# JPEG tests 

# Images of various sizes.
== jpg-size-1x1.jpg   jpg-size-1x1.png
== jpg-size-2x2.jpg   jpg-size-2x2.png
== jpg-size-3x3.jpg   jpg-size-3x3.png
== jpg-size-4x4.jpg   jpg-size-4x4.png
== jpg-size-5x5.jpg   jpg-size-5x5.png
== jpg-size-6x6.jpg   jpg-size-6x6.png
== jpg-size-7x7.jpg   jpg-size-7x7.png
== jpg-size-8x8.jpg   jpg-size-8x8.png
== jpg-size-9x9.jpg   jpg-size-9x9.png
== jpg-size-15x15.jpg jpg-size-15x15.png
== jpg-size-16x16.jpg jpg-size-16x16.png
== jpg-size-17x17.jpg jpg-size-17x17.png
== jpg-size-31x31.jpg jpg-size-31x31.png
== jpg-size-32x32.jpg jpg-size-32x32.png
== jpg-size-33x33.jpg jpg-size-33x33.png
# Progressive encoding
== jpg-progressive.jpg jpg-progressive.png
# Grayscale colorspace
== jpg-gray.jpg jpg-gray.png
# CMYK colorspace
== jpg-cmyk-1.jpg jpg-cmyk-1.png
== jpg-cmyk-2.jpg jpg-cmyk-2.png
# This intermittently fails on Android due to async image decoding (bug #685516)
# Sometimes the image decodes in time and the test passes, other times the image
# appears blank and the test fails. This only seems to be triggered since the
# switch to 24-bit colour (bug #803299).
random-if(Android) == jpg-srgb-icc.jpg jpg-srgb-icc.png

# webcam-simulacrum.mjpg is a hand-edited file containing red.jpg and blue.jpg,
# concatenated together with the relevant headers for
# multipart/x-mixed-replace. Specifically, with the headers in
# webcam-simulacrum.mjpg^headers^, the web browser will get the following:
#
# HTTP 200 OK
# Content-Type: multipart/x-mixed-replace;boundary=BOUNDARYOMG
# 
# --BOUNDARYOMG\r\n
# Content-Type: image/jpeg\r\n
# \r\n
# <contents of red.jpg> (no newline)
# --BOUNDARYOMG\r\n
# Content-Type: image/jpeg\r\n
# \r\n
# <contents of blue.jpg> (no newline)
# --BOUNDARYOMG--\r\n
# 
# (The boundary is arbitrary, and just has to be defined as something that
# won't be in the text of the contents themselves. --$(boundary)\r\n means
# "Here is the beginning of a boundary," and --$(boundary)-- means "All done
# sending you parts.")
HTTP == webcam-simulacrum.mjpg blue.jpg
# Same as the above but as img elements in html files to get better test
# coverage of multipart images.
# Images loaded at the top level are actually loaded into an ImageDocument
# which is a slim html document wrapper around the image.
# Multipart images send multiple OnStartRequest's, each OnStartRequest causes
# us to create a new ImageDocument to show the next part.
# This differs from displaying a multipart image in an img element in a regular
# document where we use the same document and same elements and same layout
# frames for each part. So we have this testcase to test those different
# codepaths.
HTTP == webcam-simulacrum.html blue.html

== non-interleaved_progressive-1.jpg non-interleaved_progressive-1-halfred-ref.png
== non-interleaved_progressive-2.jpg non-interleaved_progressive-2-white-ref.png