Gists

Abstract

This report presents a method to train AI to effectively generate content from smaller, structured datasets using Python. Gemini’s token processing capabilities are leveraged to effectively utilize limited data, while techniques for interpreting CSV and JSON formats are explored.

Introduction

In the era of rapidly advancing artificial intelligence (AI), the ability to analyze and leverage large datasets is paramount. While RAG (Retrieval Augmented Generation) environments are often ideal for such tasks, there are scenarios where content generation needs to be achieved with smaller datasets.

Gists

Abstract

This report improves Gmail email labeling with Gemini API using JSON schema and leverages advancements in Gemini 1.5 Flash for faster processing.

Introduction

As Gemini continues to evolve, existing scripts utilizing its capabilities can be revisited to improve efficiency and accuracy. This includes the process of flexible labeling for Gmail emails using the Gemini API. I have previously explored this topic in two reports:

Abstract

This post introduces a Google Apps Script solution that automates the creation, sharing, and monitoring of multiple Google Spreadsheets, providing a more efficient and streamlined approach to managing user data.

Introduction

I’ve often encountered requests from clients who need to manage multiple Google Spreadsheets for various users, often by copying a template spreadsheet. In these situations, I typically propose the following approach:

Gists

Abstract

This report presents a method to optimize AI-generated scripts for processing costs using Gemini and Google Apps Script. By incorporating external knowledge from sources like StackOverflow, we demonstrate the effective generation of efficient scripts that minimize overhead while maintaining desired outcomes. This approach can be considered a dynamic pseudo-RAG technique.

Introduction

The proliferation of generative AI, exemplified by Google Gemini, has led to a surge in AI-generated scripts. This trend is evident in the growing number of questions on platforms like StackOverflow that involve AI-generated scripts. While this indicates a significant improvement in AI performance, it’s crucial to note that AI-generated scripts may not always be optimized for processing costs, especially when the prompt fails to provide sufficient context.

UtlApp was updated to v1.0.7.

• v1.0.7 (September 4, 2024)

  1. Following 3 methods were added.
  • snake_caseToCamelCase: This method is used for converting a string of the snake case to the camel case.
  • camelCaseTosnake_case: This method is used for converting a string of the camel case to the snake case.
  • createFormDataObject: This method is used for creating the form data to HTTP request from an object.

You can see the detail information here https://github.com/tanaikech/UtlApp

Gists

Abstract

A script using resumable upload with file streams is proposed to enhance file handling within the Gemini Generative AI API for Node.js. This script allows uploading from web URLs and local storage, efficiently handles large files, and offers potential reusability with other Google APIs.

Description

The @google/generative-ai library provides a powerful way to interact with the Gemini Generative AI API using Node.js. This enables developers to programmatically generate creative text formats, translate languages, write different kinds of creative content, and answer your questions in an informative way, all powered by Gemini’s advanced AI models. Ref

Gists

Abstract

This study proposes a workaround to address the Gemini API’s current inability to directly process web content from URLs. By utilizing Google Apps Script, the method extracts relevant information from a specified URL and feeds it into the API for summarization. This approach offers a solution for generating comprehensive summaries from web-based content until the API’s limitations are resolved.

Introduction

While Gemini API offers powerful text generation capabilities, it currently faces limitations in directly accessing and processing web content from URLs. When prompted to summarize an article at a specific URL like Summarize the article at the following URL. https://###, the API often returns an error message indicating its inability to retrieve the necessary information. This limitation arises from the API’s current design, which may not be equipped to handle web requests and parse HTML content.

Gists

Abstract

Linking a Google Apps Script project to a GCP project enables you to export logs from the Class console to Logs Explorer for simplified analysis and debugging. By overcoming the limitations of in-script logging methods, this report outlines a method for exporting logs using the Cloud Logging API with Google Apps Script.

Introduction

While developing applications with Google Apps Script, the Class console is a valuable tool for debugging individual components. Ref However, a key limitation exists: by default, Google Apps Script projects on Google Drive are not linked to Google Cloud Platform (GCP) projects. In this unlinked scenario, logs from the Class console are only visible within the script editor, requiring manual copying for export.

Gists

Overview

This sample script demonstrates uploading multiple files using split asynchronous processes with resumable upload. It leverages JavaScript and HTML within Google Spreadsheets.

Description

In my previous report, “Resumable Upload of Multiple Files with Asynchronous Process for Google Drive”, I presented an approach for uploading files asynchronously.

This script builds upon that concept, introducing a method for uploading multiple files with split asynchronous processes that utilize resumable upload.

Here’s the process breakdown:

Gists

Abstract

This report proposes a novel learning method using Gemini to automate Q&A generation, addressing the challenges of manual Q&A creation. By integrating with Google tools, this approach aims to enhance learning efficiency, accessibility, and personalization while reducing costs.

Introduction

Mastering a new subject often demands a significant time commitment. A proven strategy for efficient learning is through question-and-answer (Q&A) practice. This method typically involves constructing a dataset of pertinent Q&A pairs and subsequently engaging in repeated practice until desired proficiency levels are achieved. While platforms such as Google Forms and Google Apps Script can streamline the Q&A creation and evaluation process, the manual generation of Q&A data remains a time-consuming and expensive endeavor. Minimizing the operational costs associated with scripting is crucial for long-term sustainability.