/openbsd/lib/libcrypto/ |
H A D | x86_arch.h | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | x86cpuid.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | x86_64cpuid.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | cryptlib.h | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | cryptlib.c | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
/openbsd/lib/libcrypto/sha/asm/ |
H A D | sha512-586.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | sha1-x86_64.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | sha1-586.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
/openbsd/lib/libcrypto/bn/asm/ |
H A D | x86-mont.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | bn-586.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
/openbsd/lib/libcrypto/perlasm/ |
H A D | x86gas.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | x86asm.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | x86_64-xlate.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
/openbsd/lib/libcrypto/rc4/asm/ |
H A D | rc4-586.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | rc4-x86_64.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
/openbsd/lib/libcrypto/aes/asm/ |
H A D | aes-586.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
H A D | aes-x86_64.pl | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
/openbsd/lib/libcrypto/modes/ |
H A D | gcm128.c | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|
/openbsd/lib/libcrypto/evp/ |
H A D | e_aes.c | e60c46c4 Fri Nov 04 17:30:30 GMT 2016 miod <miod@openbsd.org> Replace all uses of magic numbers when operating on OPENSSL_ia32_P[] by meaningful constants in a private header file, so that reviewers can actually get a chance to figure out what the code is attempting to do without knowing all cpuid bits.
While there, turn it from an array of two 32-bit ints into a properly aligned 64-bit int.
Use of OPENSSL_ia32_P is now restricted to the assembler parts. C code will now always use OPENSSL_cpu_caps() and check for the proper bits in the whole 64-bit word it returns.
i386 tests and ok jsing@
|