![]() For a complete list of books that are available in the series, visit Ruth E. This series brings together approaches to visual culture - broadly conceived - that assess these dynamics critically and that break new ground in understanding their effects and implications. These have resulted in a trans-disciplinary fascination with all things visual, from “high” to “low,” and from esoteric to popular. Its impetus derives from the increasing importance of visual signs in everyday life, and from the rapid expansion of what are termed “new media.” The broad cultural and social dynamics attendant to these developments present new challenges and opportunities across and within the disciplines. Randolph, Dartmouth College This series, sponsored by Dartmouth College Press, develops and promotes the study of visual culture from a variety of critical and methodological perspectives. T THE POSTER Interfaces: Studies in Visual Culture Editors Mark J. 8 | The Iconophile’s Collecting: Posters as an Ephemeral Archaeology of Modernity. 7 | The Poster at the Origins of the Age of Spectacle: The Rise of the Image and Modern Iconophobia. 6 | Poster Design: The Dialogics of Image and Word. PART III: The Poster as Design and Advertising. 4 | Les Maîtres de l’Affiche: Aura and Reproduction. 3 | The Color Print: Art in the Age of Lithography. Part II: The Poster and Print: Reproduction and Consecration. 2 | Toulouse-Lautrec, Jane Avril, and the Iconography of the Female Print Connoisseur in Posters. 1 | The Poster's Place in Modernism: Art and Mass Media in the 1890s. Introduction: The Poster at a Crossroads. ![]() # Notice how we also receive all 128 requests at once.Table of contents : Cover. ![]() # These are there requests from Ktor's HTTP client non-blocking I/O. # Notice how we receive all 128 requests at once. ![]() # These are the requests from JDK11's HttpClient non-blocking I/O. # This is because Dispatchers.IO has a limit of 64 threads by default, so main.kt can't send anymore requests until those are done and the Dispatchers.IO threads are released. # Notice how we only receive 64 requests at a time. Server.js (with # comments for clarification) # These are the requests from JDK11's HttpClient blocking I/O. Successfully sent 128 requests in 5862ms: 128 were successful and 0 failed. # There were ~862ms of overhead in this execution Successfully sent 128 requests in 5203ms: 128 were successful and 0 failed. Running with JDK11 client using non-blocking sendAsync() # There were ~203ms of overhead in this execution Successfully sent 128 requests in 16454ms: 128 were successful and 0 failed. Running with JDK11 client using blocking send() Main.kt (with # comments for clarification) # There were ~6,454ms of overhead in this execution const ms: $successCount were successful and $failCount failed.") Server.js: A simple Node.js HTTP server that receives a request, and returns a response ~5s after. To understand how coroutines and non-blocking I/O work together, here's a practical example: Coroutines simply provide an easier programming model consisting of suspending functions instead of hard-to-read CompletableFuture continuations in Java, and structured concurrency among other concepts. Non-blocking I/O is not a feature of coroutines though. For example, by default a highly concurrent program such as a web server running in a computer with 2 CPUs would have its compute capacity degraded by 50% while a thread blocks waiting on I/O to complete in a coroutine. This is why the default coroutine dispatcher – Dispatchers.Default – has a total of max(2, num_of_cpus) threads to execute dispatched coroutines. Coroutines are designed to contain non-blocking (i.e.
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