Author: adm

Advanced Data Visualization Techniques Using GraphPlotter

Overview

GraphPlotter is a hypothetical/assumed data-visualization tool (desktop or web) focused on flexible, high-performance charting. This guide covers advanced techniques to extract insights, improve readability, and build interactive visualizations.

1. Multi-layered charts

• Use layers to combine different chart types (e.g., line + bar + scatter) for richer context.
• Best practice: Keep one primary metric per visual prominence; use opacity and color to separate secondary layers.

2. Small multiples and facets

• Create consistent small multiples to compare subgroups (time periods, regions, categories).
• Technique: Fix scales across panels to enable accurate comparisons; annotate panel titles with summary stats.

3. Interactive exploration

• Implement brushing & linking: select a range in one view to filter others.
• Zoom and pan: maintain context by providing overview + detail (overview at top or as a mini-map).
• Tooltips: show concise, contextual info — metric value, timestamp, and a short interpretation.

4. Advanced axes and scaling

• Dual axes cautiously: Prefer normalized or indexed series; use dual axes only when scales are inherently different and clearly labeled.
• Log scales: apply for heavy-tailed distributions; always label ticks and note the transform in the caption.

5. Annotations and story layers

• Event markers: add vertical/horizontal lines for key events with brief labels.
• Narrative annotations: use short sentences to point out trends, inflection points, and anomalies.

6. Statistical overlays

• Confidence intervals: show uncertainty with shaded bands around lines.
• Moving averages / LOESS: smooth noisy series but offer toggles to view raw data.
• Trend lines and regression summaries: display equation and R² on demand.

7. Color and accessibility

• Use perceptually uniform palettes (e.g., Viridis) and check colorblind-safe contrasts.
• Use texture or shape in addition to color for categorical distinction.

8. Performance at scale

• Data aggregation: pre-aggregate for long time ranges; use sampling for scatterplots.
• Progressive rendering: load coarse overview first, then refine as data streams.
• WebGL rendering for millions of points where available.

9. Exporting & reproducibility

• Export options: PNG/SVG for publication, JSON for chart state, and scripts for reproducibility.
• Embed with parameterized state: enable sharing a permalink that recreates filters and zoom.

10. Automation & pipelines

• Template dashboards: create reusable templates that accept data inputs.
• Scheduled reports: automate generation of snapshots with highlighted changes and emailed summaries.

Example workflows

• Anomaly detection dashboard: real-time series > smoothing > Z-score annotation > alert markers.
• Comparative cohort analysis: facet by cohort > normalized indexing to cohort start > small multiples.

Quick checklist before publishing

• Are scales consistent across comparisons?
• Do annotations clarify the main message?
• Is color accessible and meaningfully mapped?
• Have you shown uncertainty where relevant?
• Does the visualization scale performantly for the intended audience?

If you want, I can draft specific GraphPlotter code snippets (e.g., multi-layer chart, brushing & linking) or a 1-page template for a dashboard—tell me which output you prefer.

Novel Score: Measuring Emotional Impact in Contemporary Fiction

What it is
Novel Score is a quantitative framework that evaluates how effectively a contemporary novel evokes emotions in readers. It combines measurable story elements (plot beats, pacing, character arcs) with reader-response metrics (empathy, suspense, resonance) to produce a single score representing emotional impact.

Core components

• Emotional Arc Strength: Degree and clarity of change in characters’ internal states across the story.
• Empathy Index: How well the narrative fosters identification with protagonists and secondary characters.
• Tension & Release: Frequency and intensity of stakes, conflicts, and their resolutions.
• Imagery & Language: Use of sensory detail and stylistic devices that trigger emotional responses.
• Aftereffect/Resonance: Lasting emotional impression measured via follow-up surveys or reader recall.

How it’s measured (practical approach)

1. Close-read rubric: Trained readers score scenes on the five components (0–10).
2. Reader surveys: Collect immediate and delayed emotional-response ratings from a panel (e.g., 1–7 Likert scales).
3. Behavioral signals: Optional metrics like reading pace changes, reread frequency, and social shares/comments.
4. Weighted aggregation: Combine rubric, survey, and behavioral scores using preset weights (example: 40% surveys, 35% rubric, 25% behavioral) to produce the Novel Score (0–100).

Use cases

• Editorial reviews and acquisitions decisions.
• Author feedback during revisions.
• Marketing (identify emotionally resonant scenes for promotion).
• Comparative genre studies or reader-segmentation research.

