERMISSIONS
Set the filesystem permissions for created files. Uses unix
numeric notation. Be aware of umask settings for your directory.
Default is 0644.
--h264
Only download h264 video, skipping VP9 if it would have been used.
-k
--keep-ts-files
Keep the final stream audio and video files after muxing them
instead of deleting them.
-l
--lookalike-chars
Use lookalikes for forbidden characters in the filename output format.
Emulates forbidden characters by using the same replacement characters as yt-dlp.
This will make the filenames look closer to the original titles.
--members-only
Only download members-only streams. Can only be used with channel URLs
such as /live, /streams, etc, and requires cookies.
Useful when monitoring channels and you only want membership streams.
--merge
Automatically run the ffmpeg command for the downloaded streams
when manually cancelling the download. You will be prompted otherwise.
--metadata KEY=VALUE
If writing metadata, overwrite/add metadata key-value entry.
KEY is a metadata key that ffmpeg recognizes. If invalid, ffmpeg may ignore it or error.
VALUE is a format template. If empty string (''), omit writing metadata for the key.
See FORMAT TEMPLATE OPTIONS below for a list of available format keys.
Can be used multiple times.
--mkv
Mux the final file into an mkv container instead of an mp4 container.
Ignored when downloading audio only.
--monitor-channel
Continually monitor a channel for streams. Requires using a /live URL.
This will go back to checking for a stream after it finishes downloading
the current one. Implies '-r 60 --merge' unless set separately. Minimum
30 second wait time, 60 or more recommended. Using 'best' for quality or
setting a decently exhaustive list recommended to prevent waiting for
input if selected quality is not available for certain streams.
Be careful to monitor your disk usage when using this to avoid filling
your drive while away.
--newline
Print every message to a new line, instead of some messages reusing one
line.
--no-audio
Do not download the audio stream
--no-frag-files
Keep fragment data in memory instead of writing to an intermediate file.
This has the possibility to drastically increase RAM usage if a fragment
downloads particularly slowly as more fragments after it finish first.
This is only an issue when --threads >1
Highly recommended if you don't have strict RAM limitations. Especially
on Wangblows, which has caused issues with file locking when trying to
delete fragment files.
--no-merge
Do not run the ffmpeg command for the downloaded streams
when manually cancelling the download. You will be prompted otherwise.
--no-save
Do not save any downloaded data and files if not having ffmpeg
run when manually cancelling the download. You will be prompted otherwise.
Does nothing if --merge is set.
--no-save-state
Do not leave files required for resuming downloads when manually
cancelling the download. You will be prompted otherwise.
Does nothing if --merge or --save are set.
--no-video
If a googlevideo url is given or passed with --audio-url, do not
prompt for a video url. If a video url is given with --video-url
then this is effectively ignored.
-n
--no-wait
Do not wait for a livestream if it's a future scheduled stream.
-o
--output FILENAME_FORMAT
Set the output file name EXCLUDING THE EXTENSION. Can include
formatting similar to youtube-dl, albeit much more limited.
See FORMAT OPTIONS below for a list of available format keys.
Default is '%[3]s'
--potoken <PO TOKEN>
PO Token from your browser, basically required along with cookies these days.
Refer to https://github.com/yt-dlp/yt-dlp/wiki/Extractors#po-token-guide
--proxy <SCHEME>://[<USER>:<PASS>@]<HOST>:<PORT>
Specify a proxy to use for downloading. e.g.
- socks5://127.0.0.1:1080
- http://192.168.1.1:8080
- http://user:[email protected]:8080
HTTP, HTTPS and SOCKS5 proxy servers are supported.
-q
--quiet
Print nothing to the console except information relevant for user input.
--retry-frags ATTEMPTS
Set the number of attempts to make when downloading a stream fragment.
Set to 0 to retry indefinitely, or until we are completely unable to.
Default is 10.
-r
--retry-stream SECONDS
If waiting for a scheduled livestream, re-check if the stream is
up every SECONDS instead of waiting for the initial scheduled time.
If SECONDS is less than the poll delay youtube gives (typically
15 seconds), then this will be set to the value youtube provides.
