Merge branch 'egil/percept/remove-application/OTP-14163'

* egil/percept/remove-application/OTP-14163:
  ssl: Remove percept from benchmark
  otp: Don't mention percept in documentation
  runtime_tools: Remove percept
  percept: Remove application

1 files changed, 0 insertions, 275 deletions

diff --git a/lib/percept/src/egd.erl b/lib/percept/src/egd.erl
deleted file mode 100644
index fe52da71f1..0000000000
--- a/lib/percept/src/egd.erl
+++ /dev/null
@@ -1,275 +0,0 @@
-%%
-%% %CopyrightBegin%
-%%
-%% Copyright Ericsson AB 2008-2016. All Rights Reserved.
-%%
-%% Licensed under the Apache License, Version 2.0 (the "License");
-%% you may not use this file except in compliance with the License.
-%% You may obtain a copy of the License at
-%%
-%%     http://www.apache.org/licenses/LICENSE-2.0
-%%
-%% Unless required by applicable law or agreed to in writing, software
-%% distributed under the License is distributed on an "AS IS" BASIS,
-%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-%% See the License for the specific language governing permissions and
-%% limitations under the License.
-%%
-%% %CopyrightEnd%
-
-%% 
-%% @doc egd - erlang graphical drawer 
-%%
-%% 
-
--module(egd).
-
--export([create/2, destroy/1, information/1]).
--export([text/5, line/4, color/1, color/2]).
--export([rectangle/4, filledRectangle/4, filledEllipse/4]).
--export([arc/4, arc/5]).
--export([render/1, render/2, render/3]).
-
--export([filledTriangle/5, polygon/3]).
-
--export([save/2]).
-
--include("egd.hrl").
-
-%%==========================================================================
-%% Type definitions
-%%==========================================================================
-
-%% @type egd_image()
-%% @type font()
-%% @type point() = {integer(), integer()}
-%% @type color()  
-%% @type render_option() = {render_engine, opaque} | {render_engine, alpha}
-
--type egd_image() :: pid().
--type point() :: {non_neg_integer(), non_neg_integer()}.
--type render_option() :: {'render_engine', 'opaque'} | {'render_engine', 'alpha'}.
--type color() :: {float(), float(), float(), float()}.
-
-%%==========================================================================
-%% Interface functions
-%%==========================================================================
-
-%% @spec create(integer(), integer()) -> egd_image()
-%% @doc Creates an image area and returns its reference.
-
--spec create(Width :: integer(), Height :: integer()) -> egd_image().
-
-create(Width,Height) ->
-    spawn_link(fun() -> init(trunc(Width),trunc(Height)) end).
-
-
-%% @spec destroy(egd_image()) -> ok
-%% @doc Destroys the image.
-
--spec destroy(Image :: egd_image()) -> ok.
-
-destroy(Image) ->
-   cast(Image, destroy).
-
-
-%% @spec render(egd_image()) -> binary()
-%% @equiv render(Image, png, [{render_engine, opaque}])
-
--spec render(Image :: egd_image()) -> binary().
-
-render(Image) ->
-    render(Image, png, [{render_engine, opaque}]).
-
-%% @spec render(egd_image(), png | raw_bitmap) -> binary() 
-%% @equiv render(Image, Type, [{render_engine, opaque}])
-
-render(Image, Type) ->
-    render(Image, Type, [{render_engine, opaque}]).
-
-%% @spec render(egd_image(), png | raw_bitmap, [render_option()]) -> binary() 
-%% @doc Renders a binary from the primitives specified by egd_image(). The
-%% 	binary can either be a raw bitmap with rgb tripplets or a binary in png
-%%	format.
-
--spec render(
-	Image :: egd_image(), 
-	Type :: 'png' | 'raw_bitmap' | 'eps',
-	Options :: [render_option()]) -> binary().
-
-render(Image, Type, Options) ->
-    {render_engine, RenderType} = proplists:lookup(render_engine, Options),
-    call(Image, {render, Type, RenderType}).
-
-
-%% @spec information(egd_image()) -> ok
-%% @hidden
-%% @doc Writes out information about the image. This is a debug feature
-%%	mainly.
-
-information(Pid) ->
-    cast(Pid, information).
-
-%% @spec line(egd_image(), point(), point(), color()) -> ok
-%% @doc Creates a line object from P1 to P2 in the image.
-
--spec line(
-	Image :: egd_image(),
-	P1 :: point(),
-	P2 :: point(),
-	Color :: color()) -> 'ok'.
-
-line(Image, P1, P2, Color) ->
-    cast(Image, {line, P1, P2, Color}).
-
-%% @spec color( Value | Name ) -> color()
-%% where
-%%  Value = {byte(), byte(), byte()} | {byte(), byte(), byte(), byte()} 
-%%  Name  = black | silver | gray | white | maroon | red | purple | fuchia | green | lime | olive | yellow | navy | blue | teal | aqua
