#upgrade ember application

[small-bizz-press]

How Timberline Builders Helps Homeowners Navigate Boulder County Building Codes

Introduction

In a place as environmentally conscious and structurally diverse as Boulder County, building codes aren’t just red tape—they’re foundational to responsible development. Whether you’re building a custom home, remodeling a kitchen, or adding an accessory dwelling unit (ADU), understanding and complying with local regulations is essential to avoiding costly delays and ensuring your project’s success.

However, for most homeowners, these codes can be overwhelming. Boulder County enforces some of the strictest land use and construction standards in Colorado, covering everything from energy efficiency and fire mitigation to historic preservation and geological stability. Fortunately, Timberline Builders of Boulder County brings the experience, resources, and local expertise to guide homeowners through this complex process.

This article will break down the major building code categories in Boulder County, explain how they affect residential projects, and highlight how Timberline Builders simplifies and streamlines compliance for their clients.

1. Understanding Boulder County’s Regulatory Environment

Boulder County’s codes are driven by environmental preservation, safety, and sustainability. Depending on the location and scope of your project, you may be subject to:

Boulder County Land Use Code

BuildSmart Energy Efficiency Requirements

Wildland-Urban Interface (WUI) Regulations

Floodplain and Watershed Protection Rules

Septic and Well Standards

Historic Preservation Review

City-Specific Codes (e.g., City of Boulder vs. unincorporated Boulder County)

These codes impact every phase of construction—from lot selection and design to material choice and final inspection.

2. The BuildSmart Program: Raising the Bar for Sustainability

One of the most impactful code systems in Boulder County is BuildSmart, a comprehensive energy efficiency and sustainability mandate for residential construction and remodeling.

Key Requirements Include:

High-performance insulation and air sealing

HERS (Home Energy Rating System) scoring thresholds

Solar readiness or installation mandates

Efficient HVAC systems and mechanical ventilation

Recycled or locally sourced building materials

How Timberline Helps: Timberline Builders integrates BuildSmart compliance from the earliest planning stages. Their team works with energy raters and engineers to design homes that meet or exceed the required HERS scores and to incorporate green technologies that align with the county’s sustainability goals.

3. Navigating Permits and Approvals

Construction in Boulder County requires a broad array of permits, depending on the project type:Permit TypeApplies ToBuilding PermitAll construction and structural changesGrading & Drainage PermitProjects impacting site topographyMechanical, Electrical, Plumbing (MEP)HVAC, wiring, plumbing workSeptic PermitNew or upgraded on-site waste systemsDriveway/Access PermitNew or modified road accessHistoric Preservation ReviewHomes in historic districts

How Timberline Helps: Timberline handles all documentation and submittals on behalf of their clients. Their in-house team ensures that permit applications are complete, correctly formatted, and tailored to the jurisdiction—whether in Boulder city limits or unincorporated areas. They also coordinate directly with inspectors to keep timelines on track.

4. Site-Specific Code Challenges

Building in the Wildland-Urban Interface (WUI)

Homes in wildfire-prone zones must meet stringent fire-resistance standards. This includes ignition-resistant materials, defensible landscaping, and ember-resistant vents.

Timberline’s Advantage: Timberline’s designers are well-versed in WUI mandates and offer fire-smart building strategies that don’t sacrifice style or comfort. This includes the use of fiber cement siding, metal roofing, and smart site planning.

Floodplain and Drainage Regulations

Construction near streams, creeks, or low-lying areas may fall within a regulated floodplain or conservation overlay zone. This impacts foundation height, allowable fill, and water management.

Timberline’s Approach: By working with civil engineers and hydrologists, Timberline ensures homes are safe from flood risk and meet FEMA and local watershed standards. They also integrate permeable surfaces and rainwater controls to minimize environmental impact.

5. Design Compatibility and Historic Review

For properties in Boulder’s older neighborhoods, additions or exterior modifications may require Historic Preservation Review. This ensures that new work is architecturally compatible with the character of the district.

Timberline’s Role: Their design team collaborates with local preservation boards to propose historically sensitive renovations. From window proportions to exterior materials, Timberline balances authenticity with modern building performance.

6. Energy and Mechanical Code Updates in 2025

Boulder County updates its codes regularly to reflect advances in energy efficiency and safety. In 2025, notable changes include:

Higher insulation R-value requirements

Mandatory ERV/HRV mechanical ventilation systems

Wider solar installation mandates on new construction

Expanded air leakage testing

Timberline stays current with all local code changes and educates clients during design development. Their construction teams are trained to implement these standards accurately and efficiently.

7. Common Mistakes Homeowners Make (and How Timberline Prevents Them)

MistakeTimberline's Preventive MeasureMisinterpreting zoning setbacksTimberline does a zoning analysis before design beginsStarting work without permitsAll permits are secured in advance, with timelines factored inUsing non-compliant materialsMaterial selections are pre-vetted for code and sustainabilityOverlooking site limitationsFeasibility studies identify slope, soil, and access issues earlyMissing code updatesTimberline maintains ongoing contact with county inspectors

8. Client Example: Turning Complexity into Confidence

A Timberline client in Sunshine Canyon faced multiple regulatory layers: steep slope development, WUI fire mitigation, and solar requirements. Through meticulous planning and collaboration with Boulder County Land Use officials, Timberline delivered a custom home that:

Exceeded BuildSmart energy thresholds

Used fire-resistant materials throughout

Included passive solar design and radiant floor heating

Passed every inspection on the first attempt

The result was a stunning, efficient, and compliant home—built without delays or penalties.

Conclusion

Boulder County’s building codes are designed to protect people, preserve the environment, and uphold a high standard of construction—but they can pose real challenges for homeowners unfamiliar with the process. Fortunately, with the right partner, navigating these requirements becomes not just manageable—but seamless.

Timberline Builders of Boulder County has spent years earning the trust of inspectors, planners, and homeowners alike. Their knowledge of local codes, paired with their proactive project management and design/build capabilities, allows clients to focus on the exciting parts of building—while Timberline handles the rest.

Whether you’re remodeling a historic home, building a net-zero custom residence, or expanding a foothills property, Timberline Builders ensures your project meets every code—and exceeds every expectation.

[cleaningservices345]

Professional Chimney Cap Installation | Protect Your Home from Damage

If you have a fireplace or a wood-burning stove, your chimney plays a crucial role in safely venting smoke and gases out of your home. However, an often overlooked component of this system is the chimney cap — a small but powerful addition that can save you from major headaches down the line. Whether you're building a new home, upgrading an old chimney, or dealing with unwanted critters or moisture, chimney cap installation is an essential part of chimney maintenance.

In this guide, we’ll walk you through everything you need to know about chimney caps: what they are, why you need one, types of caps, how installation works, and what it might cost.

What is a Chimney Cap?

A chimney cap is a protective cover placed at the very top of your chimney. Usually made from stainless steel, copper, or galvanized metal, the cap serves several vital purposes. It typically features a metal or mesh surround and a flat or peaked top that allows smoke to exit while keeping other elements out.

Think of it as a raincoat, helmet, and guard all in one for your chimney.

Why Install a Chimney Cap?

Here are the top reasons every chimney should have a well-installed cap:

1. Keeps Out Rain and Moisture

Rainwater is the biggest enemy of a masonry chimney. Without a cap, rain can enter directly into the flue, leading to:

Brick and mortar deterioration

Rust in metal components (like dampers and fireboxes)

Mold and mildew inside your chimney

2. Blocks Animals

Birds, squirrels, raccoons, and even bats often find chimneys a cozy nesting spot. A mesh chimney cap prevents them from entering and blocking the flue or causing damage.

3. Prevents Debris Build-Up

Leaves, twigs, and other debris can easily enter an uncapped chimney, increasing the risk of blockages and chimney fires.

4. Reduces Downdrafts

Wind can force cold air and smoke back down into your home. A chimney cap with a proper design can minimize these downdrafts.

5. Fire Protection

Some chimney caps are equipped with spark arrestors, preventing stray embers from escaping and causing roof or brush fires.

Types of Chimney Caps

Choosing the right chimney cap depends on your chimney structure and needs. Here are the main types:

🔹 Standard Single-Flue Cap

Fits directly over a single flue pipe; ideal for simple chimneys.

🔹 Multi-Flue Cap

Covers multiple flues with one cap; perfect for chimneys with multiple appliances or fireplaces.

🔹 Draft-Enhancing Cap

Designed to improve airflow and reduce downdrafts; good for areas with high wind exposure.

🔹 Custom Caps

Tailor-made to fit unique chimney shapes or for homes with specific aesthetic requirements.

🔹 Top-Mount Damper Cap

Combines a chimney cap and a damper in one — providing extra energy efficiency.

Materials Used for Chimney Caps

Material choice affects durability and price: MaterialProsConsStainless SteelRust-resistant, durable, low-maintenanceMore expensive than galvanizedCopperElegant, very durable, ages beautifullyHigh costGalvanized SteelAffordableRusts over time, shorter lifespanAluminumLightweight, inexpensiveNot ideal for high-heat applications

The Chimney Cap Installation Process

🔧 Step 1: Inspection

A professional begins by inspecting your chimney to determine size, flue condition, and the best cap type.

🔧 Step 2: Measurements

Accurate measurements are critical. A misfit cap can be ineffective or fall off.

