bfchar and bfrange mappings are kept in the CMap and carried over by
usecmap. A code mapped to a character code draws that code in the base font
usefont named; a code mapped to a glyph name draws that glyph.
Between each two characters the kshow procedure runs with the two codes and
the current point after the first, in any font, not only Type 3 fonts. Where
it moves the current point the next character follows, kept as tracking.
Adds composefont, the CIDInit and FontSetInit procedure sets and the CMap
operators, so EPS with CID-keyed fonts (as pdftops -level3 writes) opens.
Type 0 fonts with FMapType 9 decode their codes through the CMap's codespace
ranges and CID mappings, and the Identity CMaps are predefined.
Each CID-keyed font in a FontSet's CFF data is defined as a CIDFont named by
the CFF Name INDEX, with its glyphs found by CID through the charset and
FDSelect, so a composefont over it draws its type.
An embedded Type 1 font's eexec part is decrypted and its charstrings read,
so its glyphs and widths are used instead of the installed or fallback
font's. Codes are decoded through the font's Encoding, so fonts that place
glyphs at low codes no longer lose their type.
A plain Type 42 font now maps each code to its character through its glyph
names, or through the glyph its CharStrings give it in the font's own
character map or post names, instead of reading the code as Latin-1. The
font's own widths move the current point, charpath outlines its glyphs, and
the show operators' spacing and the embedded widths are kept on live type as
tracking. Type shown under nulldevice no longer appears.
A grayscale image colorized with a fill color keeps that color outside its
appearance, so the check for art without paint treated it like an uncolorized
image and new art kept its old fill while the Fill proxy showed the color.
Count a colorize paint as paint: the image then loads like any object with a
fill and no stroke.
Language per character rows in docs/type-parity.md: spelling is no longer listed as not yet done, and the hyphenation note names the languages that still lack it.
The image decoder limit in rgba_pixels does not apply to CMYK images, which cmyk_rgba reads. Keep the separate case of a TIFF the host rejects as too large.
plugin.install and plugin.remove count an entry of grants.json that this
version can't use when it can't be removed. plugin.install stops counting
a grant it can't remove when the old module can't be written back to the
Plug-ins folder.
A server confined with --automation-read-root or
--automation-write-root has no plug-in store, so a grant accepted under
the flag could not be written to grants.json and recorded grants were
not read. mcp now refuses the combination at start-up.
The help text, docs/plugins.md and docs/mcp.md state that a confined
server does not install a module that lists permissions or asks for a
heavy budget, and that with VECTORCRAFT_NO_PREFS set a grant accepted
under the flag lasts for that session only.
A refused install keeps the grant, a failed write of the module to the
plug-in store leaves the grant in the store, and a stored module that is
disabled or not read in Safe Mode keeps the grant for its id. This
matches docs/plugins.md.
An embedded image also comes with pixelsOmitted: true when its data is missing, its width or height is 0, its data cannot be decoded within the decoder's memory limit, or its dimensions differ from pixelSize. The entry tells plug-ins to check the flag before reading pixelsBase64.
A grant accepted under --allow-plugin-grants is written to grants.json like a
person's approval and counts as approved in later sessions and in the desktop
app. The CLI usage text, the plugin.install params text and docs/plugins.md and
docs/mcp.md said only a person's approval in the desktop app records one.
BFlat