[camel-website] branch main updated: fix: make sure we use ELF binaries

[zr...@apache.org]

This is an automated email from the ASF dual-hosted git repository.

zregvart pushed a commit to branch main
in repository https://gitbox.apache.org/repos/asf/camel-website.git


The following commit(s) were added to refs/heads/main by this push:
     new d248427  fix: make sure we use ELF binaries
d248427 is described below

commit d248427646f7e9cf3824478472bbd2abc38e2a2e
Author: Zoran Regvart <zo...@regvart.com>
AuthorDate: Wed Nov 3 11:14:55 2021 +0100

    fix: make sure we use ELF binaries
    
    The binaries for gifsicle and optipng in unplugged were Mach-O (MacOS)
    instead of ELF (Linux 64bit).
    
    Fixes #660
---
 antora-ui-camel/.yarn/build-state.yml              |   12 +-
 .../node_modules/gifsicle/vendor/gifsicle          |  Bin 283280 -> 734392 bytes
 .../gifsicle/vendor/share/man/man1/gifsicle.1      | 1318 --------------------
 .../optipng-bin/vendor/man/man1/optipng.1          |  343 -----
 .../node_modules/optipng-bin/vendor/optipng        |  Bin 182952 -> 130680 bytes
 5 files changed, 4 insertions(+), 1669 deletions(-)

diff --git a/antora-ui-camel/.yarn/build-state.yml b/antora-ui-camel/.yarn/build-state.yml
index d4bc0da..48b38fa 100644
--- a/antora-ui-camel/.yarn/build-state.yml
+++ b/antora-ui-camel/.yarn/build-state.yml
@@ -3,20 +3,16 @@
 
 # core-js@npm:3.1.4
 "ec869069350ba4b6e4ca8b1008cb9eaca7409fc31801f8cc6138a1951f62c8965f06dad5d3be6653c0b81665f03070b31bfdac223b3bb241601ef86bb9ab125f":
-  5f15dd598bab66e6613b3a7771a665821454c9317828bd1045f6711f36c84da8c9f63dffabe625a6c47b33b7008679cabe25c888bf60c75abe33296eca17d7a0
-
-# fsevents@patch:fsevents@npm%3A1.2.13#builtin<compat/fsevents>::version=1.2.13&hash=11e9ea
-"268c0b888ddfb611722b2ffd60f6a12729aed7f4e910e41b46d22ec5d652b177b3680e939f37b6278ca5903c81ec55105f93c7fc0944e125761166786225180b":
-  a875a3c27422ea22500630d89628f462b45a209f6faae9556ea89d166cc78115da226d8361b43f7585c24d005e5e1a28ec87e7f9c5d805102391d340ba057cd3
+  9a683c8641446ec60ba33a0eade00814bb26f01f5a1b4f6074938a07ff85bbfa16bbd4f96db47c926a0ab37a1c927d700152d991cb45ebd620faaff506a36a90
 
 # gifsicle@npm:4.0.1
 "47efba2323306056b5eb4428fb87bbe745eb0587d7a5c64c188c6bc7d13bb2ab6ee9099b11957e60c6dacefbfc0d074aa862e206c771bef851d72b01b35da575":
-  5a0ff09a32b05626963962889313b67c3a9684a04b5bafb7e1ca18859e9956e879f6d69a0df6f3d6f9ae728a8eec988126190a5bd72a1ca8078d576191454b9e
+  adfd3d15ab2d00056887e66f7eee7dbb656a231e59c1b724db644e48a8f909a1dd17d936f1578320098a8c92a23aca1509e8b47b3896e60166afae04d6ca7317
 
 # jpegtran-bin@npm:4.0.0
 "c1e70a98c194359902d396160440b8d6aafc026faec0b483b98d24dac1a2756f6ebdb0d5b12c609339320ad38e22580c8c8b6e70edfc9c5019a30d10094fd1fb":
-  994562613a1c2a2e8425dd61c47fa1793b392f1f5237c558d1deb42c8f9d62b8f44e00236a27f4727a2f97bf9f90188f5c1984ade2241adc5e9133aa0abeaecb
+  724308ed42a57a12d81523d17e97a248b8a22fec683e7019eb05255d26eea5abdb7157cf63922cca48562720650bbce89eaea805a43332ee87850339209433e5
 
 # optipng-bin@npm:6.0.0
 "3aa5f04a3e5704a556a7f98fdddf5ad260b55ca04a2b8cd3d448861d0bd4778bbc092bf0bd558eba02998faceda73052710fa3124f1940098d2ee8bd93474567":
-  fe622ec3aa18fbd7ffef27961caa92db28ac9c7f969ac3ba21efcd7ce10b6504aff1d7eafc1eaba27533693bef90bf8293dc1f8e1c1cd3129e1e78e687bc1471
+  8cb1074377d4e77768162c5f452434f23cd119e36007a0e12e7ee947f19529fb1a476dcfb6e24d06ee90c14da1f7bd6e6f6ac07e23184be50b8ec7f6da095412
diff --git a/antora-ui-camel/.yarn/unplugged/gifsicle-npm-4.0.1-47efba2323/node_modules/gifsicle/vendor/gifsicle b/antora-ui-camel/.yarn/unplugged/gifsicle-npm-4.0.1-47efba2323/node_modules/gifsicle/vendor/gifsicle
index d724ac5..00ce1dc 100755
Binary files a/antora-ui-camel/.yarn/unplugged/gifsicle-npm-4.0.1-47efba2323/node_modules/gifsicle/vendor/gifsicle and b/antora-ui-camel/.yarn/unplugged/gifsicle-npm-4.0.1-47efba2323/node_modules/gifsicle/vendor/gifsicle differ
diff --git a/antora-ui-camel/.yarn/unplugged/gifsicle-npm-4.0.1-47efba2323/node_modules/gifsicle/vendor/share/man/man1/gifsicle.1 b/antora-ui-camel/.yarn/unplugged/gifsicle-npm-4.0.1-47efba2323/node_modules/gifsicle/vendor/share/man/man1/gifsicle.1
deleted file mode 100644
index 7f8eab5..0000000
--- a/antora-ui-camel/.yarn/unplugged/gifsicle-npm-4.0.1-47efba2323/node_modules/gifsicle/vendor/share/man/man1/gifsicle.1
+++ /dev/null
@@ -1,1318 +0,0 @@
-.\" -*- mode: nroff -*-
-.ds V 1.90
-.ds E " \-\- 
-.if t .ds E \(em
-.de Op
-.BR "\\$1" "\\$2" "\\$3" "\\$4" "\\$5" "\\$6"
-..
-.de Oa
-.IR "\fB\\$1\& \|\fI\\$2" "\\$3" "\\$4" "\\$5" "\\$6"
-..
-.de Qo
-.RB \(oq "\\$1" "\(cq\\$2"
-..
-.de Qa
-.BI "\fR\(oq\fB\\$1" " \\$2" " \\$3" " \\$4" "\fR\(cq\\$5"
-..
-.de Sp
-.if n .sp
-.if t .sp 0.4
-..
-.de Ix
-.TP 25
-\\$1
-.nh
-\\$2
-.hy
-..
-.de Es
-.Sp
-.RS 5
-.nf
-..
-.de Ee
-.fi
-.RE
-.PP
-..
-.de Xs
-.RS 5
-.nf
-..
-.de Xe
-.fi
-.RE
-..
-.TH GIFSICLE 1 "11 July 2017" "Version \*V"
-.SH NAME
-gifsicle \- manipulates GIF images and animations
-.SH SYNOPSIS
-.B gifsicle
-\%[options, frames, and filenames].\|.\|.