🔧 Step 3: Selecting the Cap

You choose a cap based on function, material, and style preferences.

🔧 Step 4: Installation

Using brackets, screws, or clamps, the cap is securely fastened to the top of your chimney. Some caps may be cemented in place for extra security.

🔧 Step 5: Final Inspection

Once installed, the technician ensures it’s secure and properly aligned to allow safe smoke and gas ventilation.

🛠️ Pro Tip: Always hire a certified chimney technician to handle the installation. DIY efforts on rooftops can be dangerous and may result in poorly fitted caps.

Cost of Chimney Cap Installation

The cost of chimney cap installation can vary based on the type, material, and complexity of the job. Type of ServiceEstimated Cost (USD)Standard Cap (Stainless Steel)$150 – $300Copper Cap$300 – $600Custom/Multi-Flue Cap$400 – $800+Installation Labor$100 – $250

💬 Tip: Many chimney sweeps include installation as part of an inspection or cleaning package, so always ask!

How Often Should You Replace or Check Your Chimney Cap?

Inspection: At least once a year during your annual chimney cleaning.

Replacement: If it’s rusted, damaged, or not fitting properly.

Lifespan: Stainless steel and copper caps can last 15–25 years, depending on weather exposure and maintenance.

Maintenance Tips for Your Chimney Cap

To keep your cap functioning properly:

Clear off leaves or snow buildup after storms.

Check for signs of rust or loose fittings annually.

Schedule professional chimney inspections every year.

Common Chimney Cap Problems

Even high-quality chimney caps can face issues if neglected:

Rusting: Mostly affects galvanized caps or those in humid climates.

Clogged Mesh: Can be caused by creosote, soot, or nesting attempts.

Loose Cap: Strong winds or poor installation may loosen or blow it off.

Corrosion: From acidic rain or combustion byproducts.

Always address issues early to avoid expensive repairs.

Conclusion

A chimney cap might seem like a small accessory, but it’s one of the most important components for preserving your chimney's lifespan, improving home safety, and preventing costly damage. Whether you're installing a cap for the first time or replacing an old one, professional chimney cap installation is an investment that pays off in peace of mind and long-term savings.

Don’t wait for rain, rodents, or roofing issues to hit — get your chimney capped the right way today.

Read more: chimney sweep

[ecommerce-website-development]

Security and Performance: Key Considerations for Frontend Development Services in 2024

In 2024, companies looking to build or improve their websites and apps need to prioritize security and performance. Choosing an experienced front end development agency is crucial to get this right. By leveraging modern frameworks and following best practices, developers can create fast, responsive experiences that protect user data. As threats and technologies evolve, continuously evaluating and upgrading frontend code is essential. Partnering with experts who stay on top of industry trends allows companies to keep their digital experiences safe while delighting customers.

Security Considerations

Security should be a top priority for any front-end development services today. Implementing SSL/HTTPS across all sites and pages is now a must to encrypt connections and data. Validating and sanitizing user inputs is also critical to prevent scripts or unauthorized commands being injected into applications.

Another key area is implementing protections against common attacks like cross-site request forgery (CSRF) and cross-site scripting (XSS). These can allow attackers to steal user data or authentication details. Following security best practices like the OWASP guidelines can help mitigate these risks.

Strong authentication mechanisms and authorization controls are also vital for securing the front-end against unauthorized access. Practices like multi-factor authentication, role-based access, and use of secure tokens can make user accounts highly secure.

In addition, front-end developers must ensure proper segregation between application layers, use parameterized queries, and implement robust logging and monitoring to detect potential threats and attempted attacks against the front-end.

Performance Considerations

There are many techniques front-end developers can use to optimize performance. Minification removes extra spaces and shortens variable names to make code lighter. Concatenation combines multiple files into one to reduce HTTP requests.

Lazy loading defers non-critical components and images from loading until needed. This speeds initial page load by reducing what needs to be fetched first. Implementing caching strategies also avoids re-downloading assets on repeat views.

Critical CSS/JS extracts only the CSS/JS needed for above-the-fold content. This renders the visible page faster. Compression using gzip shrinks file sizes for faster transfers.

Performance testing tools help identify bottlenecks. Common optimizations include using CDNs, optimizing images, eliminating render blocking resources, and removing unused code.

Progressive enhancement and graceful degradation also improve performance. They ensure core content loads quickly while modern features enhance the experience on capable browsers.

Continued performance testing and optimization is key for ensuring fast, smooth front-end experiences over time.

Frontend Frameworks and Security

Modern frontend frameworks like React, Vue, and Angular all have robust security features built-in or available as plugins. While their core libraries are secure, how developers use them also impacts security.

React offers protection against common attacks like XSS and cross-site script inclusion with features like JSX encoding. Additional security addons are also available.

Vue provides cross-site scripting protection by encoding bindings and interpolations. Authentication plugins help securely manage user access.

Angular has strong CSRF defenses built-in. It also sanitizes inputs to prevent XSS. Authorization controls secure access to routes and resources.

Ember.js automatically escapes Handlebar templates to prevent XSS. It also has security addons like ember-simple-auth for authentication.

Overall, popular frameworks provide good security foundations. But developers must use them properly, add security layers, and keep them updated to leverage their benefits.

Emerging Security Trends

Security is an ongoing challenge in frontend development. As new vulnerabilities emerge, practices and tools must evolve to address them.

Some key trends gaining traction are shifting security left, DevSecOps, and automated testing. Building in security from initial design phases reduces costs and results in more secure systems. DevSecOps integrates security into development workflows for speed and quality. Automated tools help efficiently scan for and fix vulnerabilities early.

Shift left security involves developers, architects and security experts collaborating from the beginning of projects. This results in more secure foundations.

DevSecOps aims to bring security, development and operations together with shared tools, practices and culture. This enables speed without sacrificing security.

Automated scanning and testing tools at each phase quickly catch vulnerabilities without relying solely on human review.

Lightweight protection layers like web application firewalls help defend against threats without slowing performance.

AI and machine learning are being utilized for adaptive cybersecurity defense and attack prevention.

Emerging Performance Trends

Optimizing performance will remain crucial for front-end developers as user expectations grow. New metrics, protocols and patterns are emerging to help build faster experiences.

Some key trends include a focus on user-centric performance metrics like Largest Contentful Paint and Cumulative Layout Shift. HTTP/3 and QUIC aim to speed up transfer times. PRPL and service workers cache or preload resources for snappier loading.

Core web vitals like LCP, CLS and TTI provide user-centric performance metrics beyond speed alone.

HTTP/3 with QUIC protocol features multiplexing and congestion control for faster page loads.

The PRPL pattern aims to Push critical resources, Render initial views, Pre-cache remaining assets, and Lazy-load other routes.

Service workers allow caching site assets like JavaScript, CSS, images, and HTML for instant loading on return visits.

New frameworks like Svelte aim to build high performance into components with a low-overhead design.

More bundlers and build tools now focus on optimizing assets and splitting code for lazy loading parts.

Conclusion

As frontend development continues to evolve, keeping pace with security and performance best practices will be key for agencies to deliver excellent services. By making security a priority throughout the development lifecycle, utilizing emerging DevSecOps practices, and leveraging automated testing tools, frontend code can be made highly secure. Performance should also be optimized through techniques like lazy loading, HTTP/3 adoption, and a focus on core web vitals. As new technologies and methodologies emerge, developers must stay up-to-date to balance seamless user experiences with robust security. Keeping these considerations central in 2024 and beyond will ensure frontend services provide fast, smooth, and secure experiences that users have come to expect.

[surekhatech]

How To Upgrade Ember Application To Octane

This guide is for developers who already know Ember, and who want to migrate the application to Octane.It is important to have knowledge about the new features and deprecation introduced within the Octane version. Read more

[engineering]

EmberConf 2019 Recap

Now that the dust has settled on EmberConf 2019, I thought I'd take some time to write up my experience and what I learned.

I (@oli) was fortunate to be invited to teach my Broccoli.js workshop this year at EmberConf 2019 during March in Portland, Oregon. I taught a similar workshop last year at the conference and received great feedback, and so of course was more than happy to come back this year with a refresher course. For those unfamiliar with Broccoli.js, it's a JavaScript build system used to compile JavaScript projects, and it makes up the build system for Ember.js. My workshop covered an introduction to how Broccoli.js works and how to integrate with it into your Ember.js application. The workshop this year was another great success with attendees leaving with skills to turbo charge their Ember.js build pipeline.

The conference

EmberConf is one of my favourite conferences, not only because I get to geek out with fellow engineers about Ember.js, but mainly due to the stellar organization by Leah Silber and the amazing EmberConf team. EmberConf places a big emphasis on inclusivity, with no space for harassing behavior or anything that makes anyone's experience unpleasant as is outlined in their code of conduct. It's great to be part of such a welcoming community and the organisers should be very proud of the atmosphere that they foster, I didn't see one unhappy face!

The night before the storm

There was a buzz in the air this year, something felt different. After speaking with Tom Dale at the speakers' dinner the night before the conference kicked off, it was hard not to feel infected by his excitement for the keynote the following morning. Tom Dale and Yehuda Katz are the parents of Ember, it was their takes on the technology of the web circa 2010 that gave birth to SproutCore and what subsequently evolved into Ember.js. From their original mantra of Stop Breaking the Web, to today's JavaScript that you wouldn't dream of writing without a compiler of sorts, Tom and Yehuda have pioneered web technologies for nearly a decade. It's for this reason that when Tom gets excited about something, it's probably worth getting excited about.