Example interpretation

• 0–30: Low emotional engagement — may feel distant or episodic.
• 31–60: Moderate impact — moments of connection but uneven delivery.
• 61–85: High impact — consistent empathy and memorable emotional beats.
• 86–100: Exceptional — deeply affecting, strong lasting resonance.

Implementation tips

• Standardize rubrics and train scorers to reduce subjectivity.
• Use mixed methods (qualitative notes + quantitative ratings) for richer insight.
• Pilot with a diverse reader panel to capture different emotional responses.
• Recalculate weights if focusing on particular outcomes (e.g., marketing vs. craft feedback).

If you want, I can:

• provide a ready-to-use rubric for scoring scenes, or
• create a sample survey for reader panels. Which do you prefer?

Best Practices for Subtitle Joiner: Preserve Timing & Formatting

1. Choose compatible formats

• Formats: Prefer SRT or VTT for broad compatibility.
• Encoding: Use UTF-8 to preserve special characters.

2. Normalize frame rates and timestamps

• Frame rate check: Ensure all source files use the same frame rate (e.g., 23.976, 24, 25, 30).
• Conversion: Convert timestamps if sources differ to prevent drift.

3. Maintain consistent timebase and units

• Time format: Keep all files in the same timestamp format (HH:MM:SS,ms for SRT; HH:MM:SS.mmm for VTT).
• Offset handling: Apply precise offsets (in milliseconds) rather than whole seconds when aligning segments.

4. Preserve subtitle order and continuity

• Sequential numbering: Reindex cue numbers after joining to avoid duplicates.
• Overlap rules: Merge overlapping cues only when text and intent match; otherwise trim or shift to avoid simultaneous on-screen clutter.

5. Respect reading speed and maximum line length

• Characters per second (CPS): Aim for 12–17 CPS; adjust long cues by splitting or shortening.
• Line length: Keep lines ≤42 characters where possible and no more than two lines per cue.

6. Retain formatting and styling

• Tags: Preserve styling tags (italic, bold, positioning) or map them consistently between formats.
• WebVTT cues: Keep cue settings (position, align, size) intact when converting.

7. Handle punctuation, speaker labels, and metadata

• Speaker IDs: Keep consistent speaker labels (e.g., “>> Name:”) and move them with their cues.
• Metadata: Preserve language codes, region info, and comments if needed for later editing.

8. Use soft transitions for timing gaps

• Gap limits: For small gaps (<200–300 ms) consider merging to reduce flicker; for larger gaps, keep separate cues.
• Silence trimming: Remove leading/trailing silence within cues if it causes unnecessary on-screen time.

9. Validate after joining

• Syntax check: Run an SRT/VTT validator to catch malformed timestamps or tags.
• Playback test: Watch the video with joined subtitles to check sync, overlap, and readability.

10. Automate with careful defaults

• Batch rules: Use default CPS, max line length, and overlap thresholds, but allow manual override for edge cases.
• Logging: Keep change logs and original files for rollback.

Quick checklist

• Same frame rate & encoding ✅
• Reindexed cues & no overlaps ✅
• CPS and line-length within limits ✅
• Formatting and speaker labels preserved ✅
• Validation and playback test completed ✅

AutoHDR: Boost Your Photos with One-Click High Dynamic Range

High dynamic range (HDR) imaging brings out detail in both shadows and highlights, making photos appear closer to what your eyes actually saw. AutoHDR automates that process: with a single tap or click, your camera or phone captures multiple exposures and blends them into one image that preserves detail, balances contrast, and boosts color without manual fiddling. This article explains how AutoHDR works, when to use it, and how to get the best results.

How AutoHDR works

• Multi-exposure capture: The camera takes several frames at different exposures (underexposed, normal, overexposed) almost simultaneously.
• Alignment and deghosting: The software aligns frames to correct small movements and removes ghosting from moving subjects.
• Exposure fusion or tone mapping: Algorithms combine the best-exposed parts of each frame to create a single image with extended dynamic range.
• Local adjustments: Some implementations apply selective contrast, color enhancement, and sharpening to improve perceived detail.

When to use AutoHDR

• Landscapes with bright skies and dark foregrounds.
• Backlit portraits where the subject would otherwise be silhouetted.
• High-contrast interior shots with windows.
• Scenes with subtle shadow detail you want to retain.
  Avoid AutoHDR when you want very fast action shots (risk of motion artifacts), or when you prefer a flat RAW file for extensive manual editing.

