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Development / Re: Change to C++17?
« Last post by Miguel Gimenez on Today at 04:38:02 pm »
Quote
Have you tried to compile the full version with C++17

I have not tried, developers must agree on the change beforehand. Changing the CBP is easy, the problem may come later from autotools.

Errors in Squirrel can be fixed, but it uses tricky memory accesses that may be a headache.
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Development / Re: Change to C++17?
« Last post by LETARTARE on Today at 03:18:30 pm »
Leap-15.6-64bits, wx-3.2.8;gtk3-u, gc-15.2
'r14003.cbp' ( no 'contrib' )
Here is the compilation log with 'C++17' :
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Development / Re: Change to C++17?
« Last post by LETARTARE on Today at 03:03:09 pm »
Have you tried to compile the full version with C++17 (Win-xx, Linux-xx) ?
If so, what warnings have you obtained ?
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Development / Change to C++17?
« Last post by Miguel Gimenez on Today at 02:04:03 pm »
There is an updated version of astyle library (3.6.18) that fixes some issues (see ticket 1643, but it uses the stupid C++17-only std::string_view and we currently are using C++11.

There is also some C++17-only code, like [fallthrough] in clangd_client, generating warnings.

Should we change to C++17?
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Spam reported to moderator.
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Announcements / Heavy Machinery Strategies for Large Botanical Gardens
« Last post by lgmusa on Today at 12:16:33 pm »
Maintaining a sprawling botanical garden is a completely different discipline than standard commercial farming. You are not trying to aggressively extract a massive yield from the soil; you are trying to preserve highly delicate, rare specimen plants while accommodating thousands of walking tourists. However, the physical reality of groundskeeping still requires moving completely absurd amounts of heavy material. When the time comes to spread hundreds of yards of rich seasonal mulch or safely transport a massive, balled-and-burlapped heritage oak tree, you cannot do it with a wheelbarrow. To handle these highly demanding tasks without destroying the delicate garden beds, groundskeepers must turn their compact tractors into highly versatile, surgical instruments of heavy lifting.

The sheer variety of tasks required in a public garden demands serious mechanical adaptability. One hour, you might be carefully unloading pallets of fragile terracotta pots for the conservatory. The next hour, you are tasked with moving heavy decorative boulders to build a new water feature. Attempting to force a single dirt bucket to do all these jobs usually ends with smashed pots and deeply gouged lawns. Understanding the exact applications of different tractor front end loader attachments completely changes how efficiently the work gets done. By switching to a set of adjustable pallet forks, the operator can lift heavy materials with total stability, placing them gently exactly where the landscape architects want them.

Spreading seasonal mulch is a massive logistical hurdle that takes up weeks of the spring schedule. High-quality mulch is heavy, wet, and absolutely necessary for suppressing weeds and retaining soil moisture around expensive specimen trees. A standard tractor can carry a massive pile of this material, but the operator must possess incredible hydraulic control to dump it precisely. If the loader controls are clunky, the driver will accidentally dump a heavy mound of wet mulch directly onto a rare, fragile shrub, snapping the branches instantly. Smooth, highly responsive joysticks allow the driver to feather the bucket, sprinkling the mulch perfectly around the base of the tree without causing any physical damage.

Soil compaction is the absolute enemy of a healthy botanical garden. Heavy machinery pressing down on the manicured lawns destroys the soil structure, completely suffocating the root systems of the expensive plants. When a tractor is carrying a massive load on the front implement, the weight distribution shifts heavily to the front axle. Advanced loader frames are engineered to distribute this heavy physical stress backward across the main chassis of the tractor. By balancing the heavy payload correctly, the machine glides over the grass rather than sinking deep into the mud, protecting the expensive turf and keeping the root zones healthy and well-aerated.

Dealing with seasonal tree maintenance requires a highly specialised approach to lifting. When a large branch falls during a heavy storm, it must be removed quickly before the public arrives. Wrapping a heavy chain around a jagged branch and dragging it through the garden will completely tear up the grass and destroy nearby flower beds. Swapping the front implement to a hydraulic grapple allows the operator to securely clamp the heavy timber and lift it entirely off the ground. The operator can then transport the massive branch safely back to the wood chipper without ever letting it scrape against the meticulously maintained garden paths.

