mirror of
https://github.com/jart/cosmopolitan.git
synced 2025-03-03 15:38:22 +00:00
5e8ae2d5bc
Continuous Integration (via runit and runitd) is now re-enabled on win7 and win10. The `make test` command, which runs the tests on all systems is now the fastest and most stable it's been since the project started. UBSAN is now enabled in MODE=dbg in addition to ASAN. Many instances of undefined behavior have been removed. Mostly things like passing a NULL argument to memcpy(), which works fine with Cosmopolitan Libc, but that doesn't prevents the compiler from being unhappy. There was an issue w/ GNU make where static analysis claims a sprintf() call can overflow. We also now have nicer looking crash reports on Windows since uname should now be supported and msys64 addr2line works reliably.
343 lines
6.7 KiB
Makefile
343 lines
6.7 KiB
Makefile
#-*-mode:makefile-gmake;indent-tabs-mode:t;tab-width:8;coding:utf-8-*-┐
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#───vi: set et ft=make ts=8 tw=8 fenc=utf-8 :vi───────────────────────┘
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# Default Mode
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#
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# - `make`
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# - Backtraces
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# - Syscall tracing
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# - Function tracing
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# - Reasonably small
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# - Reasonably optimized
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# - Reasonably debuggable
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ifeq ($(MODE),)
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CONFIG_CCFLAGS += \
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$(BACKTRACES) \
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$(FTRACE) \
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-DSYSDEBUG \
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-Og
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TARGET_ARCH ?= \
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-msse3
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endif
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# Optimized Mode
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#
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# - `make MODE=opt`
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# - Backtraces
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# - More optimized
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# - Syscall tracing
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# - Function tracing
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# - Reasonably small
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# - No memory corruption detection
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# - assert() / CHECK_xx() may leak code into binary for debuggability
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# - GCC 8+ hoists check fails into .text.cold, thus minimizing impact
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ifeq ($(MODE), opt)
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CONFIG_CPPFLAGS += \
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-DNDEBUG \
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-msse2avx \
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-Wa,-msse2avx
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CONFIG_CCFLAGS += \
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$(BACKTRACES) \
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$(FTRACE) \
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-DSYSDEBUG \
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-O3
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TARGET_ARCH ?= \
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-march=native
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endif
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# Optimized Linux Mode
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#
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# - `make MODE=optlinux`
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# - Turns on red zone
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# - Turns off backtraces
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# - Turns off function tracing
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# - Turns off support for older cpu models
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# - Turns off support for other operating systems
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ifeq ($(MODE), optlinux)
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CONFIG_CPPFLAGS += \
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-DNDEBUG \
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-msse2avx \
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-Wa,-msse2avx \
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-DSUPPORT_VECTOR=1
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CONFIG_CCFLAGS += \
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-O3
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DEFAULT_COPTS += \
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-mred-zone
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TARGET_ARCH ?= \
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-march=native
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endif
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# Release Mode
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#
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# Follows traditional closed source release binary norms.
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#
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# - `make MODE=rel`
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# - More optimized
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# - Reasonably small
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# - Numeric backtraces
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# - Toilsome debuggability
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# - assert() statements removed
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# - DCHECK_xx() statements removed
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# - No memory corruption detection
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# - CHECK_xx() won't leak strings into binary
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ifeq ($(MODE), rel)
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CONFIG_CPPFLAGS += \
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-DNDEBUG
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CONFIG_CCFLAGS += \
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$(BACKTRACES) \
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-O2
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TARGET_ARCH ?= \
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-msse3
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PYFLAGS += \
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-O1
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endif
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# Asan Mode
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#
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# Safer binaries good for backend production serving.
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#
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# - `make MODE=asan`
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# - Memory safety
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# - Production worthy
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# - Backtraces
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# - Debuggability
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# - Larger binaries
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ifeq ($(MODE), asan)
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CONFIG_CCFLAGS += \
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$(BACKTRACES) \
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-O2
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CONFIG_COPTS += \
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-fsanitize=address
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TARGET_ARCH ?= \
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-msse3
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endif
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# Debug Mode
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#
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# - `make MODE=dbg`
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# - Backtraces
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# - Enables asan
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# - Enables ubsan (TODO)
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# - Stack canaries
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# - No optimization (TODO)
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# - Enormous binaries
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ifeq ($(MODE), dbg)
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CONFIG_CPPFLAGS += \
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-DMODE_DBG
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CONFIG_CCFLAGS += \
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$(BACKTRACES) \
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$(FTRACE) \
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-DSYSDEBUG \
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-O2 \
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-fno-inline
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CONFIG_COPTS += \
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-fsanitize=address \
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-fsanitize=undefined
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TARGET_ARCH ?= \
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-msse3
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OVERRIDE_CCFLAGS += \
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-fno-pie
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endif
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# Tiny Mode
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#
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# - `make MODE=tiny`
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# - No checks
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# - No asserts
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# - No canaries
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# - No paranoia
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# - No avx hooks
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# - No backtraces
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# - No algorithmics
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# - YOLO
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ifeq ($(MODE), tiny)
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CONFIG_CPPFLAGS += \
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-DTINY \
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-DNDEBUG \
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-DTRUSTWORTHY
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CONFIG_CCFLAGS += \
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-Os \
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-fno-align-functions \
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-fno-align-jumps \
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-fno-align-labels \
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-fno-align-loops \
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-fschedule-insns2 \
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-fomit-frame-pointer \
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-momit-leaf-frame-pointer \
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-foptimize-sibling-calls
