Category: Uncategorized

Craft Vapors Recipe Book: Flavor Profiles, Ratios, and Steep Guides

Introduction

Crafting your own e-liquids lets you control flavor, throat hit, VG/PG balance, nicotine strength, and steeping to get the exact vape you want. This guide covers practical flavor-profile basics, mixing ratios, nicotine considerations, and step-by-step steeping techniques so you can create consistent, satisfying blends from the Craft Vapors Recipe Book or your own experiments.

Flavor Profiles — Building Blocks

• Fruity: Bright, acidic, often single-note (berries, citrus, tropical). Works well as top notes or layered with creams.
• Dessert/Cream: Smooth, sweet, adds body (vanilla, custard, pastry). Use as base or to mellow sharp fruits.
• Beverage: Coffee, tea, cola—adds complexity and realism.
• Tobacco: Earthy, woody, sometimes smoky; pairs with caramel, cream, or spice for complexity.
• Mint/Menthol: Cooling, sharp; small percentages can brighten mixes.
• Candy: Sweet, artificial profiles—use sparingly to avoid cloying results.
• Spice/Herbal: Cinnamon, clove, basil—used for accents, not main character.

Flavor Layering Principles

1. Primary (40–60% of perceived flavor): The main taste — e.g., strawberry, custard, tobacco.
2. Secondary (20–40%): Supports or complements — e.g., cream under a fruit, caramel with tobacco.
3. Accent (5–15%): Adds nuance — menthol, lemon zest, spice.
4. Use texture modifiers sparingly: Vanilla, ethyl maltol, or creams add body but can mute brightness if overused.

Concentration Guidelines (Typical Starting Points)

• Single-flavor shake-and-vape: 8–15% (depends on flavor strength)
• Multi-flavor recipes: total flavoring 12–25% combined
• Accents: 0.5–3%
• Strong concentrates (tobacco, citrus oils): start at lower end (2–8%)

VG/PG Ratios — How They Affect the Vape

• ⁄₃₀ VG/PG: Thick clouds, smoother throat hit, slower flavor carry—good for sub-ohm devices.
• ⁄₄₀ VG/PG: Balanced vapor and flavor; versatile.
• ⁄₅₀ VG/PG: Stronger flavor perception, more throat hit—ideal for mouth-to-lung devices.
• High PG (30–50% PG): Sharper throat hit, better flavor delivery; avoid if PG-sensitive.
• High VG (>70%): Max clouds, milder flavor and throat hit; requires high-wattage coils.

Nicotine Forms & Dilution

• Freebase nicotine: Sharper throat hit, common concentrations. Calculate final mg/mL using volume, nicotine strength, and desired strength.
• Nicotine salts: Smoother at higher concentrations, better for low-wattage devices.
• Example dilution: to make 100 mL of 3 mg/mL from 100 mg/mL base, add 3 mL of nicotine base and 97 mL of mix base (flavor + VG/PG). Always measure precisely and use protective gear.

Steeping — Why and How

• Purpose: Allows volatile solvents to evaporate, flavors to meld, and harsh notes to fade.
• Methods:
  • Fresh/Shake-and-vape: Immediate use for single, light fruit flavors. No steep needed.
  • Short steep (3–7 days): Store in cool, dark place with periodic gentle shakes—good for most mixes.
  • Standard steep (2–4 weeks): For creams, custards, tobaccos, complex blends—shake daily first week, then weekly.
  • Hot-bath (accelerated): Place sealed bottles in warm water (40–50°C) for a few hours, then cool. Use sparingly—may change volatile top notes.
  • Breathing/Hot plate: Open occasionally to release VOCs; useful for overly sweet or solventy mixes.
• Signs a mix is ready: Smooth throat hit, balanced flavor, no chemical or harsh notes.

Troubleshooting Common Issues

• Muted flavor: Increase total flavoring 1–3% or swap for a stronger concentrate; check PG proportion.
• Too harsh throat hit: Reduce nicotine or increase VG; add small amounts of a sweetener or cream to smooth.
• Chemical/solvent taste: Steep longer, try hot-bath or brief airing; reduce certain citrus or floral concentrates.
• Clashing flavors: Reduce one component by 20–30% or add a unifying cream/custard at low levels.