Keynote time

Conference day one rolls around, and it's keynote time, the room is packed with 1000 or so people, the lights dim and Yehuda and Tom approach the stage. As is customary for EmberConf, they start off with reiterating that EmberConf is an inclusive conference and if you feel someone looks uncomfortable to go and interject into the situation to disperse it or speak to a conference organiser. I've never seen anyone look uncomfortable at EmberConf — quite the opposite for that matter, which is fantastic.

History

Tom covers a bit of Ember's history, being 8 years old this year, and highlights how much the web has changed since Ember was released. The web has evolved so much in the last 8 years, and Ember has kept up and in a lot of cases spearheaded those changes. Ember was founded on the idea of being a framework to "Build ambitious web applications" and one of the founding values of Ember is "Climb the mountain together" (borrowed from DHH). So the mountain is "ambitious web applications" and we climb it together through shared tools, shipping features, and with big changes we move as a community. This really is a fundamental benefit of Ember, that the shared conventions, tooling, and features avoid bike-shedding over things that we as a community collectively agree on and allows Ember to focus on innovation and new ways of solving common problems in a cohesive manner.

A quick recap of some of the things that Ember has done in the past 8 years:

Things like the six-week release cycle, the RFC process, and engaging in standards and code mods have made it easy and predictable for everyone who uses Ember to upgrade as a community and benefit from all the enhancements that come with that. To that end, the Ember Community Surveys show that the majority of users are on the latest LTS or newer version of Ember.

Using the same tools is also important, Ember CLI allows everyone who uses Ember to use the same build tool, and combined with Addons allows for shared extensions to Ember and the build pipeline and allows for the community to experiment and extend Ember in predictable and collaborative ways. Due to the shared conventions anyone opening an Ember application should immediately feel at home and understand how the app is structured, how the build pipeline works, and how additional functionality can be added through shared endeavors.

Stability & Progress

Frameworks must strike a careful balance with the tension between stability and progress. On one hand we don't want to break peoples apps when they upgrade, but at the same time we don't want that to necessarily hold us back from progress, we must climb the mountain together. As such one must strike a balance between aggressive changes cause community fragmentation and cautious changes that leave Ember falling behind its competition.

During the Ember one lifecycle, lots of aggressive changes were made at the expense of leaving some users behind who were unable to upgrade. Comparatively in the 2.0 release cycle, very few major features landed with most releases saying "No new features are added in Ember core", but focused more on internal non-breaking changes to improve stability and coherence. On that note, the fact that the core team managed to ship an entirely new rendering engine under the hood without breaking existing apps, but whilst simultaneously taking advantage of new technologies and improving rendering performance of over 2x is pretty staggering. The Ember 3.0 release cycle tried to strike a balance between shipping things incrementally whilst keeping an eye on the direction of the whole system, driving towards coherence.

Coherence

Coherence is about how features and APIs interact with one another, and making commitments to stability without designing the entire future. For example it means we don't need to land all the changes to a specific programming model in a single release, we can improve the model in one so that new features can be adopted and peoples lives become easier, and finish it off in another thus rounding out the full model and making the API coherent.

An example of this is the component getter and setter model, and how to get rid of this.get('foo') and this.set('foo', 'bar') within a component and replace them with native JavaScript getters and setters this.foo and this.foo = 'bar' would have in the 2.0 series been held back by not having a good story for the setter and this make an asymmetrical and incoherent API. However in the 3.0 series the decision was made to ship the getter syntax, and continue working on the setter syntax until a good solution had been found, and when it does, symmetry was restored and the API became coherent again. So long as there is a long term goal of where we need to get to, we can get there iteratively without having to land everything at once. This strikes a balance between progress and stability.

Incoherence

The problem with this idea of intentionally making something incoherent for the sake of progress leads to the intermediary state potentially being confusing to developers. This confusion state has been termed "the pit of incoherence", it's the middle point between where we are and where we want to be.

The side effect of this is the idea of "churn", that developers have to continually upgrade their apps and adopt new models and ways of thinking, rolling with the punches if you will. So there needs to be a way to communicate to developers when a set of APIs and features have all landed and are all coherent, that documentation is ready and the set are officially supported by the core teams. Traditionally this would be done by cutting a new major release, but Ember uses major releases to signify things that have been finally removed after being deprecated instead of new features being added. This really is the idea of a major version change, signifying that change have been made without preserving backwards compatibility. What most frameworks tend to do however is bundle end of life features with new features, which makes it difficult to upgrade and developers are faced with not only features being removed, but also having to learn new paradigms for the new major version. As an attempt to solve this, Ember is introducing "Editions".

Editions

The idea is to take a snapshot of the framework as a way of signalling to all Ember developers, to all of the core teams, the Ember community and the wide JavaScript community these points of maximum coherence. Essentially "these features are all related and they all reinforce and complement one another, they've all landed, they're all polished and documented, it's a good time for you to go and adopt these features in your application".

And with that, Ember will be releasing its first "official" edition: Octane. Octane is a snapshot of the Ember framework at a given time when a set of features are cohesive and represent "the new way" of building an Ember application. These features are as follows:

Octane is a snapshot, a "peak" of coherence where the core teams have landed a bunch of great new features and now is a good time for the community to adopt them.

To find out more about Octane, checkout the offical preview website.

Roundup

I think editions is an awesome way of packaging a set of features that together for a cohesive experience, that isn't coupled to a semver major release but allows developers to adopt a complete set of changes in one go, invest in learning the "new" ways of doing things and collectively we as a community move up the mountain together.

With the release of Ember Octane, we have a bright future for the Ember project. This edition really does feel like a fundamental shift in the programming model, bringing itself up-to-date with the JavaScript wider community, whilst also ushering in awesome new features like tracked properties, something no other framework is doing as far as I can see.

I think Tom said it best at the end of the keynote:

"I got into web development in the first place because I wanted to make cool things for my friends, and I really love the web because I could write a little bit of code, save the file and instantly I got that feedback loop and I saw something happening on the screen. A little bit of code gave me something really visual and fun and interactive, and I could share it with my friends and they loved it as much as I did. I want that feeling when I'm building things at work."

And Tom is absolutely right, using Ember Octane really does have that similar feedback loop, it really does feel fun.

You can find out more about Ember Octane on the Ember.js website https://emberjs.com/editions/octane/ or watch the EmberConf keynote (and the rest of the conference) in full here: https://www.youtube.com/watch?v=O3RKLHvpUAI

I personally want to give a huge shout out to all the Ember core team members who have made this possible, bravo 👏

[twitchesandstitches]

power analysis: Grimlock

thinking of starting a min-series where I go into detail about a given character’s baseline set of powers; how they work, what it does, and its interesting limits, as well as how it might interact with various upgrades.

Starting with this is our favorite rage-monster, knight in silver armor, and total nuisance, Grimlock!

Grimlock’s power is... Burning Rage!

This power allows Grimlock to store up an internal flame as he gets angrier; his fires are banked low, always simmering as he contemplates debts that must be repaid and villains who must be brought to justice. Visually, this means that Grimlock has a lot of fire motifs, partiuclarly from inside his body; when he’s emotional, his jaws glow with bright embers, his eyes blaze with heat, and his entire body visibly gets hot enough to make water steam and snow melt. (he is not above flaming up and poking someone just for fun.)

This power is the source of his fire-breathing ability: he can concentrate his internal rage-flame, stoking it and combining it with his internal weaponry to produce a fearsome breath attack, ranging from a armor-piercing flamethrower, to a destructive blast that annihilates everything in an area. Depends on charge up time! And Grimlock can channel this rage-flame into his body, increasing his strength and durability, with some obvious visual effects as he bursts into flames and transforms into more bestial forms!

But that’s just his baseline power.

When Grimlock gets angry, he gets stronger. As he is frustrated, as he gets hurt in battle, his will to keep fighting just goes on, and the fires inside burn ever hotter, as the need to bring justice and just flatten a bad guy spurs him on. At this point, he bursts into actual fire, and his fire powers get more intense; he can project flame more or less freely, even throwing fireballs in robot mode or breathing fire without assuming a beast mode, and his physical power skyrockets beyond physical limits. HE’s basically a robot Hulk; there is no upper limit to his power beyond his sheer, unyielding RAGE. Him Grimlock never quit, not when there’s a fight that needs winning!

And, at his angriest, Grimlock will physically start breaking down or even melting as his fire burns so hot, and gives him so much power, his body cannot withstand its effects; he must continously vent heat to prevent being harmed by it, and if he is enraged enough to go this far, it means it is something so dire he simply must go completely berserk; in this state, he can fight people FAR outside his normal weight class, even breaking entire worlds in his fury. in this state, he has defeated Diamonds, he has beaten down physical gods, and he has ripped demon lords in his battle-madness. But his powers tax even his immense resilience.

This power makes him insanely strong and almost impossible to stop in a straight fight; the more you hurt him, the angrier he gets, and his controlled fury means he will be thinking ahead of you, getting stronger faster than you can adjust to him. Combined with his rapid shapeshifting and ferocious assaults, he can be daunting to battle. However, it does take time for him to power up and use it most effectively, and he does very poorly in rapid fights and ambushes; in these cases, he is effectively non-powered. REally, his best asset is endurance, and he is limited to endurance matches.