Tips to get the best results

1. Keep the camera steady: Use a tripod or steady hand to reduce alignment errors.
2. Watch moving subjects: If subjects are moving rapidly, AutoHDR may produce artifacts—consider burst mode or single exposure.
3. Use RAW + AutoHDR when available: Some systems save both the HDR JPEG and RAW capture, giving you an editable baseline.
4. Check highlights and shadows: Inspect the result at full size to ensure no unnatural halos or crushed blacks.
5. Adjust HDR strength if possible: Many phones let you choose between natural and vivid HDR—pick the one that matches your style.

Common artifacts and how to fix them

• Ghosting: Caused by movement between exposures. Fix by using deghosting settings, choosing a faster capture mode, or editing manually.
• Halos around high-contrast edges: Reduce HDR strength or apply local contrast selectively in post.
• Over-saturated colors: Lower saturation or use a more natural HDR preset.

Post-processing workflow

• Start with the AutoHDR output for balanced exposure.
• If you have the RAW file, perform targeted edits: recover highlights, lift shadows, adjust white balance, and refine local contrast.
• Apply subtle sharpening and noise reduction—HDR can amplify noise in shadow areas.

Devices and software with strong AutoHDR

• Modern smartphones (iPhone, Pixel, Samsung) offer highly optimized AutoHDR.
• Some cameras provide in-camera HDR or bracketing with automated merging in companion software.
• Third-party apps and desktop programs (e.g., Lightroom, Aurora HDR) can merge exposures with more control.

Final thoughts

AutoHDR is a powerful tool for quickly improving image quality in challenging lighting. It frees you from complex manual blending while delivering more lifelike tonal range and detail. Use it thoughtfully—know its limits with motion and extreme contrast—and pair it with RAW captures or light post-processing for the best results.

Personal Internet Filter: Protect Your Focus and Privacy

In a world of constant notifications, endless websites, and data-hungry services, a personal internet filter helps you reclaim two valuable things: focus and privacy. This article explains what a personal internet filter is, why you might need one, how it works, and clear steps to set up and maintain a filter tailored to your needs.

What is a personal internet filter?

A personal internet filter is a tool or configuration that controls what content and services your devices can access. It can block distracting sites, filter out harmful or inappropriate content, stop trackers and ads, and limit data-sharing with third parties. Filters can run on a single device (browser or app), at the router level for a home network, or via a DNS or VPN service that filters traffic before it reaches your devices.

Why use a personal filter?

• Focus: Block time-wasting sites and apps to reduce distractions and improve productivity.
• Privacy: Prevent trackers, third-party cookies, and telemetry from profiling you.
• Safety: Reduce exposure to malicious websites, phishing, and explicit content.
• Parental control: Enforce age-appropriate content rules for children.
• Bandwidth control: Reduce unwanted background traffic from apps and ads.

Types of personal filters

• Browser extensions (uBlock Origin, Privacy Badger) — easy, per-browser control.
• Device apps (mobile/desktop parental-control or firewall apps) — broader control per device.
• Router-level solutions (OpenWrt, pfSense, commercial routers) — filter all home devices.
• DNS-based filters (NextDNS, AdGuard DNS, Cloudflare Gateway) — simple network-wide blocking without heavy setup.
• VPNs with filtering features — route traffic through a service that blocks trackers and malicious sites.

How it works (brief)

• Blocklists: Predefined lists of domains for ads, trackers, malware, or categories (e.g., gambling).
• Allowlists: Explicitly permitted sites; useful when strict blocking prevents needed access.
• Rules/filters: URL/path-based rules, keyword blocking, or content-type filtering.
• DNS interception: Resolve certain domains to null addresses to prevent connections.
• Content inspection: Some advanced filters inspect traffic payloads (HTTPS inspection) — effective but privacy-invasive.

Choosing the right approach (quick guide)

1. For minimal effort: choose a DNS-based service (NextDNS/AdGuard DNS) or browser extensions.
2. For whole-home coverage: use router-level filtering (compatible firmware or a dedicated device).
3. For privacy-first users: prefer DNS filtering plus browser extensions; avoid solutions that perform HTTPS inspection.
4. For families: use parental-control solutions with profiles, schedules, and activity logs.

Step-by-step: Set up a simple, privacy-respecting filter (recommended)

1. Sign up for a DNS-filtering service like NextDNS or AdGuard.
2. Create a profile and enable blocklists for ads, trackers, malware, and categories you want to block.
3. Generate configuration (DNS-over-HTTPS/DoT/DoH) and apply it on your router and devices for network-wide protection.
4. Install uBlock Origin and Privacy Badger in browsers to block trackers and unwanted scripts.
5. Create allowlists for sites you need and set time-based rules if required.
6. Periodically review logs and fine-tune blocklists and rules.