-'
-.SH DESCRIPTION
-.B gifsicle
-is a powerful command-line program for creating, editing, manipulating, and
-getting information about GIF images and animations.
-.PP
-.B Gifsicle
-normally processes input GIF files according to its command line
-options and writes the result to the standard output. The
-.Op \-i
-option, for example, tells
-.B gifsicle
-to interlace its inputs:
-.Es
-\fBgifsicle \-i < pic.gif > interlaced-pic.gif\fR
-.Ee
-.PP
-.B Gifsicle
-is good at creating and manipulating GIF animations. By default, it
-combines two or more input files into a \(lqflipbook\(rq animation:
-.Es
-\fBgifsicle pic1.gif pic2.gif pic3.gif > animation.gif\fR
-.Ee
-Use options like
-.Op \-\-delay ", " \-\-loopcount ", and " \-\-optimize
-to tune your animations.
-.PP
-To modify GIF files in place, use the
-.Op \-\-batch
-option. With
-.Op \-\-batch ,
-.B gifsicle
-will modify the files you specify instead of writing a new file to the
-standard output. To interlace all the GIFs in the current directory, you
-could say:
-.Es
-\fBgifsicle \-\-batch \-i *.gif
-.Ee
-.PP
-New users may want to skip to
-the Examples section at the end.
-'
-.SH CONCEPT INDEX
-'
-Concepts are on the left, relevant
-.B gifsicle
-options are on the right.
-'
-.Sp
-.PD 0
-.Ix "Animations, changing" "frame selections, frame changes, etc."
-.Ix "\ \ \ disposal" "\fB\-\-disposal\fP"
-.Ix "\ \ \ looping" "\fB\-\-loopcount\fP"
-.Ix "\ \ \ portions of" "frame selections"
-.Ix "\ \ \ smaller" "\fB\-\-optimize\fP, \fB\-\-colors\fP"
-.Ix "\ \ \ speed" "\fB\-\-delay\fP"
-.Ix "Bad output" "\fB\-\-careful\fP"
-.Ix "Background color" "\fB\-\-background\fP"
-.Ix "Colors, changing" "\fB\-\-change\-color\fP, \fB\-\-use\-colormap\fP, \fB\-\-dither\fP, \fB\-\-transform\-colormap\fP"
-.Ix "\ \ \ reducing number" "\fB\-\-colors\fP, \fB\-\-dither\fP, \fB\-\-gamma\fP"
-.Ix "Comments" "\fB\-\-comment\fP"
-.Ix "Extensions" "\fB\-\-extension\fP, \fB\-\-app\-extension\fP, \fB\-\-extension\-info\fP"
-.Ix "File size" "\fB\-\-optimize\fP, \fB\-\-unoptimize\fP, \fB\-\-colors\fP"
-.TP 30
-Image transformations
-.Ix "\ \ \ cropping" "\fB\-\-crop\fP, \fB\-\-crop\-transparency\fP"
-.Ix "\ \ \ flipping" "\fB\-\-flip\-*\fP"
-.Ix "\ \ \ resizing" "\fB\-\-resize\fP, \fB\-\-scale\fP"
-.Ix "\ \ \ rotating" "\fB\-\-rotate\-*\fP"
-.Ix "Grayscale" "\fB\-\-use\-colormap\fP"
-.Ix "Interlacing" "\fB\-\-interlace\fP"
-.Ix "Positioning frames" "\fB\-\-position\fP"
-.Ix "Screen, logical" "\fB\-\-logical\-screen\fP"
-.Ix "Selecting frames" "frame selections (like \fB'#0'\fP)"
-.Ix "Transparency" "\fB\-\-transparent\fP"
-.Ix "Warnings" "\fB\-\-no\-warnings\fP"
-.PD
-'
-.SH COMMAND LINE
-
-.BR gifsicle 's
-command line consists of GIF input files and options. Most options start
-with a dash (\-) or plus (+); frame selections, a kind of option, start
-with a number sign (#). Anything else is a GIF input file.
-.PP
-.B gifsicle
-reads and processes GIF input files in order. If no GIF input file is
-given, or you give the special filename \(oq\-\(cq,
-it reads from the standard input.
-.PP
-.B gifsicle
-exits with status 0 if there were no errors and status 1 otherwise.
-'
-.SH OPTIONS
-
-Every option has a long form,
-.Qo \-\-long\-descriptive\-name .
-You don't need to type the whole long descriptive name, just enough to
-make it unambiguous.
-.PP
-Some options also have a short form,
-.Qo \-X .
-You can combine short options if they don't take arguments:
-.Qo \-IIb
-is the same as
-.Qo "\-I \-I \-b" .
-But be careful with options that do take arguments:
-.Qo \-cblah
-means
-.Qo "\-c \fRblah" ,
-not
-.Qo "\-c \-b \-l \-a \-h" .
-.PP
-Many options also have a converse,
-.Qo \-\-no\-option ,
-which turns off the option. You can turn off a short option
-.Qo \-X
-by saying
-.Qo \+X
-instead.
-'
-.\" -----------------------------------------------------------------
-.SS Mode Options
-
-Mode options tell
-.B gifsicle
-what kind of output to generate. There can be at most one, and it must
-precede any GIF inputs.
-.TP 5
-.Op "\-\-merge" ", " "\-m"
-'
-Combine all GIF inputs into one file with multiple frames and write that
-file to the standard output. This is the default mode.
-'
-.TP
-.Op \-\-batch ", " \-b
-'
-Modify each GIF input in place by reading and writing to the same filename.
-(GIFs read from the standard input are written to the standard output.)
-'
-.TP
-.Op \-\-explode ", " \-e
-'
-Create an output GIF for each frame of each input file. The output GIFs are
-named \(oqxxx.000\(cq, \(oqxxx.001\(cq, and so on, where \(oqxxx\(cq is the name of the input
-file (or whatever you specified with
-.Qo \-\-output )
-and the numeric extension is the frame number.
-'
-.TP
-.Op \-\-explode\-by\-name ", " \-E
-'
-Same as
-.Op \-\-explode ","
-but write any named frames to files \(oqxxx.\fIname\fR\(cq instead of
-\(oqxxx.\fIframe-number\fR\(cq.  Frames are named using the
-.Qo \-\-name
-option.
-'
-.\" -----------------------------------------------------------------
-.SS General Options
-
-General options control the information
-.B gifsicle
-prints and where it writes its output. The info options and
-.Op \-\-verbose
-can be turned off with
-.Qo \-\-no\-X .
-'
-.Sp
-.PD 0
-.TP 5
-.Op \-\-info ", " \-I
-'
-Print a human-readable description of each input GIF to the standard
-output, or whatever file you specify with
-.Op \-o .
-This option suppresses normal output, and cannot be combined with mode
-options like
-.Op \-\-batch .
-If you give two
-.Op \-\-info
-or
-.Op \-I
-options, however, information is printed to standard error, and normal
-output takes place as usual.
-'
-.Sp
-.TP 5
-.Op \-\-color\-info ", " \-\-cinfo
-'
-Like
-.Op \%\-\-info ,
-but also print information about input files' colormaps.
-'
-.Sp
-.TP 5
-.Op \-\-extension\-info ", " \-\-xinfo
-'
-Like
-.Op \%\-\-info ,
-but also print any unrecognized GIF extensions in a
-.BR hexdump (1)-like
-format.
-'
-.Sp
-.TP 5
-.Op \-\-size\-info ", " \-\-sinfo
-'
-Like
-.Op \%\-\-info ,
-but also print information about compressed image sizes.
-'
-.Sp
-.TP 5
-.Op \-\-help ", " \-h
-'
-Print usage information and exit.
