The following packages will be installed:
 libscrypt 
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libscrypt-1.20/
libscrypt-1.20/.gitignore
libscrypt-1.20/LICENSE
libscrypt-1.20/Makefile
libscrypt-1.20/README.md
libscrypt-1.20/b64.c
libscrypt-1.20/b64.h
libscrypt-1.20/crypto-mcf.c
libscrypt-1.20/crypto-scrypt-saltgen.c
libscrypt-1.20/crypto_scrypt-check.c
libscrypt-1.20/crypto_scrypt-hash.c
libscrypt-1.20/crypto_scrypt-hexconvert.c
libscrypt-1.20/crypto_scrypt-hexconvert.h
libscrypt-1.20/crypto_scrypt-nosse.c
libscrypt-1.20/libscrypt.h
libscrypt-1.20/libscrypt.version
libscrypt-1.20/main.c
libscrypt-1.20/sha256.c
libscrypt-1.20/sha256.h
libscrypt-1.20/slowequals.c
libscrypt-1.20/slowequals.h
libscrypt-1.20/sysendian.h
cc -O2 -fPIC   -c -o crypto_scrypt-nosse.o crypto_scrypt-nosse.c
cc -O2 -fPIC   -c -o sha256.o sha256.c
cc -O2 -fPIC   -c -o crypto-mcf.o crypto-mcf.c
cc -O2 -fPIC   -c -o b64.o b64.c
cc -O2 -fPIC   -c -o crypto-scrypt-saltgen.o crypto-scrypt-saltgen.c
cc -O2 -fPIC   -c -o crypto_scrypt-check.o crypto_scrypt-check.c
cc -O2 -fPIC   -c -o crypto_scrypt-hash.o crypto_scrypt-hash.c
cc -O2 -fPIC   -c -o slowequals.o slowequals.c
cc  -Wl,-z,now -Wl,-z,relro -Wl,-soname,libscrypt.so.0 -Wl,--version-script=libscrypt.version -shared -o libscrypt.so.0  crypto_scrypt-nosse.o sha256.o crypto-mcf.o b64.o crypto-scrypt-saltgen.o crypto_scrypt-check.o crypto_scrypt-hash.o slowequals.o -lm -lc
ar rcs libscrypt.a  crypto_scrypt-nosse.o sha256.o crypto-mcf.o b64.o crypto-scrypt-saltgen.o crypto_scrypt-check.o crypto_scrypt-hash.o slowequals.o
cc -O2 -fPIC   -c -o main.o main.c
cc -O2 -fPIC   -c -o crypto_scrypt-hexconvert.o crypto_scrypt-hexconvert.c
ln -s -f libscrypt.so.0 libscrypt.so
cc -Wall -o reference main.o b64.o crypto_scrypt-hexconvert.o -Wl,-rpath=. -L.  -lscrypt
./reference
TEST ONE: Direct call to reference function with password 'password' and salt 'NaCL'
TEST ONE: SUCCESSFUL
TEST TWO: Convert binary output to hex
TEST TWO: SUCCESSFUL, Hex output is:
fdbabe1c9d3472007856e7190d01e9fe7c6ad7cbc8237830e77376634b3731622eaf30d92e22a3886ff109279d9830dac727afb94a83ee6d8360cbdfa2cc0640
TEST THREE: Compare hex output to reference hash output
TEST THREE: SUCCESSUL, Test vector matched!
TEST FOUR: Direct call to reference function with pleaseletmein password and SodiumChloride as salt
TEST FOUR: SUCCESSFUL
TEST FIVE: Convert binary output to hex
TEST FIVE: SUCCESSFUL, Hex output is:
7023bdcb3afd7348461c06cd81fd38ebfda8fbba904f8e3ea9b543f6545da1f2d5432955613f0fcf62d49705242a9af9e61e85dc0d651e40dfcf017b45575887
TEST SIX: Compare hex output to reference hash output
TEST SIX: SUCCESSUL, Test vector matched!
TEST SEVEN: BASE64 encoding the salt and hash output
TEST SEVEN: SUCCESSFUL
TEST EIGHT: Create an MCF format output
TEST EIGHT: SUCCESSFUL, calculated mcf
$s1$0e0801$U29kaXVtQ2hsb3JpZGU=$cCO9yzr9c0hGHAbNgf046/2o+7qQT44+qbVD9lRdofLVQylVYT8Pz2LUlwUkKpr55h6F3A1lHkDfzwF7RVdYhw==
TEST NINE: Password verify on given MCF
TEST NINE: SUCCESSFUL,  tested pleaseletmein password
TEST TEN: Password verify on same MCF, incorrect password
TEST TEN: SUCCESSFUL, refused incorrect password
TEST ELEVEN: Testing salt generator
TEST ELEVEN: SUCCESSFUL, Generated 1AyMzq+6aGWNuHfSmigaNg==
TEST TWELVE: Simple hash creation
TEST TWELVE: SUCCESSFUL. Received the following from simple hash:
$s1$0e0810$+42koNalM7i+Gjv7ZDfjLA==$uJxqBB4Q6Jzeqv1PaHvT4zj0OIEOY6wrrRtW5iq8nSFBTlpYejL2fgtM3YEItfg6GrXEdKjrd+sTPUrkhG5enA==
TEST THIRTEEN: Verify test twelve's hash
TEST THIRTEEN: SUCCESSFUL
install -d /usr/src/slapt-src/libraries/libscrypt/package-libscrypt /usr/src/slapt-src/libraries/libscrypt/package-libscrypt/usr /usr/src/slapt-src/libraries/libscrypt/package-libscrypt/usr/lib64 /usr/src/slapt-src/libraries/libscrypt/package-libscrypt/usr/include
install -pm 0755 libscrypt.so.0 /usr/src/slapt-src/libraries/libscrypt/package-libscrypt/usr/lib64
cd /usr/src/slapt-src/libraries/libscrypt/package-libscrypt/usr/lib64 && ln -s -f libscrypt.so.0 /usr/src/slapt-src/libraries/libscrypt/package-libscrypt/usr/lib64/libscrypt.so
install -pm 0644 libscrypt.h  /usr/src/slapt-src/libraries/libscrypt/package-libscrypt/usr/include