The true brilliance of this highly adaptable approach relies heavily on a secure quick-attach system. If changing from a bucket to a grapple requires thirty minutes of aggressive hammering to remove rusty locking pins, the groundskeeping staff will simply avoid doing it. A well-engineered interface allows the driver to drop the bucket and secure a different tool in mere seconds. This mechanical freedom strongly encourages the team to always use the exact right tool for the specific job at hand. By equipping the garden's tractor fleet with highly capable, versatile lifting tools, management completely removes the physical strain from their staff and keeps the property looking absolutely magnificent.

Conclusion

Managing the heavy maintenance of a public botanical garden requires highly adaptable machinery capable of precisely placing heavy materials without damaging rare plants. By utilising versatile front-end tools, groundskeepers can safely transport heavy trees, clear fallen timber, and spread wet mulch efficiently with a single machine.

Call to Action

Take the physical strain out of your large-scale garden maintenance by equipping your tractors with highly capable, versatile tools. Expand your mechanical capabilities with heavy-duty implements built specifically for precise, delicate groundskeeping work.

Visit: https://lgmusa.com/
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Announcements / The Hidden Financial Costs of Poor Commercial Hygiene
« Last post by Sanmar on Today at 08:47:09 am »
Evaluating the true financial impact of facility maintenance requires looking far beyond the monthly invoice of a sanitation provider. Many organisations categorise building upkeep as a simple operational expense, failing to recognise the direct correlation between physical hygiene and overall corporate profitability. When a commercial environment is allowed to degrade, the resulting costs manifest in hidden, cumulative ways that drain resources across multiple departments. The most significant financial leak stems from increased employee absenteeism due to the rapid spread of transmissible illnesses. In a poorly sanitised environment, a single seasonal virus can sideline a substantial percentage of a workforce, resulting in delayed projects, missed deadlines, and the costly necessity of securing temporary cover.

The depreciation of physical assets presents another major financial consequence of inadequate maintenance. Commercial grade carpets, hard flooring, and high-end office furniture represent significant capital investments for any organisation. Without regular, thorough extraction of dirt and abrasive particles, these materials degrade at an accelerated rate. Soil tracked in from city streets acts like sandpaper against floor finishes and carpet fibres with every footstep. Replacing a floor entirely years before its expected lifespan is an enormous capital expenditure that can be easily avoided with a structured maintenance programme. Preserving the physical infrastructure of a business is a fundamental aspect of responsible financial management.

Managing the complex variables of a corporate space demands specialised knowledge and a rigorous schedule to protect the bottom line. Employing professional office cleaning NYC allows a business to transfer the risk of facility degradation to experienced specialists. These teams track the necessary frequency of deep-cleaning tasks, ensuring that carpets, upholstery, and hard surfaces receive the exact treatment required to extend their usable life. This calculated approach prevents the sudden, massive costs associated with premature asset replacement and ensures that the initial investments in corporate interior design retain their value for as long as possible. A proactive stance on maintenance directly insulates the annual budget from unexpected structural repairs.

The metric of first impressions also carries a specific, quantifiable weight in business operations. When prospective clients or investors enter a commercial facility, they immediately form judgments based on the visual and olfactory cues of the space. Scuffed floors, dusty reception desks, and lingering odours project an image of disorganisation and financial instability. These subtle negative impressions can easily be the deciding factor in losing a lucrative contract or failing to secure critical funding. The state of the physical workspace acts as a silent ambassador for the brand, and a neglected environment continuously undermines marketing and business development efforts.

Internal labour costs often become inflated when hygiene is poorly managed. If a company relies on its own staff to empty bins, wipe down kitchen surfaces, or manage sanitary supplies, they are diverting highly paid professionals away from revenue-generating activities. The hourly rate of a marketing executive or software developer is entirely wasted when they are forced to spend time addressing facility issues. Furthermore, attempting to manage supply chains for toilet paper, hand soap, and paper towels internally often results in inefficient purchasing and unexpected shortages. Outsourcing these responsibilities entirely reclaims lost hours and returns focus to core business objectives.

Lighting and visual clarity directly influence the pace of daily work, representing another hidden variable in the cost of poor maintenance. Dust accumulation on light fixtures and smeared interior glass significantly reduce the overall brightness of a workspace. Dim, poorly lit environments are clinically proven to induce eye strain and exacerbate the afternoon energy slump, leading to a measurable drop in keystrokes, call volumes, and overall task completion rates. Ensuring that fixtures and reflective surfaces are kept pristine maximises the available light, subtly increasing the output and energy levels of the entire floor.