It is also incredibly self-destructive, which is a testament to both his own dedication to the mission that he would rather burn himself from the inside out than let even one villain escape justice, or one innocent person be hurt when he can save them, and his own complicated feelings of self-hatred and a bit of a martyr complex.

It also doesn’t help that Grimlock tends to become increasingly less rational, though he does this in a controlled way and does it on purpose; while he remains as self-aware and intelligent as always, he does have a harder time thinking clearly, and he cannot process effectively; at his strongest, he is also barely in control, and is often little more than a feral force of nature bent on protecting his friends, stopping the bad guy, and having no capacity for anything else. Considering that his living metal is usually melting off his body at this point, its amazing he’s even alive.

As a side note, bursting into flames has certain nasty theological implications among some traditionalist Prime-worshipping religions; Megatronus, the Fallen of the Primes, is believed to be wrapped in flames as a show of his evil, and so Grimlock’s powers have unfortunate vibes. He might do it on purpose, though.

Other applications can include ways to harness his rage powers in different ways: elemental powers can allow him to manipulate his fire in more complex ways, while manifestation or construct powers would let him create solid objects using it. Clone powers would let him duplicate himself, with the clones being stronger the more angry he is, at the cost of his emotions cooling as he does this. (Though it would be a useful way to keep himself in check.)

[rotansharma]

OnGraph has best Emberjs developers available for hire. Join 290+ tech team who grow products with us. OnGraph Technology your team with Emberjs remote developers today. We provided Full suite of Emberjs development services. Whether designing and developing a new application for an ambitious idea, or upgrading an existing tool, we have a right team to help.

[topsinfosolutions]

AngularJS to React Migration: Upgrade Your Interiors!

Prologue

AngularJS was a decent framework when you wanted to get an MVP live in no time although enforcing a robust architecture or securing great performance, AngularJS was never the first choice. The announcement of Angular as backward incompatible, complete rewrite of AngularJS killed the prospects of the framework and ruined the ecosystem around it. We realized AngularJS doesn’t deserve our time, efforts and money anymore; React was looking promising though.

Migrations: An Untold Story

Migrations are tricky whether it is moving from one home to another, one web browser to another or one development technology to another. Ideally, migrations should not happen but in our pursuit to move forward, we tend to abandon things that are not moving fast enough. Your home will start showing signs in 25 years and your car in five years. Internet Explorer went fine for more than two decades and is still in maintenance mode. Maintenance mode is a code in software world to indicate migration. It’s when you receive a notice from your landlord to empty the apartment in 60 days. You got to find yourself a new home sooner or later. We were in the same situation with an AngularJS application. The client had made his mind halfway towards migration. A little push and he was ready to React!

React for the Unreactive

React, Ember and Angular were the three options when we made our mind to make the migration. Angular was still in beta and not ready for production and, of course, “Fool me once, shame on you. Fool me twice, shame on me.”

Ember is a fine framework for most of the people. Ember touches spots where data-bindings, caching layers between various components and program flow gets a little sloppy. We did not want that to happen again. The whole concept where the entire UI is a clear tree and data flows top down from an immutable data store was a dream come true for us. I mean who doesn’t want their web applications to have this predictable architecture.

Developing applications in React is like setting up water pipeline in an apartment building. The water flows downwards from overhead tank down to the apartments below. Ask a plumber to develop a system of pipelines where water can move either ways. He won’t show up the next day—I am not a magician. Now you know why developers have embraced angularjs to react migration with open arms.

Fixing the Migration Approach

You are a proud Chevy owner and want to stick with a 1930 model as long as you will drive. However, one that you have is not up for your daily commute. You cannot do much because that is the only car that you have and you’re committed to it. You visited a renowned car modification expert in your neighborhood and he agrees to upgrade your car with a fresh coat of paint and 21st century mechanical and electric parts while you can still take it on a drive every evening.

If you’re a mechanic with unlimited budget, then creating a replica is less risky since the client is a little paranoid about his car and may freak out if it stops working during his daily drives.

In real world scenarios, this is how you approach migrations, automobiles or web technologies. This was our plan until… We will build an application clone in React and replace it with the AngularJS application one day. This is how migrations are done or is there another way? If I tell you that you can keep riding your car as you were and I will replace one car component every day until you have a new car. Sounds ridiculous? I thought so too then I realized this makes more sense in the context of software engineering than automobile engineering. A few “Google searches” later, we were fixated on this gradual approach.

Of course, many more factors influenced our choice. AngularJS was an incredible tool to setup MVPs and most of the applications were in a perpetual development cycle. Our scrum-masters decimated the idea of a rewrite. We had to integrate six features into the application in the next six months. A parallel, non-gradual approach meant we had to code the exact, to-be-integrated features in React as well as, god forbid, AngularJS. Some of the features we were adding were beyond the scope of AngularJS or were too much work. We could code the same feature in React in a matter of weeks. React is perfect ;).

Prerequisites

The application was still in AngularJS 1.2 as we were more interested in a migration than upgradation. The attempts to get rid of AngularJS finally and the legacy code was not of much help. In fact, the legacy code made the simple upgradation to AngularJS 1.5 a headache.

You will be shocked to learn we were hardcoded to Bower & Gulp. I repeat Gulp and Bower. You reach a stage in AngularJS development that you start improvising to survive. We reached that stage while developing the app a long time ago and after that, it was all playing with fire. We did not made the upgrade to npm and Webpack because it might break the entire application and we have to revert to the earlier version eventually. Now we have to make the upgrade one last time and we would do it with a smiling face.

AngularJS to React Migration – Key Points

The first thing you will notice while migrating AngularJS application to ReactJS is Components. Components are the building blocks of ReactJS; they are everywhere. AngularJS has directives and they are similar. You could switch the view layer from Angular style templates to React style components and things should turn out fine in most cases as long as you’re using one of those style guides, stick to yours and do not improvise. This is neither AngularJS nor will not turn out to be. You got to start on a solid foundation for your application. Converting Angular directives to React Components was facilitated by a JS library react2angular.

While the 3rd party library made the conversion approachable. We still had to pass them to Redux store. Yes, React + Redux is the industry standard when building React application. When building a new React application, you wrap the root components into Provider. In our approach, where we essentially adding new features in React to an AngularJS application, we had no options but to manually wrap each component with a provider. We were literally copy-pasting code, component after components although ng-redux made the job a little easier.

After a couple of months into making the essential parts work, we were on the last part—setting up routing paths for the newly development parts of the application in React. We wanted to be ready for production as soon as possible. To make things a little more faster and efficient, we wrapped the React component in an AngularJS component and routed it to an inline-template that employs the AngularJS component. react2angular was the reason we could complete the project faster and before the client expected.

Epilogue

When your approach is gradual migration, things get a little complicated. Of course, changing engine in a moving car is more difficult than in one parked in the garage. On top of that, you have to add new features as well replace the existing ones at the same time. Of course, this saves you from rewriting the same code in two different technologies. Nevertheless, making changes in the codebase of a live application is not very different from playing with fire. Gradual approach is indeed not the ideal way to face the migration.

A parallel rewrite makes more sense from both development and business point of view. It is more of a luxury and necessity. As I said technology migrations are not straightforward, sometimes to make things work and make business sense, you have to pick the unconventional way. 

Originally published at https://www.topsinfosolutions.com/ on May 27, 2019

[longbestof]

Rapidweaver 3.5

#Rapidweaver 3.5 for mac os

#Rapidweaver 3.5 update

#Rapidweaver 3.5 upgrade

If you do need to link to hundreds of huge images, then please don’t import them all into Collage – try using Collage just for thumbnail sized images instead, and link to the files via RapidWeaver Assets, into a Flickr account, or Ember account. While this is a great feature that ensures image quality, it comes with a bit of responsibility: please import reasonable sized images. Collage copies the original images into your RapidWeaver file. Giant Images = Giant FilesĬollage never changes your original image data.

#Rapidweaver 3.5 upgrade

If they’re not, things just won’t work – you’ll have to upgrade the other effects at the same time you upgrade Collage. This page was created with RapidWeaver from Realmac Software. If your theme or some other content on the page also uses MooTools, make sure they’re the same version. namegenerator contentRapidWeaver />

#Rapidweaver 3.5 update

Or ask your theme designer if he has an update available.Ĭollage also uses the latest MooTools. If this is the case, check the latest theme requirements in the RapidWeaver theme API and update. This is great, but some very old themes that were never updated for the RapidWeaver 3.5 API don’t have a special %plugin_header% template tag and won’t work. Add background images to individual columns / cells & much more 7.50. Is your theme up to snuff?Ĭollage uses the latest RapidWeaver API to put scripts and styles in the head of the page. 256GB storage (512GB/1TB/2TB available), Wi-Fi 6 (aka 802.11ax Wi-Fi), Bluetooth 5.0, 2x Thunderbolt/USB 4 ports, MagSafe 3 port, 3.5mm headphone jack. Grid & Column Stack: One Grid Stack to rule your entire Stack page It is the most advanced grid and column stack ever made for RapidWeaver: Auto spacing of columns depending on available space. It was a nifty piece of software, which allowed to. This will reset all of the thumbnail’s cropping, auto-fitting each one into Collage style. RapidWeaver is a next-generation Web design application to help you easily create professional-looking Web sites in minutes. The site was originally created with RapidWeaver 3.5 which I got as part of a MacHeist software bundle. This is great, but some very old themes that were never updated for the RapidWeaver 3.5 API dont have a special pluginheader template tag and wont work.