Sample Starter Recipes (100 mL total, ⁄₃₀ VG/PG)

• Strawberry Cream (shake-and-vape):
  • Strawberry concentrate: 10 mL
  • Cream vanilla: 6 mL
  • Ethyl maltol (10% solution): 1 mL
  • VG: 70 mL minus concentrates
  • PG: 30 mL minus concentrates
• Tobacco Caramel (steep 2–3 weeks):
  • Tobacco: 8 mL
  • Caramel: 5 mL
  • Vanilla bean: 2 mL
  • VG/PG to fill
• Iced Peach Tea (short steep, 3–7 days):
  • Peach: 8 mL
  • Black tea: 3 mL
  • Menthol: 0.5 mL
  • Sweetener: 0.5 mL

(Adjust volumes to account for nicotine base; totals above assume flavoring volumes included in VG/PG.)

Safety & Best Practices

• Measure with syringes or graduated pipettes.
• Wear gloves and eye protection when handling nicotine.
• Label bottles with recipe, date mixed, and nicotine strength.
• Store nicotine and concentrates away from children and pets.

Final Tips

• Keep a recipe log with percentages, not just mL, for easy scaling.
• Start conservative with concentrates; small increases are safer than large jumps.
• Taste at intervals during steeping to build intuition for each flavor’s development.

Happy mixing—use the Craft Vapors Recipe Book principles above to refine recipes systematically and keep notes for repeatable results.

Wittybee Desktop App: Boost Your Productivity with Smart Notes

Wittybee is a desktop note-taking app designed to help users capture ideas quickly, organize information efficiently, and turn notes into actionable items. It emphasizes speed, simplicity, and intelligent features that reduce friction in everyday workflows.

Key Features

• Smart Capture: Quick keyboard shortcuts and a global hotkey to create notes from any app.
• Structured Organization: Nested notebooks, tags, and pinning for fast retrieval.
• Search & Context: Instant full-text search with relevance ranking and search filters (tags, date, notebook).
• Smart Suggestions: AI-powered suggestions for tags, related notes, and follow-up tasks.
• Task Integration: Convert notes into to-dos, set due dates, and sync with calendars or task managers.
• Rich Content: Supports images, code blocks, attachments, and basic formatting (headings, lists, bold/italic).
• Offline-first: Local storage with optional encrypted cloud sync for cross-device access.
• Privacy Controls: Local encryption, per-note sharing links, and permission settings.

Typical Workflow

1. Capture a quick idea via the global hotkey.
2. Add a title, tag, and any attachments.
3. Use Smart Suggestions to tag related notes or convert the idea into a task.
4. Schedule follow-ups or export the note to your task manager.
5. Search later using keywords or filters to find the note instantly.

Benefits

• Faster capture reduces lost ideas.
• Better organization makes retrieval quick and reliable.
• AI assistance lowers manual tagging and helps surface related work.
• Task conversion keeps notes actionable, preventing idea backlog.

Ideal Users

• Knowledge workers who juggle ideas, meeting notes, and tasks.
• Students organizing research and study notes.
• Developers and writers needing quick code snippets and draft management.

Quick Tips

• Use the global hotkey for capture during meetings.
• Create a consistent tag system (e.g., project-XYZ, idea, meeting).
• Convert meeting notes to tasks immediately to ensure follow-through.
• Use local encryption for sensitive notes and enable cloud sync only if needed.

How RHBVS Improves Veterinary Practice Workflow

1. Faster patient intake and triage

• Automated forms: Owners complete digital history and consent forms before arrival, reducing front-desk time.
• Pre-visit triage: Built-in questionnaires flag urgent issues so staff can prioritize arrivals.

2. Streamlined appointment management

• Centralized calendar: Consolidates schedules, reduces double-booking, and shows room/resource availability.
• Automated reminders: SMS/email reminders lower no-shows and free up staff time for active tasks.

3. Efficient medical records and charting

• Structured templates: Quick, consistent SOAP notes and treatment plans speed documentation.
• Integrated imaging and lab results: Attach diagnostics directly to records, avoiding manual filing and lookup.

4. Faster billing and invoicing

• Automated estimates and invoices: Generate charges from treatments/meds with one click.
• Insurance and payment integrations: Streamline claims and accept multiple payment methods at point-of-sale.

5. Improved inventory and medication management

• Real-time stock levels: Alerts for low-stock and expirations reduce waste and shortages.
• Automated reorder rules: Saves time on manual ordering and ensures critical supplies remain available.

