3D poppy flower plant budCity, county, and state governments are implementing insurance policies and supporting voluntary applications that rely on collecting and managing constructing performance knowledge (equivalent to vitality or water consumption effectivity) and using this information to inform public and non-public-sector determination-making strategies. Implementing these insurance policies and applications requires instruments and processes for gathering, curating, managing, analyzing, and publishing this information. State and local governments hardly ever have the monetary and technical assets to develop and deploy these instruments. To deal with this challenge and save state and local governments from having to make duplicative, siloed investments, the U.S. Department of Energy developed the the usual Energy Efficiency Data (SEED) Platform™. SEED is an open-supply safe, enterprise data platform for managing portfolio scale constructing efficiency information from quite a lot of sources. SEED can import information from related tools similar to Energy STAR Portfolio Manager®, Green Button, and DOE’s Home Energy Score and Building Energy Asset Score tools. SEED helps automate the process of formatting, matching, cleansing, and validating information to establish errors. SEED allows a number of parties to work on the identical dataset and keep observe of edits and activities. SEED’s application programming interface (API) permits chosen knowledge to be shared directly with different software program instruments or public-dealing with dashboards. More info is accessible in the SEED FAQ and on the SEED Technical site. The SEED Platform eliminates many of the technical and workflow challenges related to collecting and managing efficiency data for large constructing portfolios. It has the potential to considerably reduce the administrative effort required by public agencies or different organizations to implement constructing performance reporting and transparency packages.

0x by Bjarne Stroustrup. You can start watching it instantly or you’ll be able to download it in DivX or MPEG and watch it later. The most basic things these books taught me was to think suppose of varied ranges of abstraction and approaching a given programming drawback from various programming paradigms. When I discovered the hyperlink I put aside all of the things I used to be engaged on and started watching the video lecture. Don’t take heed to this crap! Should you ever watched Guy Kawasaki’s presentation The Art of the start, the eleventh point of success is Don’t let the bozos grind you down.” That is what all these bozos on Reddit are trying to do. Now, again to the lecture. Similar to I did while learning JavaScript from video lectures, I am going to timestamp weblog about most attention-grabbing things that caught my attention. Time in the brackets is when it appeared on the video. I knew it already, ‘-‘ that I did not (only for personal notes).

I’ll write down some obvious facts concerning the language even though I do know them, so you bought an thought what the lecture was about. Mars rovers, Spirit and Opportunity. Design life of the rowers was 6 months. 08:46) Joke: The following Intels will execute infinite loop in 5 minutes and that is why you do not need performance. Existing and new customers need numerous enhancements. Adding a new characteristic wants to keep the prevailing code absolutely stable. Each new characteristic makes the language more durable to study. 03, then you might have just been studying too many manuals. 0x are very, very keen to get that x to be a decimal quantity. Each nation casts one vote. Make solely modifications that modifications the way people suppose. A: Microsoft’s implementation is the the very best out there, they conform to the requirements fairly well and the code generated is also good. GNU gcc can also be good.

CLI which is completely unportable. GNU. All of them play this recreation of making an attempt to get customers just to make use of their product and never swap to their competitor merchandise. 01:11:56) Do you suppose you may ever design a new language from scratch? A: Certainly not from scratch. You need to reply the question, why are you designing a language? You design a language to unravel a sure problem. If I ever designs a new language it will be as a result of I really feel that some problem wants a solution. 01:13:39) You mentioned threads, are there other issues like transactions and cache mangement? A: Concurrency is changing into essential. The question is how do you do it? My answer is to supply language primitives out of which you construct libraries that use these primitives and supply varied fashions of concurrency. Doing it instantly with language primitives is just too exhausting. 01:16:25) How lengthy after the standard is out do you count on to see a production compiler?

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