Fixes: RIPD-1648
- use ExternalProject for snappy, lz4, SOCI, and sqlite3
- use FetchContent for NuDB
- update SOCI from 79e222e3c2278e6108137a2d26d3689418b37544 to
3a1f602b3021b925d38828e3ff95f9e7f8887ff7
- update lz4 from c10863b98e1503af90616ae99725ecd120265dfb to v1.8.2
- update sqlite3 from 3.21 to 3.24
- update snappy from b02bfa754ebf27921d8da3bd2517eab445b84ff9 to 1.1.7
- update NuDB from 00adc6a4f16679a376f40c967f77dfa544c179c1 to 1.0.0
Exclude several libraries from build when we are included in a
super-project (this is the case when someone only wants to use
xrpl_core). Force several target (deprecated) params to be cache
variables since they are now exposed as options.
Switch to target-oriented dependencies. Use imported targets for
dependencies (openssl, boost). Localize FindBoost to remove cmake
version dependence for latest boost support. Logically separate
"ripple-libpp" core sources and add install targets.
Add ninja build for msvc. Add two clang sanitizer builds. Misc script
changes to work with latest modernized cmake.
Some classes had virtual methods, but were missing a virtual
destructor.
Technically, every unit test that inherits from the Beast test suite
would get flagged by `-Wnon-virtual-dtor` but I did not think it would
be a great idea to go sprinkle a virtual destructor for every Ripple
test suite.
Removes unnecessary common link libs related to openssl, which we link
to explicitly using finder vars now. THis allows the generated XCode
project to link without error. Tested with CMake 3.9.0 and XCode 8.3.3.
if openssl is configured with compression support AND you link
to the static lib, you are going to need to link to zlib.
Fundamentally the CMake finder should take care of this (as
described in https://gitlab.kitware.com/cmake/cmake/issues/16885),
but we work around it here by adding zlib explicitly. Update
beast error test for OpenSSL 1.1.0
* `CMAKE_C_COMPILER` and `CMAKE_CXX_COMPILER` must be defined
before `project`. However, it will clear `CMAKE_BUILD_TYPE`.
Use `CACHE` variables and reorder some code to work around
these constraints.
* Also correct a couple of copy paste errors.
All uses of beast::Thread were previously removed from the code
base, so beast::Thread is removed. One piece of beast::Thread
needed to be preserved: the ability to set the current thread's
name. So there's now a beast::CurrentThreadName that allows the
current thread's name to be set and returned.
Thread naming is also cleaned up a bit. ThreadName.h and .cpp
are removed since beast::CurrentThreadName does a better job.
ThreadEntry is also removed, but its terminateHandler() is
preserved in TerminateHandler.cpp. The revised terminateHandler()
uses beast::CurrentThreadName to recover the name of the running
thread.
Finally, the NO_LOG_UNHANDLED_EXCEPTIONS #define is removed since
it was discovered that the MacOS debugger preserves the stack
of the original throw even if the terminateHandler() rethrows.
* CMake defaults CMAKE_CXX_FLAGS_RELEASE, etc. to include defining
NDEBUG, regardless of other options set elsewhere, for most or all
generators. This change explicitly removes that flag from the relevant
variables.
* Also move the project command earlier, since it wipes out some local
changes.
* Still respects "-Dtarget" unity/nonunity selection. Still defaults to
unity.
* Adds a new target (rippled_classic or rippled_unity) depending on
unity/nonunity selection.
* New target does not build by default.
eg. Use `cmake --build . -target rippled_classic`
* Copy all config variables (Debug/Release to DebugClassic/ReleaseClassic) for nonunity builds
* CI uses the more generic "cmake --build" command
* Put all the relevant calls together.
* Sensibly handle stage vs. stage64 lib directories.
* Unable to move target_link_libraries acur_project not defined in new location, so breaks non-win builds
* Simplify Travis APT config.
* Automatically retry Travis build and test script. Will result in fewer
false negatives.
* Travis install scripts use absolute paths.
* Build a library of cmake functions for reuse.
* Disallow cmake builds in project root.
* Disallow cmake default 32-bit Visual Studio builds.
* Add several missing nonunity / header files, including all unit tests to
cmake.
* Change gcc.debug.nounity Travis build to use cmake, instead of adding
builds.
* Change Appveyor build to cmake. Eliminates most spurious failures, which
are caused by python or scons failing to download.
