# For handling command line arguments to the script
require 'optparse'
require 'ostruct'
+require 'rubygems'
+require 'plist'
# CLI options: (code based on http://www.ruby-doc.org/stdlib/libdoc/optparse/rdoc/index.html )
def readOptions
# and display output.
def initialize
- # Grab input from the user's presets .plist
- rawPresets = readPresetPlist
-
- # Store all the presets in here
- presetStew = []
-
- # Each item in the array is one line from the .plist
- presetStew = rawPresets.split("\n")
-
- # Now get rid of white space
- presetStew = cleanStew(presetStew)
-
- # This stores the offsets between presets.
- presetBreaks = findPresetBreaks(presetStew)
-
- # Now it's time to use that info to store each
- # preset individually, in the master list.
- @presetMasterList = []
- i = 0
- while i <= presetBreaks.size
- if i == 0 #first preset
- # Grab the stew, up to the 1st offset.
- @presetMasterList[i] = presetStew.slice(0..presetBreaks[i].to_i)
- elsif i < presetBreaks.size #middle presets
- # Grab the stew from the last offset to the current..
- @presetMasterList[i] = presetStew.slice(presetBreaks[i-1].to_i..presetBreaks[i].to_i)
- else #final preset
- # Grab the stew, starting at the last offset, all the way to the end.
- @presetMasterList[i] = presetStew.slice(presetBreaks[i-1].to_i..presetStew.length)
- end
- i += 1
- end
-
+ # Grab the user's home path
+ homeLocation = `echo $HOME`.chomp
+
+ # Use that to build a path to the presets .plist
+ inputFile = homeLocation+'/Library/Application Support/HandBrake/UserPresets.plist'
+
# Parse the presets into hashes
- @hashMasterList = []
-
- buildPresetHash
-
- end
-
- def readPresetPlist # Grab the .plist and store it in presets
-
- # Grab the user's home path
- homeLocation = `echo $HOME`.chomp
-
- # Use that to build a path to the presets .plist
- inputFile = homeLocation+'/Library/Application\ Support/HandBrake/UserPresets.plist'
-
- # Builds a command that inputs the .plist, but not before stripping all the XML gobbledygook.
- parseCommand = 'cat '+inputFile+' | sed -e \'s/<[a-z]*>//\' -e \'s/<\/[a-z]*>//\' -e \'/<[?!]/d\' '
-
- puts "\n\n"
+ @hashMasterList = Plist::parse_xml( inputFile )
- # Run the command, return the raw presets
- rawPresets = `#{parseCommand}`
- end
-
- def cleanStew(presetStew) #remove tabbed white space
- presetStew.each do |oneline|
- oneline.strip!
- end
- end
-
- def findPresetBreaks(presetStew) #figure out where each preset starts and ends
- i = 0
- j = 0
- presetBreaks =[]
- presetStew.each do |presetLine|
- if presetLine =~ /Audio1Bitrate/ # This is the first line of a new preset.
- presetBreaks[j] = i-1 # So mark down how long the last one was.
- j += 1
- end
- i += 1
- end
- return presetBreaks
- end
-
- def buildPresetHash #fill up @hashMasterList with hashes of all key/value pairs
- j = 0
-
- # Iterate through all presets, treating each in turn as singleServing
- @presetMasterList.each do |singleServing|
-
- # Initialize the hash for preset j (aka singleServing)
- @hashMasterList[j] = Hash.new
-
- # Each key and value are on sequential lines.
- # Iterating through by twos, use that to build a hash.
