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| H A D | CHANGES | 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. 1.2415 Fri Jul 27 00:02:25 GMT 2018 rkujawa Add TEA5767 FM radio driver. From Karuna Grewal. |
| /src/distrib/sets/lists/comp/ | ||
| H A D | mi | 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. 1.2415 Tue May 31 13:42:58 GMT 2022 riastradh libc: Reintroduce getentropy. This was introduced two years ago when the getrandom/getentropy API question was still open, and removed because the discussion was ongoing. Now getentropy is more widely adopted and soon to be in POSIX. So reintroduce the symbol into libc since we'll be keeping it anyway. Discussion of details of the semantics, as interpreted by NetBSD, is ongoing, but the symbol needs to get in before the netbsd-10 branch. The draft POSIX text is (https://www.opengroup.org/austin/docs/austin_1110.pdf): SYNOPSIS #include <unistd.h> int getentropy(void *buffer, size_t length); DESCRIPTION The getentropy() function shall write length bytes of data starting at the location pointed to by buffer. The output shall be unpredictable high quality random data, generated by a cryptographically secure pseudo-random number generator. The maximum permitted value for the length argument is given by the {GETENTROPY_MAX} symbolic constant defined in <limits.h>. RETURN VALUES Upon successful completion, getentropy() shall return 0; otherwise, -1 shall be retunred and errno set to indicate the error. ERRORS The getentropy() function shall fail if: [EINVAL] The value of length is greater than {GETENTROPY_MAX}. The getentropy() function may fail if: [ENOSYS] The system does not provide the necessary source of entropy. RATIONALE The getentropy() function is not a cancellation point. Minor changes from the previous introduction of getentropy into libc: - Return EINVAL, not EIO, on buflen > 256. - Define GETENTROPY_MAX in limits.h. The declaration of getentropy in unistd.h and definition of GETENTROPY_MAX in limits.h are currently conditional on _NETBSD_SOURCE. When the next revision of POSIX is finalized, we can expose them also under _POSIX_C_SOURCE > 20yymmL as usual -- and this can be done as a pullup without breaking existing compiled programs. |
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