Well, it’s Black Friday once again (more about that later!), and if you’re a regular reader of our blog then you’ll already know about some of the upcoming features in MIDAS v4.05 including improved iPad and touch-screen device support and a new Venue “Blocking” feature.
So we thought we’d take a moment to reveal some of the other improvements you can expect with the next update to our powerful web based room scheduling solution, this time in Invoicing:
Improvements to Invoicing
Previously, the “Booking Notes” associated any booking for which an invoice was generated were automatically included in the “Invoice Notes” area of the corresponding invoice.
In MIDAS v4.05, you’ll be able to disable this behavior, or choose a different booking field (including custom fields) to include in the “Invoice Notes” section of your generated invoices.
What’s more, we’ve included an “Itemize” option so for invoices containing multiple bookings, MIDAS can automatically denote which “notes” apply to which bookings:
After feedback from a couple of our customers, we’re also introducing a way to completely remove the “Tax” line from your invoices if you don’t charge tax, and don’t want to show a 0% tax rate on your invoices. In MIDAS v4.05, setting the “Default Tax Amount” blank (rather than just 0%) will hide the tax line on invoices where there is no tax element (existing invoices which contain a tax element will not be affected and will still show the tax line)
Now, back to Black Friday – if you’re not following us on Twitter (@mid_as), then right now you’re missing out on some incredible deals – for today only – for both new AND existing customers of our MIDAS web based room scheduling software
With this month’s launch of Apple’s new flagship iPad Air tablet, as well as the continuing growth in popularity of Android and Windows 8 touch-screen tablets, one of our main focuses for our next update to our online room scheduling software MIDAS v4.05 has been on improving support for these touch-screen devices.
We’re making numerous improvements, including improved accessibility for devices without a physical keyboard, and improved support for devices operating in “portrait” orientation.
For example, below left is how the upcoming MIDAS v4.05 update will look on an iPad Air in “portrait” orientation, compared with how MIDAS v4.04 currently looks on the same device, below right:
As can be seen from the above images, in current versions of MIDAS, the screen layout in “portrait” orientation is far from optimal – we’ve overhauled this for v4.05 by rearranging and resizing various visual elements to make your MIDAS experience easier to navigate and interact with on your portrait orientated tablet device.
Now the toolbar icons will appear across the bottom of the screen, the booking grid has expanded to fill the entire width of the screen, with the calendar and booking information panels near the bottom just above the toolbar:
Don’t like this layout? No problem – just rotate your device into “landscape” orientation to revert to the familiar desktop screen layout.
We’ve also made significant improvements for touch devices when it comes to selecting multiple items from drop-down lists as well as actions requiring keyboard interaction:
Selecting multiple items from drop-down lists
If we take the “Add Bookings” screen as an example, this screen allows you to select one (or more) venues to add your booking to. This wasn’t an issue on a desktop, laptop, or other device with a keyboard, as multiple venues could be selected from the list by holding down “Ctrl” (in the case of Windows devices) or “Cmnd” (in the case of Apple Mac devices) whilst clicking.
On touch-based devices such as iPads, this isn’t quite as easy! Our solution has been to replace these multi-select elements with checkbox elements, allowing easy selection of multiple items even from touch-only devices!
Moving and Duplicating bookings from the grid
For a while now, we’ve given you the ability to quickly move (reschedule) or copy (duplicate) bookings directly within the booking grid by simply dragging and dropping bookings whilst holding down a key (i.e. Shift or Ctrl, etc). We realize that this isn’t that useful to those using touch-devices – so we’re changing this behavior for v4.05. You will be able to move/copy bookings with ease – simply click (or tap!) the padlock icon under the main toolbar, and you’ll be presented with a choice of dynamic grid editing options:
Simply select your option, and then you can dynamically edit bookings in the booking grid!
Adding MIDAS to your home screen
We’re also making it really easy to add MIDAS directly to your iOS Home Screen for quick one-click access to your bookings!
…all these forthcoming improvements for iPads and other touch-screen tablets mean that with MIDAS v4.05 you really can have the MIDAS “touch“(!)
In the next update to our room scheduling software MIDAS, we’re introducing a powerful new feature called Venue “Blocking”.
Venue Blocking allows you to define a set of “rules” for making some rooms become automatically “Unavailable” when certain other spaces are booked.
Let’s take a closer look at how “Venue Blocking” can be useful in a typical usage case… Say you have a large “Sports Hall” that can either be booked in its entirety, or divided into two halves that can each be booked separately…
The 3 different spaces available for booking (“Sports Hall”, “Half Hall A” and “Half Hall B”) can each be added to MIDAS as individual venues:
Now, if someone books the entire “Sports Hall”, you then want to prevent anyone else from being able to book a half hall at the same time – and that’s where Venue “Blocking” comes in!
