Put  following C++ code into Sublime:

class C {
  void Begin() {
    using namespace ::n1::n2;
    // Something wrong!!!
  }
};

Comment isn't colored as comment. The reason is using decl line above.

I have been developing a Sublime Text testing framework for automated testing. It should be able to run via Travis CI but I am currently getting stuck when it comes to Sublime Text 3.

I have coded up and implemented the framework against Sublime Text 2. It works flawlessly in Travis CI. However, when it comes to Sublime Text 3, it doesn't budge.

I have debugged the problem locally, reproducing it via an Ubuntu Server image on Vagrant, and found that Sublime Text 3 terminates itself when in a headless environment (even with Xvfb).

```

$ export DISPLAY=:99.0
$ /usr/bin/Xvfb $DISPLAY -screen 0 1024x768x24 &

$ sublime_text # Exits immediately

$ ps ax | grep sublime

# 5427 pts/0  S+  0:00 grep --color=auto sublime

```

My repo can be found here: https://github.com/twolfson/sublime-plugin-tests

command+/ shortcut prepends '//' ruby comment instead of valid <%# ... %> comment style preferred (reference: http://stackoverflow.com/questions/2774841/best-way-to-add-comments-in-erb)

Not tackling crony capitalism or environmental degradation now for the sake of economic recovery will leave a destructive trail in the years ahead.

The sustained fall of the Indian rupee has raised questions about the problems plaguing the Indian economy. While finance minister P Chidambaram has finally stopped blaming external factors solely for the stock market and the rupee plunge, his enumeration of the domestic problems started from the period his predecessor Pranab Mukherjee was in charge.

Pranab presided over a fiscal stimulus package from late-2008 comprising policy rate cuts and increased public spending that partly helped the Indian economy post exceptional growth figures in a period of global distress. Even as the hype over the Indian economy rose to fever pitch in this period, a fundamental mistake was how this clouded our perception of the huge inflow of foreign capital.

This inflow was precipitated by the US Fed’s quantitative easing programme allowing for reduced interest rates and easy availability of dollars which made markets like India an attractive option for foreign institutional investors. Flush with dollars from this and short-term loans from foreign banks to Indian corporates, India missed the bus by not using this to boost foreign exchange reserves. The fiscal stimulus package soon began to rebound as inflation, fiscal deficit and current account deficit rose to uncomfortable levels. To mitigate inflationary pressures, the RBI began hiking policy rates that hurt economic growth. But on a parallel track, a number of developments took place revealing the fault-lines in our growth story.

Unfortunately, the weakening economy is now an ideal excuse to pan these developments. Sections of the industry and government are blaming judicial overreach and environmental activism for diminishing exports and stalled projects. It’s perhaps no exaggeration to posit that a change happened after the struggle against land acquisition at Nandigram. Protests against land acquisition and environmental degradation have, since, erupted with a frequency that has called into question the current development model.

Take Niyamgiri, Kudankulam, Rewari, and Greater Noida. Former environment minister Jairam Ramesh — rightly — made environmental clearances more stringent. But that process of transparency seems to have now become inconvenient. Though UPA-I was synonymous with welfare and public spending, the spectre of crony capitalism overshadowed it, finally assuming gigantic proportions in UPA-II.

Successive CAG reports have underlined the dubious allocation of precious 2G spectrum and coal blocks. Mining in Karnataka, Andhra Pradesh and Goa has been so blatantly illegal and rapacious that the Supreme Court has had no option but to clamp down on iron-ore export. Now an even bigger scam of public sector banks wantonly writing off corporate loans is brewing.

With elections approaching, the government is rushing to clear projects and bypass regulatory controls. On Monday, it cleared 36 stalled infrastructure projects worth Rs1.83 lakh crore. These belated efforts at quick decision-making may or may not help trigger economic recovery. But not tackling either crony capitalism or environmental degradation will not sustain development for long.

Nature is known to take its vengeance. Years of so-called development just takes hours to be wiped out. Uttarakhand taught us that much. Proceeding with caution to protect fragile ecologies should become established wisdom.

Capitalism’s worst enemy is crony capitalism. The 2G scam and the stagnant telecom industry also tell us that much.

RELATED ARTICLE:

http://crowncapitalmngt.com/dnn.html

http://crowncapitalmngt.com/terms.html

when in the project explorer it would be handy to be able to right click on a folder/file and have a button "Open in explorer" that opens the folder or for a file the parent folder so we there can do copy and paste work or other things :)

Hello,

I am using Sublime 2.0.1, Build 2217 on Win7/64. A while ago I have opened a number of files on a machine on the network, something like \\MACHINE\SHARE\file.

Since then, when I open the list of recent files I see the files of this session - no matter how often I edit other files. I have also cleaned the recent file list but it keeps on re-appearing.

Any thoughts?

Thanks

Dieter Raber

So I can switch easily between two tabs without using the mouse.

It should work nice with all layouts too, even if the two views (current and pre-current) are of the same file in different sections.

(Okay, pasting traceback in UserEcho seems a bad idea.)

Sublime Package Control crashes at Package Control.py, Line 999.

Looking at the source code, it looks like there is a chance when `downloader` hasn't been introduced to the local namespace.  This makes my plugins managed by Package Control completely unusable.  

