def build_runtime(host_phase, target_phase):
"""
Builds the judy runtime library, and returns the static and shared
library versions.
"""
path = Path('src/judy/src')
# Copy the header into the runtime library.
buildsystem.copy_to(target_phase.ctx,
target_phase.ctx.buildroot / 'lib/rtl',
[path / 'Judy.h',
path / 'Judy1/Judy1.h',
path / 'JudyL/JudyL.h'])
types = config_call('fbuild.config.c.c99.types',
target_phase.platform, target_phase.c.static)
if types.voidp.size == 8:
macros = ['JU_64BIT']
else:
macros = ['JU_32BIT']
if 'windows' in target_phase.platform:
macros.append('BUILD_JUDY') #Apply this to all source files.
srcs = [copy(target_phase.ctx, p, target_phase.ctx.buildroot / p) for p in [
path / 'JudyCommon/JudyMalloc.c',
path / 'JudySL/JudySL.c',
path / 'JudyHS/JudyHS.c'] +
(path / 'Judy1' / '*.c').glob() +
(path / 'JudyL' / '*.c').glob()]
# Copy all the common judy sources we need so people can rebuild the RTL without a source distro
for p in ((path / 'JudyCommon' / '*.c').glob() +
(path / 'Judy*' / '*.h').glob()):
if p not in ('JudyMalloc.c', 'JudyPrintJP.c'):
copy(target_phase.ctx, p, target_phase.ctx.buildroot / p)
includes = [path,
path / 'JudyCommon',
path / 'JudyL',
path / 'Judy1']
static = buildsystem.build_c_static_lib(target_phase, 'lib/rtl/judy',
srcs=srcs,
macros=macros,
includes=includes)
shared = buildsystem.build_c_shared_lib(target_phase, 'lib/rtl/judy',
srcs=srcs,
macros=macros,
includes=includes)
return Record(static=static, shared=shared)
def build_runtime(host_phase, target_phase):
"""
Builds the judy runtime library, and returns the static and shared
library versions.
"""
path = Path('src/judy/src')
# Copy the header into the runtime library.
buildsystem.copy_to(target_phase.ctx,
target_phase.ctx.buildroot / 'share/lib/rtl',
[path / 'Judy.h'])
types = config_call('fbuild.config.c.c99.types', target_phase.platform,
target_phase.c.static)
if types.voidp.size == 8:
macros = ['JU_64BIT']
else:
macros = ['JU_32BIT']
if 'windows' in target_phase.platform:
macros.append('BUILD_JUDY') #Apply this to all source files.
srcs = [
copy(target_phase.ctx, p, target_phase.ctx.buildroot / 'share' / p)
for p in [
path / 'JudyCommon/JudyMalloc.c', path / 'JudySL/JudySL.c', path /
'JudyHS/JudyHS.c'
] + (path / 'Judy1' / '*.c').glob() + (path / 'JudyL' / '*.c').glob()
]
# Copy all the common judy sources we need so people can rebuild the RTL without a source distro
for p in ((path / 'JudyCommon' / '*.c').glob() +
(path / 'Judy*' / '*.h').glob()):
if p not in ('JudyMalloc.c', 'JudyPrintJP.c'):
copy(target_phase.ctx, p, target_phase.ctx.buildroot / 'share' / p)
includes = [path, path / 'JudyCommon', path / 'JudyL', path / 'Judy1']
static = buildsystem.build_c_static_lib(target_phase,
'host/lib/rtl/judy',
srcs=srcs,
macros=macros,
includes=includes)
shared = buildsystem.build_c_shared_lib(target_phase,
'host/lib/rtl/judy',
srcs=srcs,
macros=macros,
includes=includes)
return Record(static=static, shared=shared)
def build_runtime(host_phase, target_phase):
path = Path('src/sqlite3')
buildsystem.copy_hpps_to_rtl(target_phase.ctx,
path / 'flx_sqlite3.hpp',
)
buildsystem.copy_to(target_phase.ctx, target_phase.ctx.buildroot / "lib/rtl", [
path / 'sqlite3.h',
path / 'sqlite3ext.h',
]
)
dst = 'lib/rtl/flx_sqlite3'
srcs = [
path / 'sqlite3.c',
]
includes = [
target_phase.ctx.buildroot / 'config/target',
]
macros = ['BUILD_SQLITE3']
cflags = ([], ['-Wno-sign-compare'])[not 'win32' in target_phase.platform]
lflags = []
libs = []
external_libs = []
return Record(
static=buildsystem.build_c_static_lib(target_phase, dst, srcs,
includes=includes,
macros=macros,
cflags=cflags,
libs=libs,
external_libs=external_libs,
lflags=lflags),
shared=buildsystem.build_c_shared_lib(target_phase, dst, srcs,
includes=includes,
macros=macros,
cflags=cflags,
libs=libs,
external_libs=external_libs,
lflags=lflags))
def build_runtime(host_phase, target_phase):
"""
Builds the judy runtime library, and returns the static and shared
library versions.
