CSCS Native Scripting vs Stacked AI

CSCS (Customized Scripting in C#) can now be used for native mobile development. This App contains a CSCS interpreter that you can use to play around with CSCS. There are also a few pre-set examples. You can create any CSCS scripting code in one tab, "Create", and then see the results in another tab, "Run". How to use CSCS for mobile development is described at: - https://msdn.microsoft.com/en-us/magazine/mt829272 - http://www.codemag.com/article/1711081 - https://www.smashingmagazine.com/2020/01/cscs-scripting-language-cross-platform-development/ A Syncfusion E-book describing CSCS: - https://www.syncfusion.com/resources/techportal/details/ebooks/implementing-a-custom-language Another Syncfusion E-book on how to use it for mobile development: https://www.syncfusion.com/ebooks/writing_native_mobile_apps_in_a_functional_language_succinctly The CSCS repository with the description of the language is at: https://github.com/vassilych/cscs The CSCS for mobile repository is at: https://github.com/vassilych/mobile This App itself was produced in CSCS. Here is the complete CSCS code: ========================= AutoScale(); SetBackgroundColor("cyan"); AddOrSelectTab("Create", "test.png", "test2.png"); __locComboFiles = GetLocation("ROOT", "CENTER", "ROOT", "TOP", -100, 40); AddCombobox(__locComboFiles, "__comboFiles", "center:white:clear", 350, 60); __optionsComboFiles = {"Sandbox", "Hello, World!", "Ads", "Busy Indicators", "Unit Tests"}; AddWidgetData(__comboFiles, __optionsComboFiles, "", "center"); SetFontSize(__comboFiles, 13); SetValue(__comboFiles, "text2", "Done"); SetValue(__comboFiles, "alignment", "center"); AddAction(__comboFiles, "comboFilesChanged"); __locRemoveKeyboard = GetLocation(__comboFiles, "RIGHT", __comboFiles, "CENTER", 10); AddButton(__locRemoveKeyboard, "__buttonKeyboard", "Keyboard", 150, 60); SetFontSize(__buttonKeyboard, 12); AddAction(__buttonKeyboard, "hideKeyboard"); __locScriptView = GetLocation("ROOT", "CENTER", __comboFiles, "BOTTOM", 0, 10); AddTextEditView(__locScriptView, "__textView", "", 600, 900); SetFontSize(__textView, 14); AddOrSelectTab("Run", "learn.png", "run_icon.png"); function hideKeyboard(sender, arg) { ShowHideKeyboard(__textView, false);//!IsKeyboard(__textView)); } function comboFilesChanged(sender, arg) { row = GetValue(sender); WriteConsole("Combo row=", row); text = ""; if (row == 1) { text = ReadFileAsString("sfhello.cscs"); } elif (row == 2) { text = ReadFileAsString("ads.cscs"); } elif (row == 3) { text = ReadFileAsString("busyIndicators.cscs"); } elif (row == 4) { text = ReadFileAsString("unitTests.cscs"); } SetText(__textView, text); } function tabSelected(sender, arg) { tabId = int(arg); if (tabId != 1) { return; } script = GetText(__textView); RemoveTabViews(1); try { Run(script); } catch(exc) { AlertDialog("CSCS", exc); WriteConsole(exc); } } OnTabSelected("tabSelected"); SelectTab(0);

AI Stack Builder is a visual, hands-on learning app designed to help adults and beginners understand how modern artificial intelligence systems actually work—from the computer basics all the way up to running real AI models. Most AI education jumps straight into coding or abstract math. This app takes a different approach: it teaches the entire AI stack, layer by layer, using clear explanations, interactive maps, and practical system-building exercises. What you’ll learn • How CPUs, GPUs, RAM, and VRAM work together • What operating systems, drivers, and runtimes actually do • How CUDA, libraries, and frameworks fit into the AI stack • How containers and Docker are used in real AI deployments • How models, tokens, embeddings, and inference work • Why things break—and how to reason about common errors Key features Visual Learning Map Progress through a node-based learning map that shows how concepts connect. Each lesson unlocks naturally as you build understanding from the ground up. Stack Builder (Interactive) Assemble AI systems by placing components in the correct order. Learn dependencies, fix broken stacks, and understand why certain setups work—or fail. Short, Focused Lessons Each lesson is designed to be completed in just a few minutes, making it easy to learn consistently without overwhelm. Plain-English Explanations Concepts are explained in clear, practical language—no advanced math required. Built-in Dictionary Look up common AI terms, abbreviations, file types, and tools, all explained in context and linked to where they sit in the stack. Progress Tracking Track completed lessons, learning streaks, and unlocked topics as you advance. Who this app is for • Adults transitioning into tech or AI • Students learning modern computing systems • Developers who want a clearer mental model of AI infrastructure • Anyone curious about how AI software and hardware work together No prior AI experience is required. AI Stack Builder focuses on understanding systems, not hype—helping learners build real intuition for how modern AI is structured and used in practice.