Click the “reset” button (the little back arrow).

If you find that you need to readjust a lot of images, try using this trick: Depending on your image sizes, this may lead to some changes in the cropping of your thumbnails. To reduce the memory footprint we’ve changed the image resizing a bit. You can download it here: And read the full release notes here: Some notes about the upgrade Thumbnail Auto-Fit As well as running natively on Apple's new Intel based Macs, RapidWeaver is now available in the following languages English, French and Japanese.

#Rapidweaver 3.5 for mac os

Control the colors and opacity of the lightbox borders.Īnd it’s a free update for all Collage 2 users! Just download, install, and enjoy. Realmac Software today announced a new version of it's popular Web creation software RapidWeaver 3.5.0 for Mac OS X.

It has some really nice new features, fixes a few bugs, and improves memory performance quite a bit. I just released a new version of Collage.

[whizsolutions]

Top Web Development Trends to Look for in 2022

Top Web Development Trends to Look for in 2022

Learn about the top web development trends that will dominate the business this year. Discover everything that will excite developers in 2022, from easy-to-create websites to single-page applications and blockchain technology.

Every year, the world of website creation evolves, making it difficult for certain firms to thrive in this digital age. As a result, in order to remain competitive, firms must keep up with web development developments. You’ll also need a strong online product to help you stand out in this crowded digital industry.

Identifying the most successful web development trends that can work for your company, on the other hand, may be crucial. As a result, in order to save you time and effort, we’ve compiled a list of web development trends based on industry demands in numerous IT disciplines that the best web development agency like Whiz Solutions can help you with.

Progressive Web Applications (PWAs)

The PWA technology is at the top of our list of web development trends. It’s a website-like app with a full-featured native mobile app experience. It functions independently and communicates with customers like a native app.

The following are some of the benefits that PWA technology according to web development agency has given to organisations and users:

Installation without a hitch

reducing device storage and power consumption

Expenses for support and development are reduced.

Effortless upgrading and upkeep

A faster time to market

Distribution that is more flexible

According to Ericsson’s estimate, global mobile data traffic would grow 4.4 times to 288 EB monthly in 2027. As a result, individuals will use their mobile devices more to suit their needs. In addition, 5G networks will handle 62% of all mobile data traffic, allowing for more responsive and faster mobile services.

Application with a single page (SPA)

SPA is a popular and widely used web development technology. Unlike traditional website applications, they consist of a single page that loads the entire website page first before loading the dynamic information on the same page. SPAs employ HTML5 and AJAX to make them responsive. Client-side SPA development is also handled by frontend JavaScript frameworks like Vue, Ember, React, and Angular.

The following are some of the advantages of SPAs through website development services provider:

Offline assistance

Debugging made simple

Navigation is simple.

Reduced bounce rate and faster page load

SPAs, according to research, may increase conversion rates by up to 37%, allowing businesses to contact their target audience with relevant material. Organizations may utilise SPAs to streamline user navigation and increase profits by loading pages quickly.

UI in Dark Mode

The dark mode trend has exploded in popularity throughout the world, and we expect it to continue to grow in popularity in the future years. A dark-themed website makes it simpler for consumers to enjoy online browsing regardless of device due to its visual design pattern.

According to an Android Authority survey, 81.9 percent of respondents agreed to use dark mode on their devices, while 9.9 percent switched back and forth between light and dark mode. According to another Polar poll, 95 percent of consumers prefer dark mode to bright mode.

Google, Facebook, Reddit, and Twitter are among the companies that have implemented dark mode UI, and many more are expected to follow suit.

Search by Voice

The rise of voice search is unavoidable. In the future years, we expect to see more of its effects on the web. According to Statista, the worldwide smart speaker industry will be worth over $35.5 billion by 2025. The speech recognition industry is predicted to reach $27.16 billion by 2026, according to another report.

Voice search optimization has become one of the top web development trends as a result of several research and current market situations. According to many website development services provider to keep ahead of the competition, you must incorporate it into your technical SEO plan.

Mobile Pages That Load Quickly (AMP)

It’s just another fad in the website development solution company world. The goal of AMP is to improve page functioning while also retaining consumers. PWA and AMP technologies are quite similar.

In comparison to full-scope web goods, AMPs are optimised sites with a simple and streamlined design with basic functionalities. Furthermore, these sites are mobile-responsive, with legible content.

AMP stands for Accelerated Mobile Pages, and it is a new web design trend that demonstrates how the internet is becoming more user-centric. Despite the fact that we now have 5G internet capabilities and many firms choose to develop native apps to better user experience, the AMP plugin helps businesses save money on UX and reach their target audiences. As a result, while competing with industry giants, we anticipate to see specialty and smaller items.

Chatbots using Artificial Intelligence

Whiz Solutions, a website development solution company predict AI-enabled chatbots to become even more adaptable in matching user behaviours by employing natural language processing, machine learning, and data retrieval methods in 2022 and beyond.

AI-powered chatbots improve the client experience in addition to assisting enterprises with speedier operations via text or voice interactions. They can collect data, troubleshoot issues, respond quickly to questions, and provide a seamless digital experience.

As a result, rather than using standard chatbots, many competent B2C businesses use these chatbots within Skype, WhatsApp, and Facebook to assist their customers. In 2022 and beyond, we expect more businesses to embrace AI-enabled chatbots.

Motion User Interface

One of the top trends in web development this year is creative web design. Startups are always more concerned with the user experience and devote fewer resources on aesthetics. However, if your applications and websites are well-designed, you have a better chance of catching the attention of potential consumers. As a result, visual design has evolved into a viable marketing technique.

In 2022, MVPs will continue to be simple. Simultaneously, experts believe that innovative design strategies such as motion UI will gain prominence. Despite the fact that it has been popular since 2018, SASS library technology has made it widely accessible to all device users.

Conclusion

One of the top trends in web development that will shape the future of web development is the Internet of Things (IoT). This technology has entered our lives as a result of the rising usage of the internet. Many gadgets are now accessible via our mobile devices thanks to Internet of Things technologies. IoT-connected devices transmit data in real time. The technology enables businesses to contact with customers as rapidly as possible, resulting in a more personalised experience. One of the most popular IoT gadgets is the Google Nest Smart Speakers. So if you want to hire web developer for projects then get in touch with us at Whiz Solutions and we will guide you in the best direction.

[itechscripts2]

Which front-end framework is the easiest?

Building a front-end application requires the combined use of HTML, which is responsible for the basic layout of the web page, CSS for visual formatting, and JavaScript for maintaining user interaction. Front-end frameworks are needed to make the work of web developers easier - these software packages generally offer ready-made / reusable code modules, standardized front-end technologies and ready-to-use interface blocks that allow developers to create a web faster and simpler applications and user interfaces.

There are many front-end frameworks on the web and most of them run on JavaScript as the source language. The developers are still arguing fiercely over which is the best. So, in choosing a framework that suits your needs, there are a few factors and tons of nuances to consider.

React is one of the most popular front-end frameworks on the market. It is a library based on JavaScript components with JSX syntax, developed by Facebook and first published in 2011. Later, in 2013, it became an open library. Source library, which makes it a little different from the classic definition of the framework.

React is popular with over 3 million active users and is supported by a large community - 80% of developers have had at least one positive experience with React in their projects and over 1.5 million websites have been created with its help.

40% of JS developers are using Vue.js and over 700,000 websites have been built with its help. Vue is not supported by major players like some other frameworks. It was first published in 2014 and created by Evan You, the person behind the development of another popular framework Angular.

Vue includes a virtual DOM, component-based architecture and two-way binding that underpin its high-speed performance - all of which make it easy to update related components and track data changes, which is desirable for any app. Developers who choose Vue.js can take advantage of its small size compared to React or other frameworks.

Also called Angular 2+, it is a modern TypeScript-based open source framework and one of the most popular software development tools today. Over 600,000 websites have been developed with its help.

Angular (released in 2016) is an upgraded edition of AngularJS with improved performance and many powerful additional features. Angular offers two-way data binding for instant synchronization between the model and the view, so that any changes in the view are immediately reflected in the model and vice versa. Angular Features Guidelines that allow developers to program special DOM behaviors that enable the creation of rich and dynamic HTML content.

jQuery is one of the oldest open source JavaScript front-end frameworks. Although it is a true veteran of this market, it can still be considered one of the best front-end frameworks of 2021 as it is almost relevant for modern development conditions with a few exceptions. JQuery development can be a pretty effective tool for building desktop-based JavaScript applications. JQuery's streamlined code logic, cross-browser support and streamlined approach to dynamic content are able to deliver perfect website interactivity even in 2021.

Ember, the open source MVVM JavaScript web framework, was released in 2011 and has since gained tremendous popularity. Around 14% of JavaScript professionals use it or have used it in their practice. With 30,000 websites developed, this framework is considered quite stable and works seamlessly for various needs.

Backbone.JS is a free and open source JavaScript library developed in 2010 by Jeremy Ashkenas, the author of CoffeeScript. About 7% of front-end developers have had positive experiences with Backbone.JS and it has been used during the development of 600,000 websites.