I've currently padded 

downloader = None

just before the if statement to get the error message to properly print.

The Sustainable Australia Report 2013 advises that global trends such as population growth and growth of the middle class in Asia will place increasing demands on energy, water and food systems. In Australia one such impact, caused by population growth within its major cities, is the increased cost of waste landfill as sites reach capacity limits.

Biomass waste-to-energy systems help address this issue by reducing both landfill and reliance on fossil fuels.

What is biomass?

Fossil fuels are formed from biomass and while both can produce energy, biomass is sourced from the atmosphere as part of the planet’s balanced carbon cycle, and can be therefore considered “carbon neutral”.

Biomass is organic matter including forest and mill residues, agricultural crops and wastes, wood and wood wastes, animal wastes, livestock operation residues, fast growing trees and plants, industrial and some municipal wastes such as construction and demolition wastes. Biomass is the only renewable energy source that can provide on-demand energy, heat and electricity, as well as carbon-based fuels.

Selecting the right biomass energy system

There are several processing technologies to convert biomass into energy, each with specific application depending on the biomass resource. These are typically thermal (direct combustion, pyrolysis, gasification), or biological (anaerobic, fermentation) processes. | Environmental news…

Since thermal processes are the most flexible, as they can process all forms of biomass, and the majority of proven commercial applications for heat and power utilise direct combustion and gasification technologies, this article will focus on these two technologies

Fuel supply | Most projects only consider the biomass fuels that are readily available at the time they are initiated. However, after five years, many plants operate with a very different fuel mix to that for which the plant was originally designed. It is therefore important to select a technology that allows for changes in fuel composition, for example, different energy value, moisture content, density and size. Also, the chosen technology should have the ability to accept fuels in liquid or gaseous form.

Environmental / Permit issues | Public opinion can have a significant influence on the ease or difficulty that a project experiences during the planning and permitting stages. To avoid potential difficulties, the technology should be demonstrably the best available to minimise emissions and environmental impacts.

The technology supplier | It is important to question both the maturity of the technology and the experience of the supplier. Is the technology innovative yet commercially proven?  Is it out-dated? Or is it a research and development project in disguise? Is the supplier a recent start-up or an established company with many references to its name? What about the financial strength of the supplier? And finally, will the project investors and lenders support the project based on the selected technology supplier?

Thermal biomass systems

A thermal biomass energy system is comprised primarily of a fuel handling system and a biomass boiler system.

Fuel receiving and handling system | The fuel receiving and handling system can be very simple or highly automated, depending on the fuel and the plant operating philosophy. It will normally include weighing, unloading, screening, storage, reclaiming and transfer systems and should be designed to ensure reliable, consistent fuel supply to the biomass boiler.

Biomass boiler system | There are a number of biomass boiler technologies that convert biomass to steam or energy, however, for this article, we will consider only mature commercialised technologies. These are suspension fired boilers, grate boilers and fluidised bed boilers.

1. Suspension fired boilers | Suspension fired boilers consist of a horizontally mounted tube, or combustion chamber, with an open end. A fan blows combustion air into the boiler, and fuel is introduced from the side with high velocity air. Combustion is promoted when fuel and air mix as they swirl through the combustion chamber. Hot gases exit at the open end. The suspension fired boiler normally has the lowest capital cost, however it has limitations. Fuel needs to be sized to ≈5mm or less and must have less than 15% moisture (wet basis). The burner typically operates above 1250oC, and this causes thermal NOx to be formed. In addition, a percentage of the nitrogen contained in the fuel is converted to NOx during combustion. The NOx generated can be partly alleviated by selective non-catalytic reduction (SNCR) but the effectiveness of this treatment is limited because of the short reaction time available due to the boiler design.

2. Grate or stoker boilers | Grate boilers are available in many forms including slotted, pinhole, shaker and traveling. The grate supports a bed of fuel that allows air to pass up through the bed. The bed typically contains up to 45 minutes of fuel inventory; a feature that limits the boiler’s ability to adjust quickly to load changes or variations in the fuel composition heating value. The fixed grate spacing restricts the ability to switch fuels, (for example wood chips to sawdust). Moisture must be kept quite constant, and since the burner operates above 1200oC, thermal NOx is an issue, as per the suspension type boilers.

3. Fluidised bed boilers | Fluidised bed boiler technology can be used in thermal oxidation and gasification operations, and has the advantage of inherently lower emissions and greater fuel flexibility. The fluidised bed comprises a layer of sand-like material that is suspended by an upward flowing stream of air. When the air velocity is sufficient to lift the sand particles and keep them in suspension, the bed resembles a violently boiling pot of water, hence the term “fluidised bed”. The turbulence in the bubbling bed acts to efficiently spread the fuel as it is fed to the boiler and the sand particles act to abrade the fuel as it is oxidised to expose fresh fuel to the combustion process. These systems are flexible because they can accept a wide variety of fuels (singly or blended) through the same plant even with varying moistures (5%-55%) and high ash contents (55%). Fluidised bed systems typically have stable operating characteristics because the turbulent nature of the operation results in even distribution of temperature and oxygen. Fluidised bed thermal oxidation and gasification processes will be described here.