-%% @doc Creates a color reference.
-
--spec color(Value :: {byte(), byte(), byte()} | {byte(), byte(), byte(), byte()} | atom()) ->
-    color().
-
-color(Color) ->
-    egd_primitives:color(Color).
-
-%% @spec color(egd_image(), {byte(), byte(), byte()}) -> color()
-%% @doc Creates a color reference.
-%% @hidden
-
-color(_Image, Color) ->
-    egd_primitives:color(Color).
-
-%% @spec text(egd_image(), point(), font(), string(), color()) -> ok
-%% @doc Creates a text object.
-
-text(Image, P, Font, Text, Color) ->
-    cast(Image, {text, P, Font, Text, Color}).
-
-%% @spec rectangle(egd_image(), point(), point(), color()) -> ok
-%% @doc Creates a rectangle object.
-
-rectangle(Image, P1, P2, Color) ->
-    cast(Image, {rectangle, P1, P2, Color}).
-
-%% @spec filledRectangle(egd_image(), point(), point(), color()) -> ok
-%% @doc Creates a filled rectangle object.
-
-filledRectangle(Image, P1, P2, Color) ->
-    cast(Image, {filled_rectangle, P1, P2, Color}).
-
-%% @spec filledEllipse(egd_image(), point(), point(), color()) -> ok
-%% @doc Creates a filled ellipse object.
-
-filledEllipse(Image, P1, P2, Color) ->
-    cast(Image, {filled_ellipse, P1, P2, Color}).
-
-%% @spec filledTriangle(egd_image(), point(), point(), point(), color()) -> ok
-%% @hidden
-%% @doc Creates a filled triangle object.
-
-filledTriangle(Image, P1, P2, P3, Color) ->
-    cast(Image, {filled_triangle, P1, P2, P3, Color}).
-
-%% @spec polygon(egd_image(), [point()], color()) -> ok
-%% @hidden
-%% @doc Creates a filled filled polygon object.
-
-polygon(Image, Pts, Color) ->
-    cast(Image, {polygon, Pts, Color}).
-
-%% @spec arc(egd_image(), point(), point(), color()) -> ok
-%% @hidden
-%% @doc Creates an arc with radius of bbx corner.
-
-arc(Image, P1, P2, Color) ->
-    cast(Image, {arc, P1, P2, Color}).
-
-%% @spec arc(egd_image(), point(), point(), integer(), color()) -> ok
-%% @hidden
-%% @doc Creates an arc.
-
-arc(Image, P1, P2, D, Color) ->
-    cast(Image, {arc, P1, P2, D, Color}).
-
-%% @spec save(binary(), string()) -> ok
-%% @doc Saves the binary to file. 
-
-save(Binary, Filename) when is_binary(Binary) ->
-    ok = file:write_file(Filename, Binary),
-    ok.
-% ---------------------------------
-% Aux functions 
-% ---------------------------------
-
-cast(Pid, Command) ->
-    Pid ! {egd, self(), Command},
-    ok.
-
-call(Pid, Command) ->
-    Pid ! {egd, self(), Command},
-    receive {egd, Pid, Result} -> Result end.    
-
-% ---------------------------------
-% Server loop 
-% ---------------------------------
-
-init(W,H) ->
-    Image = egd_primitives:create(W,H),
-    loop(Image).
-
-loop(Image) ->
-    receive
-	% Quitting
-	{egd, _Pid, destroy} -> ok;
-	
-	% Rendering
-    	{egd, Pid, {render, BinaryType, RenderType}} ->
-	    case BinaryType of
-		raw_bitmap ->
-		    Bitmap = egd_render:binary(Image, RenderType),
-		    Pid ! {egd, self(), Bitmap},
-		    loop(Image);
-		eps ->
-		    Eps = egd_render:eps(Image),
-		    Pid ! {egd, self(), Eps},
-		    loop(Image);
-		png ->
-		    Bitmap = egd_render:binary(Image, RenderType),
-		    Png = egd_png:binary(
-			Image#image.width,
-			Image#image.height,
-			Bitmap),
-		    Pid ! {egd, self(), Png},
-		    loop(Image);
-		Unhandled ->
-		    Pid ! {egd, self(), {error, {format, Unhandled}}},
-		    loop(Image)
-	     end;
-
-	% Drawing primitives
-	{egd, _Pid, {line, P1, P2, C}} ->
-	    loop(egd_primitives:line(Image, P1, P2, C));
-	{egd, _Pid, {text, P, Font, Text, C}} ->
-	    loop(egd_primitives:text(Image, P, Font, Text, C));
-	{egd, _Pid, {filled_ellipse, P1, P2, C}} ->
-	    loop(egd_primitives:filledEllipse(Image, P1, P2, C));
-	{egd, _Pid, {filled_rectangle, P1, P2, C}} ->
-	    loop(egd_primitives:filledRectangle(Image, P1, P2, C));
-	{egd, _Pid, {filled_triangle, P1, P2, P3, C}} ->
-	    loop(egd_primitives:filledTriangle(Image, P1, P2, P3, C));
-	{egd, _Pid, {polygon, Pts, C}} ->
-	    loop(egd_primitives:polygon(Image, Pts, C));
-	{egd, _Pid, {arc, P1, P2, C}} ->
-	    loop(egd_primitives:arc(Image, P1, P2, C));
-	{egd, _Pid, {arc, P1, P2, D, C}} ->
-	    loop(egd_primitives:arc(Image, P1, P2, D, C));
-	{egd, _Pid, {rectangle, P1, P2, C}} ->
-	    loop(egd_primitives:rectangle(Image, P1, P2, C));
-	{egd, _Pid, information} ->
-	    egd_primitives:info(Image),
-	    loop(Image);
-	 _ ->
-	    loop(Image)
-    end.