-'
-.Sp
-.TP
-.Oa \-o file
-.TP
-.Oa \-\-output file
-'
-Send output to
-.IR file .
-The special filename \(oq-\(cq means the standard output.
-'
-.Sp
-.TP
-.Op \-\-verbose ", " \-V
-'
-Print progress information (files read and written) to standard
-error.
-'
-.Sp
-.TP
-.Op \-\-no\-warnings ", " \-w
-'
-Suppress all warning messages.
-'
-.Sp
-.TP
-.Op \-\-no\-ignore\-errors
-'
-Exit with status 1 when encountering a very erroneous GIF. Default is to
-muddle on.
-'
-.Sp
-.TP
-.Op \-\-version
-'
-Print the version number and some short non-warranty information and exit.
-'
-.Sp
-.PD 0
-.TP 5
-.Op \-\-careful
-'
-Write slightly larger GIFs that avoid bugs in some other GIF
-implementations. Some Java and Internet Explorer versions cannot display
-the correct, minimal GIFs that Gifsicle produces. Use the
-.Op \-\-careful
-option if you are having problems with a particular image.
-'
-.Sp
-.TP
-.Op \-\-conserve\-memory
-'
-Conserve memory usage at the expense of processing time. This may be useful
-if you are processing large GIFs on a computer without very much memory. Or
-say
-.Op \-\-no\-conserve\-memory .
-'
-.Sp
-.TP
-.Op \-\-nextfile
-'
-Allow input files to contain multiple concatenated GIF images. If a
-filename appears multiple times on the command line, \fBgifsicle\fR will
-read a new image from the file each time. This option can help scripts
-avoid the need for temporary files. For example, to create an animated GIF
-with three frames with different delays, you might run "\fBgifsicle
-\-\-nextfile \-d10 \- \-d20 \- \-d30 \- > out.gif\fR" and write the three
-GIF images, in sequence, to \fBgifsicle\fR's standard input.
-'
-.Sp
-.TP
-.Op \-\-multifile
-'
-Like
-.Op \-\-nextfile ,
-but read
-.I as many GIF images as possible
-from each file. This option is intended for scripts. For example, to merge
-an unknown number of GIF images into a single animation, run "\fBgifsicle
-\-\-multifile \- > out.gif\fR" and write the GIF images, in sequence, to
-\fBgifsicle\fR's standard input.  Any frame selections apply only to the
-last file in the concatenation.
-'
-.PD
-'
-.\" -----------------------------------------------------------------
-.SS Frame Selections
-
-A frame selection tells
-.B gifsicle
-which frames to use from the current input file. They are useful only for
-animations, as non-animated GIFs only have one frame. Here are the
-acceptable forms for frame specifications.
-.Sp
-.PD 0
-.TP 13
-.BI # num
-'
-Select frame \fInum\fR. (The first frame is
-.Qo #0 .
-Negative numbers count backwards from the last frame, which is
-.Qo #-1 .)
-'
-.TP 13
-.BI # num1 \- num2
-'
-Select frames \fInum1\fR through \fInum2\fR.
-'
-.TP 13
-.BI # num1 \-
-'
-Select frames \fInum1\fR through the last frame.
-'
-.TP 13
-.BI # name
-'
-Select the frame named \fIname\fR.
-.PD
-.PP
-The \(oq#\(cq character has special meaning for many shells, so you generally
-need to quote it.
-.PP
-For example,
-.Xs
-\fBgifsicle happy.gif "#0"\fR
-.Xe
-uses the first frame from happy.gif;
-.Xs
-\fBgifsicle happy.gif "#0-2"\fR
-.Xe
-uses its first three frames; and
-.Xs
-\fBgifsicle happy.gif "#-1-0"\fR
-.Xe
-uses its frames in reverse order (starting from frame #-1\*Ethe
-last frame\*Eand ending at frame #0\*Ethe first).
-.PP
-The action performed with the selected frames depends on the current
-mode. In merge mode, only the selected frames are merged into the output
-GIF. In batch mode, only the selected frames are modified; other frames
-remain unchanged. In explode mode, only the selected frames are exploded
-into output GIFs.
-'
-.\" -----------------------------------------------------------------
-.SS Frame Change Options
-
-Frame change options insert new frames into an animation or replace or
-delete frames that already exist. Some things\*Efor example, changing one
-frame in an animation\*Eare difficult to express with frame selections, but
-easy with frame changes.
-'
-.TP 5
-.Oa \-\-delete frames " [" frames ".\|.\|.]"
-'
-Delete
-.I frames
-from the input GIF.
-'
-.TP
-.Oa \-\-insert\-before "frame other-GIFs"
-'
-Insert
-.I other-GIFs
-before
-.I frame
-in the input GIF.
-'
-.TP
-.Oa \-\-append "other-GIFs"
-'
-Append
-.I other-GIFs
-to the input GIF.
-'
-.TP
-.Oa \-\-replace "frames other-GIFs"
-'
-Replace
-.I frames
-from the input GIF with
-.IR other-GIFs .
-'
-.TP
-\fB\-\-done\fR
-'
-Complete the current set of frame changes.
-'
-.PP
-The
-.I frames
-arguments are frame selections (see above). These arguments always refer to
-frames from the
-.I original
-input GIF. So, if \(oqa.gif\(cq has 3 frames and \(oqb.gif\(cq has one, this
-command
-.Xs
-\fBgifsicle a.gif \-\-delete "#0" \-\-replace "#2" b.gif\fR
-.Xe
-will produce an output animation with 2 frames: \(oqa.gif\(cq frame 1, then
-\(oqb.gif\(cq.
-.PP
-The
-.I other-GIFs
-arguments are any number of GIF input files and frame selections.
-These images are combined in merge mode and added to the input GIF.
-The
-.I other-GIFs
-last until the next frame change option, so this command replaces the
-first frame of \(oqin.gif\(cq with the merge of \(oqa.gif\(cq and \(oqb.gif\(cq:
-.Xs
-\fBgifsicle \-b in.gif \-\-replace "#0" a.gif b.gif\fR
-.Xe
-.PP
-This command, however, replaces the first frame of \(oqin.gif\(cq with
-\(oqa.gif\(cq and then processes \(oqb.gif\(cq separately:
-.Xs
-\fBgifsicle \-b in.gif \-\-replace "#0" a.gif \-\-done b.gif\fR
-.Xe
-.PP
-Warning: You shouldn't use both frame selections and frame changes on
-the same input GIF.
-'
-.\" -----------------------------------------------------------------
-.SS Image Options
-
-Image options modify input images\*Eby changing their interlacing,
-transparency, and cropping, for example. Image options have three forms:
-.Qo \-\-X ,
-.Qo \-\-no\-X ,
-and
-.Qo \-\-same\-X .
-The
-.Qo \-\-X
-form selects a value for the feature, the
-.Qo \-\-no\-X
-form turns off the feature, and the
-.Qo \-\-same\-X
-form means that the feature's value is copied from each input. The default
-is always
-.Qo \-\-same\-X .
-For example,
-.Op \-background= """#0000FF"""
-sets the background color to blue,
-.Op \-\-no\-background
-turns the background color off (by setting it to 0), and
-.Op \-\-same\-background
-uses input images' existing background colors. You can give each option
-multiple times; for example,
-.Xs
-\fBgifsicle \-b \-O2 \-i a.gif \-\-same\-interlace b.gif c.gif\fR
-.Xe
-will make \(oqa.gif\(cq interlaced, but leave \(oqb.gif\(cq and \(oqc.gif\(cq interlaced only
-if they were already.