Privacy trade-offs and cautions

• Avoid filters that require full HTTPS interception unless you trust the provider and understand the risks—this can expose sensitive data.
• Cloud-based filters send DNS/traffic metadata to a third party; choose providers with strong privacy policies and minimal logging.
• Keep backups of allowlists/deny-lists and router configs when making major changes.

Maintenance and best practices

• Update blocklists and software regularly.
• Use multi-layered filtering (DNS + browser extension) for better coverage.
• Use strong passwords and enable device/network encryption.
• Test occasionally by accessing blocked categories to ensure filters are functioning.
• For households, create profiles and schedules to balance protection and usability.

Quick comparison table

Final recommendations

• Start simple: DNS filtering + browser extensions gives strong privacy and focus with minimal fuss.
• Avoid invasive HTTPS inspection for personal use.
• Regularly review and adjust filters to match your changing needs.

Get Started with Ambling BookPlayer Lite: Features & Quick Guide

What it is

Ambling BookPlayer Lite is a lightweight audiobook player app (iOS) focused on straightforward playback of DRM-free audiobooks in common formats (MP3, M4B, AAC, etc.). It emphasizes a clean interface, low resource use, and essential playback controls.

Key features

• Supported formats: MP3, M4B, AAC, and other common audio file types.
• Simple library: Import audiobooks via Files app, cloud storage, or direct download; organized by title/author.
• Playback controls: Play/pause, skip forward/back, variable playback speed (0.5×–3×), and sleep timer.
• Bookmarks: Create and jump to bookmarks with optional notes.
• Playback position syncing: Save last position per book so you resume where you left off.
• Lightweight UI: Minimal clutter for fast navigation and low battery use.
• Accessibility: Basic VoiceOver support and large text options.

Quick setup (3 steps)

1. Install from the App Store and open the app.
2. Import audiobooks: tap Import → choose Files, iCloud Drive, or another cloud provider → select your audiobook files or folders.
3. Open a book from the library and use the play button; adjust speed or set a sleep timer from the player screen.

Basic usage tips

• Use the playback speed control to match narration pace to your preference.
• Add bookmarks at chapter changes or important spots to return quickly.
• Long-press skip buttons to jump larger intervals if available.
• Use the sleep timer for bedtime listening to stop automatically.

Troubleshooting common issues

• Missing files after import: ensure files are stored locally in Files or downloaded from cloud provider.
• Incorrect chapters or metadata: rename files with “TrackNumber – Title” or edit metadata in a desktop tag editor before importing.
• Playback glitches: force-close the app and reopen; if persistent, re-import the file.

Alternatives to consider

• Full-featured apps (for larger libraries and cloud sync): Audible, BookPlayer (full), or Voice Dream Reader.
• If you need DRM support, check official vendor apps (e.g., Audible).

Boost AutoCAD Workflow with LinkFixerPlus: Fix Links Fast

Broken external references, missing images, and misplaced resource files can grind AutoCAD projects to a halt. LinkFixerPlus is designed to quickly locate and repair broken links across drawings and project folders, restoring references with minimal manual effort. Below is a concise guide to how LinkFixerPlus speeds your AutoCAD workflow, key features, and practical tips for getting the most value.

Why broken links matter

• Productivity loss: Time spent hunting missing Xrefs, images, and other resources delays deliverables.
• Risk of errors: Manually relinking files can lead to incorrect versions being attached.
• Project-wide impact: One moved folder can break references across many drawings.

What LinkFixerPlus does

• Automated link detection: Scans drawings and project folders to find broken references (Xrefs, images, PDFs, fonts, plot styles).
• Smart relinking: Matches moved or renamed files using filename patterns, timestamps, and folder heuristics to suggest the correct replacements.
• Batch repair: Fixes links across multiple drawings at once, eliminating repetitive manual edits.
• Reporting and logs: Generates reports showing which links were repaired, which remain unresolved, and actions taken—useful for audits and team handoffs.
• Integration with CAD workflows: Works with AutoCAD file types and typical project folder structures to fit into existing pipelines.

How it speeds your workflow — practical benefits

• Save hours per project: Batch-processing and automated matching drastically reduce time spent on link maintenance.
• Reduce rework: Accurate matching prevents wrong file versions from being used.
• Easier collaboration: Centralized fixing means team members open drawings that already contain valid references.
• Simplified migration: Moving projects between networks or drives becomes less risky when links can be rapidly repaired.

