Overview

By closing the gap between general programming books and those on laboratory automation, this timely book makes accessible to every laboratory technician or scientist what has traditionally been restricted to highly specialized professionals. Following the idea of ""learning by doing"", the book provides an introduction to scripting using AutoIt, with many workable examples based on real-world scenarios. A large portion of the book tackles the traditionally hard problem of instrument synchronization, including remote, web-based synchronization. Automated result processing, database operation, and creation of graphical user interfaces are also examined. Readers of this book can immediately profit from the new knowledge in terms of both increased efficiency and reduced costs in laboratory operation. Above all, laboratory technicians and scientists will learn that they are free to choose whatever equipment they desire when configuring an automated analytical setup, regardless of manufacturers suggested specifications.

Full Product Details

Author:   Matheus C. Carvalho
Publisher:   Wiley-VCH Verlag GmbH
Imprint:   Blackwell Verlag GmbH
Dimensions:   Width: 17.00cm , Height: 1.30cm , Length: 24.40cm
Weight:   0.544kg
ISBN:  

9783527341580

ISBN 10:   3527341587
Pages:   248
Publication Date:   07 December 2016
Audience:   Professional and scholarly ,  Professional & Vocational
Format:   Paperback
Publisher's Status:   Active
Availability:   Out of stock  
The supplier is temporarily out of stock of this item. It will be ordered for you on backorder and shipped when it becomes available.