--save
Automatically save any downloaded data and files if not having
ffmpeg run when manually cancelling the download. You will be prompted
otherwise. Does nothing if --merge is set.
--save-state
Automatically leave files alone and do not delete anything when manually
cancelling the download, allowing for resuming a download later when
possible. You will be prompted otherwise.
Resuming requires the stream be available to download as normal.
Does nothing if --merge or --save are set.
--separate-audio
Save the audio to a separate file, similar to when downloading
audio_only, alongside the final muxed file. This includes embedding
metadata and the thumbnail if set.
--start-delay DURATION or TIMESTRING
Waits for a specified length of time before starting to capture a stream.
Supports time durations (e.g. 1d8h10m) or time strings (e.g. 01:30:00).
Note: * NOT supported when using also using '--live-from'.
* If the stream is scheduled and has not yet begun then
the delay does not start counting until the stream has begun.
* Ignored when resuming a download.
-td
--temporary-dir DIRECTORY
Set the working directory for the download. This is where the
temporary files will be stored. If not set, the output directory
will be used.
--threads THREAD_COUNT
Set the number of threads to use for downloading audio and video
fragments. The total number of threads running will be
THREAD_COUNT * 2 + 3. Main thread, a thread for each audio and
video download, and THREAD_COUNT number of fragment downloaders
for both audio and video.
Setting this to a large number has a chance at causing the download
to start failing with HTTP 401. Restarting the download with a smaller
thread count until you no longer get 401s should work. Default is 1.
-t
--thumbnail
Download and embed the stream thumbnail in the finished file.
Whether the thumbnail shows properly depends on your file browser.
Windows' seems to work. Nemo on Linux seemingly does not.
--trace
Print just about any information that might have reason to be printed.
Very spammy, do not use this unless you have good reason.
-v
--verbose
Print extra information.
-V
--version
Print the version number and exit.
--video-url GOOGLEVIDEO_URL
Pass in the given url as the video fragment url. Must be a
Google Video url with an itag parameter that is not 140.
--vp9
If there is a VP9 version of your selected video quality,
download that instead of the usual h264.
-w
--wait
Wait for a livestream if it's a future scheduled stream.
If this option is not used when a scheduled stream is provided,
you will be asked if you want to wait or not.
--warn
Print warning, errors, and general information. This is the default log
level.
--write-description
Write the video description to a separate .description file.
--write-mux-file
Write the ffmpeg command that would mux audio and video or put audio
into an mp4 container instead of running the command automatically.
Useful if you want to tweak the command, want a higher log level, etc.
--write-thumbnail
Write the thumbnail to a separate file.
--live-from DURATION, TIMESTRING or NOW
Starts the download from the specified time in the future, the past or 'now'.
Use a negative time value to skip back in time from now.
Use a positive time value to specify the timestamp in the stream to start
capturing from (from the start of the stream).
Supports time durations (e.g. 1d8h30m5s) or time strings (e.g. 32:30:05).
Examples: * '--live-from -01:10:00' will seek backwards 1 hour and 10 minutes from now
and then start downloading from that time.
* '--live-from 1h10mm00s' will begin downloading from 1 hour 10 minutes
after the stream started.
* '--live-from now' will start recording from the current stream time.
Examples:
%[1]s -w
Waits for a stream. Will prompt for a URL and quality.
%[1]s -w https://www.youtube.com/watch?v=CnWDmKx9cQQ 1080p60/best
Waits for the given stream URL. Will prioritize downloading in 1080p60.
If 1080p60 is not an available quality, it will choose the best of what
is available.
%[1]s --threads 3 https://www.youtube.com/watch?v=ZK1GXnz-1Lw best
Downloads the given stream with 3 threads in the best available quality.
Will ask if you want to wait if the stream is scheduled but not started.
%[1]s -r 30 https://www.youtube.com/channel/UCZlDXzGoo7d44bwdNObFacg/live best
Will wait for a livestream at the given URL, checking every 30 seconds.
%[1]s -c cookies-youtube-com.txt https://www.youtube.com/watch?v=_touw1GND-M best
Loads the given cookies file and attempts to download the given stream.
Will ask if you want to wait.