- # Each key, on line i, paired with its value, on line i+1
- i = 1
- while i < singleServing.length
- @hashMasterList[j].store( singleServing[i], singleServing[i+1] )
- i += 2
- end
-
- j += 1
- end
end
end
# This class displays the presets to stdout in various formats.
class Display
-
def initialize(hashMasterList, options)
@hashMasterList = hashMasterList
# Iterate through the hashes.
@hashMasterList.each do |hash|
- # Check to make there are valid contents
- if hash.key?("PresetName")
-
- if @options.header == true
- # First throw up a header to make each preset distinct
- displayHeader(hash)
- end
-
- if @options.cliraw == true
- # Show the preset's full CLI string equivalent
- generateCLIString(hash)
- end
-
- if @options.cliparse == true
- generateCLIParse(hash)
- end
-
- if @options.api == true
- # Show the preset as code for test/test.c, HandBrakeCLI
- generateAPIcalls(hash)
- end
-
- if @options.apilist == true
- # Show the preset as print statements, for CLI wrappers to parse.
- generateAPIList(hash)
+ # Check to see whether we've got a preset or afolder
+ if !hash["Folder"]
+ # It's a top-level preset
+ displayIndividualPreset(hash, 0)
+ else
+ # It's a folder, yay
+ displayFolder( hash, 0 )
+ hash["ChildrenArray"].each do |subhash|
+ # Drill down to see its contents
+ if !subhash["Folder"]
+ # It's a preset
+ displayIndividualPreset(subhash, 1)
+ else
+ # It's a folder
+ displayFolder( subhash, 1 )
+ subhash["ChildrenArray"].each do |subsubhash|
+ # At this point we're far enough down we won't try to drill further
+ if !subsubhash["Folder"]
+ displayIndividualPreset(subsubhash, 2)
+ end
+ end
+ displayFolderCloser( 1 )
+ end
end
+ displayFolderCloser( 0 )
end
- end
+ end
+ end
+
+ def displayIndividualPreset(hash, depth)
+ if @options.header == true
+ # First throw up a header to make each preset distinct
+ displayHeader(hash)
+ end
+
+ if @options.cliraw == true
+ # Show the preset's full CLI string equivalent
+ generateCLIString(hash, depth)
+ end
+
+ if @options.cliparse == true
+ generateCLIParse(hash, depth)
+ end
+
+ if @options.api == true
+ # Show the preset as code for test/test.c, HandBrakeCLI
+ generateAPIcalls(hash)
+ end
+
+ if @options.apilist == true
+ # Show the preset as print statements, for CLI wrappers to parse.
+ generateAPIList(hash, depth)
+ end
end
def displayHeader(hash) # A distinct banner to separate each preset
puts "#{hash["FileCodecs"]}".center(@columnWidth)
# Note if the preset isn't built-in
- if hash["Type"].to_i == 1
+ if hash["Type"] == 1
puts "Custom Preset".center(@columnWidth)
end
# Note if the preset is marked as default.
- if hash["Default"].to_i == 1
+ if hash["Default"] == 1
puts "This is your default preset.".center(@columnWidth)
end
end
- def generateCLIString(hash) # Makes a full CLI equivalent of a preset
+ def displayFolder( hash, depth )
+
+ if @options.cliraw == true
+ # Show the folder's full in a format that matches the CLI equivalents
+ generateCLIFolderString(hash, depth)
+ end
+
+ if @options.cliparse == true
+ # Show the folder in a format that matches the CLI wrapper equivalents
+ generateCLIFolderParse(hash, depth)
+ end
+
+ if @options.apilist == true
+ # Show the folder as print statements, for CLI wrappers to parse.
+ generateAPIFolderList(hash, depth)
+ end
+
+ end
+
+ def displayFolderCloser( depth )
+ if @options.cliraw == true
+ # Show the folder's full in a format that matches the CLI equivalents
+ generateCLIFolderCloserString( depth )
+ end
+
+ if @options.cliparse == true
+ # Show the folder in a format that matches the CLI wrapper equivalents
+ generateCLIFolderCloserParse( depth )
+ end
+
+ if @options.apilist == true
+ # Show the folder as print statements, for CLI wrappers to parse.