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TARGET_ARCH ?= \
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-msse3
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PYFLAGS += \
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-O2 \
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-B
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endif
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# Linux-Only Tiny Mode
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#
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# - `make MODE=tinylinux`
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# - No checks
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# - No asserts
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# - No canaries
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# - No paranoia
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# - No avx hooks
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# - No backtraces
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# - No portability
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# - No algorithmics
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# - YOLO
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ifeq ($(MODE), tinylinux)
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CONFIG_CPPFLAGS += \
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-DTINY \
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-DNDEBUG \
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-DTRUSTWORTHY \
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-DSUPPORT_VECTOR=1
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DEFAULT_COPTS += \
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-mred-zone
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CONFIG_CCFLAGS += \
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-Os \
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-fno-align-functions \
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-fno-align-jumps \
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-fno-align-labels \
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-fno-align-loops
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TARGET_ARCH ?= \
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-msse3
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endif
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# Linux+BSD Tiny Mode
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#
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# - `make MODE=tinylinuxbsd`
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# - No apple
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# - No checks
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# - No asserts
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# - No canaries
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# - No paranoia
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# - No microsoft
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# - No avx hooks
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# - No backtraces
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# - No algorithmics
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# - YOLO
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ifeq ($(MODE), tinylinuxbsd)
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CONFIG_CPPFLAGS += \
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-DTINY \
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-DNDEBUG \
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-DTRUSTWORTHY \
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-DSUPPORT_VECTOR=113
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DEFAULT_COPTS += \
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-mred-zone
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CONFIG_CCFLAGS += \
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-Os \
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-fno-align-functions \
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-fno-align-jumps \
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-fno-align-labels \
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-fno-align-loops
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TARGET_ARCH ?= \
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-msse3
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endif
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# Unix Tiny Mode
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#
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# - `make MODE=tinysysv`
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# - No checks
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# - No asserts
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# - No canaries
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# - No paranoia
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# - No microsoft
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# - No avx hooks
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# - No backtraces
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# - No algorithmics
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# - YOLO
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ifeq ($(MODE), tinysysv)
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CONFIG_CPPFLAGS += \
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-DTINY \
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-DNDEBUG \
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-DTRUSTWORTHY \
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-DSUPPORT_VECTOR=121
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DEFAULT_COPTS += \
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-mred-zone
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CONFIG_CCFLAGS += \
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-Os \
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-fno-align-functions \
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-fno-align-jumps \
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-fno-align-labels \
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-fno-align-loops
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TARGET_ARCH ?= \
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-msse3
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endif
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# Tiny Metallic Unix Mode
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#
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# - `make MODE=tinynowin`
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# - No checks
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# - No asserts
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# - No canaries
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# - No paranoia
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# - No microsoft
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# - No avx hooks
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# - No backtraces
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# - No algorithmics
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# - YOLO
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ifeq ($(MODE), tinynowin)
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CONFIG_CPPFLAGS += \
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-DTINY \
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-DNDEBUG \
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-DTRUSTWORTHY \
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-DSUPPORT_VECTOR=251
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CONFIG_CCFLAGS += \
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-Os \
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-fno-align-functions \
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-fno-align-jumps \
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-fno-align-labels \
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-fno-align-loops
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TARGET_ARCH ?= \
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-msse3
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endif
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# LLVM Mode
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ifeq ($(MODE), llvm)
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TARGET_ARCH ?= -msse3
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CONFIG_CCFLAGS += $(BACKTRACES) $(FTRACE) -DSYSDEBUG -O2
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AS = clang
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CC = clang
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CXX = clang++
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CXXFILT = llvm-c++filt
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LD = ld.lld
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NM = llvm-nm
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GCC = clang
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STRIP = llvm-strip
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OBJCOPY = llvm-objcopy
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OBJDUMP = llvm-objdump
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ADDR2LINE = llvm-addr2line
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endif
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# ANSI Mode
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#
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# These flags cause GCC to predefine __STRICT_ANSI__. Please be warned
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# that Cosmopolitan headers are written to comply with that request if
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# it's possible to do so. Consider the following example:
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#
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# make -j12 -O o//tool/viz/printvideo.i
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# clang-format-10 -i o//tool/viz/printvideo.i
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# less o//tool/viz/printvideo.i
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#
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# You'll notice functions like memcpy(), ioctl(), etc. get expanded into
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# wild-eyed gnu-style performance hacks. You can turn it off as follows:
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#
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# make -j12 -O MODE=ansi o/ansi/tool/viz/printvideo.i
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# clang-format-10 -i o/ansi/tool/viz/printvideo.i
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# less o/ansi/tool/viz/printvideo.i
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#
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# Here it becomes clear that ANSI mode can help you decouple your source
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# from Cosmopolitan, by turning it into plain ordinary textbook C code.
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#
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# Another potential use case is distributing code to folks using tools
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# such as MSVC or XCode. You can run your binary objects through a tool
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# like objconv to convert them to COFF or MachO. Then use ANSI mode to
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# rollup one header file that'll enable linkage with minimal issues.
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ifeq ($(MODE), ansi)
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CONFIG_CFLAGS += -std=c11
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#CONFIG_CPPFLAGS += -ansi
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CONFIG_CXXFLAGS += -std=c++11
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TARGET_ARCH ?= -msse3
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endif
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