%[1]s --no-wait --add-metadata https://www.youtube.com/channel/UCvaTdHTWBGv3MKj3KVqJVCw/live best
Attempts to download the given stream, and will add metadata to the
final muxed file. Will not wait if there is no stream or if it has not
started.
%[1]s -o '%%(channel)s/%%(upload_date)s_%%(title)s' https://www.youtube.com/watch?v=HxV9UAMN12o best
Download the given stream to a directory with the channel name, and a
file that will have the upload date and stream title. Will prompt to
wait.
%[1]s -w -k -t --vp9 --merge --no-frag-files https://www.youtube.com/watch?v=LE8V5iNemBA best
Waits, keeps the final .ts files, embeds the stream thumbnail, merges
the downloaded files if download is stopped manually, and keeps
fragments in memory instead of writing to intermediate files.
Downloads the stream video in VP9 if available. This set of flags will
not require any extra user input if something goes wrong.
%[1]s -k -t --vp9 --monitor-channel --no-frag-files https://www.youtube.com/channel/UCvaTdHTWBGv3MKj3KVqJVCw/live best
Same as above, but waits for a stream on the given channel, and will
repeat the cycle after downloading each stream.
%[1]s --proxy http://127.0.0.1:9050 https://www.youtube.com/watch?v=2aIdHTuyYMA best
Downloads the given stream with a local HTTP proxy.
FORMAT TEMPLATE OPTIONS
Format template keys provided are made to be the same as they would be for
youtube-dl. See https://github.com/ytdl-org/youtube-dl#output-template
For file names, each template substitution is sanitized by replacing invalid file name
characters with an underscore (_). If '--lookalike-chars' is used, invalid file name
characters get replaced by the same lookalike characters that yt-dlp uses instead.
id (string): Video identifier
url (string): Video URL
title (string): Video title
channel_id (string): ID of the channel
channel (string): Full name of the channel the livestream is on
upload_date (string: YYYYMMDD): Technically stream start date, UTC timezone - see note below
start_date (string: YYYYMMDD): Stream start date, UTC timezone
publish_date (string: YYYYMMDD): Stream publish date, UTC timezone
description (string): Video description [disallowed for file name format template]
Note on upload_date: rather than the actual upload date, stream start date is used to
provide a better default date for youtube-dl output templates that use upload_date.
To get the actual upload date, publish date seems to be the same as upload date for streams.
`, fname, qlist, DefaultFilenameFormat)
}
var (
cliFlags *flag.FlagSet
info *DownloadInfo
proxyUrl *url.URL
cookieFile string
fnameFormat string
gvAudioUrl string
gvVideoUrl string
tempDir string
ffmpegPath string
liveFrom string
startDelayStr string
capDurationStr string
poToken string
threadCount uint
fragMaxTries uint
filePerms uint
dirPerms uint
retrySecs int
downloadThumbnail bool
addMeta bool
writeDesc bool
writeThumbnail bool
writeMuxCmd bool
quiet bool
errLog bool
warn bool
verbose bool
debug bool
trace bool
noFragFiles bool
forceIPv4 bool
forceIPv6 bool
showHelp bool
showVersion bool
doWait bool
noWait bool
doMerge bool
noMerge bool
doSaveFiles bool
noSaveFiles bool
doSaveState bool
noSaveState bool
audioOnly bool
videoOnly bool
mkv bool
statusNewlines bool
keepTSFiles bool
separateAudio bool
monitorChannel bool
vp9 bool
h264 bool
membersOnly bool
disableSaveState bool
lookalikeChars bool
cancelled = false
)
func init() {
cliFlags = flag.NewFlagSet("cliFlags", flag.ExitOnError)
info = NewDownloadInfo()
cliFlags.BoolVar(&showHelp, "h", false, "Show the help message and exit.")
cliFlags.BoolVar(&showHelp, "help", false, "Show the help message and exit.")
cliFlags.BoolVar(&showVersion, "V", false, "Print the version number and exit.")
cliFlags.BoolVar(&showVersion, "version", false, "Print the version number and exit.")
cliFlags.BoolVar(&doWait, "w", false, "Wait for the stream to start.")
cliFlags.BoolVar(&doWait, "wait", false, "Wait for the stream to start.")
cliFlags.BoolVar(&noWait, "n", false, "Do not wait for the stream to start.")