You can setup a few simple blocking rules to prevent the “Sports Hall” from being booked if either half (or both halves) of the hall have been booked, and vice versa. This is achieved from the new “Blocking” tab on the Manage Venues Screen (MIDAS Admin Options → Manage Venues). In the screenshot below you can see that “Half Hall A” and “Half Hall B” have both been set to be blocked when “Sports Hall” is in use:
Once your blocking rules have been defined, MIDAS will then apply them accordingly when checking booking availability. In the below example, we’ve tried to book all 3 spaces at the same time, and because of the blocking rules that have been defined, MIDAS prevents us from booking all 3 spaces:
So as you can see, “Venue Blocking” is a very useful and powerful addition to our web based software, that’s coming with our next update, MIDAS v4.05.
Now, twelve months on, and less than a week since Internet Explorer 11 became available for Windows 7, Firefox celebrated its ninth birthday, and just a day after Google Chrome 31 is released, we decided it was high time to once again put the latest web browsers offerings “head-to-head” and independently, rigorously test and benchmark them to find out which one of the five major browsers is currently “the best”….
Browsers Tested
Google Chrome 31
Mozilla Firefox 25
Internet Explorer 11
Opera 17
Apple Safari 5
The Tests
We broadly tested four key areas of browser performance: Speed, Memory Usage, Compliance with standards, and Javascript Performance.
1. Speed
The “Cold Start” test measures the time taken to load up the browser upon its first run after a computer reboot. This is measured from the point at which the browser is executed until the point at which its user interface (UI) is ready to accept input.
The “Non-Cold Start” test measures the time taken to load up the browser on second and subsequent runs after its first run after a reboot. This is measured from the point at which the browser is executed until the point at which the user interface (UI) is ready to accept input.
With the browser open, an empty cache, and showing a blank page (about:blank), the “Page Load Time (No-Cached Load)” test measures the time taken to completely load a complex web page. This is measured from the point at which the “Enter” key is pressed on the URL in the browser’s address bar until the point at which the test web page has fully loaded (as reported by an “onLoad” event on the test web page).
With the browser open, and the test web page already loaded in a single tab, the “Page Load Time (Reload from Cache)” test measures the time taken to reload a complex web page. This is measured from the point at which the F5 key (refresh) is pressed until the point at which the test web page has fully reloaded (as reported by an “onLoad” event on the test web page).
2. Memory Usage
The “Base Memory Usage (Blank Tab)” test measures the amount of memory used by the browser with just a single blank (about:blank) tab open.
The “Memory Usage (10 open tabs)” test measures the amount of memory used by the browser with 10 tabs open, each displaying the home page of a popular website.
3. Compliance
The “HTML5 Compliance” test measures how well each browser conforms to the current state of the HTML5 specification.
The “CSS3 Compliance” test measures how well each browser conforms to the current state of the CSS3 specification.
4. Javascript Performance
There are a number of different Javascript Performance Benchmark tests available today, all of which give quite different results. We’ve analyzed results from 6 of the most popular Benchmarking Tests and aggregated the results below:
Individual details of each of the 6 individual Javascript benchmark test suits used to arrived at these aggregated scores may be found in our full test report, available to view/download at the end of this page.
Summary
Category
Test
Winner
Runner-Up
Speed
Cold Start
Non-Cold Start
Page Load Time (Non-Cached Load)
Page Load Time (Reload from Cache)
Memory Usage
Base Memory
10 Open Tabs
Compliance
HTML5
CSS3
Performance
Javascript Performance (Aggregate)
Results
1st Place
2nd Place
3rd Place
4th Place
5th Place
Google Chrome 31
Opera 17
Internet Explorer 11
Mozilla Firefox 25
Apple Safari 5
The above overall positions were derived based upon the sum of the positions that each browser finished in, in each of our tests. For example, in our HTML 5 compliance test, Chrome came first and so was assigned 1 point, Safari came 5th and so was assigned 5 points. Browsers were then ranked according to the lowest number of points to give the 1st-5th places above (1st being the best)
Analysis
Google Chrome When we last tested the five major browsers back in November 2012, Chrome came first in 8 out of 13 our tests, making it a clear winner! A year later, and Chrome is still going strong, coming top in 8 out of 15 tests, and second in a further two tests. Where Chrome still doesn’t perform quite as well is when it comes to its memory usage, using well over 3 times as much memory with a single blank tab open than Internet Explorer 11.
Mozilla Firefox We were a little surprised that Firefox only came top in 3 out of 15 tests, and only once came runner-up. To Firefox’s credit, its main strength still seems to be in its memory usage. With 10 websites open in separate tabs, the amount of memory used was less than half that of Chrome with the same ten sites open.
Internet Explorer We were pleasantly surprised by the improvement of Internet Explorer 11 over previous versions as well as other browsers. IE11 came top in a couple of our tests, and runner-up in a further three. Where IE11 appears to have improved most over earlier versions of Microsoft’s browser in is the length of time taken to load and pages (either from a server, or from the cache) as well as start/restart the browser itself. In our tests, starting IE11 took just 0.01463 seconds! – some 280x quicker than Opera started. That said, in general Internet Explorer 11 still has a way to go to come up to par with the other major browsers in terms of HTML 5 compliance.