+ generateAPIFolderCloserList( depth )
+ end
+ end
+
+ def generateCLIFolderString( hash, depth ) # Shows the folder for the CLI equivalents
+ commandString = ""
+ depth.times do
+ commandString << " "
+ end
+ (depth+1).times do
+ commandString << "<"
+ end
+ commandString << " " << hash["PresetName"] << "\n\n"
+ puts commandString
+ end
+
+ def generateCLIFolderCloserString( depth )
commandString = ""
+ depth.times do
+ commandString << " "
+ end
+ (depth+1).times do
+ commandString << ">"
+ end
+ commandString << "\n\n"
+ puts commandString
+ end
+
+ def generateCLIString(hash, depth) # Makes a full CLI equivalent of a preset
+ commandString = ""
+ depth.times do
+ commandString << " "
+ end
commandString << './HandBrakeCLI -i DVD -o ~/Movies/movie.'
#Filename suffix
end
#VideoRateControl
- case hash["VideoQualityType"].to_i
+ case hash["VideoQualityType"]
when 0
commandString << " -S " << hash["VideoTargetSize"]
when 1
commandString << " -b " << hash["VideoAvgBitrate"]
when 2
- commandString << " -q " << hash["VideoQualitySlider"]
+ commandString << " -q " << hash["VideoQualitySlider"].to_s
end
#FPS
#Audio tracks
commandString << " -a "
- commandString << hash["Audio1Track"]
+ commandString << hash["Audio1Track"].to_s
if hash["Audio2Track"]
- commandString << "," << hash["Audio2Track"]
+ commandString << "," << hash["Audio2Track"].to_s
end
if hash["Audio3Track"]
- commandString << "," << hash["Audio3Track"]
+ commandString << "," << hash["Audio3Track"].to_s
end
if hash["Audio4Track"]
- commandString << "," << hash["Audio4Track"]
+ commandString << "," << hash["Audio4Track"].to_s
end
#Audio encoders
end
# 64-bit files
- if hash["Mp4LargeFile"].to_i == 1
+ if hash["Mp4LargeFile"] == 1
commandString << " -4"
end
#Cropping
- if !hash["PictureAutoCrop"].to_i
+ if hash["PictureAutoCrop"] == 0
commandString << " --crop "
- commandString << hash["PictureTopCrop"]
+ commandString << hash["PictureTopCrop"].to_s
commandString << ":"
- commandString << hash["PictureBottomCrop"]
+ commandString << hash["PictureBottomCrop"].to_s
commandString << ":"
- commandString << hash["PictureLeftCrop"]
+ commandString << hash["PictureLeftCrop"].to_s
commandString << ":"
- commandString << hash["PictureRightCrop"]
+ commandString << hash["PictureRightCrop"].to_s
end
#Dimensions
- if hash["PictureWidth"].to_i != 0
- commandString << " -w "
- commandString << hash["PictureWidth"]
+ if hash["PictureWidth"] != 0
+ commandString << " -X "
+ commandString << hash["PictureWidth"].to_s
end
- if hash["PictureHeight"].to_i != 0
- commandString << " -l "
- commandString << hash["PictureHeight"]
+ if hash["PictureHeight"] != 0
+ commandString << " -Y "
+ commandString << hash["PictureHeight"].to_s
end
#Subtitles
end
#Video Filters
- if hash["UsesPictureFilters"].to_i == 1
+ if hash["UsesPictureFilters"] == 1
- case hash["PictureDeinterlace"].to_i
+ case hash["PictureDeinterlace"]
when 1
commandString << " --deinterlace=\"fast\""
when 2
commandString << " --deinterlace=\"slowest\""
end
- case hash["PictureDenoise"].to_i
+ case hash["PictureDenoise"]
when 1
commandString << " --denoise=\"weak\""
when 2
commandString << " --denoise=\"strong\""
end
- if hash["PictureDetelecine"].to_i == 1 then commandString << " --detelecine" end
