Jeril Kuriakose jerilkuriakose

Quick Wins implementation from analysis

Session ID: ses_3e21fade1ffecORaoKJwTugpH9 Created: 2/2/2026, 10:22:46 AM Updated: 2/2/2026, 11:41:15 AM

	"""Realtime ASR latency harness — Socket.IO `audio_stream` path.

	Shared so both sides can measure the same thing the same way. Run it against your own audio
	and send back the JSON from --out; we'll compare directly against our numbers.

	WHAT IT MEASURES

	A call is a series of short turns, not one long stream, so this benchmarks per turn: one
	transcription session per utterance over a single persistent WebSocket, audio paced at 1x
	realtime (as it would arrive from a live caller).

	#!/usr/bin/env bash
	#
	# ready-check.sh — verify the Part 2 "readiness gate"
	# Companion to "Coding Agents over Telegram, Part 2: From Zero to an Agent That Answers".
	#
	# Confirms your config is locked down, the gateway is up, the pane exists, and routing is wired.
	# It cannot prove the agent replied in Telegram (that's the one manual check) — do that too.
	#
	# Usage:
	# AGENT_ID=my-agent PANE=mybox:1.1 ./ready-check.sh

	#!/usr/bin/env bash
	#
	# setup-openclaw.sh — minimal OpenClaw gateway bring-up
	# Companion to "Coding Agents over Telegram, Part 2: From Zero to an Agent That Answers".
	#
	# What it does: pins the runtime, fetches + builds OpenClaw, writes a minimal config
	# (only if you pass a bot token), and launches the gateway. It does NOT configure your
	# Telegram group/topic or your agent — do those from the post.
	#
	# Usage:

	from pandas import DataFrame
	# import the required library to open HDF file
	from pandas import HDFStore

	# File that stores the dataframe
	filename = 'data.h5'
	# Creating a dataframe
	df = DataFrame(np.random.randn(5,3), columns=['A', 'B', 'C',])

	class OpenHDFS():

	#!/bin/bash
	dbus-send --system --print-reply --dest=org.freedesktop.login1 /org/freedesktop/login1 "org.freedesktop.login1.Manager.Suspend" boolean:true

	# Using our context manager
	with OpenHDFS(filename) as store:
	store.put('d1', df)