In an article in January 2018 warning of an impending “techlash,” The Economist painted a bleak picture for the CEOs of Amazon, Facebook, Google, Apple, Netflix, and Microsoft. “Things have been rough in Europe for a while,” the article pointed out, and “America is not the haven it was” for the giants of tech that dominate the internet.1 From the presidential candidates in the next election to a group of concerned state attorneys general, The Economist predicted a great deal of anti-tech sentiment was coming from regulators. The year didn’t get much better for major tech companies from there. As the investigation into Russian interference in the 2016 presidential elections unfolded, not just Facebook, but all of the major technology companies faced a sudden shift in public opinion on a wave of negative press.

So far, we have heard a lot about how private actors are trying to regulate the internet. Governments across the world have also been very active in trying to get internet companies to regulate what information their citizens can access and share online. The decentralized, resilient design of the internet makes government censorship much more difficult than in the mass media era, where it was much simpler to embed controls within the operations of a small number of major newspaper publishers and television and radio networks. Governments are adapting, though, and quickly becoming much more sophisticated in how they monitor and control the flow of information online.

To an extent that nobody else has managed, the copyright industries have been able to bake protection for their rights into the very infrastructure of the internet. The challenge of limiting illicit file sharing is similar to many of the other difficult issues – like addressing offensive content, removing defamatory posts, or limiting the flow of misinformation – in internet regulation. How do you control what users do online without directly going after individual users? Legal actions against individuals are expensive; they only really make sense in high value cases. Changing the behavior of many individuals on a large scale is much more difficult, whether it’s users sharing copyrighted music and films or people using the internet to harass others. Any effective answer has to involve technology companies and internet intermediaries in some way, because they have the power to influence large numbers of users through their design choices and policies.

Digital intermediaries govern the internet. The telecommunications companies that provide the infrastructure, the standards organizations that design the protocols, the software companies that create the tools, the content hosts that store the data, the search engines that index that data, and the social media platforms that connect us all make decisions that impact how we communicate on a broad level. They govern us, not in the way that nation-states do, but through design choices that shape what is possible, through algorithms that sort what is visible, and through policies that control what is permitted. The choices these intermediaries make reflect our preferences, but also those of advertisers, governments, lobby groups, and their own visions of right and wrong.

In August 2017, several hundred white nationalists marched on the small university town of Charlottesville, Virginia. The rally turned tragic when one of the protesters rammed his car into a crowd of counterprotesters, killing 32-year-old Heather Heyer. The Washington Post characterized the protesters as “a meticulously organized, well-coordinated and heavily armed company of white nationalists.”1

Because technology companies play such a large role in governing our lives, we should expect them to constitutionalize their processes for making decisions that affect our fundamental rights. By constitutionalization, I mean particularly the introduction of limits imposed by companies on their own exercise of power.2 This process of constitutionalization is the transformation of political limits that have historically only applied to governments to apply to a decentralized environment where many different types of actors can be said to play a governing role in society.3 This is the translation of the concept of the rule of law to formalize the “lawless” internal processes of powerful corporations in a way that limits and regulates how power is exercised. This translation is a shift away from purely legal conceptions of the rule of law that is essential to pursue if the core goal of the rule of law – limiting the arbitrary exercise of power – is to be achieved in the messy social systems of real life where governments are not the only bodies that regulate our lives.4

In 2009, Facebook CEO Mark Zuckerberg announced that the massive social network would become more democratic. Responding to criticism over controversial changes to its privacy policy, Zuckerberg pledged that from then on Facebook users would have direct input on the development of the site’s terms of service. These terms were “the governing document” for Facebook users across the world, Zuckerberg said; “Given its importance, we need to make sure the terms reflect the principles and values of the people using the service.”1 Facebook committed to ensuring that users would be consulted on any changes to its rules and that the company would in future defer to the popular will of its users through a new voting process.