- if hash["PictureDeblock"].to_i == 1 then commandString << " --deblock" end
+ if hash["PictureDetelecine"] == 1 then commandString << " --detelecine" end
+ if hash["PictureDeblock"] == 1 then commandString << " --deblock" end
if hash["VFR"].to_i == 1 then commandString << " --vfr" end
+ if hash["PictureDecomb"] == 1 then commandString << " --decomb" end
+
+ end
+
+ #Anamorphic
+ if hash["PicturePAR"] == 1
+ commandString << " -p"
+ elsif hash["PicturePAR"] == 2
+ commandString << " -P"
end
#Booleans
- if hash["ChapterMarkers"].to_i == 1 then commandString << " -m" end
- if hash["PicturePAR"].to_i == 1 then commandString << " -p" end
- if hash["VideoGrayScale"].to_i == 1 then commandString << " -g" end
- if hash["VideoTwoPass"].to_i == 1 then commandString << " -2" end
- if hash["VideoTurboTwoPass"].to_i == 1 then commandString << " -T" end
+ if hash["ChapterMarkers"] == 1 then commandString << " -m" end
+ if hash["VideoGrayScale"] == 1 then commandString << " -g" end
+ if hash["VideoTwoPass"] == 1 then commandString << " -2" end
+ if hash["VideoTurboTwoPass"] == 1 then commandString << " -T" end
#x264 Options
if hash["x264Option"] != ""
puts "\n"
end
-
- def generateCLIParse(hash) # Makes a CLI equivalent of all user presets, for wrappers to parse
+
+ def generateCLIFolderParse( hash, depth ) # Shows the folder for wrappers to parse
commandString = ""
+ depth.times do
+ commandString << " "
+ end
+ (depth+1).times do
+ commandString << "<"
+ end
+ commandString << " " << hash["PresetName"] << "\n\n"
+ puts commandString
+ end
+
+ def generateCLIFolderCloserParse( depth )
+ commandString = ""
+ depth.times do
+ commandString << " "
+ end
+ (depth+1).times do
+ commandString << ">"
+ end
+ commandString << "\n\n"
+ puts commandString
+ end
+
+ def generateCLIParse(hash, depth) # Makes a CLI equivalent of all user presets, for wrappers to parse
+ commandString = ""
+ depth.times do
+ commandString << " "
+ end
commandString << '+ ' << hash["PresetName"] << ":"
#Video encoder
end
#VideoRateControl
- case hash["VideoQualityType"].to_i
+ case hash["VideoQualityType"]
when 0
commandString << " -S " << hash["VideoTargetSize"]
when 1
commandString << " -b " << hash["VideoAvgBitrate"]
when 2
- commandString << " -q " << hash["VideoQualitySlider"]
+ commandString << " -q " << hash["VideoQualitySlider"].to_s
end
#FPS
#Audio tracks
commandString << " -a "
- commandString << hash["Audio1Track"]
+ commandString << hash["Audio1Track"].to_s
if hash["Audio2Track"]
- commandString << "," << hash["Audio2Track"]
+ commandString << "," << hash["Audio2Track"].to_s
end
if hash["Audio3Track"]
- commandString << "," << hash["Audio3Track"]
+ commandString << "," << hash["Audio3Track"].to_s
end
if hash["Audio4Track"]
- commandString << "," << hash["Audio4Track"]
+ commandString << "," << hash["Audio4Track"].to_s
end
#Audio encoders
end
# 64-bit files
- if hash["Mp4LargeFile"].to_i == 1
+ if hash["Mp4LargeFile"] == 1
commandString << " -4"
end
#Cropping
- if !hash["PictureAutoCrop"].to_i
+ if hash["PictureAutoCrop"] == 0
commandString << " --crop "
- commandString << hash["PictureTopCrop"]
+ commandString << hash["PictureTopCrop"].to_s
