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Android wants colors to be BGRA, not RGBA, so accomodate this.
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Explicitly pass the page number into separation related
functions.
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These headers are already included by mupdf/fitz/system.h.
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Neatness doesn't override actually working.
This reverts commit efb5a38ca0bac3537ceaf3383681a518df133143.
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Get separation information out to the Java level.
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Easier than duplicating getopt for wchar_t, since we already
have windows specific functions to convert wchar_t strings.
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Windows build was broken with commit 642a59a4de683a1359733229943be285e3e45c4f
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If we build with DEBUG set, the native section will be built
with debugging enabled.
The debuggable flag in AndroidManifest still needs to be edited
manually, but it's set explicitly false here so we can grep for
it.
Also, send stdout/stderr to text files in DEBUG builds. The path
for this may not work on all phones (it certainly works on the
LG G3, running Lollipop), but it won't hurt on anything.
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MuPDFCore now supports a gprfSupported method that returns
true iff we compiled the core with SUPPORT_GPROOF and a
libgs.so is available.
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Hit the proofing button, and we create a new temporary .gproof file.
We invoke a new version of MuPDF on that. When that finishes control
returns to us, and we delete the .gproof file.
Currently the new version of MuPDF loads the .gproof file, but fails
to generate any pages from it, as we have no version of ghostscript
on the system. Generating this new ghostscript is the next job.
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Given a document, generate a gproof file from it. This encapsulates
the name of the file, the desired resolution for proofing, and the
page dimensions of all the pages in the file.
The idea is that an app will call this when it is asked to go into
'proofing' mode, and will reinvoke itself on this file. This gives
the gprf document handler just enough information to fake up a
document of n pages of the required sizes. Each page will then be
autogenerated on demand.
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Doesn't actually trigger generation from ghostscript, or load
images from files generated by ghostscript yet.
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Simple set of functions for managing sets of separations. Separations
have names, equivalent rgb/cmyk colors, and can be enabled/disabled.
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This will be required for the gprf work.
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Previously, only the unix executable had been updated to take
command line flags; update the windows one in line with it.
We have to cope with the argv being in Unicode; add a windows
specific version of getoptw for this.
Also note that that fprintf's in the windows mupdf exe won't work
as GUI apps don't have a console window, and can't write to the
parent one. Fixing that is a larger project than I have time
for right now.
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MuPDF only.
Call SetProcessDPIAware if it's available; this stops Windows
doing its own horrible scaling causing blurriness.
Also, interrogate the screen display to get the real dpi and use that
as our basis.
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People worrying about the minimal extra memory this takes can
disable it if required.
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MUDRAW_STANDALONE forces mudraw_main to be just main. Set this
in the mudraw VS project.
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mudraw.c must be included into mutool.
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Only affects EPUB and HTML.
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Add -U option to mupdf and mudraw to set a user stylesheet.
Uses a context to store user the stylesheet, just like the AA level.
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If FZ_LARGEFILE is defined when building, MuPDF uses 64bit offsets
for files; this allows us to open streams larger than 2Gig.
The downsides to this are that:
* The xref entries are larger.
* All PDF ints are held as 64bit things rather than 32bit things
(to cope with /Prev entries, hint stream offsets etc).
* All file positions are stored as 64bits rather than 32.
The implementation works by detecting FZ_LARGEFILE. Some #ifdeffery
in fitz/system.h sets fz_off_t to either int or int64_t as appropriate,
and sets defines for fz_fopen, fz_fseek, fz_ftell etc as required.
These call the fseeko64 etc functions on linux (and so define
_LARGEFILE64_SOURCE) and the explicit 64bit functions on windows.
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popover presentations need to be told which button to emerge from
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Add fz_has_permission function to fz_document.
Add fz_lookup_metadata function to fz_document.
Remove fz_meta function from fz_document.
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The new pdfclean sanitize functionality mean that mutool now
needs the data files, so maintaining the split that was designed to
keep data files out of mutool is no longer viable.
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Mousewheel events would 'capture' the mouse, and consequently all
keyboard events would be ignored until the next mouse button up.
Simple fix.
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Update FZ_VERSION to 1.7
Update Android app version.
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Use a placeholder document instead - just a big red 'X'.
