similarities between "queen-woman+man" and ... = {'queen': 0.7664688552859836, 'woman': 0.16067344014964902, 'man': 0.643216410618745, 'king': 0.5296803458540953, 'knight': 0.36225247833752694, 'carpenter': 0.7134908064255635, 'baker': 0.723708193109565, 'girl': 0.734322206946502, 'boy': 0.7525008550380998}
similarities between "queen-girl+boy" and ... = {'queen': 0.9750610709453384, 'woman': 0.5392273263146471, 'man': 0.5579780738003502, 'king': 0.5312961528030734, 'knight': 0.5244125308085369, 'carpenter': 0.8835927517707559, 'baker': 0.9011729720423287, 'girl': 0.9227513575082695, 'boy': 0.9679081680297743}
similarities between "queen-woman-girl+man+boy" and ... = {'queen': 0.7059391012944155, 'woman': 0.11622645526937725, 'man': 0.6346237227600416, 'king': 0.5228061118283761, 'knight': 0.3225914898607214, 'carpenter': 0.6156882192910788, 'baker': 0.6321456800653157, 'girl': 0.6540596727195828, 'boy': 0.7065316024823556}
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rm -v pub.pkcs8 test.sign test.txt.decrypted test.txt.encrypted |
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#include <stdlib.h> | |
#include <string.h> | |
#include <unistd.h> | |
int main() { | |
// Allocate 16GB of memory | |
size_t size = 16UL * 1024 * 1024 * 1024; | |
char* memory = malloc(size); | |
// Access only some memory in the middle |
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alias find_sources='find . -type f \( -name '\''*.md'\'' -o -name '\''*.toml'\'' -o -name '\''*.txt'\'' -o -name '\''*.py'\'' -o -name '\''*.rs'\'' -o -name '\''*.go'\'' -o -name '\''*.sol'\'' -o -name '\''*.css'\'' -o -name '\''*.js'\'' -o -name '\''*.yaml'\'' -o -name '\''*.json'\'' -o -name '\''*.c'\'' -o -name '\''*.cpp'\'' -o -name '\''*.cc'\'' -o -name '\''Makefile'\'' -o -name '\''*.sh'\'' \)' | |
head -n -0 `find_sources` |
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pandoc -o Swiss_Letter_Template.{pdf,md} |
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Maybe some inspiration (proptesting , not fuzzing, per say, still maybe helpful/inspiring): | |
Micro example of proptest for micro AST | as reading https://proptest-rs.github.io/proptest/proptest/tutorial/index.html "Proptest from the Bottom Up" | |
```rust | |
use std::fmt; | |
use proptest::prelude::*; | |
// Definition of Micro Language AST Grammar |
oxigraph ( https://github.com/oxigraph/oxigraph ) ! (also you may find related project interesting https://crates.io/crates/reasonable )
And btw. it looks like rdflib-endpoint (mentioned earlier) can via rdflib-endpoint --store Oxigraph ...
be configured to use oxigraph!
cargo install oxigraph_server
mkdir -p oxigraph_data
oxigraph_server --location oxigraph_data load -f example.ttl
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#!/bin/bash | |
# | |
# 🎶 Just transformed #Bash into a musical instrument with a little help from an AI! | |
# Check out this cool script that plays melodies using simple commands. 🤖🎵 | |
# PS: Wouldn't have explored this without the AI insights. Here's our chat: | |
# https://chat.openai.com/share/60aa47f0-3793-47f7-a8d8-f2a14ee04747 | |
# | |
# Run as script | |
# Or source into your shell "source BashMelodies.sh" and call functions directly! |
I with a tool that would allow to give easy like "remotedesktop" access, but for terminal access, with :
- build in , review of each command to execute on client side
- review of outputs of commands being send
- option to allow to stream output of command without review
- automatic report generation in Markdown with proper codeblocks (generated on both sides)
- easy p2p connections behind nats like
croc
,toss/catch
, syncthing.
So basically I would love tool to help people troubleshoot linux issues, like [croc] or [toss] but two easily establish tcp-ip connection(s)
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