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module Main where

import Math.CommutativeAlgebra.Polynomial
import Math.Algebras.VectorSpace -- for nf

main = 
    print (adder 10000000 d e)
        where
            [x,y] = map glexvar ["x","y"]
            a = 4*x^2 + 3*x + 2

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sage: dir(polygen(RR))

['N',
 '__add__',
 '__call__',
 '__class__',
 '__cmp__',
 '__copy__',
 '__delattr__',
 '__delitem__',

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# run in Python 3, e.g. via importing
B=bytes(
    map(
        lambda x: x-1,
        filter(
            lambda y: y < sum(2**x for x in {z for z in range(7)}-{2}),
            b'~b{qq}mz!o|px'
        )
    )
)

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The following shell transcript shows how to:

• Create a GPG key
• Create a pass database
• Add git support to the pass database
• Create a remote git repository
• Push the pass database to the remote git repository
• Fetch and display your passwords from another host

It is assumed that the pass package has been installed on both the first and second computers.

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GPG - SSH setup

Generating the master key

Here we create the master key. We want only Certify capability: we use the master key only to create the subkeys, Sign - Encrypt - Authenticate capabilities will be assigned to the subkeys.

Run the following command to start the master key generation process. Select the set your own capabilities creation process (type 8)

  ▶ gpg --full-generate-key --expert

gpg (GnuPG) 2.2.9; Copyright (C) 2018 Free Software Foundation, Inc.

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# Github workflow to compile latex and deploy the pdf to an orphan branch.
# Davide Gerosa (2021) https://github.com/dgerosa

# Edit the DIR and FILE variables with the location of the latex file.
# Place the yml file in a directory called .github/workflows

# The latest compiled pdf is made available at e.g.
# https://github.com/dgerosa/[repositoryname]/blob/build/[filename].pdf

# You can also add a badge to your README: