jtbr

Bank Balance Viewer

A self-contained, offline tool for tracking account balances across banks and currencies

What it does

Bank Balance Viewer reads CSV exports from your bank accounts and plots your balances over time, across multiple accounts and currencies. You can view accounts individually or summed together. Exchange rates are fetched automatically from the European Central Bank so balances in different currencies can be compared on a single chart.

Everything runs locally in your browser. No data is uploaded or shared with any server.

jtbr

import os
from pathlib import Path

def is_writable(path: Path) -> tuple[bool,str]:
    """Determines if path is writeable without actually writing to it.
    Return True if the process can write to path, and False otherwise, along with a useful error message."""
    if path.exists():
        if not os.access(path, os.W_OK):
            return False, f"Cannot write to {path}: permission denied"
    else:

jtbr

'use strict';
const { log } = require('console');
// CORS proxy intended for local use to call 3rd-party APIs;
// redirects requests to the target URL to avoid CORS issues with strict origin.
//
// To run: `node cors-proxy.js`
// Then request http://localhost:8888/?q=https://example.com/api to proxy a request to example.com/api
//
// "localhost" and "8888" can be configured with environment variables HOST and PORT.
// The target URL can also be passed with encodeURIComponent(url) as the q parameter.

jtbr

Claude Code Status Line: Usage Limits, Pacing Targets, and Context Window

A complete Claude Code status line that shows your 5-hour and weekly usage limits with color-coded progress bars, pacing markers, reset times, and context window usage.

What you get (but in color):

yearone-3 main* │ $3.45/Opus 4.6 │ ctx ▓▓░░░░░░ 24% │ 5hr➞17:23 ▓▓▓│░░░░ 45% │ wk➞Thu:5p ▓▓░│░░░░ 14%

jtbr

#ifndef __EXE_DIR_H__
#define __EXE_DIR_H__

#include <string>
#include <boost/predef/os.h>

#if (BOOST_OS_WINDOWS)
#  include <stdlib.h>
#elif (BOOST_OS_SOLARIS)
#  include <stdlib.h>

jtbr

/** 
* @file   endianness.h
* @brief  Convert Endianness of shorts, longs, long longs, regardless of architecture/OS
*
* Defines (without pulling in platform-specific network include headers):
* bswap16, bswap32, bswap64, ntoh16, hton16, ntoh32 hton32, ntoh64, hton64
*
* Should support linux / macos / solaris / windows.
* Supports GCC (on any platform, including embedded), MSVC2015, and clang,
* and should support intel, solaris, and ibm compilers as well.