hash

问题 I have a hash containing node data. I am expecting hash content to be printed in -r_<count> and -d_<count> attributes. Here is the script: use strict; use warnings; use Data::Dumper; my %hash = ( 'Network=Test,Cell=31' => [ 'Network=Test,Unit=RU-1-1,Port=A', 'Network=Test,Unit=RU-1-2,Port=A' ], 'Network=Test,Cell=32' => [ 'Network=Test,Unit=RU-1-1,Port=A', 'Network=Test,Unit=RU-1-2,Port=A' ], 'Network=Test,Cell=33' => [ 'Network=Test,Unit=RU-1-5,Port=A', 'Network=Test,Unit=RU-1-6,Port=A' ], )

问题 I get the following in PowerShell: D:\> echo "Apple Pie" | git hash-object --stdin 157cb7be4778a9cfad23b6fb514e364522167053 D:\> "Apple Pie" | git hash-object --stdin 157cb7be4778a9cfad23b6fb514e364522167053 but in CMD.exe: C:\>echo "Apple Pie" | git hash-object --stdin bb3918d5053fea31fc9a58fae1e5bdeabe3ec647 In a PluralSight video, I see a different value from what seems to be a Mac console: What is the exact value piped from echo in each case? I get a different hash if I go to one of those

问题 We have an application that Generates a hash code on a string Saves that hash code into a DB along with associated data Later, it queries the DB using the string hash code for retrieving the data This is obviously a bug because the value returned from string.GetHashCode() varies from .NET versions and architectures (32/64 bit). To complicate matters, we're too close to a release to refactor our application to stop serializing hash codes and just query on the strings instead. What we'd like to

问题 I am working on creating an authentication form that has a password and password_again field in it. So I can check to make sure they match, I am using the beforeSave() function of my UsersTable to take care of the hashing. As a test, I have just set it to show me the password_again, its hashed result and then die. public function beforeSave($event, $entity){ debug($entity->password_again); $hasher = new DefaultPasswordHasher(); $entity->password_again = $hasher->hash($entity->password_again);

问题 We have an application that Generates a hash code on a string Saves that hash code into a DB along with associated data Later, it queries the DB using the string hash code for retrieving the data This is obviously a bug because the value returned from string.GetHashCode() varies from .NET versions and architectures (32/64 bit). To complicate matters, we're too close to a release to refactor our application to stop serializing hash codes and just query on the strings instead. What we'd like to

问题 We have an application that Generates a hash code on a string Saves that hash code into a DB along with associated data Later, it queries the DB using the string hash code for retrieving the data This is obviously a bug because the value returned from string.GetHashCode() varies from .NET versions and architectures (32/64 bit). To complicate matters, we're too close to a release to refactor our application to stop serializing hash codes and just query on the strings instead. What we'd like to

问题 We have an application that Generates a hash code on a string Saves that hash code into a DB along with associated data Later, it queries the DB using the string hash code for retrieving the data This is obviously a bug because the value returned from string.GetHashCode() varies from .NET versions and architectures (32/64 bit). To complicate matters, we're too close to a release to refactor our application to stop serializing hash codes and just query on the strings instead. What we'd like to

问题 Currently building a web facing authentication service in Qt for a Quiz program. It is my understanding that when storing a users password in a database it must be obscured in case it falls into the wrong hands. The prevailing method appears to be a process of adding Salt to the password and then storing the computed hash of the combination. This hash can later be compared : HASH( userinput + SALT ) = StoredHash Qt provides QCryptographicHash::hash( data, Algorithm method) but as the key is

问题 Currently building a web facing authentication service in Qt for a Quiz program. It is my understanding that when storing a users password in a database it must be obscured in case it falls into the wrong hands. The prevailing method appears to be a process of adding Salt to the password and then storing the computed hash of the combination. This hash can later be compared : HASH( userinput + SALT ) = StoredHash Qt provides QCryptographicHash::hash( data, Algorithm method) but as the key is

问题 I'm trying to better understand the docker history output. When I run docker history nginx:latest I get output that nearly matches the Dockerfile: /bin/sh -c #(nop) CMD ["nginx" "-g" "daemon off;"] /bin/sh -c #(nop) EXPOSE 443/tcp 80/tcp/bin/sh -c ln -sf /dev/stdout /var/log/nginx/access.log && ln -sf /dev/stderr /var/log/nginx/error.log /bin/sh -c apt-key adv --keyserver hkp://pgp.mit.edu:80 --recv-keys 573BFD6B3D8FBC641079A6ABABF5BD827BD9BF62 && echo "deb http://nginx.org/packages/mainline