Facebook has come under sustained criticism from human rights groups for its role in helping to spread hate speech that fueled the crisis. The platform’s policies prohibit incitement to violence and hate speech, as well as hate organizations and content that expresses support or praise for those groups or their members. These policies, however, were not well enforced during the crisis.8 The Burma Human Rights Network reported that official government Facebook pages used dehumanizing language in a campaign to “demonize” the Rohingya population, and “Facebook posts by nationalists have directed abuse towards journalists, NGO workers and Rohingya activists.”9 The military in Myanmar executed an extensive, systematic campaign involving hundreds of military personnel who used fake Facebook accounts to spread anti-Rohingya propaganda, flooding news and celebrity pages with incendiary comments and disinformation.10

In 1215, on a floodplain on the bank of the River Thames, King John of England met with a group of rebel barons to negotiate a peace treaty. The meeting at Runnymede, about halfway between the fortress of Windsor Castle and the camp of the rebels, became one of the most significant events of Western political history. After raising heavy taxes to fund an expensive and disastrous war in France, King John was deeply unpopular at home. He ruled with might and divine right; the king was above the law. He regularly used the justice system to suppress and imprison his political opponents and to extort more funds from his feudal lords. The peace charter promised an end to the arbitrary rule of the king, guaranteeing the liberties of feudal lords. The document became known as Magna Carta (the “great charter”), described by Lord Denning as “the greatest constitutional document of all times – the foundation of the freedom of the individual against the arbitrary authority of the despot.”1

In 1215, on a floodplain on the bank of the River Thames, King John of England met with a group of rebel barons to negotiate a peace treaty. The meeting at Runnymede, about halfway between the fortress of Windsor Castle and the camp of the rebels, became one of the most significant events of Western political history. After raising heavy taxes to fund an expensive and disastrous war in France, King John was deeply unpopular at home. He ruled with might and divine right; the king was above the law. He regularly used the justice system to suppress and imprison his political opponents and to extort more funds from his feudal lords. The peace charter promised an end to the arbitrary rule of the king, guaranteeing the liberties of feudal lords. The document became known as Magna Carta (the “great charter”), described by Lord Denning as “the greatest constitutional document of all times – the foundation of the freedom of the individual against the arbitrary authority of the despot.”1

The rules that different internet companies put in place about what content they allow are complicated and often controversial. All types of intermediaries are coming under pressure from many different directions to change their rules in different and often conflicting ways. Nowhere is this more visible than in the growing attention to the abuse, harassment, and hatred that has become so commonplace on the internet. Over the past decade, sustained media attention has driven a recognition that the rules and technical design of the internet’s social spaces have enabled hatred to flourish in a way that is harmful to individuals and to the quality of our shared media and debates. Internet companies are under a great deal of pressure to do more to limit abuse and to ensure that vulnerable people are not exposed to harm or driven off and silenced. Making real change, though, requires not only difficult debates about where to draw the lines, but also a rethinking and retrofitting of the core assumptions built into many of the services that enable us to communicate online. In this chapter, we will address how society is turning to internet intermediaries to help tackle the abuse problem and why this is such a complicated problem to address.

This book is the result of intensive collaboration between people who, at one time or another, all studied or worked at Leiden University in the Netherlands. In 2006, we expanded a collection of E-Prime exercises into something resembling a coherent course. In subsequent years, we – initially as a rather dynamic collective of PhD students – revised the manual in order to help those who want to learn how to create their own psychological experiments. Later, we expanded the manual even further, so that it can now also serve as a basic introduction to E-Basic coding in E-Prime.

Along the way, many people helped us in the writing of this book. First, we would like to thank David McFarlane, Michael Richter, Kerstin Brinkmann and the people at Psychology Software Tools for providing helpful comments when reviewing an earlier draft of this book. There were also numerous students who provided useful feedback during the period when this book was being used for courses at Leiden University. In particular, we would like to thank Hans Revers and Erwin Haasnoot for their constructive comments. Many more people have joined our journey, but at different moments in time. Each of us would like to mention a few:

Michiel Spapé: “Thanks, Elkan Akyürek, for introducing me to E-Prime, and Jan-Rouke Kuipers for sharing the burden when we took over and redesigned the course. I am also grateful to many inspiring teachers and colleagues at Leiden University (Wido La Heij, Gezinus Wolters, Stephan Verschoor). Finally, thank you, Zania Sovijärvi-Spapé, for being my favourite test-subject and person.”

