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putty-source/.gitignore

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Add a .gitignore, now this project is in git.
2014-10-25 14:44:35 +00:00
*.o
New 'contrib' tool: a script for faking initial KEX. encodelib.py is a Python library which implements some handy SSH-2 encoding primitives; samplekex.py uses that to fabricate the start of an SSH connection, up to the point where key exchange totally fails its crypto. The idea is that you adapt samplekex.py to construct initial-kex sequences with particular properties, in order to test robustness and security fixes that affect the initial-kex sequence. For example, I used an adaptation of this to test the Diffie-Hellman range check that's just gone into 0.64.
2015-02-28 07:58:29 +00:00
*.pyc
Add a .gitignore, now this project is in git.
2014-10-25 14:44:35 +00:00
.dirstamp
.deps
Add '.DS_Store' to .gitignore. This is a file that generally seems to turn up when you start using OS X Finder to interact with directories - which is more likely now that we're building OS X app bundles into this source tree.
2016-03-23 22:16:20 +00:00
.DS_Store
Add a .gitignore, now this project is in git.
2014-10-25 14:44:35 +00:00
/*.pdb
/*.ilk
/*.res
/*.RES
/*.pch
/*.rsp
/*.obj
/*.exe
/*.ncb
/*.plg
/*.dsw
/*.opt
/*.dsp
/*.tds
/*.td2
/*.map
Rename Makefile.cyg to Makefile.mgw. It's really only useful with MinGW rather than a Cygwin toolchain these days, as recent versions of the latter insist against linking with the Cygwin DLL. (I think it may no longer be possible to build with Cygwin out of the box at all these days, but I'm not going to say so without having actually checked that's the case. Settle for listing MinGW first in various comments and docs.)
2016-04-10 13:26:54 +00:00
/Makefile.mgw
Add a .gitignore, now this project is in git.
2014-10-25 14:44:35 +00:00
/Makefile.vc
/Makefile.lcc
/MSVC
/*.log
/*.GID
/local
/Output
/pageant
/plink
/pscp
/psftp
/putty
/puttytel
/puttygen
/pterm
New front end to PuTTY/pterm, as a GtkApplication. When it's finished, this will be the backbone of the OS X GTK port: using a GtkApplication automatically gives us a properly OS X integrated menu bar. Using this source file in place of gtkmain.c turns the usual Unix single-session-per-process PuTTY or pterm into the multi-session-per- process OS X style one. Things like Duplicate Session can be done much more simply here - we just grab the Conf * from the source window and launch a new window using it, with no fiddly interprocess work needed. This is still experimental and has a lot of holes, but it's usable enough to test and improve.
2016-03-23 22:22:30 +00:00
/puttyapp
/ptermapp
New program 'osxlaunch', to use as an OS X bundle launcher. The big problem with making an OS X application out of a GTK program is that it won't start unless DYLD_LIBRARY_PATH and several other environment variables point at all the GTK machinery. So your app bundle has to contain two programs: a launcher to set up that environment, and then the real main program that the launcher execs once it's done so. But in our case, we also need pterm to start subprocesses _without_ all that stuff in the environment - so our launcher has to be more complicated than the usual one, because it's also got to save every detail of how the environment was when it started up. So this is the launcher program I'm going to use. Comments in the header explain in more detail how it'll work. Also in this commit, I add the other end of the same machinery to gtkapp.c and uxpty.c: the former catches an extra command-line argument that the launcher used to indicate how it had munged the environment, and stores it in a global variable where the latter can pick it up after fork() and use to actually undo the munging.