Backbone.js follows an MVC / MVP development concept. It encourages you to translate your data into models, DOM manipulations into views, and connect them together via events. In other words, it presents your data as templates that can be created, validated, deleted, and stored on the server.

Semantic UI is a relatively young player (2014) in the front-end frameworks market. Powered by LESS and jQuery, it is a framework for CSS that was developed by Jack Lukicthis, a full-stack developer, with the idea of building it based on organic language syntax. In no time, in 2015 and later, it became one of the top JavaScript projects on GitHub.

It has a sleek and flat design that provides a streamlined user experience. Semantic UI provides a set of tools to configure themes and CSS, JavaScript, font files and an intuitive inheritance system so you can share the code once you've created it with other applications.

[t-baba]

Node 15, React 17, and a cool JavaScript demo

#511 — October 23, 2020

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React 17.0 Released — The focus in React 17 is peace, harmony, and gentle progression, with subtle changes, making apps easier to upgrade gradually in future, and also to make it easier to embed React apps into apps built with other technologies.

Dan Abramov and Rachel Nabors

Node 15 Released — The new ‘release’ line (the one that gets all the new features first) of Node is here. Two key features:

An upgrade to the V8 8.6 engine (from 8.4) adding various JS features like Promise.any(), logical assignment operators, and String.prototype.replaceAll()

Unhandled rejections are now raised as exceptions by default. If there's any one change that'll cause you some head scratching, it's this.

For more, check this week's Node Weekly ;-)

New Course: Introduction to Next.js, The Full-Stack React Framework — Next.js is a complete framework built on top of React.js. You'll learn server-side rendering, static site generation, data fetching, code API endpoints, creating pages with the file system, add CSS modules, and more.

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What Vue.js Does Better Than React — “I love and use React daily but was curious if there’s anything from Vue that React could learn from. Turns out there is! This post collects my findings.”

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Skypack Discover: A Way to Discover and Test Recommended JS Packages — From the same folks as the Snowpack build tool, Skypack is basically a search engine for npm packages, but it’s added a ���Discover’ feature which helps you pick the best options for you. You can then import them ES module style.

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⚡️ Quick bytes:

Want to see something cool? MONOSPACE is a demo (in the 'demoscene' sense) written in 1021 bytes of JavaScript and it won the 1024 byte demo competition at Assembly 2020.

Rich Harris (of Svelte fame) has shared a video exploring his thoughts on the future of Web development and where the Sapper Svelte-based framework slots in (or doesn't!) — Cool ideas here.

Vue 3.0.2 is out – almost entirely bug fixes. Or how about Ember 3.22 or the first RC of Angular 11?

Someone has noted that using const instead of var or let can cause big slowdowns in the JavaScriptCore engine Webkit (and Safari) uses. They're now on the case to resolve it.

We announced webpack 5 last week, but we're already getting webpack 5.2.0 this week.

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React JS Developer (Remote) — Millions get inspired and plan adventures with our apps. To help us make komoot.com the place to go to plan outdoor adventures, we’re looking for an ambitious ReactJS developer to join our team.

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Dissecting A Dweet: City Sunset — A fascinating exploration of how a mere 140 characters of JavaScript can produce beautiful procedurally generated cityscapes. You can play with/tweak the code here. Fun!

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'Basic Authentication' with Lambda@Edge — An interesting way to use Lambda@Edge (lets you run code in front of a Cloudfront distribution) to add a rather old-school way of securing access to a static site. But does it work? Yes.

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All the Canaries Lived: It’s Time to Adopt Progressive Delivery

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Getting Started with Next.js — Next.js is a React-based framework focused on providing a good developer experience for building complete, production-bound apps covering both backend and frontend.

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Introducing the Async Cookie Store API (in Chrome 87) — A look at a new API that exposes cookies to service workers and provides an async alternative to document.cookie that also lets you react to cookie changes in real time.

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Getting Started with OpenTelemetry in JavaScript and Node.js

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Managing Side Effects with Monads

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JSDB 1.0: An In-Memory, Streaming Write-on-Update Node.js Database — An easy-to-use, in-memory database that persists to a JavaScript transaction log and aimed at small scale (though Small Web is more nuanced than that as a concept) cases.

Aral Balkan

Pikaday: A Mature Date Picker with No Dependencies — This is an old project that has recently sprung back into life and gotten a release. I just love the name of it and its simple old-school nature. Demo here.

Bushell, Rikkert et al.

NSFW JS: TensorFlow-Powered Client Side Indecent Content Checking — Would it be helpful for you to detect.. ‘unseemly’ images on the client side? Enter NSFW JS. We first featured this over a year ago but it’s just had a significant performance-oriented update.

Infinite Red, Inc.

Stream Chat API & JavaScript SDK for Custom Chat Apps — Build real-time chat in less time. Rapidly ship in-app messaging with our highly reliable chat infrastructure.

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JZZ: A MIDI Library for Node and the Browser — Brings the Web MIDI API to Node so you can send, receive and play MIDI messages from both Node and the browser on Linux, macOS and Windows. (Click on the logo on the official home page for a bit of fun.)

Jazz Soft

Fingerprint JS 3.0: Modern and Flexible Browser Fingerprinting Library — With v3 it’s become completely modular and has been rewritten in TypeScript. Definitely one of those ‘please use this for good, not evil’ type projects though.

FingerprintJS

73 Awesome NPM Packages for Productivity — This is one of those ‘grab bag’ list style posts we used to include a lot more several years ago, but it’s a reasonably good one if you fancy a quick browse.

Madza

🔗 From the queue..

We don't ever get to use all of the great links we have because we don't want to overwhelm you each week, but we thought it'd be neat to quickly feature some of them in case the titles jump out at you – so we'll be including this special section from time to time for you to skim through:

Enjoy!

The Flavors of Object-Oriented Programming (in JavaScript) Zell Liew

An Introduction To Running Lighthouse Programmatically Katy Bowman

Understanding Reduce in JavaScript Monica Powell

Working with JavaScript Media Queries Marko Ilic

Supercharge Testing React Applications With Wallaby.js Kelvin Omereshone

Three Approaches for Implementing Nested Forms in Angular Latish Sehgal

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[alesio3jphln]

Don’t Fall Because Of This BigCommerce Rip-off

Front End style guides have already been well publicised recently, with many examples being made readily available for all to see. They are a popular and way that is effective of usage guidelines for Interfaces that stick to an agreed upon design ethic. They allow you to speed up, maintain, and keep UI consistency. At BigCommerce, we have started to take into account the simplest way we could implement something similar that would help us achieve those goals. Style guides inside our experience fail the majority of the right time because they become stale reference sites that people copy and paste from but never update. They can be too loose, and permit freedom that is too much effectively you skin Bootstrap and everyone thinks they're a designer. There are many situations needless to say, where you are fortunate enough in order to dedicate resources and a united team to solely taking care of your style guide and shaping its direction. Many of us aren't that lucky, but if by some miracle you manage it, the following most likely thing that will ruin all your dreams is mutations. Deficiencies in an integration that is effective may cause your style guide to become obsolete, as teams will deviate from your agreed approach, making any upgrade path impossible. These mutations most of the time appear as it's not that hard to copy, paste, add an CSS that is additional class a component and produce some variation of it from the core library. Usually the excuse is "it didn't quite feel right", or "simply because" but this has a significant effect that is detrimental your capability to maintain a consistent look and feel, and familiar interaction patterns in the application or website; particularly if you are working with hundreds of pages. Those small mutations mean any significant change to a component will not roll out. The changes you've made will mean new upstream CSS changes will not take effect as a result of cascade and you will quickly create fragmentation and a frankenstein of an interface, introducing technical and design debt to the body. This essentially contributes to the origin regarding the naming - a Laboratory, not a Library. This takes a complete lot of inspiration from the Pattern Lab project and also the Atomic Design system. Essentially, this plain thing should live. It shouldn't just be a library piece; something that sits on the design departments shelf to now look at every after which. It must be constantly worked on and iterated over. It should enable us to push ideas that are new our design patterns to the app quickly and easily, which means it's necessary that we deal in and produce production code. That production code is not just used to create the pattern-lab itself, but in addition the application form it describes.

A single supply of truth, that which you see is exactly what's in production and what the Engineers on your own team are employing. A Pattern-Lab is a couple of very well defined, strict guidelines and patterns designed solely for a really domain that is specific. It is not a one-size fits all framework to build something BigCommerce-esque, but a razor-sharp, narrow focused toolkit to create a part that is particular of BigCommerce eco-system; in particular, for our Control Panel. We specifically wanted to lay out that if an interior team was building something that's not the control interface, and they found they certainly were missing significant chunks of UI, as opposed to doing a hack job they might benefit from building their particular Pattern-Lab for that domain that is specific. A Pattern-Lab is made to only have what we wish the delivery teams to have to construct that domain. Nothing more, and hopefully nothing less. We intend to build a Pattern-Lab to serve each domain separately, as they will all have different design aesthetics predicated on their purpose, but most likely a really set that is similar of components and patterns. That's where Citadel, our CSS framework, comes into play. More on that in another post. A Pattern-Lab probably get's you 90% of this means for each domain, but that isn't to express a Pattern-Lab is inflexible. Product Managers and Designers love a "Snowflake", so we expose all the global and component maps, variables and mixins, with their corresponding Pattern-Lab "theme", to enable a consuming app the capacity to build custom Components, which look right at home and on brand with all the wider app domain. A Pattern-Lab is a joint effort between the look team and engineering, however it is most certainly not an engineering tool. It ought to be owned and lead by the style team. The Pattern-Lab should not just be a documentation site where engineers pick out code snippets, although code snippets are included. It will range from the design thinking and language behind the "why" and also the "when" a pattern that is particular be utilized. You should use a certain level of alert, the situations it's appropriate to use a modal etc why you should use a colour for a certain situation, when. Other areas worth considering are defined animations and rules around how and when to make use of them into the application or interaction. Again, the Pattern-Lab should describe just how to build the greatest experience that is possible our product as well as for that to be a success, it takes rules around how to use it. Think about it as an use that is appropriate, or an interaction playbook.