-'
-.Sp
-.PD 0
-.TP 5
-.Oa \-B color
-.TP
-.Oa \-\-background color
-'
-Set the output GIF's background to
-.IR color .
-The argument can have the same forms as in the
-.Op \-\-transparent
-option below.
-'
-.Sp
-.TP
-.Oa \-\-crop x1 , y1 - x2\fR,\fIy2
-.TP
-.Oa \-\-crop x1 , y1 + width\fRx\fIheight
-'
-Crop the following input frames to a smaller rectangular area. The top-left
-corner of this rectangle is
-.RI ( x1 , y1 );
-you can give either the lower-right corner,
-.RI ( x2 , y2 ),
-or the width and height of the rectangle. In the
-.IR x1 , y1 + width x height
-form,
-.I width
-and
-.I height
-can be zero or negative. A zero dimension means the cropping area goes to
-the edge of the image; a negative dimension brings the cropping area that
-many pixels back from the image edge. For example,
-.Op \-\-crop " 2,2+-2x-2"
-will shave 2 pixels off each side of the input image. Cropping takes place
-before any rotation, flipping, resizing, or positioning.
-'
-.Sp
-.TP
-.Op \-\-crop\-transparency
-'
-Crop any transparent borders off the following input frames. This happens
-after any cropping due to the
-.Op \-\-crop
-option. It works on the raw input images; for example, any transparency
-options have not yet been applied.
-'
-.Sp
-.TP
-.Op \-\-flip\-horizontal
-.TP
-.Op \-\-flip\-vertical
-'
-Flip the following frames horizontally or vertically.
-'
-.Sp
-.TP
-.Op \-i
-.TP
-.Op \-\-interlace
-'
-Turn interlacing on.
-'
-.Sp
-.TP
-.Oa \-S width x height
-.TP
-.Oa \-\-logical\-screen width x height
-'
-Set the output logical screen to
-.IR width x height .
-.Op \-\-no\-logical\-screen
-sets the output logical screen to the size of the largest output
-frame, while
-.Op \-\-same\-logical\-screen
-sets the output logical screen to the largest input logical screen.
-.Op \-\-screen
-is a synonym for
-.Op \-\-logical\-screen .
-'
-.Sp
-.TP
-.Oa \-p x\fR,\fIy
-.TP
-.Oa \-\-position x\fR,\fIy
-'
-Set the following frames' positions to
-.RI ( x , y ).
-.Op \-\-no\-position
-means
-.Op \-\-position " 0,0."
-Normally,
-.Oa \-\-position x\fR,\fIy
-places every succeeding frame exactly at \fIx\fR,\fIy\fR. However, if an
-entire animation is input, \fIx\fR,\fIy\fR is treated as the position for
-the animation.
-'
-.Sp
-.TP
-.Op \-\-rotate\-90
-.TP
-.Op \-\-rotate\-180
-.TP
-.Op \-\-rotate\-270
-'
-Rotate the following frames by 90, 180, or 270 degrees.
-.Op \-\-no\-rotate
-turns off any rotation.
-'
-.Sp
-.TP
-.Oa \-t color
-.TP
-.Oa \-\-transparent color
-'
-Make
-.I color
-transparent in the following frames.
-.I Color
-can be a colormap index (0\-255), a hexadecimal color specification
-(like "#FF00FF" for magenta), or slash- or comma-separated red, green
-and blue values (each between 0 and 255).
-.PD
-'
-.\" -----------------------------------------------------------------
-.SS Extension Options
-
-Extension options add non-visual information to the output GIF. This
-includes names, comments, and generic extensions.
-'
-.Sp
-.PD 0
-.TP 5
-.Oa \-\-app\-extension app\-name " " extension
-'
-Add an application extension named
-.I app\-name
-and with the value
-.I extension
-to the output GIF.
-.Op \-\-no\-app\-extensions
-removes application extensions from the input images.
-'
-.Sp
-.TP
-.Oa \-c text
-.TP
-.Oa \-\-comment text
-'
-Add a comment,
-.IR text ,
-to the output GIF. The comment will be placed before the next frame in
-the stream.
-.Op \-\-no\-comments
-removes comments from the input images.
-'
-.Sp
-.TP
-.Oa \-\-extension number " " extension
-'
-Add an extension numbered
-.I number
-and with the value
-.I extension
-to the output GIF.
-.I Number
-can be in decimal, octal, hex, or it can be a single character like \(oqn\(cq,
-whose ASCII value is used.
-.Op \-\-no\-extensions
-(or
-.Op +x )
-removes extensions from the input images.
-'
-.Sp
-.TP
-.Oa \-n text
-.TP
-.Oa \-\-name text
-'
-Set the next frame's name to
-.IR text .
-This name is stored as an extension in the output GIF (extension number
-0xCE, followed by the characters of the frame name).
-.Op \-\-no\-names
-removes name extensions from the input images.
-'
-.PD
-'
-.\" -----------------------------------------------------------------
-.SS Animation Options
-
-Animation options apply to GIF animations, or to individual frames in GIF
-animations. As with image options, most animation options have three forms,
-.Qo \-\-X ,
-.Qo \-\-no\-X ,
-and
-.Qo \-\-same\-X ,
-and you can give animation options multiple times; for example,
-.Xs
-\fBgifsicle \-b a.gif \-d50 "#0" "#1" \-d100 "#2" "#3"\fR
-.Xe
-sets the delays of frames 0 and 1 to 50, and frames 2 and 3 to 100.
-'
-.Sp
-.PD 0
-.TP 5
-.Oa \-d time
-.TP
-.Oa \-\-delay time
-'
-Set the delay between frames to
-.IR time
-in hundredths of a second.
-'
-.Sp
-.TP
-.Oa \-D method
-.TP
-.Oa \-\-disposal method
-'
-Set the disposal method for the following frames to
-.IR method .
-A frame's disposal method determines how a viewer should remove the frame
-when it's time to display the next.
-.I Method
-can be a number between 0 and 7 (although only 0 through 3 are
-generally meaningful), or one of these names:
-.BR none
-(leave the frame visible for future frames to build upon),
-.BR asis
-(same as "none"),
-.BR background " (or " bg ")"
-(replace the frame with the background), or
-.BR previous
-(replace the frame with the area from the previous displayed frame).
-.Op \-\-no\-disposal
-means
-.Op \-\-disposal = none .
-'
-.Sp
-.TP
-.Op \-l "[\fIcount\fR]"
-.TP
-.Op \-\-loopcount "[=\fIcount\fR]"
-'
-Set the Netscape loop extension to
-.IR count .
-.I Count
-is an integer, or
-.B forever
-to loop endlessly. If you supply a
-.Op \-\-loopcount
-option without specifying
-.IR count ,
-Gifsicle will use
-.BR forever .
-.Op \-\-no\-loopcount
-(the default) turns off looping.
-.Sp
-Set the loop count to one less than the number of times you want the
-animation to run. An animation with
-.Op \-\-no\-loopcount
-will show every frame once;
-.Op \-\-loopcount =1
-will loop once, thus showing every frame twice; and so forth.
-Note that
-.Op \-\-loopcount =0
-is equivalent to
-.Op \-\-loopcount =forever,
-not
-.Op \-\-no\-loopcount .
-'
-.Sp
-.TP
-.Op \-O "[\fIlevel\fR]"
-.TP
-.Op \-\-optimize "[=\fIlevel\fR]"
-'
-Optimize output GIF animations for space.
-.I Level
-determines how much optimization is done; higher levels take longer, but
-may have better results. There are currently three levels:
-.Sp
-.RS
-.TP 5
-.Op \-O1
-Stores only the changed portion of each image. This is the default.
-.TP 5
-.Op \-O2
-Also uses transparency to shrink the file further.