Rinus Verdonschot: “I am grateful to the Cognitive Psychology department of Leiden University for having given me the chance to teach E-Prime to so many enthusiastic students; also to the people who participate actively in the Google E-Prime group and thus help out researchers all over the world. Lastly, a big thank you to my family, friends and colleagues.”

Saskia van Dantzig: “I’d like to thank Diane Pecher, who introduced me to E-Prime and encouraged me to develop the E-Prime course for psychology students at the Erasmus University. That course supplemented several chapters of this book. Diane was also one of the reviewers of this book.

In this chapter, you will learn

This chapter will introduce you to the E-Prime software package. You will get acquainted with the different programs that enable you to create, run and analyse experiments. You will learn that E-Prime uses object oriented programming to offer you the different elements that make up an experiment. These E-Objects function as building blocks that enable you to create your own experiments in a relatively simple and straightforward way. Before actually starting to program, it is important to visualise what your experiment will look like. Therefore, you will first learn how to conceptualise your experiment, which makes the actual programming part of it a lot easier. After reading this chapter, you should be able to program, run and analyse your own first experiment.

E-Studio, E-DataAid, E-Recovery and E-Merge

When we say we are ‘working in E-Prime’, talk about ‘an experiment written in E Prime’, or even complain that ‘E-Prime has crashed again’, we generally mean E-Studio. You may be delighted – or disheartened – to learn that E-Prime is actually a suite of software, composed of a number of programs besides just E-Studio. We will talk about these other programs throughout this book, but, generally, they are pretty straightforward and a quick summary should be enough to get you started.

E-Studio is based on (or perhaps merely inspired by) Visual Studio and can therefore be called an IDE: an integrated development environment. The graphical user interface is a convenient way to code (develop) the experiment, which you can do by simply dragging and dropping objects onto a timeline. This makes the daunting task of developing experiments as simple and user-friendly as familiar Windows programs like PowerPoint – at least, on the face of it. However, it's not quite true that no real programming (i.e. coding or scripting) is required: almost all original experiments will at some point require you to write at least a few lines of code; and, more importantly, doing so can save you a lot of time. We will see how this works in later chapters. The experiment in E-Studio is stored as an .es3 file (.es or .es2 file in E-Prime 1 and 2).

In this chapter, you will learn

Dear reader, if you have been with us all the way from the start, it's great to see you here. You have made your way through six chapters full of useful information and are now well beyond just coding your own reaction time experiments. As a reward for all your hard work, we are going to teach you how dazzle your friends with something beautiful, interactive and, some may say, exhilarating. In this chapter we will break out of the decidedly ‘80s realm of reaction times and button presses and will introduce you to a fancy new piece of hardware: the mouse. As a bonus (if you can cope) you will also learn how to program your own questionnaire using E-Basic code.

It is important to remember that E-Prime's greatest strength lies in critical timing and interaction with equipment that requires such accurate timing, like EEG or eye-tracking apparatus. So, when you find yourself desperate to know how ‘betrayed’ your participant feels (on a scale of 1 to 5, naturally), or want to get your feet wet with immersive user-interfaces combining drag-and-drop behaviour for mobile communication technology, E-Prime may not be the platform of choice. After all, the seemingly simple Windows event of ‘the user clicked on button A’ is not a piece of cake in E-Prime land, and questionnaires are nowadays incredibly easy to make using tools available online.

However, we often find it useful (or sometimes just fun) to add aspects of interactivity, say, one or two clickable objects, to our accurately-timed experiments. In addition, it can be useful to have all the data on one participant – including questionnaire responses – in one place. It certainly beats the old-school approach: no more the ultimate boredom of transcribing pen-and-paper data into SPSS!

Therefore, in this chapter we will show you how to engage with Slide objects to a deeper extent, how to create a simple questionnaire using E-Basic code and, finally, how to do ‘fun stuff’ with the mouse.

The Slide object

Slide objects are extremely useful because they allow you to combine text, images, sounds and movies in one and the same object.