Temporaries created during user conversion operations were being dropped
before the result of the conversion was able to be used. This fixes that
by temporarily storing the result of the conversion inside the
current Function_Push_Pop context.
Needed 1-2 cleanups by hand. 99% was automatic.
* The version that ships with ubuntu 14.04 seems to not work.
I had to build from scratch
* Use cmake to generate the build commands that clang-modernize wants
```sh
cmake -DCMAKE_EXPORT_COMPILE_COMMANDS:bool=true ../ChaiScript/
```
* Use the clang-modernize tool. Note that you have to be pretty explicit
about the include paths if you want it to also update your include
files
```sh
../llvm-build/bin/clang-modernize ../ChaiScript/src/*.cpp -for-compilers=gcc-4.8 -include /home/jason/ChaiScript/include,/hjason/ChaiScript/include/chaiscript,/home/jason/ChaiScript/include/chaiscript/dispatchkit,/home/jason/ChaiScript/include/chaiscript/language -p compile_commands.json
```
* In my case, it left some unused `typedef`s behind, which I cleaned up.
Note that this required ignoring a few warnings with pragmas, changing the
parameter type and return types of std::string::find functions to size_t
from int and a new global warning disable on MSVC.
I've managed to avoid global warning disables up to this point in the
code, but I don't see a way around the "decorated name too long (C4503)" warning.
Closes#100
Interestingly, VS2013 with Boost 1.55 exhibited the issues complained
about in issue #92, so I was able to provide an appropriate fix. It would
appear to be bugs in both compilers, which seems very odd.
This changes around the pragma conditionals to make sure that certain
symbols (such as "default_search_path") are defined even if the system
has readline available during builds.
We cannot call MinGW a fully supported platform for C++11 yet:
- Concurrency is not yet supported by MinGW, so it is disabled by default
- A problem in the memory model / library loader is preventing derived type
casts from working. This may be able to be worked around, but has not been
yet.
* Build the standard library as a module .so
* Locate and load lib at runtime as a module
if it is not provided to the ChaiScript
constructor.
Decreases compile time by 1/2 for common use cases
where the user can use the dynamic library module.