6. Better team communication and task management

• Task lists and assignments: Clear responsibilities, deadlines, and status tracking reduce missed actions.
• Internal messaging: Quick clarifications without leaving the patient area improve throughput.

7. Enhanced client communication and education

• Automated follow-ups: Post-visit care instructions, reminders, and wellness plans improve compliance.
• Client portals: Owners view records, pay bills, and request appointments online, cutting admin calls.

8. Data-driven process improvements

• Reporting and KPIs: Track metrics (turnaround time, appointment length, revenue per visit) to identify bottlenecks.
• Workflow customization: Use reports to adjust staffing, schedule templates, and SOPs for efficiency gains.

Quick implementation checklist

1. Migrate patient data and templates.
2. Train staff on triage, charting, and billing workflows.
3. Configure automated reminders and client portal.
4. Set up inventory thresholds and reorder rules.
5. Run weekly KPI reviews for the first 3 months.

Bottom line: RHBVS centralizes clinical, administrative, and client-facing functions to reduce manual work, speed throughput, and provide measurable insights that let practices refine workflows and improve patient care.

Master Shortcutor: Create Powerful Macros Without Coding

What is Shortcutor?

Shortcutor is a user-friendly macro builder that lets you automate repetitive tasks across apps and the web without writing code. It connects actions (like opening apps, filling forms, moving files) into sequences you trigger with a single click or keyboard shortcut.

Why use Shortcutor?

• Save time: Automate routine tasks to free up hours each week.
• No coding required: Visual builders and prebuilt actions make automation accessible to everyone.
• Consistency: Reduce human error by running the exact same steps every time.
• Scalable workflows: Start small and combine macros into complex processes as needs grow.

Key concepts

• Action: A single operation (e.g., click a button, type text, run a script).
• Macro: A sequence of actions executed in order.
• Trigger: How a macro starts (hotkey, schedule, button).
• Variables: Placeholders for dynamic data (dates, file names, form inputs).
• Conditions & Loops: Simple logic to repeat actions or branch behavior without code.

Step-by-step: Build your first macro

1. Choose a goal. Example: Save email attachments to a project folder and rename them.
2. Open Shortcutor and create a new macro. Pick a clear name like “Save Project Attachments.”
3. Add actions in order:
   • Open email client.
   • Filter or select relevant emails.
   • Download attachments to a temporary folder.
   • Rename files using a variable (e.g., ProjectName_Date).
   • Move files to the project folder.
   • Send a confirmation notification.
4. Set variables. Create a ProjectName variable that prompts when the macro runs or pulls from the email subject.
5. Add simple conditions. If no attachments found, send a warning and stop.
6. Test and refine. Run the macro on sample emails, adjust timing or selectors if needed.
7. Assign a trigger. Set a hotkey or schedule it to run daily.

Tips for powerful, reliable macros

• Use clear names for actions and variables to avoid confusion.
• Add short delays between UI actions to handle slow apps.
• Prefer selectors or APIs over visual clicks when available—more robust across updates.
• Log outputs to a file during development to debug failures.
• Start simple and incrementally add complexity (loops, branches).
• Reuse building blocks by creating sub-macros for common tasks.

Advanced patterns without coding

• Data-driven automation: Load a CSV of tasks and loop through rows to perform batch operations.
• Conditional branching: Check for file existence, then choose different actions.
• Integrations: Use Shortcutor’s built-in connectors (or webhooks) to interact with Google Sheets, Slack, or task managers.
• Template macros: Parameterize macros so you can run the same process for different clients or projects.

Common use cases

• Batch-renaming and organizing files.
• Filling forms and copying data between apps.
• Extracting data from emails and updating spreadsheets.
• Automating deployment steps for no-code app builders.
• Generating reports and distributing them via email or Slack.

Troubleshooting checklist

• Are selectors still valid after app updates? Update or switch to API-based actions.
• Is timing causing failures? Increase delays or add wait-for-element steps.
• Do variables have expected values? Log them or show prompts during testing.
• Are permissions granted (file system, accessibility)? Grant required permissions in system settings.

Getting the most from Shortcutor

• Build a library of reusable macros and subroutines.
• Share templates with teammates to standardize processes.
• Schedule maintenance runs to keep workflows healthy (clear temp files, refresh tokens).
• Keep documentation: brief descriptions, inputs, and expected outputs for each macro.

Mastering Shortcutor means thinking in steps, not code. With clear goals, tested building blocks, and simple logic, you can automate complex workflows reliably—saving time and reducing errors—without ever touching a programming language.