cliFlags.BoolVar(&noWait, "no-wait", false, "Do not wait for the stream to start.")
cliFlags.BoolVar(&doMerge, "merge", false, "Auto merge files on cancelled download.")
cliFlags.BoolVar(&noMerge, "no-merge", false, "Skip merging files on cancelled download.")
cliFlags.BoolVar(&doSaveFiles, "save", false, "Auto save files on cancelled download if not merging.")
cliFlags.BoolVar(&noSaveFiles, "no-save", false, "Delete all files on cancelled download if not merging.")
cliFlags.BoolVar(&doSaveState, "save-state", false, "Leave files alone for resuming a download later, if possible, when not saving files.")
cliFlags.BoolVar(&noSaveState, "no-save-state", false, "Do not leave files for resuming a download later.")
cliFlags.BoolVar(&audioOnly, "no-video", false, "Only download the audio stream.")
cliFlags.BoolVar(&videoOnly, "no-audio", false, "Only download the video stream.")
cliFlags.BoolVar(&noFragFiles, "no-frag-files", false, "Keep fragments in memory while waiting to write to the main file.")
cliFlags.BoolVar(&downloadThumbnail, "t", false, "Embed thumbnail into final file.")
cliFlags.BoolVar(&downloadThumbnail, "thumbnail", false, "Embed thumbnail into final file.")
cliFlags.BoolVar(&quiet, "q", false, "Quiet mode, do not log any output aside from user input requests.")
cliFlags.BoolVar(&quiet, "quiet", false, "Quiet mode, do not log any output aside from user input requests.")
cliFlags.BoolVar(&errLog, "error", false, "Error logging output.")
cliFlags.BoolVar(&warn, "warn", false, "Warning logging output.")
cliFlags.BoolVar(&verbose, "v", false, "Verbose logging output.")
cliFlags.BoolVar(&verbose, "verbose", false, "Verbose logging output.")
cliFlags.BoolVar(&debug, "debug", false, "Debug logging output.")
cliFlags.BoolVar(&trace, "trace", false, "Trace logging output.")
cliFlags.BoolVar(&vp9, "vp9", false, "Download VP9 video if available.")
cliFlags.BoolVar(&h264, "h264", false, "Only download h264 qualities.")
cliFlags.BoolVar(&addMeta, "add-metadata", false, "Write metadata to the final file.")
cliFlags.BoolVar(&writeDesc, "write-description", false, "Write description to a separate file.")
cliFlags.BoolVar(&writeThumbnail, "write-thumbnail", false, "Write thumbnail to a separate file.")
cliFlags.BoolVar(&writeMuxCmd, "write-mux-file", false, "Write the command that will be used for muxing to a file. Does not merge the final file.")
cliFlags.BoolVar(&forceIPv4, "4", false, "Force IPv4 connections.")
cliFlags.BoolVar(&forceIPv4, "ipv4", false, "Force IPv4 connections.")
cliFlags.BoolVar(&forceIPv6, "6", false, "Force IPv6 connections.")
cliFlags.BoolVar(&forceIPv6, "ipv6", false, "Force IPv6 connections.")
cliFlags.BoolVar(&mkv, "mkv", false, "Make the final container mkv (ignored when audio only).")
cliFlags.BoolVar(&statusNewlines, "newline", false, "Write progress to a new line instead of keeping it on one line.")
cliFlags.BoolVar(&keepTSFiles, "k", false, "Keep the raw .ts files instead of deleting them after muxing.")
cliFlags.BoolVar(&keepTSFiles, "keep-ts-files", false, "Keep the raw .ts files instead of deleting them after muxing.")
cliFlags.BoolVar(&lookalikeChars, "l", false, "Use lookalike replacement characters in place of forbidden characters.")
cliFlags.BoolVar(&lookalikeChars, "lookalike-chars", false, "Use lookalike replacement characters in place of forbidden characters.")
cliFlags.BoolVar(&separateAudio, "separate-audio", false, "Save a copy of the audio separately along with the muxed file.")
cliFlags.BoolVar(&monitorChannel, "monitor-channel", false, "Continually monitor a channel for streams.")
cliFlags.BoolVar(&membersOnly, "members-only", false, "Only download members-only streams when waiting on a channel URL such as /live.")
cliFlags.BoolVar(&disableSaveState, "disable-save-state", false, "Disable resumable download state.")
cliFlags.StringVar(&cookieFile, "c", "", "Cookies to be used when downloading.")
cliFlags.StringVar(&cookieFile, "cookies", "", "Cookies to be used when downloading.")
cliFlags.StringVar(&fnameFormat, "o", DefaultFilenameFormat, "Filename output format.")
cliFlags.StringVar(&fnameFormat, "output", DefaultFilenameFormat, "Filename output format.")
cliFlags.StringVar(&tempDir, "td", "", "Temporary directory for downloading files.")
cliFlags.StringVar(&tempDir, "temporary-dir", "", "Temporary directory for downloading files.")
cliFlags.StringVar(&ffmpegPath, "ffmpeg-path", "ffmpeg", "Specify a custom ffmpeg program location, including program name.")
cliFlags.StringVar(&liveFrom, "live-from", "", "Starts the download from the specified time instead of from the start.")
cliFlags.StringVar(&startDelayStr, "start-delay", "", "Waits for a specified length of time before starting to capture a stream.")
cliFlags.StringVar(&capDurationStr, "capture-duration", "", "Captures the livestream for the specified length of time and then exits automatically.")
cliFlags.StringVar(&poToken, "potoken", "", "PO Token from your browser")
cliFlags.IntVar(&retrySecs, "r", 0, "Seconds to wait between checking stream status.")
cliFlags.IntVar(&retrySecs, "retry-stream", 0, "Seconds to wait between checking stream status.")
cliFlags.UintVar(&threadCount, "threads", 1, "Number of download threads for each stream type.")
cliFlags.UintVar(&fragMaxTries, "retry-frags", 10, "Number of attempts to make when downloading stream fragments before stopping.")
cliFlags.UintVar(&dirPerms, "dp", 0755, "Filesystem permissions for the created directories.")
cliFlags.UintVar(&dirPerms, "directory-permissions", 0755, "Filesystem permissions for the created directories.")
cliFlags.UintVar(&filePerms, "fp", 0644, "Filesystem permissions for the created files.")
cliFlags.UintVar(&filePerms, "file-permissions", 0644, "Filesystem permissions for the created files.")
cliFlags.Func("video-url", "Googlevideo URL for the video stream.", func(s string) error {
var itag int
gvVideoUrl, itag = ParseGvideoUrl(s, DtypeVideo)
if itag == 0 {
return errors.New("invalid video URL given with --video-url")
}
return nil
})
cliFlags.Func("audio-url", "Googlevideo URL for the audio stream.", func(s string) error {
var itag int
gvAudioUrl, itag = ParseGvideoUrl(s, DtypeAudio)
if itag == 0 {
return errors.New("invalid audio URL given with --audio-url")
}
return nil
})
cliFlags.Func("metadata", "Metadata fields to add in KEY=VALUE format.", func(s string) error {
parts := strings.Split(s, "=")
if len(parts) > 2 {
return nil
}
key := strings.TrimSpace(parts[0])
val := strings.TrimSpace(parts[1])
info.Metadata[key] = val
return nil
})
cliFlags.Func("proxy", "Specify a proxy to use for downloading.", func(s string) error {
parsedUrl, err := url.Parse(s)
if err != nil {
return errors.New("invalid proxy URL given with --proxy")
}
if parsedUrl.Scheme != "http" && parsedUrl.Scheme != "https" && parsedUrl.Scheme != "socks5" {
return errors.New("the proxy URL scheme must be http, https, or socks5")
}
proxyUrl = parsedUrl
return nil
})
}
// ehh, bad way to do this probably but allows deferred functions to run
// while also allowing early return with a non-0 exit code.