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3:11 p.m. Aug. 31, 2020

Accountability in Decision-Making

Tools to control shipping and payments

We are not quite there yet, but we're well on our option to defining a design that is solid and guidelines on how to implement it inside our app. The task by Lonely Planet on their "living style guide" Rizzo, seems like the natural progression in the style guide world, so we set about defining a way we currently build our Control Panel that we can do the same within the context of how. The beauty of modern frameworks that are javaScript React, Ember and what we use at BC, Angular, is the fact that they are all aligning pretty strongly towards the concept of Web Components. Directives, in Angular speak. This permits us to define small chunks of our UI into standalone, dynamic pieces, that people can then stitch together. It gives a true number of advantages, for the reason that each piece is testable separately from other components. We get to abstract complex HTML patterns, semantics and accessibility attributes away from JavaScript engineers who just need implement custom tags or elements in their apps. With that, we get full control of the HTML since it's compiled into JavaScript objects, meaning we are able to update a component and rollout it out without the dreaded "find and replace" across huge number of lines of slightly differently formatted HTML. The engineers that are javaScript get to only concentrate on the things they really worry about - application logic, architecture, and performance. The UI and design teams get to own a significant chunk of user interaction and accessibility best practices, which is precisely what they care about the most. We're now getting nearer to solving the issue of our style guide moving away from date, by building components for our guide that get used in production. Solving for mutations is a tad bit more tricky, but from my observations, engineers are less likely to want to add a CSS class to a custom element if they could just paste in "normal HTML". Which can be somewhat of a win. Because it's JavaScript code, Sass and compiled CSS we can start to think of our Pattern-Lab as a small software project. With which comes the capacity to create releases and version tags that people can use to aid distribute our code and offer a controlled method of upgrade to our apps by treating the Pattern Lab as a dependency. The thing that is neat a versioned design language is that it provides the teams some advantages in charge, predictability and workflow. By adopting Semantic Versioning (or SemVer), we give our teams control over how they make use of our design language by deciding what version they have been using because of their particular product area.

This Article Will Make Your BigCommerce Amazing: Read Or Miss Out

They get predictability without them knowing, which would make a very unhappy and stressed engineering team as they know we're not going to push a change to them that will break all of their things. Predictability and control leads to confidence in your design language and much more estimations that are stable the project teams, that is super important in enabling them to ship things on time. With confidence comes adoption. Teams are able to range from the design language inside their product area, and because change is predictable, are actively engaged and encourage the evolution of those patterns to help make their product areas better. Another strong feature of versioning and distribution is testing. With good design comes iteration as you learn and refine your patterns to generate to best possible product experiences. Componentisation not merely enables you create quick, high fidelity prototypes for your usability and design research, nonetheless it can also potentially enable you to split test versions of certain components as you release beta or pre release versions of the Pattern-Lab. We are somewhat lucky in that we're aiming for an even more service orientated architecture in our main app, that also includes end code that is front. We build single page apps for each part of the control panel as we systematically upgrade the platform, using common core libraries to create each "micro-app", and then stitch them all together to create one control interface. What this means is we could potentially run updates that are minor our Pattern-Lab in some elements of the app rather than others. What which allows us to do is feed in improvements to a component that is particular the Lab, based on the research and testing we've done. We are able to split test that update in a small an element of the application with real users and track any improvements to task completion that we identify as important metrics. This could be huge when thinking about a long term design language where we slowly iterate over design as opposed to attempting a "big bang" re-design every 3-4 years. No users like big changes and giving us real data in a reduced risk manor on our design thinking is a massive win towards a happy product experience. Have we made much progress towards our utopian future? Not exactly, no. We've definitely made progress, just nowhere near as much as we could have wished for, for a number of reasons. We now have a fairly broad group of building blocks; elements and slightly more complicated components which we've used to construct a number of new parts of the app with great success. But whatever they're really missing may be the glue that is used to stick them all together into more rich patterns and layouts.

The rules, the principles, the do's and do not. In "atomic design" speak, we have built a lot of atoms and molecules rather than plenty of other things, and that which we're finding is that that's the stuff that is really important making our teams successful. Within the coming months we will be addressing just that, to help our project teams build more high fidelity features, more quickly sufficient reason for less guessing. In terms of the technology choice itself, we possibly may start to rethink the whole approach. We are still convinced that components will be the way that is best forward, but we are struggling with adoption, since only about 5% for the app is converted up to Angular. As a UI platform team we are pondering if Angular is the choice that is best for people to be providing our components in. For the reason that Angular is so "all in" on the "Angular way" of accomplishing things, it certainly leaves no flexibility in implementation. Even if assembling your project is super simple, it has to be a full blown single page Angular app, with the abstractions and conventions that come with it. Some of our teams are resource and time lucky, meaning a full re-write in Angular is totally feasible. Other teams are not so lucky; they may lack time or Angular expertise making a full re-write seem overkill or unnecessary. I think we should definitely still provide components that are javaScript perhaps the "framework" buy-in is holding us back. I'm personally fairly confident that a far more lightweight utility; a view or component library like React, Riot or Skate, will be better suited to our needs. Simpler abstractions, boiled down seriously to encapsulated custom elements which consist of plain DOM elements, along with event and callback hooks that respond to users interacting with them. Whatever framework that is javaScript use (or avoid using) to control the information layer, are able to hook into these and starting piecing them together to build apps. Essentially just a collection of serialisable DOM elements, with a nice developer API and no framework specific conventions to opt into. Pattern-Lab itself then becomes an infinitely more self service tool and really would not care about your technology stack. That's obviously a pretty stretch that is big and also the project all together is super ambitious, but that isn't planning to stop us from trying. For a app that is sizeable BigCommerce we think it's super important in enabling our product and engineering teams to provide new and improved features quickly with less re-inventing, and keeping our UI manageable. We're currently hiring for amazing engineers that are front-End understand these principles to join our UI Platform team. If you should be experienced in creating and shaping graphical user interface guidelines and you like what you read, get in contact.

[codeclub32]

JavaScript

Introduction JavaScript is a scripting programming language. We can say JavaScript as client-side, interpreted and server-side programming language. Js for creating and controlling dynamic websites. language. Javascript was founded by Brendan Eich in 1995. Javascript is the third layer of web technologies. The inspiration behind the js is java. It allows you to implement complex features and actions in your webpages. Js provides js libraries that provide functional attributes in webpages. It is the backbone of the web. This program is able to execute on servers and browsers. Js is platform-independent. Js is very secure. It works with Html and CSS. Js has exception handling. This means it is easy to find the error. JavaScript is not java. As javascript gets upgraded, it becomes a fully independent language. It has its own features called ECMA Script. ECMA Script has its different versions.  You must get familiar with HTML, CSS to use Javascript. A scripting language tells the computer applications what to do. Js is unique. It has full integration with HTML and CSS. Js is better in memory management. Angular, Vue, Ember, Metor, Node, Polymer, Aurelia, Mithril, Backbone..etc are some frameworks of Js. It provides proper backend programming. more JavaScript framework is an application framework. The coders can change the functionality of the code and use them for their personal accessibility. One of the features of Js is that it often stores values in variables. Read the full article

[workfromhomeyoutuber]

Thinkific: Senior Full Stack Engineer

Headquarters: Vancouver, BC URL: https://thinkific.com

Are you an experienced Full Stack Engineer looking for new challenges? Do you get excited about learning new technology and jumping in to mentor others? Does the idea of joining a rapidly growing tech company excite you? If this sounds like you, read on!

As a Senior Full Stack Engineer, you will work closely with our engineering, product management and product design team to help translate business requirements and specifications into delivered platform features. You will work across our application stack to ensure business milestones are met while also investigating, assessing and fixing defects within the product. As a passionate Full Stack Engineer, you'll stay up to date with the latest trends and technologies in software in order to ensure that best practices for quality software development and testing methodologies are followed. You’ll also be a source of mentorship and will help to support the growth and development of other team members.

In this role, you will:

Assist in effectively diagnosing and troubleshooting problems with the product

Participate in our agile development process to design and implement features

Participate in architectural design, review, and implementation of production-quality features

Participate in effort and complexity estimation for new/proposed product features and tasks

Lead medium-large feature projects from conception to completion, working with stakeholders to identify project risks and recommend mitigating solutions

Mentor junior engineers and perform code reviews

Conduct new technology research; bring fresh ideas and concepts to bear on product development

To be successful in this role, you must:

Have 5+ years of experience working in a full stack development role

Have at least 1+ year of experience working remotely for a SaaS/tech company

Demonstrate a practical understanding of Web APIs, HTML, CSS and JavaScript

Have experience with CSS processors such as PostCSS, Sass, or Less

Have experience with ES6 and at least one modern JavaScript libraries/framework such as React, Ember, Angular, Vue, etc.

