Because jaq functions the same as
jq while supporting the same feature set for yaml, toml and many other
serialization formats which makes it awesome.
And because jaq's author is a badass
computer scientist.
| grep -E git /etc/passwd | gawk '{ delete parts; split($0, parts, ":"); owner=parts[1]; home=parts[6]; printf("cp -fav ~/.bashrc %s/.bashrc && chown -vR %s:%s \"%s\";\n", home, owner, owner, home) | |
| }' |
| jaq -r '.project.dependencies[] | match("(?<package>[a-zA-Z_-]+[a-zA-Z0-9_-]*)(?<features>.*?)(?<boolean_op>[<=>]+)(?<version>[0-9a-zA-Z._-]+)$") | .captures | map_values({key:.name,value:.string}) | from_entries' pyproject.toml | jaq -s |
| #!/usr/bin/env bash | |
| set -umeTE | |
| set +f | |
| set -o pipefail | |
| export IFS=$'\n' | |
| declare -a owner_slash_repo_list=() | |
| declare -a github_repo_urls_to_clone=( |
| bash -c 'declare my_arr=( item{1..9});declare -i pos_last=$(( ${#my_arr[@]} - 1 ));echo ${my_arr[@]@A}; echo ${pos_last@A};until [ ${#my_arr[@]} -eq 0 ]; do pos_last=$(( ${#my_arr[@]} - 1 ));echo ${my_arr[@]@A}; echo ${pos_last@A}; set -v;my_arr=(${my_arr[@]:0:${pos_last}});set +v;echo ${my_arr[@]@A}; echo ${pos_last@A};done;' |
| #!/usr/bin/env bash | |
| set -e | |
| set -o pipefail | |
| set -u | |
| export IFS=$'\n' | |
| unset IFS | |
| declare -- cert_filename="DoD-Root-CA-3.cer" | |
| declare -A cert_checksums=( |
| #!/usr/bin/env bash | |
| set -e | |
| set -o pipefail | |
| set -o noglob | |
| set -u | |
| export IFS=$'\n' | |
| for url in $(jq -r '.dependencies as $k |.devDependencies as $d| ($k|keys) + ($d|keys) | .[] ' package.json | grep -E '(webpack-plugin|[-]loader)' | sed -E 's/^([a-z][a-z0-9-]+)$/https:\/\/www.npmjs.com\/package\/\1/g'); do | |
| open "${url}" |
| #!/usr/bin/env bash | |
| set -e | |
| set -o pipefail | |
| curl "https://pastebin.com/raw/B15TaSGE" -o code_points.py | |
| python3 code_points.py |
| 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 |
| It starts with Monte-carlo binary trees depicted as willow trees representing adversarial artificial neural networks where each neural net is a tree. There are three trees, owned by the companies: Google, Amazon and Apple (respectively). The trees emit shimmering photons against each other where such lights represent information being transfered between trees. From there until the end, the three trees fight each other with attacks where information is both the attack and the defence. |