func run() int {
info = NewDownloadInfo()
mergeOnCancel := ActionAsk
saveFilesOnCancel := ActionAsk
saveStateOnCancel := ActionAsk
var moveErrs []error
cliFlags.Parse(os.Args[1:])
InitializeHttpClient(proxyUrl)
info.VP9 = vp9
info.H264 = h264
info.RetrySecs = retrySecs
info.FragMaxTries = fragMaxTries
info.MembersOnly = membersOnly
info.FileMode = os.FileMode(filePerms)
info.DirMode = os.FileMode(dirPerms)
info.DisableSaveState = disableSaveState
info.LiveFromVal = liveFrom
info.PoToken = poToken
if doWait {
info.Wait = ActionDo
} else if noWait {
info.Wait = ActionDoNot
}
if doMerge {
mergeOnCancel = ActionDo
} else if noMerge {
mergeOnCancel = ActionDoNot
}
if doSaveFiles {
saveFilesOnCancel = ActionDo
} else if noSaveFiles {
saveFilesOnCancel = ActionDoNot
}
if noSaveState || disableSaveState {
saveStateOnCancel = ActionDoNot
} else if doSaveState {
saveStateOnCancel = ActionDo
}
if audioOnly {
info.Quality = AudioOnlyQuality
info.AudioOnly = true
}
if videoOnly {
info.VideoOnly = true
}
if noFragFiles {
info.FragFiles = false
}
if info.RetrySecs > 0 && info.RetrySecs < DefaultPollTime {
info.RetrySecs = DefaultPollTime
}
if threadCount > 1 {
info.Jobs = int(threadCount)
}
if monitorChannel {
if info.RetrySecs < MinimumMonitorTime {
info.RetrySecs = DefaultMonitorTime
}
if !noMerge {
doMerge = true
}
}
if len(gvVideoUrl) > 0 {
info.URL = gvVideoUrl
info.SetDownloadUrl(DtypeVideo, gvVideoUrl)
}
if len(gvAudioUrl) > 0 {
if len(info.URL) == 0 {
info.URL = gvAudioUrl
}
info.SetDownloadUrl(DtypeAudio, gvAudioUrl)
}
if monitorChannel && cliFlags.NArg() < 2 {
LogError("You must specify a channel AND quality when choosing to monitor a channel")
return 1
}
if len(info.URL) == 0 {
if cliFlags.NArg() > 1 {
info.URL = cliFlags.Arg(0)
info.SelectedQuality = cliFlags.Arg(1)
} else if cliFlags.NArg() == 1 {
info.URL = cliFlags.Arg(0)
} else {
info.URL = GetUserInput("Enter a youtube livestream URL: ")
}
}
err := info.ParseInputUrl()
if err != nil {
LogError(err.Error())
return 1
}
_, err = FormatFilename(fnameFormat, info.FormatInfo, lookalikeChars)
if err != nil {
LogError(err.Error())
return 1
}
if len(cookieFile) > 0 {
cjar, err := info.ParseNetscapeCookiesFile(cookieFile)
if err != nil {
LogError("Failed to load cookies file: %s", err)
return 1
}
client.Jar = cjar
LogInfo("Loaded cookie file %s", cookieFile)
}
if startDelayStr != "" {
// Not supported when also using --live-from
if liveFrom != "" {
LogError("You cannot use both --start-delay and --live-from at the same time.")
return 1
}
err = info.ParseStartDelayStrVal(startDelayStr)
if err != nil {
return 1
}
}
if capDurationStr != "" {
err = info.ParseCaptureDurationStrVal(capDurationStr)
if err != nil {
return 1
}
LogGeneral("Downloading a minimum of %s of content and then exiting...", SecondsToDurationAndTimeStr(info.CaptureDurationSecs))
}
if !info.GVideoDDL && !info.GetVideoInfo() {
return 1
}
if liveFrom != "" {
err = info.ParseLiveFromStrVal()
if err != nil {
return 1
}
}
info.DLState[AudioItag] = &DownloadState{}
info.DLState[info.Quality] = &DownloadState{}
audioOnly = info.Quality == AudioOnlyQuality
// We checked if there would be errors earlier, should be good
fullFPath, _ := FormatFilename(fnameFormat, info.FormatInfo, lookalikeChars)
fdir := filepath.Dir(fullFPath)
tmpDir := ""
var absDir string
if !strings.HasPrefix(fnameFormat, string(os.PathSeparator)) {
fdir = strings.TrimLeft(fdir, string(os.PathSeparator))
}
if len(strings.TrimSpace(fdir)) == 0 {
fdir = "."
