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additional test/debug projects. (#3420)
* Fixing linker warning when building libmono DLL.
After splitting mono runtime into a static library used when building libmono
DLL, we got a linker warning since there were no object files left in the
libmono project. There was also a sematic issue with the current organization
of DllMain since it is located in driver.c that will be compiled into the static
library and then consumed by the linker building the DLL. In cases where the
static library was consumed directly it would still include DllMain entry point.
By splitting the DllMain method implementation into a separate specific windows file
we can both resolve the linker warning and remove the DllMain method implementation from the static
library and only include it when building the libmono DLL.
* Visual Studio projects support to optimally link mono applications using static libmono library.
Added a new property, MONO_USE_STATIC_LIBMONO that can be used to link some
mono applications, for example mono(-sgen).exe, towards static version of libmono.
This gives us the option to build a binary without dependencies on other runtime binaries
minimizing what’s needs to be deployed in order to run mono. This in combination with static linked c-runtime
(another option available through a VS property) will produce a mono runtime binary without
addition dependencies except .NET assemblies deployed by mono runtime users.
The default is still using the dynamic version of libmono as before.
* Visual Studio project to test/debug testdriver tests from within Visual Studio.
Added an additional Visual Studio project preconfigured to run testdriver related tests
directly from within Visual Studio.
Commit also includes an additional configuration script that can be used test projects in order
to setup a mono config file. The testdriver project uses this to create a unique configuration
files pointing to the build libtest.dll for running configuration. The configuration file will then
be used when the tests are executed to make sure the correct libtest.dll for current build configuration
gets used when running test different tests from within the Visual Studio debugger.
The project comes with a number of user macros as well that can be used in order to tailor how the tests are run.
Most of the values are preconfigured and shouldn't need to be changed in order to use
current build. In order to change the test that is executed, use the following user macro
defined in mono-testdriver-test property sheet added to the project:
MONO_TESTDRIVER_RUN_TARGET
and point it to the assembly hosting the tests to execute from within Visual Studio.
* Visual Studio project to test/debug nunit tests from within Visual Studio.
Added an additional Visual Studio project preconfigured to run nunit related tests
directly from within Visual Studio.
The project comes with a number of user macros as well that can be used in order to tailor how the tests are run.
Most of the values are preconfigured and shouldn't need to be changed in order to use
current build. In order to change the test that is executed, use the following user macro
defined in mono-nunit-test property sheet added to the project:
MONO_NUNIT_RUN_TARGET
and point it to the assembly hosting the tests to execute from within Visual Studio.
There is also an additional user macro defined:
MONO_NUNIT_FIXTURE
This can be used to limit the number of nunit test run within a test suite.
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naming for intermediate pdb files for exe/dll's.
All artifacts will now have the same name of their final pdb file as
the library/dll/exe target file name.
The problem with the naming turns out to be a problem in Visual Studio
when a exe/dll use the same name of its intermediate pdb files and final
pdb file. In that case the final pdb file produced by the linker will be
incorrect and not usable by the debugger. This was the reason for the initial
change, giving intermediate pdb files a different name. Moving back to the
default naming for intermediate pdb files for exe/dll's will give the same
effect (a different name) and since libraries are not affected by this
problem, libraries can use the target name for their pdb files as well.
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All projects will inherit the RuntimeLibrary from mono.props where it now
can be controlled using a user property, MONO_USE_STATIC_C_RUNTIME.
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On a clean system there was a missing include path for some of the embedded samples.
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naming conflicts when linking.
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* Enabled build target suffix in order to lable a build (primarly for sgen).
* Enabled separate build tree.
* Dropped all sgen configurations, replaced by properties and target suffix.
* Fixed pdb naming of intermediate pdb files.
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* Upgraded all projects to new vs2015 tool chain.
* Used mono.props through property manager instead of import.
* Fixed dependencies to be more explicitly in additional dependecies.
* Fixed error in mono.props, switched $ to % when referencing internal variables.
* Added property variables for includes and libraries, defined in mono.props.
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required header files to a directory named include
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From:
https://github.com/mono/mono/pull/724
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