معرفی شرکت ها

تبلیغات ما

مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.

مشاهده بیشتر

تبلیغات ما

مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.

مشاهده بیشتر

تبلیغات ما

مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.

مشاهده بیشتر

تبلیغات ما

مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.

مشاهده بیشتر

تبلیغات ما

مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.

مشاهده بیشتر

دانلود نسخه باینری

توضیحات

libqalculate libraries

ویژگی	مقدار
سیستم عامل	Linux
توزیع	ALT p10
مخزن	ALTLinux classic ppc64le
نام بسته	libqalculate
نام فایل بسته	libqalculate-4.1.1-alt2.ppc64le.rpm
نسخه بسته	4.1.1
انتشار بسته	alt2
معماری بسته	ppc64le
نگهدارنده	-
تاریخ ساخت	Tue 19 Jul 2022 12
هاست سازنده	zerg-p10.hasher.altlinux.org
نوع بسته	.rpm
آدرس صفحه اصلی	https://qalculate.github.io/
مجوز	GPL-2.0+
حجم دانلود	1.3M
حجم نصب	5.208M

Qalculate libraries.

جایگزین ها

بسته	نسخه	معماری	مخزن
libqalculate-debuginfo-4.1.1-alt2.ppc64le.rpm	4.1.1	ppc64le	ALT debuginfo
libqalculate-devel-4.1.1-alt2.ppc64le.rpm	4.1.1	ppc64le	ALT classic
libqalculate-devel-4.1.1-alt2.x86_64.rpm	4.1.1	x86_64	ALT classic

نیازمندی

مقدار	نام
>= 4.1.1-alt2	qalculate-common
-	libc.so.6(GLIBC_2.17)(64bit)
>= set:khZKmuOOm6Ag83iEmoZpY	libcurl.so.4()(64bit)
-	rpmlib(SetVersions)
-	libgcc_s.so.1(GCC_3.0)(64bit)
-	libgcc_s.so.1(GCC_3.4.4)(64bit)
>= set:mfKDJomV5ADUaRWhVPVZJupZtwyYVD38O0z27PbKNU7NMZuD0uZhmBcO5D4GLYPPZkhgiP3u21MFebLdrQnFwouhobkVI2CcEYLM31gbg975zLHkZfpBsKknEZj8hE2zwiGn5a48KACrILEbPOggJ0Bet7akT9IjzjvOihhpgrVJ5F0M8Bi8SMQXcddMG0Cy2AH1	libgmp.so.10()(64bit)
>= set:pnj9nZhnOSTUh	libicuuc.so.69()(64bit)
-	libm.so.6(GLIBC_2.17)(64bit)
-	libm.so.6(GLIBC_2.29)(64bit)
>= set:mfNOZ2a1yl0PU6tRWgJ3CClII2ZJE9MFB8wt1Bi9WSjxfOzGRkB9rlH2Wn2i0kzGuNIv6ngP6Mt47mwr6XfC3NZoG35HH5UGwdEb6SPrEyUDOkM3NdTZF33Ba7QJMv55RlR2b4fEPXpYHga5Nqjv9dBDkTcynnCxK3PFQZ31M2yR0hAYoSRYkHFmHP5cmEbvHOOlZ0XdJZoEWlytJ5Zp0X5r4C8EO2dhDhdiUzjFC8lOfioDw6wTzmSchrfAs6CdIRz2W	libmpfr.so.6()(64bit)
-	libpthread.so.0(GLIBC_2.17)(64bit)
-	libstdc++.so.6(CXXABI_1.3)(64bit)
-	libstdc++.so.6(CXXABI_1.3.5)(64bit)
-	libstdc++.so.6(CXXABI_1.3.9)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.11)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.15)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.18)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.20)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.21)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.9)(64bit)
>= set:okF4iWyWGsZetcrcXUDbag0V3WJOgjsnSZeZamKuB11HcgY6h2	libxml2.so.2()(64bit)
-	libxml2.so.2(LIBXML2_2.4.30)(64bit)
-	rtld(GNU_HASH)
-	rpmlib(PayloadIsLzma)

ارائه دهنده

مقدار	نام
= set: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	libqalculate.so.22()(64bit)
= 4.1.1-alt2:p10+303978.100.1.1	libqalculate

مقدار

نام

= set: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

libqalculate.so.22()(64bit)

= 4.1.1-alt2:p10+303978.100.1.1

libqalculate

نحوه نصب

نصب پکیج rpm libqalculate:

sudo apt-get install libqalculate-4.1.1-alt2.ppc64le.rpm

فایل ها

مسیرها
/usr/lib64/libqalculate.so.22
/usr/lib64/libqalculate.so.22.16.2

گزارش تغییرات

تاریخ آخرین تغییر	جزئیات
2022-07-18	Move requires to gnuplot binary from library to application
2022-04-06	Updated to upstream version 4.1.1.
2022-04-01	Updated to upstream version 4.1.0.
2022-01-18	Updated to upstream version 3.22.0.
2021-08-20	Updated to upstream version 3.20.1.
2021-05-29	Updated to upstream version 3.19.0.
2021-03-16	Updated to upstream version 3.17.0.
2021-01-13	Updated to upstream version 3.16.1.
2020-09-28	Updated to upstream version 3.13.0.
2020-08-11	Updated to upstream version 3.12.1.
2020-07-02	Updated to upstream version 3.11.0.
2020-06-19	Updated to upstream version 3.10.0.
2020-04-08	Updated to upstream version 3.8.0.
2019-08-02	Updated to upstream version 3.3.0.
2019-06-03	Updated to upstream version 3.2.0.
2019-01-15	Updated to upstream version 2.8.2.