}
absDir, err = filepath.Abs(fdir)
if err == nil {
fdir = absDir
}
fname := filepath.Base(fullFPath)
fname = SterilizeFilename(fname, lookalikeChars)
if strings.HasPrefix(fname, "-") {
fname = "_" + fname
}
if fname == "." || len(strings.TrimSpace(fname)) == 0 {
LogError("Output file name appears to be empty after formatting.")
LogError("Expanded output file path: %s", fullFPath)
return 1
}
if fdir != "." {
err = os.MkdirAll(fdir, info.DirMode)
if err != nil {
LogWarn("Error creating final file directory: %s", err)
LogWarn("The final file will be placed in the current working directory")
fdir = "."
}
}
if len(tempDir) > 0 && tempDir != "." {
err = os.MkdirAll(tempDir, info.DirMode)
if err != nil {
LogWarn("Error creating temporary directory: %s", err)
LogWarn("Temporary files will be placed in the current working directory")
tempDir = "."
}
}
if !disableSaveState {
info.DLState[AudioItag].File = filepath.Join(tempDir, fmt.Sprintf("%s.f%d.state", info.VideoID, AudioItag))
info.DLState[info.Quality].File = filepath.Join(tempDir, fmt.Sprintf("%s.f%d.state", info.VideoID, info.Quality))
if Exists(info.DLState[AudioItag].File) {
stateData, err := os.ReadFile(info.DLState[AudioItag].File)
if err == nil {
err = json.Unmarshal(stateData, info.DLState[AudioItag])
}
if err == nil {
tmpDir = info.DLState[AudioItag].TempDir
}
}
if Exists(info.DLState[info.Quality].File) {
stateData, err := os.ReadFile(info.DLState[info.Quality].File)
if err == nil {
err = json.Unmarshal(stateData, info.DLState[info.Quality])
}
if err == nil && len(tmpDir) == 0 {
tmpDir = info.DLState[info.Quality].TempDir
}
}
}
// --start-delay, do not process if resuming a download.
if info.StartDelaySecs != 0 && (info.DLState[AudioItag].Fragments != 0 || info.DLState[info.Quality].Fragments != 0) {
LogWarn("Option --start-delay is being ignored as a download is being resumed.")
} else {
if !info.WaitForStartDelay() {
LogError("Got an error when re-grabbing video info after the delay period elapsed. Exiting.")
return 1
}
}
if len(tmpDir) == 0 {
if len(tempDir) == 0 {
tmpDir = fdir
} else {
tmpDir = tempDir
}
tmpDir, err = os.MkdirTemp(tmpDir, fmt.Sprintf("%s__", info.VideoID))
if err != nil {
LogWarn("Error creating temp directory: %s", err)
LogWarn("Will download data directly to %s instead", fdir)
tmpDir = fdir
}
if !disableSaveState {
for _, state := range info.DLState {
state.TempDir = tmpDir
}
}
}
// Check if file name is too long, truncate if so
if len(fname) > MaxFileNameLength {
LogError("fname len: %d", len(fname))
return 1
}
afileName := fmt.Sprintf("%s.f%d", fname, AudioItag)
vfileName := fmt.Sprintf("%s.f%d", fname, info.Quality)
thmbnlName := fmt.Sprintf("%s.jpg", fname)
descFileName := fmt.Sprintf("%s.description", fname)
muxFileName := fmt.Sprintf("%s.ffmpeg.txt", fname)
finalAudioFile := filepath.Join(fdir, fmt.Sprintf("%s.ts", afileName))
finalVideoFile := filepath.Join(fdir, fmt.Sprintf("%s.ts", vfileName))
finalThumbnail := filepath.Join(fdir, thmbnlName)
finalDescFile := filepath.Join(fdir, descFileName)
finalMuxFile := filepath.Join(fdir, muxFileName)
ffmpegArgs := GetFFmpegArgs(finalAudioFile, finalVideoFile, finalThumbnail, fdir, fname, audioOnly, videoOnly)
audioFFMpegArgs := GetFFmpegArgs(finalAudioFile, "", finalThumbnail, fdir, fname, true, false)