How to Use GreekCharactersHTMLEditor for Clean Greek Letter Markup

Writing Greek letters in HTML can be fiddly: named entities, Unicode code points, and inconsistent font support all add friction. GreekCharactersHTMLEditor is a tool designed to simplify creating clean, accessible Greek letter markup for web content. This guide shows a practical workflow to insert, format, and validate Greek characters so your pages display correctly across browsers and assistive technologies.

Why clean Greek markup matters

• Accessibility: Screen readers rely on proper character encoding and semantic markup to pronounce letters and math correctly.
• Compatibility: Using standardized entities or Unicode prevents display issues across browsers and platforms.
• Maintainability: Clear, consistent markup is easier to edit, search, and reuse.

Quick setup

1. Install or open GreekCharactersHTMLEditor (assume it’s already added to your editor or available as a web tool).
2. Ensure your HTML files declare UTF-8 encoding:

html
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<meta charset=“utf-8”>

3. Use a modern web font that includes Greek glyphs (e.g., Noto Sans, Roboto) or rely on system fonts.

Inserting Greek letters

• Use the editor’s insert menu or search box to find letters by name (alpha, beta, gamma).
• Prefer Unicode characters (α, β, γ) when you control file encoding and font coverage. Unicode keeps markup shorter and more readable.
• Use named character entities (e.g., α, Β) when you need backward compatibility with legacy systems or to be explicit in source.

Example (Unicode vs entity):

html
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<span>Alpha (Unicode): α</span>
<span>Alpha (entity): α</span>

Choosing between text and math contexts

• For inline mathematics or single-letter variables, wrap characters in or use MathML/LaTeX-to-HTML rendering when appropriate:

html
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<p>Let <var>α</var> be the angle between the vectors.</p>

• For mathematical expressions more than a symbol or two, use MathML or a client-side renderer (KaTeX/MathJax) to ensure semantic correctness.

Styling and presentation

• Use CSS to adjust font-family, weight, and italicization specifically for Greek characters:

css
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.greek { font-family: “Noto Sans”, serif; font-style: italic; }

• Avoid relying on visual italics alone to convey semantics; use appropriate HTML elements (, ) for meaning.

Ensuring accessibility

• Provide descriptions for non-standard usage via aria-label when screen readers need clarification:

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<span aria-label=“Greek letter alpha”>α</span>

• For math rendered as images or complex layouts, include MathML or descriptive text.

Validation and testing

1. Validate your HTML with a validator (W3C).
2. Test in multiple browsers and on mobile devices.
3. Check with a screen reader (NVDA, VoiceOver) to confirm proper pronunciation.
4. Inspect source to ensure entities vs Unicode appear as intended.

Common pitfalls and fixes

• Broken glyphs (tofu): include a font with Greek support or use system fonts.
• Wrong semantics: useor MathML, not plain , for mathematical identifiers.
• Mixed encodings: always save files as UTF-8 and declare charset.

Sample workflow (practical)

1. Open file in GreekCharactersHTMLEditor.
2. Set document encoding to UTF-8.
3. Insert Greek letters using Unicode.
4. Wrap single-letter variables with .
5. Apply CSS for visual styling.
6. Run accessibility and browser tests.
7. Export final HTML.

Conclusion

GreekCharactersHTMLEditor streamlines adding Greek letters to web content by providing quick insertion, encoding-aware choices, and styling helpers. Favor Unicode for clarity, use semantic HTML for meaning, and test across browsers and assistive tech to ensure clean, accessible Greek markup.

Build Stunning Portfolios with ImageStone Templates

Showcasing your best work in a clean, compelling portfolio is essential for photographers, designers, illustrators, and creative teams. ImageStone’s templates are designed to make that process fast, polished, and scalable—so you can spend less time fiddling with layouts and more time creating. Below is a practical guide to using ImageStone templates to build stunning portfolios that attract clients and highlight your unique style.

Why use ImageStone templates

• Speed: Prebuilt layouts let you assemble a portfolio in minutes.
• Consistency: Templates ensure a cohesive visual language across pages and projects.
• Responsiveness: Built-in responsive rules keep images and grids looking great on any device.
• Customization: Tweak typography, spacing, and color to match your brand without rebuilding layouts.
• Performance: Optimized image delivery minimizes load time while preserving quality.