2016-03-23 22:13:30 +00:00
/osxlaunch
Add an actual SSH server program. This server is NOT SECURE! If anyone is reading this commit message, DO NOT DEPLOY IT IN A HOSTILE-FACING ENVIRONMENT! Its purpose is to speak the server end of everything PuTTY speaks on the client side, so that I can test that I haven't broken PuTTY when I reorganise its code, even things like RSA key exchange or chained auth methods which it's hard to find a server that speaks at all. (For this reason, it's declared with [UT] in the Recipe file, so that it falls into the same category as programs like testbn, which won't be installed by 'make install'.) Working title is 'Uppity', partly for 'Universal PuTTY Protocol Interaction Test Yoke', but mostly because it looks quite like the word 'PuTTY' with part of it reversed. (Apparently 'test yoke' is a very rarely used term meaning something not altogether unlike 'test harness', which is a bit of a stretch, but it'll do.) It doesn't actually _support_ everything I want yet. At the moment, it's a proof of concept only. But it has most of the machinery present, and the parts it's missing - such as chained auth methods - should be easy enough to add because I've built in the required flexibility, in the form of an AuthPolicy object which can request them if it wants to. However, the current AuthPolicy object is entirely trivial, and will let in any user with the password "weasel". (Another way in which this is not a production-ready server is that it also has no interaction with the OS's authentication system. In particular, it will not only let in any user with the same password, but it won't even change uid - it will open shells and forwardings under whatever user id you started it up as.) Currently, the program can only speak the SSH protocol on its standard I/O channels (using the new FdSocket facility), so if you want it to listen on a network port, you'll have to run it from some kind of separate listening program similar to inetd. For my own tests, I'm not even doing that: I'm just having PuTTY spawn it as a local proxy process, which also conveniently eliminates the risk of anyone hostile connecting to it. The bulk of the actual code reorganisation is already done by previous commits, so this change is _mostly_ just dropping in a new set of server-specific source files alongside the client-specific ones I created recently. The remaining changes in the shared SSH code are numerous, but all minor: - a few extra parameters to BPP and PPL constructors (e.g. 'are you in server mode?'), and pass both sets of SSH-1 protocol flags from the login to the connection layer - in server mode, unconditionally send our version string _before_ waiting for the remote one - a new hook in the SSH-1 BPP to handle enabling compression in server mode, where the message exchange works the other way round - new code in the SSH-2 BPP to do _deferred_ compression the other way round (the non-deferred version is still nicely symmetric) - in the SSH-2 transport layer, some adjustments to do key derivation either way round (swapping round the identifying letters in the various hash preimages, and making sure to list the KEXINITs in the right order) - also in the SSH-2 transport layer, an if statement that controls whether we send SERVICE_REQUEST and wait for SERVICE_ACCEPT, or vice versa - new ConnectionLayer methods for opening outgoing channels for X and agent forwardings - new functions in portfwd.c to establish listening sockets suitable for remote-to-local port forwarding (i.e. not under the direction of a Conf the way it's done on the client side).
2018-10-20 21:09:54 +00:00
/uppity
Create OS X application bundles for PuTTY and pterm. This commit adds two .plist files, which go in the app bundles; two .bundle files, which are input to gtk-mac-bundler and explain to it how to _create_ the bundles; and a piece of manual addition to Makefile.am that actually runs gtk-mac-bundler after building the gtkapp.c based binaries and the OSX launcher. The latter is conditionalised on configuring --with-quartz (unlike the binaries themselves, which you can build on other platforms too, though they won't do much that's useful).
2016-03-23 22:14:13 +00:00
/unix/PuTTY.app
/unix/Pterm.app
Add fuzzterm to .gitignore.
2015-11-08 11:58:27 +00:00
/fuzzterm
New test system for mp_int and cryptography. I've written a new standalone test program which incorporates all of PuTTY's crypto code, including the mp_int and low-level elliptic curve layers but also going all the way up to the implementations of the MAC, hash, cipher, public key and kex abstractions. The test program itself, 'testcrypt', speaks a simple line-oriented protocol on standard I/O in which you write the name of a function call followed by some inputs, and it gives you back a list of outputs preceded by a line telling you how many there are. Dynamically allocated objects are assigned string ids in the protocol, and there's a 'free' function that tells testcrypt when it can dispose of one. It's possible to speak that protocol by hand, but cumbersome. I've also provided a Python module that wraps it, by running testcrypt as a persistent subprocess and gatewaying all the function calls into things that look reasonably natural to call from Python. The Python module and testcrypt.c both read a carefully formatted header file testcrypt.h which contains the name and signature of every exported function, so it costs minimal effort to expose a given function through this test API. In a few cases it's necessary to write a wrapper in testcrypt.c that makes the function look more friendly, but mostly you don't even need that. (Though that is one of the motivations between a lot of API cleanups I've done recently!) I considered doing Python integration in the more obvious way, by linking parts of the PuTTY code directly into a native-code .so Python module. I decided against it because this way is more flexible: I can run the testcrypt program on its own, or compile it in a way that Python wouldn't play nicely with (I bet compiling just that .so with Leak Sanitiser wouldn't do what you wanted when Python loaded it!), or attach a debugger to it. I can even recompile testcrypt for a different CPU architecture (32- vs 64-bit, or even running it on a different machine over ssh or under emulation) and still layer the nice API on top of that via the local Python interpreter. All I need is a bidirectional data channel.
