This document outlines the architecture and implementation plan for adding image generation support to ReqLLM, following the library's established patterns for operation-based dispatch and provider abstraction.
generate_image/3 and generate_image!/3 functions
| # This script demonstrates the difference in behavior when using tools with | |
| # streaming vs regular calls. | |
| alias ReqLLM.Context | |
| {:ok, planet_weather_tool} = | |
| ReqLLM.Tool.new( | |
| name: "planet_weather", | |
| description: "Gets weather on a planet", | |
| parameter_schema: [planet: [type: :string, required: true]], |
| ---Check S2idle path S0ix Residency---: | |
| The system OS Kernel version is: | |
| Linux localhost-live 6.14.0-63.fc42.x86_64 #1 SMP PREEMPT_DYNAMIC Mon Mar 24 19:53:37 UTC 2025 x86_64 GNU/Linux | |
| ---Check whether your system supports S0ix or not---: | |
| The acpidump tool is needed to check whether low idle S0 | |
| capability is enabled on the test platform, please install acpica-tools | |
| or check if the acpidump command execution failed. |
| Based on my analysis of your library, here are comprehensive improvement suggestions organized by priority and impact: | |
| 🎯 High Priority Improvements | |
| 1. Enhanced Error Handling & Resilience | |
| - Add automatic retry with exponential backoff for transient failures (429, 500, 503 errors) | |
| - Implement circuit breaker pattern to prevent cascading failures | |
| - Add configurable timeout strategies per operation type | |
| - Provide better error context with request details in errors |
| #!/usr/bin/env bash | |
| ############################################################################### | |
| # codex_beam_bootstrap.sh ─ OTP 27 + Elixir 1.18 behind Codex MITM proxy | |
| ############################################################################### | |
| go install github.com/asdf-vm/asdf/cmd/asdf@v0.18.0 | |
| asdf plugin add erlang https://github.com/michallepicki/asdf-erlang-prebuilt-ubuntu-24.04.git || true | |
| asdf plugin add elixir | |
| asdf install erlang 27.3.4 | |
| asdf set -u erlang 27.3.4 |
| """ | |
| Arithmetic puzzle solver. You are given a sequence of four digits, say 1,2,3,4, | |
| and your job is to combine them with ordinary arithmetic operations (+, -, ×, and ÷) | |
| in any order to make a target number. E.g. 24 = 1 * 2 * 3 * 4 or 24 = (1 + 2 + 3) * 4. | |
| Some 'hard' problems from https://blog.plover.com/math/17-puzzle.html: | |
| 1. Given 6, 6, 5, 2, get 17. | |
| 2. Given 3, 3, 8, 8, get 24. | |
| """ |
| package main | |
| import ( | |
| "fmt" | |
| "log" | |
| "math" | |
| "os" | |
| "sort" | |
| "strconv" | |
| "strings" |
| -990 [2] = -(1 + (989)) | |
| -989 [2] = -((1) * (989)) | |
| -988 [1] = 1 - (989) | |
| -976 [5] = -((1 - (sqrt(9))) ^ (8) + (((sqrt(9))!)!)) | |
| -960 [4] = (1 - (9)) * ((8 - (sqrt(9)))!) | |
| -918 [4] = -(198) - (((sqrt(9))!)!) | |
| -912 [5] = ((1 + (sqrt(9)))!) * (-(8)) - (((sqrt(9))!)!) | |
| -900 [5] = (sqrt(sqrt((1 + (9)) ^ (8)))) * (-(9)) | |
| -891 [2] = (1 + (98)) * (-(9)) | |
| -890 [2] = (1 + (9)) * (-(89)) |
| package main | |
| import ( | |
| "fmt" | |
| "math" | |
| "os" | |
| "strconv" | |
| ) | |
| type Op int64 // Operators |
| -988 = 1 - (989) | |
| -960 = (1 - (9)) * ((8 - (sqrt(9)))!) | |
| -881 = 1 - ((98) * (9)) | |
| -873 = (1 - (98)) * (9) | |
| -839 = 1 - (((sqrt(9))!)! + (8 - (sqrt(9)))!) | |
| -817 = 1 - (98) - (((sqrt(9))!)!) | |
| -808 = 1 - (((sqrt(9))!)! + 89) | |
| -800 = 1 - (sqrt(sqrt((9) ^ (8))) + ((sqrt(9))!)!) | |
| -791 = 1 - ((9) * (8)) - (((sqrt(9))!)!) | |
| -784 = (1 - (9)) * (8) - (((sqrt(9))!)!) |