Quick-start steps to fix links fast

1. Scan your project: Point LinkFixerPlus at the root project folder to build an inventory of drawings and referenced files.
2. Review suggested matches: Let the tool propose replacements; accept batch or individual fixes depending on confidence.
3. Run batch repair: Apply fixes across all selected drawings.
4. Generate a report: Export the log to verify repairs and share with stakeholders.
5. Set up routine checks: Schedule periodic scans or run a quick scan after large folder moves.

Best practices

• Keep a consistent folder structure and naming convention to improve automatic matching success.
• Maintain a versioning policy so LinkFixerPlus can prefer the correct file versions when duplicates exist.
• Use project baselines before major moves; export a report so you can compare pre- and post-move link status.
• Train team members to run a quick scan after copying or relocating project folders.

Limitations to be aware of

• Automatic matching is not perfect—review suggested replacements when multiple candidate files exist.
• Deeply altered filenames or substantial folder restructuring may require manual intervention for some links.

Conclusion

LinkFixerPlus removes a common friction point in AutoCAD workflows by automating detection and repair of broken references. With batch repairs, smart matching, and clear reporting, it helps teams get back to design work faster and reduces risk of using incorrect resources. Implementing simple folder conventions and routine scans amplifies its effectiveness and keeps projects moving smoothly.

How to Send SMS with Logiccode GSM SMS.Net Library — Step-by-Step Tutorial

Overview

This tutorial shows a complete, practical workflow for sending SMS using the Logiccode GSM SMS.Net Library in a .NET application. It assumes a GSM modem (or phone) connected to your PC (USB/serial) and a supported COM port. Example code uses C# and .NET (compatible with .NET Framework or .NET Core/5+).

Prerequisites

• A Windows PC with a GSM modem or phone connected and drivers installed.
• COM port name for the modem (e.g., COM3).
• SIM card with SMS capability and sufficient balance.
• Visual Studio (or other C# IDE).
• Logiccode GSM SMS.Net Library DLL (add reference to your project).
• Basic knowledge of C# and asynchronous programming.

1) Create a new C# project

1. Open Visual Studio.
2. Create a new Console App (.NET Core/.NET 5+ or .NET Framework) or a Windows Forms/WPF app if you need UI.
3. Add the Logiccode GSM SMS.Net Library DLL to the project references:
   • Right-click References → Add Reference → Browse → select the Logiccode GSM SMS.Net .dll.

2) Import namespaces

At the top of your code file, add the required using statements. The exact namespace may vary depending on library version; common examples:

csharp
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using Logiccode.GSM;
using Logiccode.GSM.SMS;
using System;
using System.Threading;

If the library uses a different root namespace, adjust accordingly (check the DLL’s object browser).

3) Initialize and configure the modem connection

Use the library’s modem or gateway class to configure COM port, baud rate, and other settings. Here’s a typical synchronous example; adapt to your library API if names differ.

csharp
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class Program
{
static void Main()
    {
        // Adjust to the actual class names in the Logiccode library
        var gateway = new GsmGateway(“COM3”, 115200); // COM port and baud rate
        gateway.SimPin = ””; // set SIM PIN if required
        gateway.Connect();


        if (!gateway.IsConnected)
        {
            Console.WriteLine(“Failed to connect to GSM modem.”);
            return;
        }

        var message = new SmsMessage(”+1234567890”, “Hello from Logiccode GSM SMS.Net Library!”);
        bool sent = gateway.SendMessage(message);

        Console.WriteLine(sent ? “Message sent successfully.” : “Message failed to send.”);


        gateway.Disconnect();
    }
}

Notes:

• Replace “GsmGateway”, “SmsMessage”, and method names with actual types/methods from the library if they differ.
• Use correct phone number format (international format + country code).

