mirror of
https://gitea.invidious.io/iv-org/invidious-copy-2022-08-14.git
synced 2024-08-15 00:53:20 +00:00
449 lines
12 KiB
Crystal
449 lines
12 KiB
Crystal
require "lsquic"
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require "db"
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def add_yt_headers(request)
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request.headers["user-agent"] ||= "Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/78.0.3904.97 Safari/537.36"
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request.headers["accept-charset"] ||= "ISO-8859-1,utf-8;q=0.7,*;q=0.7"
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request.headers["accept"] ||= "text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8"
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request.headers["accept-language"] ||= "en-us,en;q=0.5"
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return if request.resource.starts_with? "/sorry/index"
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request.headers["x-youtube-client-name"] ||= "1"
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request.headers["x-youtube-client-version"] ||= "2.20200609"
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# Preserve original cookies and add new YT consent cookie for EU servers
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request.headers["cookie"] = "#{request.headers["cookie"]?}; CONSENT=YES+"
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if !CONFIG.cookies.empty?
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request.headers["cookie"] = "#{(CONFIG.cookies.map { |c| "#{c.name}=#{c.value}" }).join("; ")}; #{request.headers["cookie"]?}"
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end
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end
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struct YoutubeConnectionPool
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property! url : URI
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property! capacity : Int32
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property! timeout : Float64
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property pool : DB::Pool(QUIC::Client | HTTP::Client)
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def initialize(url : URI, @capacity = 5, @timeout = 5.0, use_quic = true)
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@url = url
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@pool = build_pool(use_quic)
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end
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def client(region = nil, &block)
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if region
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conn = make_client(url, region)
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response = yield conn
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else
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conn = pool.checkout
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begin
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response = yield conn
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rescue ex
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conn.close
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conn = QUIC::Client.new(url)
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conn.family = (url.host == "www.youtube.com") ? CONFIG.force_resolve : Socket::Family::INET
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conn.family = Socket::Family::INET if conn.family == Socket::Family::UNSPEC
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conn.before_request { |r| add_yt_headers(r) } if url.host == "www.youtube.com"
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response = yield conn
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ensure
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pool.release(conn)
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end
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end
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response
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end
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private def build_pool(use_quic)
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DB::Pool(QUIC::Client | HTTP::Client).new(initial_pool_size: 0, max_pool_size: capacity, max_idle_pool_size: capacity, checkout_timeout: timeout) do
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if use_quic
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conn = QUIC::Client.new(url)
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else
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conn = HTTP::Client.new(url)
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end
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conn.family = (url.host == "www.youtube.com") ? CONFIG.force_resolve : Socket::Family::INET
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conn.family = Socket::Family::INET if conn.family == Socket::Family::UNSPEC
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conn.before_request { |r| add_yt_headers(r) } if url.host == "www.youtube.com"
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conn
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end
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end
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end
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# See http://www.evanmiller.org/how-not-to-sort-by-average-rating.html
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def ci_lower_bound(pos, n)
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if n == 0
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return 0.0
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end
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# z value here represents a confidence level of 0.95
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z = 1.96
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phat = 1.0*pos/n
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return (phat + z*z/(2*n) - z * Math.sqrt((phat*(1 - phat) + z*z/(4*n))/n))/(1 + z*z/n)
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end
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def elapsed_text(elapsed)
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millis = elapsed.total_milliseconds
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return "#{millis.round(2)}ms" if millis >= 1
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"#{(millis * 1000).round(2)}µs"
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end
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def make_client(url : URI, region = nil)
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# TODO: Migrate any applicable endpoints to QUIC
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client = HTTPClient.new(url, OpenSSL::SSL::Context::Client.insecure)
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client.family = (url.host == "www.youtube.com") ? CONFIG.force_resolve : Socket::Family::UNSPEC
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client.before_request { |r| add_yt_headers(r) } if url.host == "www.youtube.com"
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client.read_timeout = 10.seconds
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client.connect_timeout = 10.seconds
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if region
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PROXY_LIST[region]?.try &.sample(40).each do |proxy|
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begin
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proxy = HTTPProxy.new(proxy_host: proxy[:ip], proxy_port: proxy[:port])
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client.set_proxy(proxy)
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break
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rescue ex
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end
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end
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end
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return client
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end
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def make_client(url : URI, region = nil, &block)
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client = make_client(url, region)
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begin
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yield client
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ensure
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client.close
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end
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end
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def decode_length_seconds(string)
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length_seconds = string.gsub(/[^0-9:]/, "").split(":").map &.to_i
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length_seconds = [0] * (3 - length_seconds.size) + length_seconds
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length_seconds = Time::Span.new hours: length_seconds[0], minutes: length_seconds[1], seconds: length_seconds[2]
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length_seconds = length_seconds.total_seconds.to_i
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return length_seconds
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end
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def recode_length_seconds(time)
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if time <= 0
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return ""
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else
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time = time.seconds
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text = "#{time.minutes.to_s.rjust(2, '0')}:#{time.seconds.to_s.rjust(2, '0')}"
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if time.total_hours.to_i > 0
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text = "#{time.total_hours.to_i.to_s.rjust(2, '0')}:#{text}"
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end
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text = text.lchop('0')
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return text
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end
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end
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def decode_time(string)
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time = string.try &.to_f?