2019-01-01 19:08:37 +00:00
/testcrypt
Move the ZLIB_STANDALONE main() into its own file. Now, instead of getting the zlib test/helper program by manually compiling a source file with unusual options, it gets built as standard by the ordinary Makefile.
2018-11-27 19:22:15 +00:00
/testzlib
cmdgen: rescue test suite from bit rot. cmdgen.c has contained code for ages to build a test main() if you compile with -DTEST_CMDGEN. But it's painful to do so manually, since you've still got to link in all the same supporting objects, and also nobody can have actually done that for a while because the stub test code hasn't been kept up to date with changes in the internal APIs (specifically prompt_t). Now we have the ability to include our test programs in Recipe as [UT] or [XT] so as to leave them out of 'make install', that seems like a useful thing to do with cmdgen's test suite. So here's a Recipe change that builds it as 'cgtest', plus fixes for compiler warnings and bit rot. Pleasantly, the test suite still _passes_ after those are fixed.
2016-03-30 07:25:25 +00:00
/cgtest
Add a .gitignore, now this project is in git.
2014-10-25 14:44:35 +00:00
/*.DSA
/*.RSA
/*.cnt
/*.hlp
/.bmake
/build.log
/build.out
/uxconfig.h
/empty.h
/config.status
/Makefile.am
/Makefile.in
/Makefile
/compile
/config.status
/configure
/stamp-h1
/aclocal.m4
/ar-lib
/autom4te.cache
/depcomp
/install-sh
/local
/missing
/uxconfig.in
/uxconfig.h
Stop copying the licence text into C source code. Now all the uses of the licence text or the short copyright notice get it from a new header "licence.h", which in turn is built by a Perl script licence.pl invoked by mkfiles.pl, using LICENCE itself as the source. Hence, I can completely remove a whole section from the list of licence locations in CHECKLST.txt :-)
2015-12-22 12:43:31 +00:00
/licence.h
Add a .gitignore, now this project is in git.
2014-10-25 14:44:35 +00:00
/*.a
/charset/sbcsdat.c
/contrib/cygtermd/cygtermd.exe
/doc/*.html
/doc/*.txt
/doc/*.cnt
/doc/*.hlp
/doc/*.gid
/doc/*.GID
/doc/*.chm
/doc/*.log
/doc/*.1
/doc/*.info
/doc/vstr.but
/doc/*.hhp
/doc/*.hhc
/doc/*.hhk
Autogenerate licence text in doc subdir from LICENCE. Now we have licence.pl, it seems to me to make very good sense to have it generate the Halibut form(s) of the licence and copyright year as well as the source-code forms. As a result, I believe _no_ copies of the licence text or copyright date exist any more except for the master one in LICENCE - so I can completely remove the checklist section about all the places to update it, because there's only one. Hooray!
2015-12-22 11:18:48 +00:00
/doc/licence.but
Add the new copy.but to .gitignore. Arrgh, _another_ one I only remember seconds too late!