Choose the right template for your work

1. Single-project showcase: Use a full-bleed hero image with a simple caption for deep dives into one major project.
2. Grid gallery: Ideal for photographers or illustrators who want to show many images at once—look for masonry or uniform-grid options.
3. Case study layout: Combine images with text blocks and process shots to tell the story behind a project.
4. Minimal portfolio: Let imagery speak by choosing templates with lots of negative space and subtle UI elements.
5. Client-facing proofing: Use templates that include downloadable contact/info panels and approval controls.

Structure your portfolio for impact

• Lead with a strong hero: Pick one signature image that represents your style.
• Tell a story: Group images into sections (overview, process, final deliverables).
• Keep navigation simple: Use clear labels and predictable placement so viewers can browse quickly.
• Curate ruthlessly: Favor fewer, stronger images over many weaker ones.
• Include context: Short captions, client names, and project goals add credibility.

Customize templates without overdoing it

• Typography: Choose 1–2 typefaces. Use one for headings and one for body copy.
• Color palette: Apply a neutral base and 1–2 accent colors drawn from your imagery.
• Spacing: Maintain consistent margins and gutters to create visual rhythm.
• Image treatment: Use consistent aspect ratios or intentional variation (e.g., mix 3:2 and 1:1) for a curated look.
• Microcopy: Include a concise bio, contact button, and links to socials or downloadable PDF.

Optimize images for web

• Export images at appropriate sizes (avoid 4000px masters for display).
• Use WebP or AVIF where supported; provide fallbacks for older browsers.
• Leverage ImageStone’s automatic responsive sizing and CDN delivery.
• Add descriptive alt text for accessibility and SEO.

Launch and iterate

• Preview across devices and browsers before publishing.
• Collect feedback from peers or clients and update images or sequencing.
• Track engagement (views, clicks, downloads) to see which projects resonate.
• Refresh the portfolio seasonally—swap in new projects and retire older work.

Example template workflow (10–30 minutes)

1. Select a template category (grid, case study, minimal).
2. Upload 10–20 curated images.
3. Arrange images into sections and add captions.
4. Customize fonts, colors, and spacing to match your brand.
5. Preview and publish; share the link with a short email or social post.

Final tips

• Prioritize clarity: let your images breathe.
• Make contacting you effortless—prominent CTAs increase inquiries.
• Use template variants for different audiences (clients vs. galleries).
• Keep loading fast—performance impacts perception.

Build your portfolio with intention: ImageStone templates give you the structure and tools to present work that feels professional, focused, and memorable.

Building a Hello World ActiveX Control (With Full Source Code)

This guide walks through creating a minimal “Hello World” ActiveX control in C++ using ATL. It explains project structure, key interfaces, registration, and how to build and test the control. The example is concise and intended for Windows desktop development with Visual Studio (Visual C++), ATL support, and administrator rights to register COM components.

Prerequisites

• Windows ⁄₁₁ development machine
• Visual Studio with C++ and ATL support installed
• Basic familiarity with C++ and COM/ATL concepts
• Administrator privileges to register the control (regsvr32)

Project overview

• Create an ATL in-process COM DLL that exposes a simple windowed ActiveX control.
• The control draws “Hello World” or exposes a method/property to set the text.
• We’ll implement registration, class factory, and minimal type library.

Step 1 — Create the ATL Project

1. In Visual Studio: File → New → Project → choose “ATL Project”.
2. Name it HelloAx, select “Dynamic-link library (DLL)”, enable “Allow merging of proxy/stub” if prompted.
3. Finish the wizard.

Step 2 — Add an ATL Simple Object (the control)

1. In Solution Explorer, right-click the project → Add → Class → ATL Simple Object.
2. Name it CHelloCtrl, with ProgID HelloAx.HelloCtrl and Threading Model = Apartment.
3. Check “Control” to make it windowed and “Insertable” if you want it available in containers.

Visual Studio generates a set of files: CHelloCtrl.h/.cpp, resource entries, and IDL updates.

Step 3 — Implement painting and a textual property

Open CHelloCtrl.h and CHelloCtrl.cpp and modify to draw text and expose a property Text.