Supposedly lots of people use MuPDF to view the output of their TeX
documents. Sometimes the compilation of the TeX document fails, and
reload results in MuPDF closing. This should allow their window to
stay open until they fix the problem and reload again.
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It has its own repo now. See http://git.ghostscript.com/?p=gsview.git
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Inspired by bug 695823. Mutool can now dump the sizes and
orientations for pages within a given file.
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Michael needs to be able to call pdfclean from gsview. At the moment
he's having to do this by including the pdfclean.c file into the lib
build, and then calling pdfclean_main with a faked up command line.
This isn't nice.
pdfclean.c is implemented by pdfclean_main parsing the options/filenames
out of argv and then passing the filenames/options on to a
pdfclean_clean function.
This seems like a much nicer API to offer to the world.
We therefore pull the guts of pdfclean.c (pdfclean_clean and its
subsidiary structures/functions) into pdf-clean-file.c and include
this in the library build.
This leaves pdfclean.c just as the command line parsing.
This should not affect the size of any of the resulting binaries.
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Adopt (slightly modified) version of Kenny Lam's patch to allow
panning while zooming. This more closely matches how a web view
behaves.
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Thanks to Goncalo Ferreira for spotting this.
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On windows, handle mouse wheel events as mouse events rather than
keyboard ones. This means that Ctrl-wheel zooms as expected (consistent
with Chrome etc). Also ensure that Shift-wheel changes from vertical
to horizontal.
Mouse wheel over pages that are larger than fit in the window
now scroll around the page. Once they hit the edge of the window,
the page flips to the next/previous page as you would expect.
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Update pdfapp_onkey to take modifiers. If shift is held down when
space is sent, then back up a page.
This involves updating the windows app to actually send modifiers.
Previously they were always sent as zero to the onmouse routine.
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Adopt patch from Risto Saarelma. When in presentation mode, left
and right mouse buttons flip pages forward/back.
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Adopt Guillume Duranceau's patch to set the NET_WM_NAME property for
window titles.
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Given that MuPDFReaderView has a public setMode call, ensure that
the enum with the Mode values in is public too.
Thanks to Jeremy Dixon for pointing out the issue.
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Adopt a small patch from ooesili@gmail.com to avoid zombie processes
that are left around after processes opened from PDF links are
terminated.
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I can't claim to entirely understand why one formulation works and
the other doesn't, but it seems a harmless enough fix that apparently
works.
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Currently, every PDF name is allocated in a pdf_obj structure, and
comparisons are done using strcmp. Given that we can predict most
of the PDF names we'll use in a given file, this seems wasteful.
The pdf_obj type is opaque outside the pdf-object.c file, so we can
abuse it slightly without anyone outside knowing.
We collect a sorted list of names used in PDF (resources/pdf/names.txt),
and we add a utility (namedump) that preprocesses this into 2 header
files.
The first (include/mupdf/pdf/pdf-names-table.h, included as part of
include/mupdf/pdf/object.h), defines a set of "PDF_NAME_xxxx"
entries. These are pdf_obj *'s that callers can use to mean "A PDF
object that means literal name 'xxxx'"
The second (source/pdf/pdf-name-impl.h) is a C array of names.
We therefore update the code so that rather than passing "xxxx" to
functions (such as pdf_dict_gets(...)) we now pass PDF_NAME_xxxx (to
pdf_dict_get(...)). This is a fairly natural (if widespread) change.
The pdf_dict_getp (and sibling) functions that take a path (e.g.
"foo/bar/baz") are therefore supplemented with equivalents that
take a list (pdf_dict_getl(... , PDF_NAME_foo, PDF_NAME_bar,
PDF_NAME_baz, NULL)).
The actual implementation of this relies on the fact that small
pointer values are never valid values. For a given pdf_obj *p,
if NULL < (intptr_t)p < PDF_NAME__LIMIT then p is a literal
entry in the name table.
This enables us to do fast pointer compares and to skip expensive
strcmps.
Also, bring "null", "true" and "false" into the same style as PDF names.
Rather than using full pdf_obj structures for null/true/false, use
special pointer values just above the PDF_NAME_ table. This saves
memory and makes comparisons easier.
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