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if !time
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hours = /(?<hours>\d+)h/.match(string).try &.["hours"].try &.to_f
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hours ||= 0
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minutes = /(?<minutes>\d+)m(?!s)/.match(string).try &.["minutes"].try &.to_f
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minutes ||= 0
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seconds = /(?<seconds>\d+)s/.match(string).try &.["seconds"].try &.to_f
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seconds ||= 0
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millis = /(?<millis>\d+)ms/.match(string).try &.["millis"].try &.to_f
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millis ||= 0
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time = hours * 3600 + minutes * 60 + seconds + millis // 1000
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end
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return time
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end
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def decode_date(string : String)
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# String matches 'YYYY'
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if string.match(/^\d{4}/)
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return Time.utc(string.to_i, 1, 1)
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end
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# Try to parse as format Jul 10, 2000
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begin
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return Time.parse(string, "%b %-d, %Y", Time::Location.local)
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rescue ex
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end
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case string
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when "today"
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return Time.utc
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when "yesterday"
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return Time.utc - 1.day
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else nil # Continue
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end
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# String matches format "20 hours ago", "4 months ago"...
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date = string.split(" ")[-3, 3]
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delta = date[0].to_i
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case date[1]
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when .includes? "second"
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delta = delta.seconds
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when .includes? "minute"
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delta = delta.minutes
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when .includes? "hour"
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delta = delta.hours
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when .includes? "day"
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delta = delta.days
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when .includes? "week"
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delta = delta.weeks
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when .includes? "month"
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delta = delta.months
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when .includes? "year"
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delta = delta.years
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else
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raise "Could not parse #{string}"
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end
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return Time.utc - delta
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end
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def recode_date(time : Time, locale)
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span = Time.utc - time
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if span.total_days > 365.0
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span = translate(locale, "`x` years", (span.total_days.to_i // 365).to_s)
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elsif span.total_days > 30.0
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span = translate(locale, "`x` months", (span.total_days.to_i // 30).to_s)
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elsif span.total_days > 7.0
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span = translate(locale, "`x` weeks", (span.total_days.to_i // 7).to_s)
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elsif span.total_hours > 24.0
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span = translate(locale, "`x` days", (span.total_days.to_i).to_s)
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elsif span.total_minutes > 60.0
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span = translate(locale, "`x` hours", (span.total_hours.to_i).to_s)
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elsif span.total_seconds > 60.0
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span = translate(locale, "`x` minutes", (span.total_minutes.to_i).to_s)
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else
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span = translate(locale, "`x` seconds", (span.total_seconds.to_i).to_s)
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end
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return span
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end
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def number_with_separator(number)
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number.to_s.reverse.gsub(/(\d{3})(?=\d)/, "\\1,").reverse
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end
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def short_text_to_number(short_text : String) : Int32
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case short_text
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when .ends_with? "M"
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number = short_text.rstrip(" mM").to_f
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number *= 1000000
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when .ends_with? "K"
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number = short_text.rstrip(" kK").to_f
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number *= 1000
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else
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number = short_text.rstrip(" ")
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end
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number = number.to_i
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return number
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end
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def number_to_short_text(number)
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seperated = number_with_separator(number).gsub(",", ".").split("")
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text = seperated.first(2).join
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if seperated[2]? && seperated[2] != "."
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text += seperated[2]
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end
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text = text.rchop(".0")
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if number // 1_000_000_000 != 0
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text += "B"
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elsif number // 1_000_000 != 0
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text += "M"
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elsif number // 1000 != 0
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text += "K"
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end
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text
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end
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def arg_array(array, start = 1)
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if array.size == 0
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args = "NULL"
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else
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args = [] of String
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(start..array.size + start - 1).each { |i| args << "($#{i})" }
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args = args.join(",")
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end
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return args
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end
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def make_host_url(kemal_config)
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ssl = CONFIG.https_only || kemal_config.ssl
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port = CONFIG.external_port || kemal_config.port
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if ssl
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scheme = "https://"
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else
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scheme = "http://"
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end
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# Add if non-standard port
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if port != 80 && port != 443
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port = ":#{port}"
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else
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port = ""
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end
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if !CONFIG.domain
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return ""
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end
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host = CONFIG.domain.not_nil!.lchop(".")