2015-12-22 13:56:07 +00:00
/doc/copy.but
Use NetPBM .pam as an intermediate format in the icon makefile. mkicon.py now outputs .pam by hand, rather than using ImageMagick to go straight to .png. For most purposes the main makefile then uses ImageMagick anyway, to convert those .pams straight to the .pngs that the rest of the scripts were expecting. But one script that doesn't do that is macicon.py, which builds the MacOS .icns file by directly reading those .pam files back in. This allows the 'make icns' target in the icons directory to build from a clean checkout on vanilla MacOS, without requiring a user to install ImageMagick or any other non-core Python image handling module. (I could probably take this change at least a little bit further. I don't see any reason why icon.pl - generating the Windows .ico files - couldn't read the .pam files directly, about as easily as macicon.py did, if anyone had a use case for building the Windows icons in the presence of Python and Perl but in the absence of ImageMagick. But the .png files are directly useful outputs for Unix, so _some_ PNG-writing will have to remain here.)
2016-03-23 06:41:27 +00:00
/icons/*.pam
Add a .gitignore, now this project is in git.
2014-10-25 14:44:35 +00:00
/icons/*.png
/icons/*.ico
New script to generate OS X icon files. The Xcode icon composer doesn't seem to exist any more in modern versions of Xcode, or at least if it does then it's well hidden and certainly doesn't live at the top-level path at /Developer where web pages still claim it can be found. There is a free software 'libicns' and associated command-line tools, but they're large, complicated, picky about the exact format of PNGs they get as input, and in any case a needless extra build dependency when it turns out the important parts of the file format can be done in a few dozen lines of Python. So here's a new macicon.py, and icons/Makefile additions to build a demo icon for OS X PuTTY, as and when I finally get it working. Also I've deleted the static icon file in the neglected 'macosx' source directory, because this one is better anyway - the old one was appalling quality, and must have been autogenerated from a single image in some way.
2015-09-06 08:50:09 +00:00
/icons/*.icns
Add a .gitignore, now this project is in git.
2014-10-25 14:44:35 +00:00
/icons/*.xpm
/icons/*.c
/unix/Makefile.gtk
/unix/Makefile.ux
/unix/Makefile.local
/unix/empty.h
/unix/plink
/unix/pterm
/unix/putty
/unix/puttytel
/unix/psftp
/unix/pscp
/unix/puttygen
/unix/stamp-h1
/unix/*.log
/unix/.deps
/windows/*.pdb
/windows/*.ilk
/windows/*.res
/windows/*.RES
/windows/*.pch
/windows/*.rsp
/windows/*.obj
/windows/*.exe
/windows/*.ncb
/windows/*.plg
/windows/*.dsw
/windows/*.opt
/windows/*.dsp
/windows/*.tds
/windows/*.td2
/windows/*.map
New makefile, for Windows cross-builds with clang-cl. This was very strange to write, because it's a bizarre combination of the GNU-make-isms and rc commands of Makefile.mgw with the cl and link commands of Makefile.vc (but also the latter thankfully doesn't need those horrible response files). I've added a big comment in mkfiles.pl about what the build requirements for this makefile actually are, which _hopefully_ will be usable by people other than me.
2017-02-05 10:59:08 +00:00
/windows/Makefile.clangcl
Rename Makefile.cyg to Makefile.mgw. It's really only useful with MinGW rather than a Cygwin toolchain these days, as recent versions of the latter insist against linking with the Cygwin DLL. (I think it may no longer be possible to build with Cygwin out of the box at all these days, but I'm not going to say so without having actually checked that's the case. Settle for listing MinGW first in various comments and docs.)
2016-04-10 13:26:54 +00:00
/windows/Makefile.mgw
Add a .gitignore, now this project is in git.
2014-10-25 14:44:35 +00:00
/windows/Makefile.vc
/windows/Makefile.lcc
/windows/MSVC
/windows/DEVCPP
/windows/VS2010
/windows/VS2012
/windows/*.log
/windows/*.GID
/windows/local
/windows/Output
/windows/*.DSA
/windows/*.RSA
/windows/*.cnt
/windows/*.hlp
/windows/.bmake
/windows/*.sln
/windows/*.suo
MSI-related updates to .gitignore.
2016-03-21 19:07:40 +00:00
/windows/*.msi
/windows/*.wixobj
/windows/*.wixpdb
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