prefix no-inst script with an underscore and skip install

1 files changed, 0 insertions, 111 deletions

diff --git a/scripts/rawmidi.lua b/scripts/rawmidi.lua
deleted file mode 100644
index 672a37da81..0000000000
--- a/scripts/rawmidi.lua
+++ /dev/null
@@ -1,111 +0,0 @@
-ardour {
-	["type"]    = "dsp",
-	name        = "Midi Passthru",
-	category    = "Example",
-	license     = "MIT",
-	author      = "Ardour Lua Task Force",
-	description = [[An Example Audio/MIDI Passthrough Plugin using Buffer Pointers]]
-}
-
--- return possible audio i/o configurations
-function dsp_ioconfig ()
-	-- -1, -1 = any number of channels as long as input and output count matches
-	-- require 1 MIDI in, 1 MIDI out.
-	return { { midi_in = 1, midi_out = 1, audio_in = -1, audio_out = -1}, }
-end
-
--- "dsp_runmap" uses Ardour's internal processor API, eqivalent to
--- 'connect_and_run()". There is no overhead (mapping, translating buffers).
--- The lua implementation is responsible to map all the buffers directly.
-function dsp_runmap (bufs, in_map, out_map, n_samples, offset)
-
-	-- http://manual.ardour.org/lua-scripting/class_reference/#ARDOUR:ChanMapping
-
-	local ib = in_map:get (ARDOUR.DataType ("midi"), 0) -- get index of the 1st mapped midi input buffer
-	assert (ib ~= ARDOUR.ChanMapping.Invalid)
-
-	if ib ~= ARDOUR.ChanMapping.Invalid then
-		-- http://manual.ardour.org/lua-scripting/class_reference/#ARDOUR:MidiBuffer
-		local mb = bufs:get_midi (ib) -- get the mapped buffer
-		local events = mb:table () -- copy event list into a lua table
-
-		-- iterate over all MIDI events
-		for _, e in pairs (events) do
-			-- e is-a http://manual.ardour.org/lua-scripting/class_reference/#Evoral:MidiEvent
-
-			-- do something with the event e.g.
-			print (e:channel (), e:time (), e:size (), e:buffer ():array ()[1], e:buffer ():get_table (e:size ())[1])
-		end
-	end
-
-	----
-	-- The following code is needed with "dsp_runmap" to work for arbitrary pin connections
-	-- this passes though all audio/midi data unprocessed.
-
-	ARDOUR.DSP.process_map (bufs, in_map, out_map, n_samples, offset, ARDOUR.DataType ("audio"))
-	ARDOUR.DSP.process_map (bufs, in_map, out_map, n_samples, offset, ARDOUR.DataType ("midi"))
-
-	-- equivalent lua code.
-	-- NOTE: the lua implementation below is intended for io-config [-1,-1].
-	-- It only works for actually mapped channels due to in_map:count() out_map:count()
-	-- being identical to the i/o pin count in this case.
-	--
-	-- Plugins that have multiple possible configurations will need to implement
-	-- dsp_configure() and remember the actual channel count.
-	--
-	-- ARDOUR.DSP.process_map() does iterate over the mapping itself and works generally.
-	-- Still the lua code below does lend itself as elaborate example.
-	--
-	--[[
-
-	local audio_ins = in_map:count (): n_audio () -- number of mapped audio input buffers
-	local audio_outs = out_map:count (): n_audio () -- number of mapped audio output buffers
-	assert (audio_outs, audio_ins) -- ioconfig [-1, -1]: must match
-
-	-- copy audio data if any
-	for c = 1, audio_ins do
-		local ib = in_map:get (ARDOUR.DataType ("audio"), c - 1) -- get index of mapped input buffer
-		local ob = out_map:get (ARDOUR.DataType ("audio"), c - 1) -- get index of mapped output buffer
-		if ib ~= ARDOUR.ChanMapping.Invalid and ob ~= ARDOUR.ChanMapping.Invalid and ib ~= ob then
-			-- http://manual.ardour.org/lua-scripting/class_reference/#ARDOUR:DSP
-			-- http://manual.ardour.org/lua-scripting/class_reference/#ARDOUR:AudioBuffer
-			ARDOUR.DSP.copy_vector (bufs:get_audio (ob):data (offset), bufs:get_audio (ib):data (offset), n_samples)
-		end
-	end
-	-- Clear unconnected output buffers.
-	-- In case we're processing in-place some buffers may be identical,
-	-- so this must be done *after* copying relvant data from that port.
-	for c = 1, audio_outs do
-		local ib = in_map:get (ARDOUR.DataType ("audio"), c - 1)
-		local ob = out_map:get (ARDOUR.DataType ("audio"), c - 1)
-		if ib == ARDOUR.ChanMapping.Invalid and ob ~= ARDOUR.ChanMapping.Invalid then
-			bufs:get_audio (ob):silence (n_samples, offset)
-		end
-	end
-
-	-- copy midi data
-	local midi_ins = in_map:count (): n_midi () -- number of midi input buffers
-	local midi_outs = out_map:count (): n_midi () -- number of midi input buffers
-
-	-- with midi_in=1, midi_out=1 in dsp_ioconfig
-	-- the following will always be true
-	assert (midi_ins == 1)
-	assert (midi_outs == 1)
-
-	for c = 1, midi_ins do
-		local ib = in_map:get (ARDOUR.DataType ("midi"), c - 1)
-		local ob = out_map:get (ARDOUR.DataType ("midi"), c - 1)
-		if ib ~= ARDOUR.ChanMapping.Invalid and ob ~= ARDOUR.ChanMapping.Invalid and ib ~= ob then
-			bufs:get_midi (ob):copy (bufs:get_midi (ib))
-		end
-	end
-	-- silence unused midi outputs
-	for c = 1, midi_outs do
-		local ib = in_map:get (ARDOUR.DataType ("midi"), c - 1)
-		local ob = out_map:get (ARDOUR.DataType ("midi"), c - 1)
-		if ib == ARDOUR.ChanMapping.Invalid and ob ~= ARDOUR.ChanMapping.Invalid then
-			bufs:get_midi (ob):silence (n_samples, offset)
-		end
-	end
-	--]]
-end