commandString << ":"
- commandString << hash["PictureBottomCrop"]
+ commandString << hash["PictureBottomCrop"].to_s
commandString << ":"
- commandString << hash["PictureLeftCrop"]
+ commandString << hash["PictureLeftCrop"].to_s
commandString << ":"
- commandString << hash["PictureRightCrop"]
+ commandString << hash["PictureRightCrop"].to_s
end
#Dimensions
- if hash["PictureWidth"].to_i != 0
- commandString << " -w "
- commandString << hash["PictureWidth"]
+ if hash["PictureWidth"] != 0
+ commandString << " -X "
+ commandString << hash["PictureWidth"].to_s
end
- if hash["PictureHeight"].to_i != 0
- commandString << " -l "
- commandString << hash["PictureHeight"]
+ if hash["PictureHeight"] != 0
+ commandString << " -Y "
+ commandString << hash["PictureHeight"].to_s
end
#Subtitles
end
#Video Filters
- if hash["UsesPictureFilters"].to_i == 1
+ if hash["UsesPictureFilters"] == 1
- case hash["PictureDeinterlace"].to_i
+ case hash["PictureDeinterlace"]
when 1
commandString << " --deinterlace=\"fast\""
when 2
commandString << " --deinterlace=\"slowest\""
end
- case hash["PictureDenoise"].to_i
+ case hash["PictureDenoise"]
when 1
commandString << " --denoise=\"weak\""
when 2
commandString << " --denoise=\"strong\""
end
- if hash["PictureDetelecine"].to_i == 1 then commandString << " --detelecine" end
- if hash["PictureDeblock"].to_i == 1 then commandString << " --deblock" end
+ if hash["PictureDetelecine"] == 1 then commandString << " --detelecine" end
+ if hash["PictureDeblock"] == 1 then commandString << " --deblock" end
if hash["VFR"].to_i == 1 then commandString << " --vfr" end
+ if hash["PictureDecomb"] == 1 then commandString << " --decomb" end
end
+ #Anamorphic
+ if hash["PicturePAR"] == 1
+ commandString << " -p"
+ elsif hash["PicturePAR"] == 2
+ commandString << " -P"
+ end
+
#Booleans
- if hash["ChapterMarkers"].to_i == 1 then commandString << " -m" end
- if hash["PicturePAR"].to_i == 1 then commandString << " -p" end
- if hash["VideoGrayScale"].to_i == 1 then commandString << " -g" end
- if hash["VideoTwoPass"].to_i == 1 then commandString << " -2" end
- if hash["VideoTurboTwoPass"].to_i == 1 then commandString << " -T" end
+ if hash["ChapterMarkers"] == 1 then commandString << " -m" end
+ if hash["VideoGrayScale"] == 1 then commandString << " -g" end
+ if hash["VideoTwoPass"] == 1 then commandString << " -2" end
+ if hash["VideoTurboTwoPass"] == 1 then commandString << " -T" end
#x264 Options
if hash["x264Option"] != ""
end
# 64-bit files
- if hash["Mp4LargeFile"].to_i == 1
- commandString << "job->largeFileSize = 1;\n"
+ if hash["Mp4LargeFile"] == 1
+ commandString << "job->largeFileSize = 1;\n "
end
#Video encoder
end
#VideoRateControl
- case hash["VideoQualityType"].to_i
+ case hash["VideoQualityType"]
when 0
commandString << "size = " << hash["VideoTargetSize"] << ";\n "
when 1
commandString << "job->vbitrate = " << hash["VideoAvgBitrate"] << ";\n "
when 2
- commandString << "job->vquality = " << hash["VideoQualitySlider"] << ";\n "
+ commandString << "job->vquality = " << hash["VideoQualitySlider"].to_s << ";\n "
commandString << "job->crf = 1;\n "
end
end
#Audio tracks
- commandString << "atracks = \""
- commandString << hash["Audio1Track"]
