Ganesh Tiwari gat786

## common-py-setup
from dotenv import load_dotenv
import logging

load_dotenv()

logging.basicConfig(
  level=logging.INFO,
  format='%(asctime)s [%(levelname)s] %(filename)s:%(lineno)d - %(message)s',
  datefmt='%Y-%m-%d %H:%M:%S'
)

## gist:fbdda7e67f39cc4358c5a68bd6c76b33
alias k=kubectl
alias g=gcloud
alias gssh="gcloud compute ssh"
alias gal="gcloud auth login"
alias gaad="gcloud auth application-default login"
alias gcil="gcloud compute instances list"
alias gccl="gcloud container clusters list"
alias gccg="gcloud container clusters get-credentials"

## HallOfBlame.md

      
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                yorickdowne
                / HallOfBlame.md
            
            
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              October 29, 2025 21:58
            
              
                Great and less great SSDs for Ethereum nodes
              
          
    Overview

Syncing an Ethereum node is largely reliant on latency and IOPS, I/O Per Second, of the storage. Budget SSDs will struggle to an extent, and some won't be able to sync at all. IOPS can roughly be used as proxy of / predictor for latency. Measuring latency directly is arguably better.
This document aims to snapshot some known good and known bad models.
The drive lists are ordered by interface and then by capacity and alphabetically by vendor name, not by preference. The lists are not exhaustive at all. @mwpastore linked a filterable spreadsheet in comments that has a far greater variety of drives and their characteristics. Filter it by DRAM yes, NAND Type TLC, Form Factor M.2, and desired capacity.
For size, 4TB is a conservative choice which also supports a Fusaka "supernode". The smaller 2TB drive should last an Ethereum full node until at least sometime 2026, with [pre-merge history expiry](http

  
## _experiment.md

      
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                r1walz
                / _experiment.md
            
            
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              May 5, 2020 18:33
            
              
                A quantum experiment to challenge our classical understandings!
              
          
    A Quantum Experiment

Here is an experiment that can't be described by our natural (classical)

senses!
Suppose we have an experiment setup consisting of a photon source, a beam

splitter (which was once implemented using a half-silvered mirror), and a

pair of photon detectors. Have a look at the figure!


## README
This archive contains the following programs:

 bfc          The compiler for the 'brainfuck' language (240 bytes!)
 bfc.asm      Source for the compiler
 bfi          The interpreter for the 'brainfuck' language
 bfi.c        Source for the interpreter (portable)
 src/         Some example programs in 'brainfuck'
 src/atoi.b   Reads a number from stdin
 src/div10.b  Divides the number under the pointer by 10
 src/hello.b  The ubiquitous "Hello World!"
	from dotenv import load_dotenv
	import logging

	load_dotenv()

	logging.basicConfig(
	level=logging.INFO,
	format='%(asctime)s [%(levelname)s] %(filename)s:%(lineno)d - %(message)s',
	datefmt='%Y-%m-%d %H:%M:%S'
	)
	alias k=kubectl
	alias g=gcloud
	alias gssh="gcloud compute ssh"
	alias gal="gcloud auth login"
	alias gaad="gcloud auth application-default login"
	alias gcil="gcloud compute instances list"
	alias gccl="gcloud container clusters list"
	alias gccg="gcloud container clusters get-credentials"
	This archive contains the following programs:

	bfc The compiler for the 'brainfuck' language (240 bytes!)
	bfc.asm Source for the compiler
	bfi The interpreter for the 'brainfuck' language
	bfi.c Source for the interpreter (portable)
	src/ Some example programs in 'brainfuck'
	src/atoi.b Reads a number from stdin
	src/div10.b Divides the number under the pointer by 10
	src/hello.b The ubiquitous "Hello World!"