-.TP 5
-.Op \-O3
-Try several optimization methods (usually slower, sometimes better results).
-.Sp
-.PP
-Other optimization flags provide finer-grained control.
-.Sp
-.TP 5
-.Op \-Okeep-empty
-Preserve empty transparent frames (they are dropped by default).
-.Sp
-.PP
-You may also be interested in other options for shrinking GIFs, such as
-.Op \-k
-and
-.Op \-\-no\-extensions .
-.RE
-'
-.Sp
-.TP 5
-.Oa \-U
-.TP
-.Oa \-\-unoptimize
-'
-Unoptimize GIF animations into an easy-to-edit form.
-.Sp
-GIF animations are often optimized (see
-.Op \-\-optimize )
-to make them smaller and faster to load, which unfortunately makes them
-difficult to edit.
-.Op \-\-unoptimize
-changes optimized input GIFs into unoptimized GIFs, where each frame is a
-faithful representation of what a user would see at that point in the
-animation.
-.RE
-'
-.PD
-'
-.\" -----------------------------------------------------------------
-.SS Image Transformation Options
-'
-Image transformation options apply to entire GIFs as they are read or
-written. They can be turned off with
-.Qo \-\-no\-option .
-'
-.Sp
-.PD 0
-.TP 5
-.Oa \-\-resize width x height
-'
-Resize the output GIF to the given
-.IR width " and " height .
-If
-.I width
-or
-.I height
-is an underscore \(oq_\(cq, that dimension is chosen so that the
-aspect ratio remains unchanged.
-Resizing happens after all input frames have been combined and before
-optimization. Resizing uses logical screen dimensions; if
-the input stream has an unusual logical screen (many GIF displayers ignore
-logical screens), you may want to provide
-.Op \-\-no\-logical\-screen
-(or
-.Op +S )
-to reset it so
-.B gifsicle
-uses image dimensions instead. See also
-.Op \-\-resize\-method .
-'
-.Sp
-.TP
-.Oa \-\-resize\-width width
-.TP
-.Oa \-\-resize\-height height
-'
-Resize to a given width or height, preserving aspect ratio. Equivalent to
-.Oa \-\-resize width x_
-or
-.Oa \-\-resize "" _x height .
-'
-.Sp
-.TP
-.Oa \-\-resize\-fit width x height
-.TP
-.Oa \-\-resize\-touch width x height
-'
-Resize the output GIF to fit within a rectangle with dimensions
-.IR width x height .
-The aspect ratio remains unchanged. The
-.Op \-\-resize\-fit
-option only shrinks the image\(emno resize is performed if the GIF already
-fits within the rectangle. Either
-.I width
-or
-.I height
-may be an underscore \(oq_\(cq, which leaves that dimension unconstrained.
-'
-.Sp
-.TP
-.Oa \-\-resize\-fit\-width width
-.TP
-.Oa \-\-resize\-fit\-height height
-.TP
-.Oa \-\-resize\-touch\-width width
-.TP
-.Oa \-\-resize\-touch\-height height
-'
-Like
-.Oa \-\-resize\-fit
-and
-.Op \-\-resize\-touch ,
-but constrains only one dimension.
-'
-.Sp
-.TP
-.Oa \-\-scale Xfactor [x Yfactor ]
-'
-Scale the output GIF's width and height by
-.IR Xfactor " and " Yfactor .
-If
-.I Yfactor
-is not given, it defaults to
-.IR Xfactor .
-Scaling happens after all input frames have been combined and before
-optimization.
-'
-.Sp
-.TP
-.Oa \-\-resize\-method method
-'
-Set the method used to resize images. The \(oqsample\(cq method runs
-very quickly, but when shrinking images, it produces noisy results.
-The \(oqmix\(cq method is somewhat slower, but produces better-looking
-results. The default method is
-currently \(oqmix\(cq.
-.RS
-.Sp
-.PP
-Details: The resize methods differ most when shrinking images. The
-\(oqsample\(cq method is a point sampler: each pixel position in the
-output image maps to exactly one pixel position in the input. When
-shrinking, full rows and columns from the input are dropped. The other
-methods use all input pixels, which generally produces better-looking
-images. The \(oqbox\(cq method, a box sampler, is faster than the more
-complex filters and produces somewhat sharper results, but there will
-be anomalies when shrinking images by a small amount in one dimension.
-(Some output pixels will correspond to exactly 1 input row or column,
-while others will correspond to exactly 2 input rows or columns.) The
-\(oqmix\(cq method is a full bilinear interpolator. This is slower and
-produces somewhat blurrier results, but avoids anomalies.
-.Sp
-.PP
-Gifsicle also supports more complex resamplers, including
-Catmull-Rom cubic resampling (\(oqcatrom\(cq), the Mitchell-Netravali
-filter (\(oqmitchell\(cq), a 2-lobed Lanczos filter
-(\(oqlanczos2\(cq), and a 3-lobed Lanczos filter (\(oqlanczos3\(cq).
-These filters are slower still, but can give sharper, better results.
-.RE
-'
-.Sp
-.TP
-.Oa \-\-resize\-colors n
-'
-Allow Gifsicle to add intermediate colors when resizing images.
-Normally, Gifsicle's resize algorithms use input images' color
-palettes without changes. When shrinking images with very few colors
-(e.g., pure black-and-white images), adding intermediate colors can
-improve the results. Example:
-.Oa \-\-resize\-colors 64
-allows Gifsicle to add intermediate colors for images that have fewer
-than 64 input colors.
-.PD
-'
-.\" -----------------------------------------------------------------
-.SS Color Options
-'
-Color options apply to entire GIFs as they are read or
-written. They can be turned off with
-.Qo \-\-no\-option .
-.Sp
-.PD 0
-.TP 5
-.Oa \-k num
-.TP
-.Oa \-\-colors num
-'
-Reduce the number of distinct colors in each output GIF to
-.I num
-or less.
-.I Num
-must be between 2 and 256. This can be used to shrink output GIFs or
-eliminate any local color tables.
-.Sp
-Normally, an adaptive group of colors is chosen from the existing
-color table. You can affect this process with the
-.Op \-\-color\-method
-option or by giving your own colormap with
-.Op \-\-use\-colormap .
-Gifsicle may need to add an additional color (making
-.IR num +1
-in all) if there is transparency in the image.
-'
-.Sp
-.TP
-.Oa \-\-color\-method method
-'
-Determine how a smaller colormap is chosen.
-.RB \(oq diversity \(cq,
-the default, is
-.BR xv (1)'s
-diversity algorithm, which uses a strict subset of the existing colors
-and generally produces good results.
-.RB \(oq blend\-diversity \(cq
-is a modification of this: some color values are blended from groups of
-existing colors.
-.RB \(oq median\-cut \(cq
-is the median cut algorithm described by Heckbert.
-.Op \-\-method
-is a synonym for
-.Op \-\-color\-method .
-'
-.Sp
-.TP 5
-.Oa \-f
-.TP
-.Op \-\-dither "[=\fImethod\fR]"
-'
-When
-.Op \-\-dither
-is on and the colormap is changed, combinations of colors are used to
-approximate missing colors. This looks better, but makes bigger files
-and can cause animation artifacts, so it is off by default.
-.Sp
-Specify a dithering algorithm with the optional \fImethod\fR argument.
-The default,
-.RB \(oq floyd-steinberg \(cq,
-uses Floyd-Steinberg error
-diffusion. This usually looks best, but can cause animation artifacts,
-because dithering choices will vary from frame to frame. Gifsicle also
-supports ordered dithering algorithms that avoid animation artifacts.