Showcase the ability to design and implement RESTful services

Demonstrate hands-on experience working on web-based, MVC style software applications

Believe that writing tests as a part of a feature is not just nice to have, but necessary

Be knowledgeable using Git and related tools like GitHub, GitLab, etc

Have experience with relational databases, SQL and engines like PostgreSQL, MySQL

Have experience with web application architecture and web server technologies like Apache, Nginx, ISS, etc.

You might be the person we’re looking for if you:

Are responsible and are willing to take on tasks and see them through to completion

Read our How we build at Thinkific blog and are excited about how we work, Blue Sky Week and the challenges we are solving for our customers

Have smart, strategic decision making abilities—you think problems through and make strategic choices with the best outcome

Have advanced knowledge of modern server-side programming languages (Ruby, Python, Node, etc.)

Are knowledgeable and experienced with modern web frameworks (Ruby on Rails, Django, ASP.NET MVC, etc.)

Bonus points if you:

Have intermediate to advanced knowledge of front-end languages and frameworks (Javascript, Ember.js, Riot.js, Angular, etc.)

Feel experienced and knowledgeable with relational and/or NoSQL databases

Have advanced knowledge of and experience in data modeling

Identify as having extensive knowledge and experience with cloud-based server infrastructures, particularly AWS

Worked for a B2B or SaaS based startup previously

About us:

We’re about the results of online learning and the people along the way! Thinkific is a software platform that enables entrepreneurs to create, market, sell, and deliver their own online courses. Our mission is no less than to revolutionize the way people learn and earn online by giving them the tools they need to turn their expertise into a sustainable business that impacts both them and their audience. We believe in meaningful, innovative work: we're building and expanding an incredible product that empowers course creators around the globe while working collaboratively to learn and succeed together. Together, we’ve served over 40,000 course creators and more than 10 million students, and these numbers are growing each day! 

Why we think you’ll like working with us:

Be part of a team of incredibly talented, passionate, and driven people focused on building and innovating on a best-in-class learning platform

Make an impact with your work—each person has an equal opportunity to contribute to our goals and every day, we get to see how Thinkific is empowering both course creators and their students

Join one of the fastest-growing companies in Vancouver and find opportunities to grow in your own career—offering advancement opportunities for our team members is important to us!

We are lucky to have team members working remotely with us for over a year, so you’ll walk into an established system where you’re supported to be productive and successful

We make sure you always feel included and have opportunities to build meaningful relationships with your team, whether that’s trips to Vancouver to solidify those connections, meet and greet with new team members by video, taking a remote-first approach to meetings or ensuring you have lunch provided for our team-wide events!

Contribute to Thinkific’s award-winning culture—we’re one of Canada’s Most Admired Corporate Cultures and a certified Great Place to Work!

We offer competitive salaries, a comprehensive benefits package including health, dental, and vision coverage, and an Employee and Family Assistance Program to support the wellbeing of you and your family

Get additional health and wellness support through a lifestyle or health spending account to put your dollars where you need it most

Enjoy our open vacation policy and flexible work environment, because we know the importance of having a great work-life balance

Learn and Grow is one of our values and we take it seriously, providing opportunities through lunch and learns, training, workshops, mentorship, and our $1500 education allowance

Grow your career AND your family at Thinkific—you’ll be taken care of with our parental leave top-ups as you add to your family

Work with the hardware you’re most comfortable with, and upgrade or replace your system when you need to with our technology bonus

Help you get the equipment you need to set-up a home office where you can do your best work

Be confident bringing your whole self to work—we’re proud to be an inclusive company with a diverse team and values grounded in ethics and equality

Thinkific welcomes all applicants regardless of race, gender, orientation, sexual identity, economic class, ability, disability, age, religious beliefs or disbeliefs, or status. We believe that different perspectives and backgrounds are what make a company flourish and we welcome you!

This is an incredible role for the right candidate. We can’t wait to meet you!

To apply: https://www.thinkific.com/careers/job-post/?gh_jid=4659584002&gh_src=8a3597f72

from We Work Remotely: Remote jobs in design, programming, marketing and more https://ift.tt/3cWfiRh from Work From Home YouTuber Job Board Blog https://ift.tt/2Q56Ipu

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Web Development Patterns of 2018 and 2019 which Changed

The progressions are frequent to the point that we can’t expect what comes immediately. Indeed, what we know today and enjoyed, doesn’t intend to stay for eternity. For a case, the beginning of Angular isn’t that stimulating, tech nerds adjust it and utilized it, yet the overhauled Angular 2.0 totally changes the situation. It utilizes totally unique ways, which regards a skillful angular developer as a fresher.

In most recent couple of years or months, the web development industry hit with refreshed adaptations of PHP, .Net, JS, and so on and a few answered to be showed up in 2018.

Here in this article, we’ll make a plunge the web development patterns of 2018 that will without a doubt improve improvement process, computerize tasks and upgrade profitability. How about we start the civil argument:

 Web Development Trends in 2018:-

Being an enthusiastic and shark engineer, we’ve to examine the potential outcomes of each origin, imperfections and drop-openings of each code, and changes in executing advances, so we don’t meet with the destructions. Take your sharp eyes on the adjustments in Web Development Trends and make yourself flexible to adjust more up to date forms effortlessly.

 Pattern 1: Push Notifications

As of late, we’ve seen it on a few sites, and read a few articles, news and posts about it. This pattern will make a business more unmistakable, a refreshed matter all the more engaging, and the clients more joined with angled updates.

You can understand it as a more up to date form of membership display, where a frame requests that client information make them mindful about most recent post, change in setting, and increase client membership. Additionally, Push Notification requests to empower warnings to get most recent refresh. When you empower it, you will get the updates even in the wake of shutting your program or leaving from that site.

The usefulness of notices was roused from portable application notices, which careful one of best strategy for client promise. It urges a client to explore and reach to their most loved substance right away. While on one-side, it improves client development, there on opposite side, it additionally functions estimably for re-commitment of a client.

Along these lines, get reveled into the inclining imaginable outcomes of web improvement and improve your client encounter much in 2018.

 Pattern 2: Automated Chatbots

On the off chance that although everything you rely upon a conservative emotionally supportive network, where a client needs to create a ticket and he/she will get a settled agreement inside 24-48 working hours, at that point you have to redesign your framework. As it is a computerized period and no one has such time to sit tight for an answer. The throat-cutting rivalry makes it more mind boggling, as though you don’t answer it rapidly client will change to another administrator.

To make it modern and client arranged, there are a few computerized visit planning accessible. You simply need to execute right one in your web improvement arrangement and work it from anyplace. Those computerized chatbots will be considered as an AI form, which can answer your inquiry, explore you to right goal, and give worth arrangement.

These bots additionally enable you to empower computerized messages, for example, welcome message, predefined replies, and bolster URLs to make your emotionally supportive network mechanized. This change of emotionally supportive network will without a doubt urge your clients to wind up your client and make your business profitable for them.

 Pattern 3: Progressive Web Apps (PWA)

The term Progressive web applications first showed up in the year 2015 and now it ends up one of the principle contenders to local portable applications alongside a rising web progression incline. They are fundamentally broad sites, yet have a few functionalities that enable a client to get to it detached and all credit goes to benefit laborers.

The information of dynamic web applications will be put away in reserve, which encourages them to stack in a flash and also works fine in disconnected mode. The administration specialists, who assist these sites with running in disconnected mode, keep running in foundation, so clients will see most recent reserve on each visit (which auto put away at whatever point a gadget associated with web).

Clients can likewise extra an alternate way of PWA sites on their gadget dashboard, in the event that they utilized a specific site as often as possible, and access it at whatever point they need simply like an application. Along these lines, keep your site versatile for a gadget through executing PWA pattern and upgrade your guests’ involvement in 2018.

 Pattern 4: JavaScript

One of the major and respected web improvement drift, which we’ve seen in 2017, will likewise overcome in 2018. We’ve just observed a considerable measure of updates in front-end and back-end JavaScript systems, for example, Angular, Node, Backbone, Vue, Ember, and so on., in previous year and a couple have effectively declared to be on-air soon.

As indicated by the Stack Overflow 2017 overview, JavaScript has topped the rundown of driving structures favored by web improvement experts’ with 81.7% offers.

 Pattern 5: Motion UI

Client encounter is consistently a noteworthy angle in web improvement arrangements, which easily direct changes. While already it differentiates through functionalities, now in advanced period, it perceived through smooth movements and designs.

Then again, client needs something stunning that influences them to connect with and force them to remain more. They are utilized to with GIFs and flashes and by one means or another; they are awful for the stacking too which specifically cut-off around 3.4% of connections and 4.2% of transformations. Along these lines, consider it and adjust rising web development patterns of movement.

In second quarter of 2018, you ought to run with smooth changes that enable you to offer life to your exhausting or still substance and restore them with activities and movements. Experiment with particle.js in your header or empower some eye-snappy advances alongside float impacts, vivified designs, movement foundation, and secluded looking over.