4) Asynchronous and event-driven sending (recommended)

For production apps, use async/event-driven patterns to handle delivery reports, incoming messages, and errors without blocking the UI.

csharp
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using System;
using Logiccode.GSM;
using Logiccode.GSM.SMS;
using System.Threading.Tasks;

class Program
{
    static async Task Main()
    {
        var gateway = new GsmGateway(“COM3”, 115200);
        gateway.IncomingMessage += Gateway_IncomingMessage;
        gateway.MessageSent += Gateway_MessageSent;
        gateway.ErrorOccurred += Gateway_ErrorOccurred;

        gateway.SimPin = ””;
        await gateway.ConnectAsync();

        var msg = new SmsMessage(”+1234567890”, “Async SMS via Logiccode library”);
        var result = await gateway.SendMessageAsync(msg);

        Console.WriteLine(result.Success ? \("Sent ID: </span><span class="token interpolation-string interpolation" style="color: rgb(57, 58, 52);">{</span><span class="token interpolation-string interpolation expression language-csharp">result</span><span class="token interpolation-string interpolation expression language-csharp">.</span><span class="token interpolation-string interpolation expression language-csharp">MessageId</span><span class="token interpolation-string interpolation" style="color: rgb(57, 58, 52);">}</span><span class="token interpolation-string" style="color: rgb(163, 21, 21);">"</span><span> </span><span class="token" style="color: rgb(57, 58, 52);">:</span><span> </span><span class="token interpolation-string" style="color: rgb(163, 21, 21);">\)“Send failed: {result.ErrorMessage}”);

        // Keep app alive to receive events (for demo)
        await Task.Delay(TimeSpan.FromSeconds(5));
        gateway.Disconnect();
    }

    private static void Gateway_IncomingMessage(object sender, IncomingMessageEventArgs e)
    {
        Console.WriteLine(\("Received from </span><span class="token interpolation-string interpolation" style="color: rgb(57, 58, 52);">{</span><span class="token interpolation-string interpolation expression language-csharp">e</span><span class="token interpolation-string interpolation expression language-csharp">.</span><span class="token interpolation-string interpolation expression language-csharp">Sender</span><span class="token interpolation-string interpolation" style="color: rgb(57, 58, 52);">}</span><span class="token interpolation-string" style="color: rgb(163, 21, 21);">: </span><span class="token interpolation-string interpolation" style="color: rgb(57, 58, 52);">{</span><span class="token interpolation-string interpolation expression language-csharp">e</span><span class="token interpolation-string interpolation expression language-csharp">.</span><span class="token interpolation-string interpolation expression language-csharp">Text</span><span class="token interpolation-string interpolation" style="color: rgb(57, 58, 52);">}</span><span class="token interpolation-string" style="color: rgb(163, 21, 21);">"</span><span class="token" style="color: rgb(57, 58, 52);">)</span><span class="token" style="color: rgb(57, 58, 52);">;</span><span> </span><span>    </span><span class="token" style="color: rgb(57, 58, 52);">}</span><span> </span> <span>    </span><span class="token" style="color: rgb(0, 0, 255);">private</span><span> </span><span class="token" style="color: rgb(0, 0, 255);">static</span><span> </span><span class="token return-type" style="color: rgb(0, 0, 255);">void</span><span> </span><span class="token" style="color: rgb(57, 58, 52);">Gateway_MessageSent</span><span class="token" style="color: rgb(57, 58, 52);">(</span><span class="token" style="color: rgb(0, 0, 255);">object</span><span> sender</span><span class="token" style="color: rgb(57, 58, 52);">,</span><span> </span><span class="token" style="color: rgb(43, 145, 175);">MessageSentEventArgs</span><span> e</span><span class="token" style="color: rgb(57, 58, 52);">)</span><span> </span><span>    </span><span class="token" style="color: rgb(57, 58, 52);">{</span><span> </span><span>        Console</span><span class="token" style="color: rgb(57, 58, 52);">.</span><span class="token" style="color: rgb(57, 58, 52);">WriteLine</span><span class="token" style="color: rgb(57, 58, 52);">(</span><span class="token interpolation-string" style="color: rgb(163, 21, 21);">\)“Message sent to {e.Recipient}, ID: {e.MessageId}”);
    }

    private static void GatewayErrorOccurred(object sender, ErrorEventArgs e)
    {
        Console.WriteLine($“Error: {e.Exception?.Message ?? e.Message}”);
    }
}

csharp
 ffON2NH02oMAcqyoh2UU MQCbz04ET5EljRmK3YpQ CPXAhl7VTkj2dHDyAYAf” data-copycode=“true” role=“button” aria-label=“Copy Code”>Copy CodeCopied
using Logiccode.GSM;
using Logiccode.GSM.SMS;

var gw = new GsmGateway(“COM3”, 115200);
gw.Connect();
var sms = new SmsMessage(”+1234567890”, “Test message”);
if (gw.SendMessage(sms))
    Console.WriteLine(“Sent”);
else
    Console.WriteLine(“Failed”);
gw.Disconnect();