-The
-.RB \(oq ro64 \(cq
-mode uses a
-large, random-looking pattern and generally produces good results. The
-.RB \(oq o3 \(cq,
-.RB \(oq o4 \(cq,
-and
-.RB \(oq o8 \(cq
-modes use smaller, more
-regular patterns. The
-.RB \(oq ordered \(cq
-mode chooses a good ordered
-dithering algorithm. For special effects, try the halftone modes
-.RB \(oq halftone \(cq,
-.RB \(oq squarehalftone \(cq,
-and
-.RB \(oq diagonal \(cq.
-Some modes take optional parameters using commas. The halftone modes
-take a cell size and a color limit:
-.RB \(oq halftone,10,3 \(cq
-creates 10-pixel wide halftone cells where each cell uses up to 3
-colors.
-'
-.Sp
-.TP 5
-.Oa \-\-gamma gamma
-'
-Set the gamma correction to
-.IR gamma ,
-which can be a real number or
-.RB \(oq srgb \(cq.
-Roughly speaking, higher
-numbers exaggerate shadows and lower numbers exaggerate highlights.
-The default is the function defined by the standard sRGB color space,
-which usually works well. (Its effects are similar to
-\fB\-\-gamma\fP=2.2.) Gifsicle uses gamma correction when choosing a
-color palette (\fB\-\-colors\fP) and when dithering
-(\fB\-\-dither\fP).
-'
-.Sp
-.PD 0
-.TP
-.Oa \-\-change\-color color1 " " color2
-'
-Change
-.I color1
-to
-.I color2
-in the following input GIFs. (The
-.I color
-arguments have the same forms as in the
-.Op \-t
-option.) Change multiple colors by giving the option multiple
-times. Color changes don't interfere with one another, so you can safely
-swap two colors with
-.Qa \-\-change\-color "color1 color2" \-\-change\-color "color2 color1" .
-They all take effect as an input GIF is read.
-.Op \-\-no\-change\-color
-cancels all color changes.
-'
-.Sp
-.TP
-.Oa \-\-transform\-colormap command
-'
-.I Command
-should be a shell command that reads from standard input and writes to
-standard output. Each colormap in the output GIF is translated into text
-colormap format (see
-.Op \-\-use\-colormap
-below) and piped to the command. The output that command generates
-(which should also be in text colormap format) will replace the input
-colormap. The replacement doesn't consider color matching, so pixels
-that used color slot
-.I n
-in the input will still use color slot
-.I n
-in the output.
-'
-.Sp
-.TP
-.Oa \-\-use\-colormap colormap
-'
-Change the image to use
-.IR colormap .
-Each pixel in the image is changed to the closest match in
-.I colormap
-(or, if
-.Op \-\-dither
-is on, to a dithered combination of colors in
-.IR colormap ")."
-.I Colormap
-can be
-.BR web
-for the 216-color \(lqWeb-safe palette\(rq;
-.BR gray
-for grayscale;
-.BR bw
-for black-and-white; or the name of a file. That file should either be a
-text file (the format is described below) or a GIF file, whose global
-colormap will be used. If
-.Op \-\-colors\fR=\fIN
-is also given, an
-.IR N \-sized
-subset of
-.I colormap
-will be used.
-.Sp
-Text colormap files use this format:
-.Es
-; each non-comment line represents one color, "red green blue"
-; each component should be between 0 and 255
-0 0 0            ; like this
-255 255 255
-; or use web hex notation
-#ffffff          ; like this
-.Ee
-'
-.PD
-.PP
-.br
-'
-.SH EXAMPLES
-'
-First, let's create an animation, \(oqanim.gif\(cq:
-.Es
-\fBgifsicle a.gif b.gif c.gif d.gif > anim.gif\fR
-.Ee
-This animation will move very quickly: since we didn't specify a delay, a
-browser will cycle through the frames as fast as it can. Let's slow it down
-and pause .5 seconds between frames, using the
-.Op \-\-delay
-option.
-.Es
-\fBgifsicle \-\-delay 50 a.gif b.gif c.gif d.gif > anim.gif\fR
-.Ee
-If we also want the GIF to loop three times, we can use
-.Op \-\-loopcount :
-.Es
-\fBgifsicle \-d 50 \-\-loop=3 a.gif b.gif c.gif d.gif > anim.gif\fR
-.Ee
-(Rather than type
-.Op \-\-delay
-again, we used its short form,
-.Op \-d .
-Many options have short forms; you can see them by running
-.RB \(oq "gifsicle \-\-help" \(cq.
-We also abbreviated
-.Op \-\-loopcount
-to
-.Op \-\-loop ,
-which is OK since no other option starts with \(oqloop\(cq.)
-.PP
-To explode \(oqanim.gif\(cq into its component frames:
-.Es
-\fBgifsicle \-\-explode anim.gif\fR
-.br
-\fBls anim.gif*\fR
-.br
-anim.gif  anim.gif.000  anim.gif.001  anim.gif.002  anim.gif.003
-.Ee
-To optimize \(oqanim.gif\(cq:
-.Es
-\fBgifsicle \-b \-O2 anim.gif\fR
-.Ee
-To change the second frame of \(oqanim.gif\(cq to \(oqx.gif\(cq:
-.Es
-\fBgifsicle \-b \-\-unoptimize \-O2 anim.gif \-\-replace "#1" x.gif\fR
-.Ee
-.Op \-\-unoptimize
-is used since \(oqanim.gif\(cq was optimized in the last step. Editing
-individual frames in optimized GIFs is dangerous without
-.Op \-\-unoptimize ;
-frames following the changed frame could be corrupted by the change.
-Of course, this might be what you want.
-.PP
-Note that
-.Op \-\-unoptimize
-and
-.Op \-\-optimize
-can be on simultaneously.
-.Op \-\-unoptimize
-affects
-.I input
-GIF files, while
-.Op \-\-optimize
-affects
-.I output
-GIF files.
-.PP
-To print information about the first and fourth frames of \(oqanim.gif\(cq:
-.Es
-\fBgifsicle \-I "#0" "#3" < anim.gif\fR
-.Ee
-To make black the transparent color in all the GIFs in the current
-directory, and also print information about each:
-.Es
-\fBgifsicle \-bII \-\-trans "#000000" *.gif\fR
-.Ee
-Giving
-.Op \-I
-twice forces normal output to occur. With only one
-.Op \-I ,
-the GIFs would not be modified.
-.PP
-To change \(oqanim.gif\(cq to use a 64-color subset of the Web-safe palette:
-.Es
-\fBgifsicle \-b \-\-colors=64 \-\-use\-col=web anim.gif\fR
-.Ee
-To make a dithered black-and-white version of \(oqanim.gif\(cq:
-.Es
-\fBgifsicle \-\-dither \-\-use\-col=bw anim.gif > anim-bw.gif\fR
-.Ee
-.PP
-To overlay one GIF atop another\*Eproducing a one-frame output GIF that
-looks like the superposition of the two inputs\*Euse
-.B gifsicle
-twice:
-.Es
-\fBgifsicle bottom.gif top.gif | gifsicle \-U "#1" > result.gif\fR
-.Ee
-'
-.SH BUGS
-'
-Some optimized output GIFs may appear incorrectly on some GIF
-implementations (for example, Java's); see the
-.Op \-\-careful
-option.
-.PP
-Please email suggestions, additions, patches and bugs to
-ekohler@gmail.com.
-'
-.SH "SEE ALSO"
-'
-For a tutorial on GIF images and animations, you might try some of the
-resources listed on-line at webreference\%.com:
-.br
-http://www.webreference.com/authoring/graphics/animation\|.html
-'
-.SH AUTHORS
-.na
-Eddie Kohler <ek...@gmail.com>
-.br
-http://www.read.seas.harvard.edu/~kohler/
-.br
-He wrote it.
