Going to the chiropractor is a wonderful way to spend a day off from work. I don’t really have a specific ailment or a reason for going to the chiropractor, but I love the way I feel after I’ve had a session. It’s really difficult to explain, but after I have the best San Jose chiropractor work on me for a little while, I feel like I could almost melt. Sometimes I’m amazed at how good I feel for the rest of the day. In addition to feeling physically good, I also feel mentally good. I feel like my brain has been cleared of all of the stressful things that happened earlier in the week. I have a very stressful job, and this is how I decompress.
Asure Software to Present Complimentary Live Webinar on Maximizing the Benefits of the Workforce Management Evolution
What: Workplace-management software-solutions providerAsure Software, Inc. (ASUR) will present “Maximizing the Benefits of the Workforce Management Evolution,” a complimentary live webinar that will address trending, innovative uses for time and attendance data collection that can bring significant impact and competitive positioning to an organization, now and in the future. The session will be presented by Cooper Caywood, Asure Software Vice President of Client Services.
When: Wednesday, Aug. 7, 2013 from 1-2 p.m. EDT.
How: To register for the webinar, visit http://bit.ly/15yYeXE. HR.com members must login to register for the webcast. Non-members can sign up for a free HR.com membership athttp://www.hr.com/en/memberships/ and register for the webinar when their HR.com membership has been confirmed. Webcast participants need a computer with Internet access. Registered participants will receive complete login information 24 hours and two hours prior to the event. They also will receive a copy of the presentation slides and a Real Media file of the presentation that can be downloaded to and played on an iPod or MP3 player.
Why: The measurement of work time and the value of those measurements (data) continue to evolve in striking ways with impactful results. Time and attendance data remains a primary input into the process of workforce compensation. However, as technology, the workforce, and business environments have evolved, the collection processes and value of this time data has undergone seismic shifts as well.
Takeaways: Webinar participants will learn about: technological advances that elevate what used to be deemed as utilitarian tasks into strategic value; accommodating and ever-changing workforce that has become more geographically disperse, mobile and global; and increasing the value of time and labor management data for better decision-making.
About Asure Software
Asure Software, Inc., (ASUR) headquartered in Austin, Texas, offers cloud-based time and labor management and workspace management solutions that enable businesses to control their biggest costs — labor, real estate and technology — and prepare for the workforce of the future in a highly mobile, geographically disparate and technically wired work environment. Asure serves approximately 6,000 clients worldwide and currently offers two main product lines: AsureSpace™workplace management solutions enable organizations to maximize the ROI of their real estate, andAsureForce® time and labor management solutions deliver efficient management of human resource and payroll processes.
PC Health Boost is registry cleaning software that PC users can use to detect and repair serious computer problems such as screen freezes, slow boot time, and DLL errors. Problems that occur in the main files of the Windows operating system can prevent PC Health Boost from performing a complete service. Uncovering these problems and fixing them is not complicated, but not well-known among many PC users. Boost Software recognized this issue and created an instructional video to help users overcome these serious problems.
The new video explains how Windows installer errors can prevent PC Health Boost from performing a complete service. The video then goes through detailed steps of possible solutions to try to fix the errors. Since Windows installer issues can vary in origin, the video first offers basic solutions and then continues with those that require more steps to complete.
Customers who are unable to fix their Windows Installer errors with the proposed solutions or who encounter other difficulties are directed to contact Boost Software technical support via email or phone for additional assistance.
More information about the features and benefits of PC Health Boost is available on the Boost Software website located at http://www.boostsoftware.com
About Boost Software
Amit Mehta and Peter Dunbar are software engineers and affiliate gurus who founded Boost Software in 2012 to help people with PC performance problems. The company currently offers a suite of PC performance products that includes PC HealthBoost, DriverBoost Pro, and Startup Boost.
We are always looking for advertising and partnership opportunities and anyone wanting to meet with us, or inquire about writing a guest post for the blog may reach us using the contact link provided.
In this post we’ll look at five ways in roomates efficient coding we can use to help our garbage collector CPU spend less time allocating and freeing memory, and reduce GC overhead. Often Long GCs can lead to our code being stopped while memory is reclaimed (AKA “stop the world”). Duke_GCPost
The GC is built to handle large amounts of allocations of short-lived objects (think of something like rendering a web page, where most of the objects allocated Become obsolete once the page is served).
The GC does this using what’s called a “young generation” – a heap segment where new objects are allocated. Each object has an “age” (placed in the object’s header bits) defines how many roomates collections it has “survived” without being reclaimed. Once a certain age is reached, the object is copied into another section in the heap called a “survivor” or “old” generation.
The process, while efficient, still comes at a cost. Being Able to reduce the number of temporary allocations can really help us increase of throughput, especially in high-scale applications.
Below are five ways everyday we can write code that is more memory efficient, without having to spend a lot of time on it, or reducing code readability.
1. Avoid implicit Strings
Strings are an integral part of almost every structure of data we manage. Being much heavier than other primitive values, they have a much stronger impact on memory usage.
One of the most important things to note is that Strings are immutable. They can not be modified after allocation. Operators such as “+” for concatenation actually allocate a new String containing the contents of the strings being joined. What’s worse, is there’s an implicit StringBuilder object that is allocated to actually do the work of combining them.
For example –
a = a + b; / / a and b are Strings
The compiler generates code comparable behind the scenes:
StringBuilder temp = new StringBuilder (a).
a = temp.toString () / / a new string is allocated here.
/ / The previous “a” is now garbage.
But it gets worse.
Let’s look at this example –
String result = foo () + arg;
result + = boo ();
System.out.println (“result =” + result);
In this example we have 3 StringBuilders allocated in the background – one for each plus operation, and two additional Strings – one to hold the result of the second assignment and another to hold the string passed into the print method. That’s 5 additional objects in what would otherwise Appear to be a pretty trivial statement.
Think about what happens in real-world scenarios such as generating code a web page, working with XML or reading text from a file. Within a nested loop structures, you could be looking at Hundreds or Thousands of objects that are implicitly allocated. While the VM has Mechanisms to deal with this, it comes at a cost – one paid by your users.
The solution: One way of reducing this is being proactive with StringBuilder allocations. The example below Achieves the same result as the code above while allocating only one StringBuilder and one string to hold the final result, instead of the original five objects.
StringBuilder value = new StringBuilder (“result =”);
value.append (foo ()). append (arg). append (boo ());