Slackware package maker, version 3.141593.

Searching for symbolic links:
usr/lib64/libscrypt.so	libscrypt.so.0

Making symbolic link creation script:
( cd usr/lib64 ; rm -rf libscrypt.so )
( cd usr/lib64 ; ln -sf libscrypt.so.0 libscrypt.so )

It is recommended that you make these lines your new installation script.

Would you like to make this stuff the install script for this package
and remove the symbolic links ([y]es, [n]o)? y


Removing symbolic links:
removed './usr/lib64/libscrypt.so'

Creating your new ./install/doinst.sh...

This next step is optional - you can set the directories in your package
to some sane permissions. If any of the directories in your package have
special permissions, then DO NOT reset them here!

Would you like to reset all directory permissions to 755 (drwxr-xr-x) and
directory ownerships to root.root ([y]es, [n]o)? n

Creating Slackware package:  /usr/src/slapt-src/libraries/libscrypt/libscrypt-1.20-x86_64-1salix.txz

./
usr/
usr/include/
usr/include/libscrypt.h
usr/doc/
usr/doc/libscrypt-1.20/
usr/doc/libscrypt-1.20/LICENSE
usr/doc/libscrypt-1.20/README.md
usr/doc/libscrypt-1.20/libscrypt.SlackBuild
usr/lib64/
usr/lib64/libscrypt.so.0
install/
install/doinst.sh
install/slack-desc

Slackware package /usr/src/slapt-src/libraries/libscrypt/libscrypt-1.20-x86_64-1salix.txz created.

Installing package libscrypt-1.20-x86_64-1salix...
| libscrypt (shared library that implements scrypt() functionality)
| 
| The scrypt key derivation function was originally developed for use
| in the Tarsnap online backup system and is designed to be far more
| secure against hardware brute-force attacks than alternative
| functions such as PBKDF2 or bcrypt.
| 
| Homepage: https://github.com/technion/libscrypt
| 
| 
| 
| 
|