-.PP
-Anne Dudfield <an...@frii.com>
-.br
-http://www.frii.com/~annied/
-.br
-She named it.
-.PP
-Hans Dinsen-Hansen <di...@danbbs.dk>
-.br
-http://www.danbbs.dk/~dino/
-.br
-Adaptive tree method for GIF writing.
-.PP
-http://www.lcdf.org/gifsicle/
-.br
-The
-.B gifsicle
-home page.
-'
diff --git a/antora-ui-camel/.yarn/unplugged/optipng-bin-npm-6.0.0-3aa5f04a3e/node_modules/optipng-bin/vendor/man/man1/optipng.1 b/antora-ui-camel/.yarn/unplugged/optipng-bin-npm-6.0.0-3aa5f04a3e/node_modules/optipng-bin/vendor/man/man1/optipng.1
deleted file mode 100644
index c4c4c42..0000000
--- a/antora-ui-camel/.yarn/unplugged/optipng-bin-npm-6.0.0-3aa5f04a3e/node_modules/optipng-bin/vendor/man/man1/optipng.1
+++ /dev/null
@@ -1,343 +0,0 @@
-.TH OPTIPNG 1 "2017-Dec-27" "OptiPNG version 0.7.7"
-
-.SH NAME
-.B OptiPNG
-\- Optimize Portable Network Graphics files
-
-.SH SYNOPSIS
-.B optipng
-[\fB\-?\fP | \fB\-h\fP | \fB\-help\fP]
-.br
-.B optipng
-[\fIoptions...\fP] \fIfiles...\fP
-
-.SH DESCRIPTION
-The
-.B OptiPNG
-program shall attempt to \fIoptimize\fP PNG files, i.e. reduce their size to
-a minimum, without losing semantic information. In addition, this program shall
-perform a suite of auxiliary functions like integrity checks, metadata recovery
-and pixmap-to-PNG conversion.
-.P
-The optimization attempts are not guaranteed to succeed. Valid PNG files that
-cannot be optimized by this program are normally left intact; their size will
-not grow. The user may request to override this default behavior.
-
-.SH FILES
-The input files are raster image files encoded either in PNG format (the native
-format), or in an external format. The currently supported external formats are
-GIF, BMP, PNM and TIFF.
-.P
-.B OptiPNG
-processes each image file given in the command line as follows:
-.P
-\- If the image is in PNG format:
-.IP
-Attempts to optimize the given file in-place. If optimization is successful, or
-if the option \fB\-force\fP is enabled, replaces the original file with its
-optimized version. The original file is backed up if the option \fB\-keep\fP
-is enabled.
-.P
-\- If the image is in an external format:
-.IP
-Creates an optimized PNG version of the given file. The output file name is
-composed from the original file name and the \fC.png\fP extension.
-.P
-Existing files are \fInot\fP overwritten, unless the option \fB\-clobber\fP is
-enabled.
-
-.SH OPTIONS
-.SS "General options"
-.TP
-\fB\-?\fP, \fB\-h\fP, \fB\-help\fP
-Show a complete summary of options.
-.TP
-\fB\-backup\fP, \fB\-keep\fP
-Keep a backup of the modified files.
-.TP
-\fB\-clobber\fP
-Overwrite the existing output and backup files.
-.br
-Under this option, if the option \fB\-backup\fP is not enabled, the old backups
-of the overwritten files are deleted.
-.TP
-\fB\-dir\fP \fIdirectory\fP
-Write the output files to \fIdirectory\fP.
-.TP
-\fB\-fix\fP
-Enable error recovery. This option has no effect on valid input files.
-.br
-The program will spend a reasonable amount of effort to recover as much data as
-possible, without increasing the output file size, but the success cannot be
-generally guaranteed. The program may even increase the file size, e.g., by
-reconstructing missing critical data. Under this option, integrity shall take
-precedence over file size.
-.br
-When this option is not used, the invalid input files are left unprocessed.
-.TP
-\fB\-force\fP
-Enforce writing of a new output file.
-.br
-This option overrides the program's decision not to write such file, e.g. when
-the PNG input is digitally signed (using dSIG), or when the PNG output becomes
-larger than the PNG input.
-.TP
-\fB\-log\fP \fIfile\fP
-Log messages to \fIfile\fP.
-For safety reasons, \fIfile\fP must have the extension \fC.log\fP.
-.br
-This option is deprecated and will be removed eventually. Use shell
-redirection.
-.TP
-\fB\-out\fP \fIfile\fP
-Write output file to \fIfile\fP.
-The command line must contain exactly one input file.
-.TP
-\fB\-preserve\fP
-Preserve file attributes (time stamps, file access rights, etc.) where
-applicable.
-.TP
-\fB\-quiet\fP, \fB\-silent\fP
-Run in quiet mode.
-.br
-The messages are still written to the log file if the option \fB\-log\fP is
-enabled.
-.TP
-\fB\-simulate\fP
-Run in simulation mode: perform the trials, but do not create output files.
-.TP
-\fB\-v\fP
-Enable the options \fB\-verbose\fP and \fB\-version\fP.
-.TP
-\fB\-verbose\fP
-Run in verbose mode.
-.TP
-\fB\-version\fP
-Show copyright, version and build info.
-.TP
-\fB\-\-\fP
-Stop option switch parsing.
-.SS "PNG encoding and optimization options"
-.TP
-\fB\-o\fP \fIlevel\fP
-Select the optimization level.
-.br
-The optimization level 0 enables a set of optimization operations that require
-minimal effort. There will be no changes to image attributes like bit depth
-or color type, and no recompression of existing IDAT datastreams.
-.br
-The optimization level 1 enables a single IDAT compression trial. The trial
-chosen is what \fBOptiPNG\fP \fIthinks\fP it's probably the most effective.
-.br
-The optimization levels 2 and higher enable multiple IDAT compression trials;
-the higher the level, the more trials.
-.br
-The behavior and the default value of this option may change across different
-program versions. Use the option \fB\-h\fP to see the details pertaining to
-your specific version.
-.TP
-\fB\-f\fP \fIfilters\fP
-Select the PNG delta filters.
-.br
-The \fIfilters\fP argument is specified as a rangeset (e.g. \fB\-f0\-5\fP),
-and the default \fIfilters\fP value depends on the optimization level set by
-the option \fB\-o\fP.
-.br
-The filter values 0, 1, 2, 3 and 4 indicate static filtering, and correspond to
-the standard PNG filter codes (\fINone\fP, \fILeft\fP, \fIUp\fP, \fIAverage\fP
-and \fIPaeth\fP, respectively). The filter value 5 indicates adaptive filtering,
-whose effect is defined by the \fBlibpng\fP(3) library used by \fBOptiPNG\fP.
-.TP
-\fB\-full\fP
-Produce a full report on IDAT.
-This option might slow down the trials.
-.TP
-\fB\-i\fP \fItype\fP
-Select the interlace type (0\-1).
-.br
-If the interlace type 0 is selected, the output image shall be non-interlaced
-(i.e. progressive-scanned). If the interlace type 1 is selected, the output
-image shall be interlaced using the \fIAdam7\fP method.
-.br
-By default, the output shall have the same interlace type as the input.
-.TP
-\fB\-nb\fP
-Do not apply bit depth reduction.
-.TP
-\fB\-nc\fP
-Do not apply color type reduction.
-.TP
-\fB\-np\fP
-Do not apply palette reduction.
-.TP
-\fB\-nx\fP
-Do not apply any lossless image reduction:
-enable the options \fB\-nb\fP, \fB\-nc\fP and \fB\-np\fP.