Opera A lot has changed with Opera since we last tested browsers twelve months ago. Since then, Opera have switched from using their own “Presto” layout rendering engine to instead using the same engine as Chrome. Whilst this change has been received with mixed reviews by Opera users, with some unhappy that many of Opera’s original features were dropped, our test results actually show that the “new” Opera is a browser to be reckoned with, out performing Internet Explorer 11, Firefox 25 and Safari 5 in our tests. Opera 17 came top in 3 out of our 15 tests, and runner-up in 6. The browser also scored highly on HTML5/CSS3 compliance and in our aggregated Javascript performance tests, however, Opera’s memory usage was fairly high, second only to Chrome. Opera 17 was slow to start, however, once running it loaded and rendered web pages swiftly.
Safari Our browsers tests were performed on a Windows machine (test specifics are included at the end of this report). Whilst the latest version of Safari is 7, Apple took the decision after the release of Safari 5.1 to no longer continue developing Safari for Windows users – a mistake in our view! Therefore, the most recent version of Safari available to Windows users is 5.1.7, which was used in our testing. Given that Safari 5.1.7 is now the oldest of the 5 browsers tested, it follows that is doesn’t perform as well as its peers. However, surprisingly, it did come runner-up in both our memory tests as well as our non-cold start test.
Conclusions – From a Developers Perspective
From our perspective, as developers of a leading web-based room booking and resource scheduling solution, perhaps the most important factors in determining which browser is “best” are compliance with the latest HTML5 and CSS3 standards. As we work hard to ensure our software works well in all the major browsers, this is where having universal standards between browsers becomes so important. In theory, a website (or in our case, a web app), should look and behave the same regardless of the browser being used, which should in theory happen if all browsers complied 100% with standards! Chrome 31 currently comes the closest to the HTML 5 standard with 93% compliance, but as can be seen, CSS3 compliance still has a long way to go for all browsers, with the winning browser in the CSS3 compliance test (Opera 17) only achieving 58% compliance.
Speed (page load time) and Javascript Performance are also important factors for us, as we want our web app to be as fast and responsive as possible. Opera 17 and Chrome 25 loaded pages faster in our tests, with Internet Explorer 11 following close behind. As for performance, both Chrome 25 and Opera 17 outperformed other browsers in our aggregated Javascript performance test scores.
A few surprising finds:
Microsoft have made some significant steps forward with Internet Explorer 11 over earlier incarnations of their browser.
Opera 17 performed better than expected
Firefox 25 performed worse than expected, finishing an overall 4th place in our tests.
MIDAS, our popular Browser-Based Room & Resource Scheduling Software is currently supported in all browser versions we’ve tested here. Find out more at https://mid.as
Conclusions – So which browser should I use then!?
• If you work with lots of browser tabs open at once, and/or the amount of available memory on your system is limited, Firefox 25 would seem a good choice of browser to use, as this used the less memory than other browsers under the same conditions.
• If you regularly open and close your browser, Internet Explorer 11 or Firefox 25 would seem a good choice as these browsers start up quickly. If, however, you tend to keep your browser running most of the time, Opera 17 would be a better choice, as even though its start-up time is considerably longer, initial page load times are the quickest of all the browsers we tested
• If you’re still using an earlier version of Internet Explorer – it’s certainly worth upgrading to IE11, or if that’s not possible (for example, if you’re using Windows XP, you won’t be able to update your Internet Explorer past version 8!), maybe it’s time to try a different browser!?
• At the end of the day, use the browser that you feel most comfortable with! …BUT make sure you keep it up-to-date, and don’t ignore the competition – if you do, you risk being left behind as other browsers overtake yours in terms of their speed, security, memory usage, standard compliance, and performance!
• In recent years, browsers such as Internet Explorer and Opera have been somewhat overlooked by many regular internet users – but if you’ve not used these browsers for years having previously dismissed them – a lot has changed, and it’s certainly worth giving them a second look again now!
Browsers Tested: Chrome 31.0.1650.48 m | Firefox 25.0 | Internet Explorer 11.0.9600.16428 | Opera 17 (Build 1652) | Safari 5.1.7 (7534.57.2)
Browser tests were performed on an Intel® Atom™ CPU D525 @ 1.80GHz system, with 4GB Ram, running Windows Home Server 2011 SP1 (Windows Server 2008 R2) 64-bit. Each browser was a clean install, using default install and browsers settings, and with no extensions/addons installed or enabled.
Speed tests were measured using Rob Keir’s millisecond timer and PassMark AppTimer v1.0. Each speed test was performed 10 times for each browser, and the results averaged to provide the data presented in this report.
Memory usage was measured 60 seconds after tabs had finished loading and was measured through the Windows Task Manager. Memory usage includes all associated processes running with the browser (for example, running Safari spawns both “Safari.exe” and “WebKit2WebProcess.exe” processes, the memory usage of both is taken into account)