Table of Contents

Foreword xiii Preface xv Acknowledgments xvii 1 Introduction 1 1.1 A Brief Story of Laboratory Automation 1 1.2 Approaches for Instrument Integration 2 1.3 Scripting versus Standardization in Laboratory Automation 3 1.4 Topics Covered in this Book 5 1.5 Learning by Doing: FACACO and FAKAS 7 1.6 Summary 10 Suggested Reading 10 2 The Very Basics of AutoIt 13 2.1 What Is AutoIt? 13 2.2 Alternatives to AutoIt 14 2.3 Getting AutoIt 15 2.4 Writing Your First Script (Mouse Click Automation) 15 2.5 Knowing More about SciTE 16 2.6 AutoIt on Linux 18 2.7 Summary 18 Suggested Reading 19 3 Timed Scripts 21 3.1 Controlling the Timing of Actions 21 3.2 Moving and ActivatingWindows 22 3.3 Sending Keyboard Inputs 23 3.4 “For” Loops and Variables 23 3.5 Organizing Your Code: Functions and Libraries 29 3.6 ReplacingMouse Clicks with Keyboard Shortcuts 32 3.7 Summary 34 4 Interactive Scripting 35 4.1 Window Monitoring 35 4.2 Pixel Monitoring 37 4.3 “While…WEnd” Loops for Pixel Monitoring 39 4.4 Synchronizing FACACO and KAKAS Using Pixel Monitoring 40 4.5 Enhanced Pixel Monitoring Using PixelCheckSum 43 4.6 Blocking Access to Keyboard and Mouse 46 4.7 Summary 46 5 Scripting with Controls 49 5.1 Using AWI to Get Control Information 49 5.2 Functions That Provide Control Information 51 5.3 Sending Commands to Controls 52 5.4 Synchronizing FACACO and FAKAS Using Controls 52 5.5 Dealing with Errors: If…Then 55 5.6 Infinite Loops and Controls 57 5.7 Summary 59 6 E-mail and Phone Alarms 61 6.1 E-mail Alarms 61 6.2 SMS and Phone Call Alarms 65 6.3 Summary 69 7 Using Low-Cost Equipment for Laboratory Automation 71 7.1 G-Code Devices 71 7.2 Robotic Arms 76 7.3 Do-It-Yourself Devices 77 7.4 Summary 77 Suggested Reading 78 8 Arrays and Strings 79 8.1 Organized Data: Arrays 79 8.2 Raw Data: Strings 80 8.3 Summary 82 9 Data Processing with Spreadsheets 83 9.1 Exporting Results to Spreadsheet Software 83 9.2 Dealing with Saved Results (Files) 87 9.3 Processing Spreadsheet Files 91 9.4 Summary 94 10 Working with Databases 95 10.1 Starting SQlite in AutoIt 95 10.2 Creating SQlite Databases 96 10.3 Modifying an Existing SQlite Database 99 10.4 Databases with More Than One Table 101 10.5 Retrieving Data from Databases 102 10.6 Summary 104 11 Simple Remote Synchronization 107 11.1 Time Macros 107 11.2 Synchronizing FACACO and FAKAS Using Time Macros 108 11.3 Summary 109 12 Remote Synchronization Using Remote Control Software 111 12.1 TeamViewer 111 12.2 Synchronizing FACACO and FAKAS Using TeamViewer 112 12.3 Summary 115 13 Text-Based Remote Synchronization 117 13.1 Choosing Instant Messaging Software 117 13.2 Writing and Reading from Trillian Using AutoIt 119 13.3 Synchronizing FACACO and FAKAS Using Trillian 121 13.4 Summary 123 14 Remote Synchronization Using IRC 125 14.1 AutoIt and IRC 125 14.2 Monitoring the Connection 126 14.3 Synchronizing FACACO and FAKAS 130 14.4 Final Considerations 132 14.5 Summary 133 15 Remote Synchronization UsingWindows LAN Tools 135 15.1 Connecting to a LAN 135 15.2 Creating a Shared Folder 137 15.3 Synchronizing FACACO and FAKAS 139 15.4 Summary 140 16 Remote Synchronization Using Third-Party LAN Software 143 16.1 Connecting to a LAN Using Bingo’s Chat 143 16.2 Automated Communication Using Bingo’s Chat 144 16.3 Synchronizing FACACO and FAKAS 147 16.4 Summary 148 17 Interacting with Devices via COMPorts 149 17.1 Serial Communication Protocols 149 17.2 AutoIt and COM Ports 150 17.3 Monitoring in Real Time 153 17.4 Implications for Other Devices 157 17.5 Other Technologies for Instrument Control 157 17.6 Summary 157 Suggested Reading 158 18 Introduction to Graphical User Interface (GUI) 159 18.1 Making a Very Simple GUI 159 18.2 Adding Simple Elements to a GUI 161 18.3 Setting Keyboard Shortcuts 163 18.4 Summary 165 19 Using GUI to Control Instruments 167 19.1 GUIs to Control the EHMA Valve Actuator 167 19.2 Controlling Two or More COM Ports in the Same Script 169 19.3 A GUI to Control a Digital Balance 171 19.4 Summary 174 20 Multitasking GUIs 177 20.1 The “GUIOnEventMode” Option 177 20.2 Multitasking Using GUIOnEventMode 179 20.3 Summary 182 21 Adding Graphical Elements to a GUI 183 21.1 Getting Started with GDIplus 183 21.2 Creating Animations Using GDIplus 185 21.3 Summary 189 22 Creating GUIs Using Koda 191 22.1 Getting Started with Koda 191 22.2 Creating a Script 194 22.3 Summary 196 23 Some Suggestions 197 23.1 For Manufacturers: All Instruments with a GUI 197 23.2 For Manufacturers: All GUIs with Access to Controls 197 23.3 For Manufacturers: Stop Developing Standards for Laboratory Automation 197 23.4 For Users: Hardware Trumps Software 198 23.5 For Users: If You Can, Choose Controls 198 23.6 For Users: AutoIt May Not be the Best Programming Option in Some Cases 198 23.7 For Users: Be Aware of Technological Advances 199 23.8 For Users and Manufacturers: AutoIt Scripts May Serve as Basis for New Products 199 Suggested Reading 199 A Other SciTE Features 201 A.1 CodeWizard 201 A.2 Organizing Your Scripts with Tidy 202 A.3 Tools that Facilitate Navigation 203 B Optical Character Recognition 207 B.1 OCR in AutoIt 207 B.2 Copying from the Screen and Applying OCR 209 C Scripting with Nonstandard Controls (UIA) 211 C.1 Downloading the UIA Software Package 211 C.2 Sending Instructions 212 C.2.1 Mouse Clicks 213 C.2.2 Keyboard Inputs 216 C.3 Getting Information about Controls 217 C.3.1 Getting Information from FAKAS Controls 218 C.3.2 Getting Information from Controls of Other Programs 220 C.4 Automating a LabView Program 221 C.5 Summary 222 Index 223

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Author Information

Matheus Carvalho de Carvalho, PhD, is a Senior Research Associate at Southern Cross University, Australia. His diverse research interests include employing stable isotopes to investigate algal photosynthesis and respiration, and developing customized and low-cost automated analytical approaches. He is member of the editorial board of the journal HardwareX, and a member of the Society for Laboratory Automation and Screening.

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