+ commandString << "atracks = strdup(\""
+ commandString << hash["Audio1Track"].to_s
if hash["Audio2Track"]
- commandString << "," << hash["Audio2Track"]
+ commandString << "," << hash["Audio2Track"].to_s
end
if hash["Audio3Track"]
- commandString << "," << hash["Audio3Track"]
+ commandString << "," << hash["Audio3Track"].to_s
end
if hash["Audio4Track"]
- commandString << "," << hash["Audio4Track"]
+ commandString << "," << hash["Audio4Track"].to_s
end
- commandString << "\";\n "
+ commandString << "\");\n "
# Audio bitrate
- commandString << "abitrates = \""
+ commandString << "abitrates = strdup(\""
if hash["Audio1Encoder"] != "AC3 Passthru"
commandString << hash["Audio1Bitrate"]
else
commandString << "," << "auto"
end
end
- commandString << "\";\n "
+ commandString << "\");\n "
#Audio samplerate
- commandString << "arates = \""
+ commandString << "arates = strdup(\""
commandString << hash["Audio1Samplerate"]
if hash["Audio2Samplerate"]
commandString << "," << hash["Audio2Samplerate"]
if hash["Audio4Samplerate"]
commandString << "," << hash["Audio4Samplerate"]
end
- commandString << "\";\n "
+ commandString << "\");\n "
#Audio encoder
- commandString << "acodecs = \""
+ commandString << "acodecs = strdup(\""
case hash["Audio1Encoder"]
when /AC3/
commandString << "ac3"
when /MP3/
commandString << ",lame"
end
- commandString << "\";\n "
+ commandString << "\");\n "
#Audio mixdowns
- commandString << "mixdowns = \""
+ commandString << "mixdowns = strdup(\""
case hash["Audio1Mixdown"]
when /Mono/
commandString << "mono"
commandString << ",auto"
end
end
- commandString << "\";\n "
+ commandString << "\");\n "
#Cropping
- if !hash["PictureAutoCrop"].to_i
- commandString << "job->crop[0] = " << hash["PictureTopCrop"] << ";\n "
- commandString << "job->crop[1] = " << hash["PictureBottomCrop"] << ";\n "
- commandString << "job->crop[2] = " << hash["PictureLeftCrop"] << ";\n "
- commandString << "job->crop[4] - " << hash["PictureRightCrop"] << ";\n "
+ if hash["PictureAutoCrop"] == 0
+ commandString << "job->crop[0] = " << hash["PictureTopCrop"].to_s << ";\n "
+ commandString << "job->crop[1] = " << hash["PictureBottomCrop"].to_s << ";\n "
+ commandString << "job->crop[2] = " << hash["PictureLeftCrop"].to_s << ";\n "
+ commandString << "job->crop[4] - " << hash["PictureRightCrop"].to_s << ";\n "
end
#Dimensions
- if hash["PictureWidth"].to_i != 0
- commandString << "job->width = "
- commandString << hash["PictureWidth"] << ";\n "
+ if hash["PictureWidth"] != 0
+ commandString << "maxWidth = "
+ commandString << hash["PictureWidth"].to_s << ";\n "
end
- if hash["PictureHeight"].to_i != 0
- commandString << "job->height = "
- commandString << hash["PictureHeight"] << ";\n "
+ if hash["PictureHeight"] != 0
+ commandString << "maxHeight = "
+ commandString << hash["PictureHeight"].to_s << ";\n "
end
#Subtitles
end
#Video Filters
- if hash["UsesPictureFilters"].to_i == 1
+ if hash["UsesPictureFilters"] == 1
- case hash["PictureDeinterlace"].to_i
+ case hash["PictureDeinterlace"]
when 1
commandString << "deinterlace = 1;\n "
commandString << "deinterlace_opt = \"-1\";\n "
commandString << "deinterlace_opt = \"1:-1:1\";\n "
end
- case hash["PictureDenoise"].to_i