"""
path = Path("src/judy/src")
# Copy the header into the runtime library.
buildsystem.copy_to(target_phase.ctx, target_phase.ctx.buildroot / "lib/rtl", [path / "Judy.h"])
types = config_call("fbuild.config.c.c99.types", target_phase.platform, target_phase.c.static)
if types.voidp.size == 8:
macros = ["JU_64BIT"]
else:
macros = ["JU_32BIT"]
srcs = [path / "JudyCommon/JudyMalloc.c", path / "JudySL/JudySL.c", path / "JudyHS/JudyHS.c"]
static = buildsystem.build_c_static_lib(
target_phase,
"lib/rtl/judy",
srcs=srcs,
objs=_build_objs(host_phase, target_phase, target_phase.c.static, "Judy1")
+ _build_objs(host_phase, target_phase, target_phase.c.static, "JudyL"),
macros=macros,
includes=[path, path / "JudyCommon"],
)
shared = buildsystem.build_c_shared_lib(
target_phase,
"lib/rtl/judy",
srcs=srcs,
objs=_build_objs(host_phase, target_phase, target_phase.c.shared, "Judy1")
+ _build_objs(host_phase, target_phase, target_phase.c.shared, "JudyL"),
macros=macros,
includes=[path, path / "JudyCommon"],
)
return Record(static=static, shared=shared)
def build_runtime(phase):
path = Path('src/tre/tre')
alloca_h = config_call('fbuild.config.c.malloc.alloca_h', phase.platform, phase.c.static)
dlfcn_h = config_call('fbuild.config.c.posix.dlfcn_h', phase.platform, phase.c.static, phase.c.shared)
getopt_h = config_call('fbuild.config.c.gnu.getopt_h', phase.platform, phase.c.static)
inttypes_h = config_call('fbuild.config.c.posix.inttypes_h', phase.platform, phase.c.static)
libutf8_h = config_call('fbuild.config.c.libutf8.libutf8_h', phase.platform, phase.c.static)
memory_h = config_call('fbuild.config.c.bsd.memory_h', phase.platform, phase.c.static)
regex_h = config_call('fbuild.config.c.posix.regex_h', phase.platform, phase.c.static)
stdint_h = config_call('fbuild.config.c.c99.stdint_h', phase.platform, phase.c.static)
stdlib_h = config_call('fbuild.config.c.posix.stdlib_h', phase.platform, phase.c.static)
string_h = config_call('fbuild.config.c.c99.string_h', phase.platform, phase.c.static)
strings_h = config_call('fbuild.config.c.posix.strings_h', phase.platform, phase.c.static)
sys_stat_h = config_call('fbuild.config.c.posix.sys_stat_h', phase.platform, phase.c.static)
sys_types_h = config_call('fbuild.config.c.posix.sys_types_h', phase.platform, phase.c.static)
unistd_h = config_call('fbuild.config.c.posix.unistd_h', phase.platform, phase.c.static)
wchar_h = config_call('fbuild.config.c.posix.wchar_h', phase.platform, phase.c.static)
wctype_h = config_call('fbuild.config.c.posix.wctype_h', phase.platform, phase.c.static)
if 'win32' in phase.platform:
inline = '__inline'
else:
inline = None
patterns = {
'CRAY_STACKSEG_END': None,
'C_ALLOCA': None,
'ENABLE_NLS': 0,
'HAVE_ALLOCA': alloca_h.alloca is not None,
'HAVE_WCSLEN': wchar_h.wcslen is not None,
'NDEBUG': 1,
'HAVE_ALLOCA_H': alloca_h.header is not None,
'HAVE_CFLOCALECOPYCURRENT': None,
'HAVE_CFPREFERENCESCOPYAPPVALUE': None,
'HAVE_DCGETTEXT': None,
'HAVE_DLFCN_H': dlfcn_h.header is not None,
'HAVE_GETOPT_H': getopt_h.header is not None ,
'HAVE_GETOPT_LONG': getopt_h.getopt_long is not None,
'HAVE_GETTEXT': None,
'HAVE_ICONV': None,
'HAVE_INTTYPES_H': inttypes_h.header is not None,
'HAVE_ISASCII': 1,
'HAVE_ISBLANK': 1,
'HAVE_ISWASCII': wctype_h.iswascii is not None,