ffmpegCmd := fmt.Sprintf("%s %s", ffmpegPath, shellescape.QuoteCommand(ffmpegArgs.Args))
info.MDLInfo[DtypeAudio].BasePath = filepath.Join(tmpDir, afileName)
info.MDLInfo[DtypeVideo].BasePath = filepath.Join(tmpDir, vfileName)
afile := info.MDLInfo[DtypeAudio].BasePath + ".ts"
vfile := info.MDLInfo[DtypeVideo].BasePath + ".ts"
thmbnlFile := filepath.Join(tmpDir, thmbnlName)
descFile := filepath.Join(tmpDir, descFileName)
muxFile := filepath.Join(tmpDir, muxFileName)
progressChan := make(chan *ProgressInfo, info.Jobs*2)
var totalBytes int64
frags := map[string]int{
DtypeAudio: 0,
DtypeVideo: 0,
}
if (downloadThumbnail || writeThumbnail) && len(info.Thumbnail) > 0 {
downloaded := DownloadThumbnail(info.Thumbnail, thmbnlFile, info.FileMode)
if !downloaded {
TryDelete(thmbnlFile)
downloadThumbnail = false
writeThumbnail = false
}
} else {
downloadThumbnail = false
writeThumbnail = false
}
if writeDesc && len(info.Metadata["comment"]) > 0 {
err = os.WriteFile(descFile, []byte(info.Metadata["comment"]), info.FileMode)
if err != nil {
LogWarn("Error writing description file: %s", err)
TryDelete(descFile)
}
}
err = os.WriteFile(muxFile, []byte(ffmpegCmd), info.FileMode)
if err != nil {
LogWarn("Failed to write initial mux file: %s", err)
TryDelete(muxFile)
}
dlDoneChan := make(chan struct{}, 2)
activeDownloads := 0
if len(info.GetDownloadUrl(DtypeAudio)) > 0 {
LogInfo("Starting download to %s", afile)
go info.DownloadStream(DtypeAudio, afile, progressChan, dlDoneChan)
activeDownloads += 1
}
if len(info.GetDownloadUrl(DtypeVideo)) > 0 {
LogInfo("Starting download to %s", vfile)
go info.DownloadStream(DtypeVideo, vfile, progressChan, dlDoneChan)
activeDownloads += 1
}
if activeDownloads == 0 {
LogError("Neither audio nor video downloads were started.")
LogError("Make sure you did not have both --no-video and --no-audio set.")
if tmpDir != fdir {
os.RemoveAll(tmpDir)
}
return 1
}
sigChan := make(chan os.Signal, 1)
signal.Notify(sigChan, os.Interrupt)
maxSeq := -1
for {
select {
case progress := <-progressChan:
info.DLState[progress.Itag].Size += int64(progress.ByteCount)
info.DLState[progress.Itag].Fragments += 1
totalBytes += int64(progress.ByteCount)
info.SaveState(progress.Itag)
if progress.MaxSeq > maxSeq {
maxSeq = progress.MaxSeq
}
status := "\r"
if statusNewlines {
status = ""
}
status += fmt.Sprintf("Video Fragments: %d; Audio Fragments: %d; ", info.DLState[info.Quality].Fragments, info.DLState[AudioItag].Fragments)
if verbose {
status += fmt.Sprintf("Max Fragments: %d; Max Sequence: %d; ", (maxSeq - progress.StartFrag), maxSeq)
}
status += fmt.Sprintf("Total Downloaded: %s", FormatSize(totalBytes))
if statusNewlines {
status += "\n"
} else {
status += "\033[K"
}
info.SetStatus(status)
case <-sigChan:
signal.Reset(os.Interrupt)
info.Stop()
cancelled = true
fmt.Fprintln(os.Stderr)
LogWarn("User Interrupt, Stopping download...")
for activeDownloads > 0 {
select {
case <-progressChan:
case <-dlDoneChan:
activeDownloads -= 1
}
}
fmt.Fprintln(os.Stderr)
merge := false
if mergeOnCancel == ActionAsk {
merge = GetYesNo("\nDownload stopped prematurely. Would you like to merge the currently downloaded data?")
} else if mergeOnCancel == ActionDo {
merge = true
}
if !merge {
saveFiles := false