+ case hash["PictureDenoise"]
when 1
commandString << "denoise = 1;\n "
commandString << "denoise_opt = \"2:1:2:3\";\n "
commandString << "denoise_opt = \"7:7:5:5\";\n "
end
- if hash["PictureDetelecine"].to_i == 1 then commandString << "detelecine = 1;\n " end
- if hash["PictureDeblock"].to_i == 1 then commandString << "deblock = 1;\n " end
+ if hash["PictureDetelecine"] == 1 then commandString << "detelecine = 1;\n " end
+ if hash["PictureDeblock"] == 1 then commandString << "deblock = 1;\n " end
if hash["VFR"].to_i == 1 then commandString << "vfr = 1;\n " end
+ if hash["PictureDecomb"] == 1 then commandString << "decomb = 1;\n " end
+
+ end
+
+ #Anamorphic
+ if hash["PicturePAR"] == 1
+ commandString << "pixelratio = 1;\n "
+ elsif hash["PicturePAR"] == 2
+ commandString << "pixelratio = 2;\n "
end
#Booleans
- if hash["ChapterMarkers"].to_i == 1 then commandString << "job->chapter_markers = 1;\n " end
- if hash["PicturePAR"].to_i == 1 then commandString << "pixelratio = 1;\n " end
- if hash["VideoGrayScale"].to_i == 1 then commandString << "job->grayscale = 1;\n " end
- if hash["VideoTwoPass"].to_i == 1 then commandString << "twoPass = 1;\n " end
- if hash["VideoTurboTwoPass"].to_i == 1 then commandString << "turbo_opts_enabled = 1;\n" end
+ if hash["ChapterMarkers"] == 1 then commandString << "job->chapter_markers = 1;\n " end
+ if hash["VideoGrayScale"] == 1 then commandString << "job->grayscale = 1;\n " end
+ if hash["VideoTwoPass"] == 1 then commandString << "twoPass = 1;\n " end
+ if hash["VideoTurboTwoPass"] == 1 then commandString << "turbo_opts_enabled = 1;\n" end
commandString << "}"
#puts "*" * @columnWidth
puts "\n"
end
-
- def generateAPIList(hash) # Makes a list of the CLI options a built-in CLI preset uses, for wrappers to parse
+
+ def generateAPIFolderList( hash, depth )
+ commandString = ""
+
+ commandString << " printf(\"\\n"
+ depth.times do
+ commandString << " "
+ end
+ (depth+1).times do
+ commandString << "<"
+ end
+ commandString << " " << hash["PresetName"]
+ commandString << "\\n\");\n\n"
+ puts commandString
+ end
+
+ def generateAPIFolderCloserList( depth )
commandString = ""
- commandString << " printf(\"\\n+ " << hash["PresetName"] << ": "
+
+ commandString << " printf(\"\\n"
+ depth.times do
+ commandString << " "
+ end
+ (depth+1).times do
+ commandString << ">"
+ end
+ commandString << "\\n\");\n\n"
+ puts commandString
+ end
+
+ def generateAPIList(hash, depth) # Makes a list of the CLI options a built-in CLI preset uses, for wrappers to parse
+ commandString = ""
+ commandString << " printf(\"\\n"
+ depth.times do
+ commandString << " "
+ end
+
+ commandString << "+ " << hash["PresetName"] << ": "
#Video encoder
if hash["VideoEncoder"] != "MPEG-4 (FFmpeg)"
end
#VideoRateControl
- case hash["VideoQualityType"].to_i
+ case hash["VideoQualityType"]
when 0
commandString << " -S " << hash["VideoTargetSize"]
when 1
commandString << " -b " << hash["VideoAvgBitrate"]
when 2
- commandString << " -q " << hash["VideoQualitySlider"]
+ commandString << " -q " << hash["VideoQualitySlider"].to_s
end
#FPS
#Audio tracks
commandString << " -a "
- commandString << hash["Audio1Track"]
+ commandString << hash["Audio1Track"].to_s
if hash["Audio2Track"]