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return "#{scheme}#{host}#{port}"
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end
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def get_referer(env, fallback = "/", unroll = true)
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referer = env.params.query["referer"]?
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referer ||= env.request.headers["referer"]?
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referer ||= fallback
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referer = URI.parse(referer)
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# "Unroll" nested referrers
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if unroll
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loop do
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if referer.query
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params = HTTP::Params.parse(referer.query.not_nil!)
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if params["referer"]?
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referer = URI.parse(URI.decode_www_form(params["referer"]))
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else
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break
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end
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else
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break
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end
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end
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end
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referer = referer.request_target
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referer = "/" + referer.gsub(/[^\/?@&%=\-_.0-9a-zA-Z]/, "").lstrip("/\\")
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if referer == env.request.path
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referer = fallback
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end
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return referer
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end
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def sha256(text)
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digest = OpenSSL::Digest.new("SHA256")
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digest << text
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return digest.final.hexstring
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end
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def subscribe_pubsub(topic, key)
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case topic
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when .match(/^UC[A-Za-z0-9_-]{22}$/)
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topic = "channel_id=#{topic}"
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when .match(/^(PL|LL|EC|UU|FL|UL|OLAK5uy_)[0-9A-Za-z-_]{10,}$/)
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# There's a couple missing from the above regex, namely TL and RD, which
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# don't have feeds
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topic = "playlist_id=#{topic}"
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else
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# TODO
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end
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time = Time.utc.to_unix.to_s
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nonce = Random::Secure.hex(4)
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signature = "#{time}:#{nonce}"
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body = {
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"hub.callback" => "#{HOST_URL}/feed/webhook/v1:#{time}:#{nonce}:#{OpenSSL::HMAC.hexdigest(:sha1, key, signature)}",
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"hub.topic" => "https://www.youtube.com/xml/feeds/videos.xml?#{topic}",
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"hub.verify" => "async",
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"hub.mode" => "subscribe",
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"hub.lease_seconds" => "432000",
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"hub.secret" => key.to_s,
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}
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return make_client(PUBSUB_URL, &.post("/subscribe", form: body))
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end
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def parse_range(range)
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if !range
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return 0_i64, nil
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end
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ranges = range.lchop("bytes=").split(',')
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ranges.each do |range|
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start_range, end_range = range.split('-')
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start_range = start_range.to_i64? || 0_i64
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end_range = end_range.to_i64?
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return start_range, end_range
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end
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return 0_i64, nil
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end
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def convert_theme(theme)
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case theme
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when "true"
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"dark"
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when "false"
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"light"
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when "", nil
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nil
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else
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theme
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end
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end
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def fetch_random_instance
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instance_list = HTTP::Client.get "https://api.invidious.io/instances.json"
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instance_list = JSON.parse(instance_list.body)
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filtered_instance_list = [] of String
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instance_list.as_a.each do |data|
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if data[1]["type"] == "https"
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# Makes sure the instance isn't too outdated.
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remote_version = data[1]["stats"]["software"]["version"]
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remote_commit_date = remote_version.as_s.match(/\d{4}\.\d{2}\.\d{2}/)
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next if !remote_commit_date
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remote_commit_date = Time.parse(remote_commit_date[0], "%Y.%m.%d", Time::Location::UTC)
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local_commit_date = Time.parse(CURRENT_VERSION, "%Y.%m.%d", Time::Location::UTC)
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if (remote_commit_date - local_commit_date).abs.days <= 30
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# as_nil? doesn't exist. Thus we'll have to handle the error rasied if
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# as_nil fails.
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begin
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broken_health_monitoring = data[1]["monitor"].as_nil
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broken_health_monitoring = true if broken_health_monitoring.nil?
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rescue TypeCastError
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broken_health_monitoring = false
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end
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if !broken_health_monitoring
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health = data[1]["monitor"].as_h["dailyRatios"][0].as_h["ratio"]
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filtered_instance_list << data[0].as_s if health.to_s.to_f > 90
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else
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# We can't check the health if the monitoring is broken. Thus we'll just add it to the list
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# and move on
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filtered_instance_list << data[0].as_s
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end
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end
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end
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end
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return filtered_instance_list.sample(1)[0]
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end
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