CHelloCtrl.h (key excerpts)

cpp
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// CHelloCtrl.h - key parts
#pragma once
#include “resource.h”
#include 

class ATL_NO_VTABLE CHelloCtrl :
public CComObjectRootEx<CComSingleThreadModel>,
    public CComCoClass<CHelloCtrl, &CLSID_HelloCtrl>,
    public CComControl<CHelloCtrl>,
    public IDispatchImpl<IHelloCtrl, &IID_IHelloCtrl, &LIBID_HelloAxLib, /wMajor =/ 1, /wMinor =/ 0>
{
public:
    CHelloCtrl() : m_text(L“Hello World”) { }

    DECLARE_REGISTRY_RESOURCEID(IDR_HELLOCTRL)
    DECLARE_PROTECT_FINAL_CONSTRUCT()

    BEGIN_COM_MAP(CHelloCtrl)
        COM_INTERFACE_ENTRY(IHelloCtrl)
        COM_INTERFACE_ENTRY(IDispatch)
        COM_INTERFACE_ENTRY(IViewObjectEx)
        COM_INTERFACE_ENTRY(IViewObject2)
        COM_INTERFACE_ENTRY(IViewObject)
        COM_INTERFACE_ENTRY(IOleInPlaceObjectWindowless)
        COM_INTERFACE_ENTRY(IOleInPlaceObject)
        COM_INTERFACE_ENTRY(IOleControl)
        COM_INTERFACE_ENTRY(IOleObject)
        COM_INTERFACE_ENTRY(IPersistStreamInit)
        COM_INTERFACE_ENTRY(IConnectionPointContainer)
    END_COM_MAP()

    BEGIN_PROP_MAP(CHelloCtrl)
        PROP_ENTRY(“Text”, DISPID_TEXT, CLSID_NULL)
    END_PROP_MAP()

    BEGIN_MSG_MAP(CHelloCtrl)
        MESSAGE_HANDLER(WM_PAINT, OnPaint)
    END_MSG_MAP()

    // Property
    CComBSTR m_text;

    STDMETHOD(get_Text)(BSTR p) {
        if (!p) return E_POINTER;
        p = m_text.Copy();
        return S_OK;
    }
    STDMETHOD(put_Text)(BSTR v) {
        m_text = v;
        Invalidate();
        return S_OK;
    }

    LRESULT OnPaint(UINT, WPARAM, LPARAM, BOOL&) {
        PAINTSTRUCT ps;
        HDC hdc = ::BeginPaint(m_hWnd, &ps);
        RECT rc;
        GetClientRect(&rc);
        SetBkMode(hdc, TRANSPARENT);
        DrawTextW(hdc, m_text, -1, &rc, DT_CENTER | DT_VCENTER | DT_SINGLELINE);
        ::EndPaint(mhWnd, &ps);
        return 0;
    }
};

idl
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[     object,

 
uuid(...), dual, nonextensible, pointer_default(unique) 
] interface IHelloCtrl : IDispatch {
[propget, id(DISPID_VALUE)] HRESULT Text([out, retval] BSTR* pVal); [propput, id(DISPID_VALUE)] HRESULT Text([in] BSTR newVal); 
}; 

Build the project to generate the TLB.
Step 5 — Build and Register

Build → Build Solution.
To register: run Visual Studio as Administrator or open an elevated Developer Command Prompt and run:

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regsvr32 path\to\HelloAx.dll 

Confirm registration succeeded.

Step 6 — Test in a host (e.g., Internet Explorer or a simple Win32 container)

Internet Explorer: create an HTML page embedding the control (only works if control is safe for scripting and marked as such; for testing run locally with relaxed settings).
Simpler: create an MFC/Win32 test container or use OLE View to instantiate.

Example HTML (for testing only):
html
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<html>
<body>
<object id=“hello” classid=“clsid:PUT-CLSID-HERE” width=“200” height=“50”></object>
<script>
  // set property from script if allowed
  try { hello.Text = “Hello from script”; } catch(e) { /* may be blocked by security */ }
</script>
</body>
</html>

Full Source Notes

This example keeps things minimal: no connection points, no persistence beyond default, default registration resources.
For production: implement error handling, persistence (IPersistStream), security (IObjectSafety or mark safe in registry), threading considerations, and sign the binary.

Troubleshooting

“Class not registered”: ensure regsvr32 succeeded and CLSID matches the one used in HTML.
Security blocks in modern browsers: ActiveX is deprecated and restricted; test in appropriate environments.

License
You can use and adapt this source freely; no license footer is provided—add one if required.
If you want, I can paste a complete Visual Studio-ready project (all files) as plain text for copy-paste.