- commandString << "," << hash["Audio2Track"]
+ commandString << "," << hash["Audio2Track"].to_s
end
if hash["Audio3Track"]
- commandString << "," << hash["Audio3Track"]
+ commandString << "," << hash["Audio3Track"].to_s
end
if hash["Audio4Track"]
- commandString << "," << hash["Audio4Track"]
+ commandString << "," << hash["Audio4Track"].to_s
end
#Audio encoders
end
# 64-bit files
- if hash["Mp4LargeFile"].to_i == 1
+ if hash["Mp4LargeFile"] == 1
commandString << " -4"
end
#Cropping
- if !hash["PictureAutoCrop"].to_i
+ if hash["PictureAutoCrop"] == 0
commandString << " --crop "
- commandString << hash["PictureTopCrop"]
+ commandString << hash["PictureTopCrop"].to_s
commandString << ":"
- commandString << hash["PictureBottomCrop"]
+ commandString << hash["PictureBottomCrop"].to_s
commandString << ":"
- commandString << hash["PictureLeftCrop"]
+ commandString << hash["PictureLeftCrop"].to_s
commandString << ":"
- commandString << hash["PictureRightCrop"]
+ commandString << hash["PictureRightCrop"].to_s
end
#Dimensions
- if hash["PictureWidth"].to_i != 0
- commandString << " -w "
- commandString << hash["PictureWidth"]
+ if hash["PictureWidth"] != 0
+ commandString << " -X "
+ commandString << hash["PictureWidth"].to_s
end
- if hash["PictureHeight"].to_i != 0
- commandString << " -l "
- commandString << hash["PictureHeight"]
+ if hash["PictureHeight"] != 0
+ commandString << " -Y "
+ commandString << hash["PictureHeight"].to_s
end
#Subtitles
end
#Video Filters
- if hash["UsesPictureFilters"].to_i == 1
+ if hash["UsesPictureFilters"] == 1
- case hash["PictureDeinterlace"].to_i
+ case hash["PictureDeinterlace"]
when 1
commandString << " --deinterlace=\\\"fast\\\""
when 2
commandString << " --deinterlace=\\\"slowest\\\""
end
- case hash["PictureDenoise"].to_i
+ case hash["PictureDenoise"]
when 1
commandString << " --denoise=\\\"weak\\\""
when 2
commandString << " --denoise=\\\"strong\\\""
end
- if hash["PictureDetelecine"].to_i == 1 then commandString << " --detelecine" end
- if hash["PictureDeblock"].to_i == 1 then commandString << " --deblock" end
+ if hash["PictureDetelecine"] == 1 then commandString << " --detelecine" end
+ if hash["PictureDeblock"] == 1 then commandString << " --deblock" end
if hash["VFR"].to_i == 1 then commandString << " --vfr" end
+ if hash["PictureDecomb"] == 1 then commandString << " --decomb" end
+ end
+
+ #Anamorphic
+ if hash["PicturePAR"] == 1
+ commandString << " -p"
+ elsif hash["PicturePAR"] == 2
+ commandString << " -P"
end
#Booleans
- if hash["ChapterMarkers"].to_i == 1 then commandString << " -m" end
- if hash["PicturePAR"].to_i == 1 then commandString << " -p" end
- if hash["VideoGrayScale"].to_i == 1 then commandString << " -g" end
- if hash["VideoTwoPass"].to_i == 1 then commandString << " -2" end
- if hash["VideoTurboTwoPass"].to_i == 1 then commandString << " -T" end
+ if hash["ChapterMarkers"] == 1 then commandString << " -m" end
+ if hash["VideoGrayScale"] == 1 then commandString << " -g" end
+ if hash["VideoTwoPass"] == 1 then commandString << " -2" end
+ if hash["VideoTurboTwoPass"] == 1 then commandString << " -T" end
#x264 Options
if hash["x264Option"] != ""
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