-.TP
-\fB\-nz\fP
-Do not recode IDAT datastreams.
-.br
-The IDAT optimization operations that do not require recoding (e.g. IDAT
-chunk concatenation) are still performed.
-.br
-This option has effect on PNG input files only.
-.TP
-\fB\-zc\fP \fIlevels\fP
-Select the zlib compression levels used in IDAT compression.
-.br
-The \fIlevels\fP argument is specified as a rangeset (e.g. \fB\-zc6\-9\fP),
-and the default \fIlevels\fP value depends on the optimization level set by
-the option \fB\-o\fP.
-.br
-The effect of this option is defined by the \fBzlib\fP(3) library used by
-\fBOptiPNG\fP.
-.TP
-\fB\-zm\fP \fIlevels\fP
-Select the zlib memory levels used in IDAT compression.
-.br
-The \fIlevels\fP argument is specified as a rangeset (e.g. \fB\-zm8\-9\fP),
-and the default \fIlevels\fP value depends on the optimization level set by
-the option \fB\-o\fP.
-.br
-The effect of this option is defined by the \fBzlib\fP(3) library used by
-\fBOptiPNG\fP.
-.TP
-\fB\-zs\fP \fIstrategies\fP
-Select the zlib compression strategies used in IDAT compression.
-.br
-The \fIstrategies\fP argument is specified as a rangeset (e.g. \fB\-zs0\-3\fP),
-and the default \fIstrategies\fP value depends on the optimization level set by
-the option \fB\-o\fP.
-.br
-The effect of this option is defined by the \fBzlib\fP(3) library used by
-\fBOptiPNG\fP.
-.TP
-\fB\-zw\fP \fIsize\fP
-Select the zlib window size (32k,16k,8k,4k,2k,1k,512,256) used in IDAT
-compression.
-.br
-The \fIsize\fP argument can be specified either in bytes (e.g. 16384) or
-kilobytes (e.g. 16k). The default \fIsize\fP value is set to the lowest
-window size that yields an IDAT output as big as if yielded by the value 32768.
-.br
-The effect of this option is defined by the \fBzlib\fP(3) library used by
-\fBOptiPNG\fP.
-.SS "Editing options"
-.TP
-\fB\-snip\fP
-Cut one image out of multi-image, animation or video files.
-.br
-Depending on the input format, this may be either the first or the most
-relevant (e.g. the largest) image.
-.TP
-\fB\-strip\fP \fIobjects\fP
-Strip metadata objects from a PNG file.
-.br
-PNG metadata is the information stored in any ancillary chunk except tRNS.
-(tRNS represents the alpha channel, which, even if ignored in rendering, is
-still a proper image channel in the RGBA color space.)
-.br
-The only option currently supported is \fB\-strip all\fP.
-.SS "Notes"
-Options may come in any order (except for \fB\-\-\fP), before, after, or
-alternating with file names. Option names are case-insensitive and may be
-abbreviated to their shortest unique prefix.
-.P
-Some options may have arguments that follow the option name, separated by
-whitespace or the equal sign ('\fB=\fP'). If the option argument is a number
-or a rangeset, the separator may be omitted. For example:
-.IP
-\fB\-out\fP \fCnewfile.png\fP \ <=> \ \fB\-out=\fP\fCnewfile.png\fP
-.br
-\fB\-o3\fP \ <=> \ \fB\-o 3\fP \ <=> \ \fB\-o=3\fP
-.br
-\fB\-f0,3\-5\fP \ <=> \ \fB\-f 0,3\-5\fP \ <=> \ \fB\-f=0,3\-5\fP
-.P
-Rangeset arguments are cumulative; e.g.
-.IP
-\fB\-f0 \-f3\-5\fP \ <=> \ \fB\-f0,3\-5\fP
-.br
-\fB\-zs0 \-zs1 \-zs2\-3\fP \ <=> \ \fB\-zs0,1,2,3\fP \ <=> \ \fB\-zs0\-3\fP
-
-.SH "EXTENDED DESCRIPTION"
-The PNG optimization algorithm consists of the following steps:
-.TP 4
-1.
-Reduce the bit depth, the color type and the color palette of the image.
-This step may reduce the size of the uncompressed image, which, indirectly, may
-reduce the size of the compressed image (i.e. the size of the output PNG file).
-.TP 4
-2.
-Run a suite of compression methods and strategies and select the compression
-parameters that yield the smallest output file.
-.TP 4
-3.
-Store all IDAT contents into a single chunk, eliminating the overhead
-incurred by repeated IDAT headers and CRCs.
-.TP 4
-4.
-Set the zlib window size inside IDAT to a mininum that does not affect the
-compression ratio, reducing the memory requirements of PNG decoders.
-.P
-Not all of the above steps need to be executed. The behavior depends on the
-actual input files and user options.
-.P
-Step 1 may be customized via the no-reduce options \fB\-nb\fP, \fB\-nc\fP,
-\fB\-np\fP and \fB\-nx\fP. Step 2 may be customized via the \fB\-o\fP option,
-and may be fine-tuned via the options \fB\-zc\fP, \fB\-zm\fP, \fB\-zs\fP and
-\fB\-zw\fP. Step 3 is always executed. Step 4 is executed only if a new IDAT is
-being created, and may be fine-tuned via the option \fB\-zw\fP.
-.P
-Extremely exhaustive searches are not generally expected to yield significant
-improvements in compression ratio, and are recommended to advanced users only.
-
-.SH EXAMPLES
-\fCoptipng file.png \ \ \ \ \ \fP# default speed
-.br
-\fCoptipng -o5 file.png \ \fP# slow
-.br
-\fCoptipng -o7 file.png \ \fP# very slow
-
-.SH BUGS
-Lossless image reductions are not completely implemented.
-(This does \fInot\fP affect the integrity of the output files.)
-Here are the missing pieces:
-.IP
-\- The color palette reductions are implemented only partially.
-.br
-\- The bit depth reductions below 8, for grayscale images, are not implemented
-yet.
-.P
-Encoding of images whose total IDAT size exceeds 2GB is not supported.
-.P
-TIFF support is limited to uncompressed, PNG-compatible (grayscale, RGB and
-RGBA) images.
-.P
-Metadata is not imported from the external image formats.
-.P
-There is no support for pipes, streams, extended file attributes or access
-control lists.
-
-.SH "SEE ALSO"
-\fBpng\fP(5),
-\fBlibpng\fP(3),
-\fBzlib\fP(3),
-\fBpngcrush\fP(1),
-\fBpngrewrite\fP(1).
-
-.SH STANDARDS
-The files produced by \fBOptiPNG\fP are compliant with \fBPNG\-2003\fP:
-.br
-Glenn Randers-Pehrson et al.
-\fIPortable Network Graphics (PNG) Specification, Second Edition\fP.
-.br
-W3C Recommendation 10 November 2003; ISO/IEC IS 15948:2003 (E).
-.br
-\fChttp://www.w3.org/TR/PNG/\fP
-
-.SH AUTHOR
-\fBOptiPNG\fP is written and maintained by Cosmin Truta.
-.PP
-This manual page was originally written by Nelson A. de Oliveira
-for the Debian Project. It was later updated by Cosmin Truta,
-and is now part of the \fBOptiPNG\fP distribution.
diff --git a/antora-ui-camel/.yarn/unplugged/optipng-bin-npm-6.0.0-3aa5f04a3e/node_modules/optipng-bin/vendor/optipng b/antora-ui-camel/.yarn/unplugged/optipng-bin-npm-6.0.0-3aa5f04a3e/node_modules/optipng-bin/vendor/optipng
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