The financial narrative surrounding facility upkeep is ultimately one of risk mitigation and asset protection. By refusing to accept subpar hygiene standards, a company protects its human capital, extends the life of its physical investments, and projects a unified, professional image to the market. The cost of comprehensive sanitation is consistently dwarfed by the financial penalties incurred when an environment is allowed to fail. Ignoring these underlying costs places the long-term financial stability of the organisation at an unnecessary disadvantage.

Conclusion

The economic reality of facility management demonstrates that proper hygiene is not a peripheral expense but a core protective measure for business assets. From reducing costly absenteeism to extending the lifespan of expensive interiors, rigorous sanitation protocols deliver a measurable return on investment. Protecting the physical workspace is essential for maintaining strong profit margins.

Call to Action

Protect your assets and improve your operational efficiency with a comprehensive sanitation strategy designed for high-traffic environments.

Visit: https://www.sanmarbuildingservices.com/
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Operating heavy machinery is a highly specialised skill that completely changes how your brain processes spatial awareness, momentum, and mechanical limitations. Many individuals working in the agricultural sector or heavy construction spend thousands of hours operating massive combine harvesters, articulated dump trucks, and incredibly heavy front-end loaders. These blue-collar professionals completely understand how to manage massive diesel engines, monitor complex hydraulic pressures, and safely move equipment that weighs more than a small house. Yet, despite possessing this massive bank of mechanical knowledge, many remain locked into strictly seasonal work or geographically limited construction contracts. They already hold the physical aptitude required to control heavy machinery, but they lack the exact legal paperwork required to completely commercialise those skills on the national highway system.

Making the professional transition from the dirt job site to the paved interstate requires securing an unrestricted CDL Class A License, which officially formalises your mechanical skills for public traffic. Driving a massive tractor pulling a heavy plow across an empty field certainly teaches you how to manage a wide turning radius, but it does not prepare you for navigating an eighty-thousand-pound combination vehicle through a crowded urban intersection. The commercial license acts as a highly specific translation tool, taking your existing raw mechanical ability and strictly formatting it to comply with federal highway safety regulations. You are no longer just making sure the equipment does not sink into the mud; you are now actively calculating safe stopping distances at sixty-five miles per hour while surrounded by unpredictable civilian drivers.

The practice yard is where the transition from off-road operator to highway professional truly begins to take shape. While a construction worker might already know how to smoothly back up a heavy dump truck, backing a highly articulated fifty-three-foot trailer requires a completely different type of reverse logic. The trailer pivots on the fifth wheel, meaning you must turn the steering wheel in the opposite direction you want the rear of the trailer to travel. For someone already highly comfortable around heavy equipment, this learning curve is typically much shorter than it is for a complete novice. The physical coordination and lack of intimidation are already firmly established; the student simply needs to learn the specific reference points and strict visual scanning techniques required by state examiners.

The most significant adjustment for an experienced machinery operator frequently involves the intense memorisation required for the legal pre-trip inspection. On a farm, checking the equipment might simply involve kicking the tyres and checking the oil dipstick before starting the day's work. On the commercial highway, the federal government strictly demands a highly detailed, systematic verbal inspection of over one hundred individual components, including complex pneumatic air brake chambers and highly specific steering linkages. You must completely abandon informal habits and strictly adopt the rigid, highly documented safety protocols mandated by the department of transportation. This intense regulatory compliance is exactly what separates a casual equipment operator from a highly certified, legally protected transport professional.

Once the legal paperwork is completely secured, the financial difference between operating off-road equipment and hauling highway freight becomes incredibly apparent. While agricultural and construction work is frequently subject to severe weather delays and off-season layoffs, the national supply chain requires the constant movement of highway freight every single day of the year. By successfully upgrading your credentials, you completely transform your physical labour into a highly stable, completely recession-proof career with a massive earning ceiling. You take the exact same blue-collar work ethic and mechanical respect you have always possessed, but you actively place it into a massive national market that desperately wants to pay top dollar for your specific abilities.

Conclusion

Agricultural and construction workers already possess the raw mechanical aptitude required to control massive heavy equipment. By securing the proper commercial credentials, these professionals can actively translate their existing blue-collar skills into a highly stable, incredibly profitable career in the national transport sector.

Call to Action

Stop limiting your earning potential to seasonal contracts and start commercialising your heavy equipment experience for the open highway today. Gain the exact regulatory knowledge and precise backing skills required to pass the state examination and upgrade your professional future.

Visit: https://doabatruckdrivingschool.com/cdl-class-a-license/

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