'HAVE_ISWBLANK': wctype_h.iswblank is not None,
'HAVE_ISWCTYPE': wctype_h.iswctype is not None,
'HAVE_ISWLOWER': wctype_h.iswlower is not None,
'HAVE_ISWUPPER': wctype_h.iswupper is not None,
'HAVE_LIBUTF8_H': libutf8_h.header is not None,
'HAVE_MBRTOWC': wchar_h.mbrtowc is not None,
'HAVE_MBSTATE_T': wchar_h.mbstate_t is not None,
'HAVE_MBTOWC': stdlib_h.mbtowc is not None,
'HAVE_MEMORY_H': memory_h.header is not None,
'HAVE_REGEX_H': regex_h.header is not None,
'HAVE_REG_ERRCODE_T': regex_h.reg_errcode_t is not None,
'HAVE_STDINT_H': stdint_h.header is not None,
'HAVE_STDLIB_H': stdlib_h.header is not None,
'HAVE_STRINGS_H': strings_h.header is not None,
'HAVE_STRING_H': string_h.header is not None,
'HAVE_SYS_STAT_H': sys_stat_h.header is not None,
'HAVE_SYS_TYPES_H': sys_types_h.header is not None,
'HAVE_TOWLOWER': wctype_h.towlower is not None,
'HAVE_TOWUPPER': wctype_h.towupper is not None,
'HAVE_UNISTD_H': unistd_h.header is not None,
'HAVE_WCHAR_H': wchar_h.header is not None,
'HAVE_WCHAR_T': wchar_h.wchar_t is not None,
'HAVE_WCSCHR': wchar_h.wcschr is not None,
'HAVE_WCSCPY': wchar_h.wcscpy is not None,
'HAVE_WCSNCPY': wchar_h.wcsncpy is not None,
'HAVE_WCSRTOMBS': wchar_h.wcsrtombs is not None,
'HAVE_WCSTOMBS': stdlib_h.wcstombs is not None,
'HAVE_WCTYPE': wctype_h.wctype is not None,
'HAVE_WCTYPE_H': wctype_h.header is not None,
'HAVE_WINT_T': wctype_h.wint_t is not None,
'NO_MINUS_C_MINUS_O': None,
'PACKAGE': '"tre"',
'PACKAGE_TARNAME': '"tre"',
'PACKAGE_VERSION': '"0.8.0"',
'STACK_DIRECTION': None,
'VERSION': '"0.8.0"',
'PACKAGE_BUGREPORT': '"*****@*****.**"',
'PACKAGE_NAME': '"TRE"',
'PACKAGE_STRING': '"TRE 0.8.0"',
'PACKAGE_TARFILE': 'tre',
'STDC_HEADERS': 1,
'TRE_APPROX': 1,
'TRE_DEBUG': None,
'TRE_MULTIBYTE': wchar_h.header is not None,
'TRE_REGEX_T_FIELD': 'value',
'TRE_SYSTEM_REGEX_H_PATH': None,
'TRE_USE_ALLOCA': alloca_h.alloca is not None,
'TRE_USE_SYSTEM_REGEX_H': None,
'TRE_VERSION': '"0.8.0"',
'TRE_VERSION_1': '0',
'TRE_VERSION_2': '8',
'TRE_VERSION_3': '0',
'TRE_WCHAR': wchar_h.header is not None,
'WCHAR_MAX': None,
'WCHAR_T_SIGNED': None,
'WCHAR_T_UNSIGNED': None,
'_FILE_OFFSET_BITS': None,
'_GNU_SOURCE': 1,
'_LARGE_FILES': None,
'_REGCOMP_INTERNAL': None,
'const': None,
'inline': inline,
}
fbuild.builders.text.autoconf_config_header(phase.ctx,
path / 'config.h',
path / 'config.h.in',
patterns)
fbuild.builders.text.autoconf_config_header(phase.ctx,
path / 'lib/tre-config.h',
path / 'lib/tre-config.h.in',
patterns)
buildsystem.copy_to(phase.ctx, phase.ctx.buildroot / 'lib/rtl/tre', [
path / 'lib/tre.h',
phase.ctx.buildroot / path / 'lib/tre-config.h'])
dst = 'lib/rtl/tre'
srcs = Path.glob('src/tre/tre/lib/*.c')
includes = [
phase.ctx.buildroot / 'config/target',
phase.ctx.buildroot / path,
phase.ctx.buildroot / path / 'lib',
path / 'gnulib/lib',
]
macros = ['HAVE_CONFIG_H', 'BUILD_TRE']
#Workaround link error : unresolved external symbol _snprintf
#referenced in function _tre_version.
if 'win32' in phase.platform:
macros.append('snprintf=_snprintf')
return Record(
static=buildsystem.build_c_static_lib(phase, dst, srcs,
includes=includes,
macros=macros),
shared=buildsystem.build_c_shared_lib(phase, dst, srcs,
includes=includes,
macros=macros))