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From: "Sam James" <sam@gentoo.org>
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Subject: [gentoo-commits] repo/gentoo:master commit in: dev-libs/libtommath/
X-VCS-Repository: repo/gentoo
X-VCS-Files: dev-libs/libtommath/metadata.xml
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X-VCS-Committer: sam
X-VCS-Committer-Name: Sam James
X-VCS-Revision: 1e7648f3758ffcb94cce66e61cb5b0193d31bf0e
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Date: Tue, 14 Jul 2020 13:02:33 +0000 (UTC)
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commit: 1e7648f3758ffcb94cce66e61cb5b0193d31bf0e
Author: Sam James <sam <AT> gentoo <DOT> org>
AuthorDate: Fri Jul 10 20:33:59 2020 +0000
Commit: Sam James <sam <AT> gentoo <DOT> org>
CommitDate: Tue Jul 14 13:02:13 2020 +0000
URL: https://gitweb.gentoo.org/repo/gentoo.git/commit/?id=1e7648f3
dev-libs/libtommath: metadata indentation
Package-Manager: Portage-2.3.99, Repoman-2.3.22
Signed-off-by: Sam James <sam <AT> gentoo.org>
dev-libs/libtommath/metadata.xml | 110 +++++++++++++++++++--------------------
1 file changed, 55 insertions(+), 55 deletions(-)
diff --git a/dev-libs/libtommath/metadata.xml b/dev-libs/libtommath/metadata.xml
index a240ee7c6b6..1abe0f30209 100644
--- a/dev-libs/libtommath/metadata.xml
+++ b/dev-libs/libtommath/metadata.xml
@@ -1,68 +1,68 @@
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE pkgmetadata SYSTEM "http://www.gentoo.org/dtd/metadata.dtd">
<pkgmetadata>
- <maintainer type="person">
- <email>patrick@gentoo.org</email>
+ <maintainer type="person">
+ <email>patrick@gentoo.org</email>
<name>Patrick Lauer</name>
</maintainer>
<maintainer type="person">
<email>sam@gentoo.org</email>
<name>Sam James</name>
</maintainer>
- <longdescription>
- LibTomMath is a free open source portable number theoretic multiple-precision
- integer library written entirely in C. (phew!). The library is designed to
- provide a simple to work with API that provides fairly efficient routines that
- build out of the box without configuration.
+ <longdescription>
+ LibTomMath is a free open source portable number theoretic multiple-precision
+ integer library written entirely in C. (phew!). The library is designed to
+ provide a simple to work with API that provides fairly efficient routines that
+ build out of the box without configuration.
- The library builds out of the box with GCC 2.95 [and up] as well as Visual C++
- v6.00 [with SP5] without configuration. The source code is arranged to make it
- easy to dive into a particular area very quickly. The code is also littered with
- comments [This is one of the on going goals] that help explain the algorithms and
- their implementations. Ideally the code will serve as an educational tool in the
- future for CS students studying number theory.
+ The library builds out of the box with GCC 2.95 [and up] as well as Visual C++
+ v6.00 [with SP5] without configuration. The source code is arranged to make it
+ easy to dive into a particular area very quickly. The code is also littered with
+ comments [This is one of the on going goals] that help explain the algorithms and
+ their implementations. Ideally the code will serve as an educational tool in the
+ future for CS students studying number theory.
- The library provides a vast array of highly optimized routines from various
- branches of number theory.
+ The library provides a vast array of highly optimized routines from various
+ branches of number theory.
- * Simple Algebraic
- o Addition
- o Subtraction
- o Multiplication
- o Squaring
- o Division
- * Digit Manipulation
- o Shift left/right whole digits (mult by 2b by moving digits)
- o Fast multiplication/division by 2 and 2k for k>1
- o Binary AND, OR and XOR gates
- * Modular Reductions
- o Barrett Reduction (fast for any p)
- o Montgomery Reduction (faster for any odd p)
- o DR Reduction (faster for any restricted p see manual)
- o 2k Reduction (fast reduction modulo 2p - k)
- o The exptmod logic can use any of the four reduction algorithms when
- appropriate with a single function call.
- * Number Theoretic
- o Greatest Common Divisor
- o Least Common Multiple
- o Jacobi Symbol Computation (falls back to Legendre for prime moduli)
- o Multiplicative Inverse
- o Extended Euclidean Algorithm
- o Modular Exponentiation
- o Fermat and Miller-Rabin Primality Tests, utility function such as
- is_prime and next_prime
- * Miscellaneous
- o Root finding over Z
- o Pseudo-random integers
- o Signed and Unsigned comparisons
- * Optimizations
- o Fast Comba based Multiplier, Squaring and Montgomery routines.
- o Montgomery, Diminished Radix and Barrett based modular
- exponentiation.
- o Karatsuba and Toom-Cook multiplication algorithms.
- o Many pointer aliasing optimiztions throughout the entire library.
- </longdescription>
- <upstream>
- <remote-id type="github">libtom/libtommath</remote-id>
- </upstream>
+ * Simple Algebraic
+ o Addition
+ o Subtraction
+ o Multiplication
+ o Squaring
+ o Division
+ * Digit Manipulation
+ o Shift left/right whole digits (mult by 2b by moving digits)
+ o Fast multiplication/division by 2 and 2k for k>1
+ o Binary AND, OR and XOR gates
+ * Modular Reductions
+ o Barrett Reduction (fast for any p)
+ o Montgomery Reduction (faster for any odd p)
+ o DR Reduction (faster for any restricted p see manual)
+ o 2k Reduction (fast reduction modulo 2p - k)
+ o The exptmod logic can use any of the four reduction algorithms when
+ appropriate with a single function call.
+ * Number Theoretic
+ o Greatest Common Divisor
+ o Least Common Multiple
+ o Jacobi Symbol Computation (falls back to Legendre for prime moduli)
+ o Multiplicative Inverse
+ o Extended Euclidean Algorithm
+ o Modular Exponentiation
+ o Fermat and Miller-Rabin Primality Tests, utility function such as
+ is_prime and next_prime
+ * Miscellaneous
+ o Root finding over Z
+ o Pseudo-random integers
+ o Signed and Unsigned comparisons
+ * Optimizations
+ o Fast Comba based Multiplier, Squaring and Montgomery routines.
+ o Montgomery, Diminished Radix and Barrett based modular
+ exponentiation.
+ o Karatsuba and Toom-Cook multiplication algorithms.
+ o Many pointer aliasing optimiztions throughout the entire library.
+ </longdescription>
+ <upstream>
+ <remote-id type="github">libtom/libtommath</remote-id>
+ </upstream>
</pkgmetadata>