TOKYO (MacHouse) – Just a few days ago, we managed to submit our first desktop application of the year to Apple‘s Mac App Store. There will be more to come for sure. Actually, we submitted the second software title of the year to Mac App Store about 10 hours ago. This new software submission is called Text2SQL.

Text2SQL is a desktop application that lets you create an SQLite database right out of a text file. Text2SQL can read comma-, space-, tab-, or caret-separated (^) data files. After Text2SQL inspects a data file, name a table. Then assign a name and its data type to each data field. Finally, just click on the Create button. Right, that’s just a one-minute job.   Continue reading →

TOKYO (MacHouse) – A happy new year! We haven’t published a single desktop application this year. Well, actually… We submitted the first software title of the year to Mac App Store several hours ago. This new software release is called AccessOPache.

AccessOPache is a desktop application that lets you analyze raw server log files generated by Apache effectively. Instead of directly analyzing a raw log file, AccessOPache will first convert an Apache server log file into a SQLite database file. In this manner, you can pull specific records out of the current dataset effectively. Run a specific search by setting a time interval between two pairs of date & time. Find out how many times each IP address has accessed the server.   Continue reading →

Do you have a Mac computer with USB 3.0 connection? If you do, read on. Apple, Inc. announced a line of iMac models in late 2012, which the company began shipping in January, 2013. These iMac models have USB 3.0 ports. Also, Apple released the second generation of iMac models with USB 3.0 connection in September, this year.

For the past 3 months, I’ve endured a severe Internet connection issue, which finally came to an end several hours ago. Sort of… At least, I’ve finally found out the firm source of the problem. What Internet connection issue? It’s a long story.

iMac spring 2011 (left) and iMac 2012-2013 (right)

iMac spring 2011 (left) and iMac 2012-2013 (right)

Last early September, my 2-year-old iMac broke down. It turned out that this iMac had a defective video card. It’s AMD Radeon 6970M. Fortunately, Apple, Inc. initiated a video card replacement program in August, 2013. So I had to send this 2-year-old iMac to Apple for free repair. That was around September 3, 2013. I have a spare machine running Mac OS X 10.6.8. I was going to buy a new iMac after Apple released Mavericks. Oh, whoa… I had no choice. I was in the middle of developing Buttons123, I think. So I didn’t want to kill the fun while waiting for iMac to return from repair. You never know when a computer will return home after repair. That’s why I decided to buy a new iMac. The model that I bought was first shipped in January, 2013. It’s the first model with USB 3.0 supported.

September 2013 was a horrible month. First, I had to buy a new iMac. That 2-year-old iMac is still severely injured. Apple repair person said that they found a couple of issues – the internal speakers and the DVD drive are broken. And they said replacing the logic board could cost Â¥45,000 (US$450) or so. Then a 2-year-old WiFi router died at the same time. So I was forced to buy a new one. That’s when I realized that tablets are useless. I was not able to use my iPad mini without a WiFi router.   Continue reading →

TOKYO (MacHouse) – A few days ago, we released TimeINTL. And we just submitted an extension version of TimeINTL to Mac App Store about an hour ago.

TimeINTL Extended Edition is a desktop application that lets you build your own international clock system, keeping track of the time with analog clocks at multiple locations around the world. It’s an extended version of TimeINTL, an existing software title. TimeINTL lets you keep track of the time at 54 locations while this application gives you access to additional 31 cities with a total of 85 locations around the world. These additional 31 cities include Antananarivo (Madagascar), Lima (Peru), Quito (Ecuador), Sofia (Bulgaria), Lisbon (Portugal), Asunción (Paraguay), San Juan (Puert Rico), La Paz (Bolivia), Algiers (Algeria), Dar es Salaam (Tanzania), Kinshasa (Rep. of Congo), Tripoli (Libya), Dakar (Senegal), Dallas (US), Havana (Cuba), Winnipeg (Canada), San José (Costa Rica), Dhaka (Bangladesh), Kabul (Afganistan), Kuala Lumpur (Malaysia), Yangon (Burma), Tashkent (Uzbekistan), Vladivostok (Russia), Manila (the Philippines), Kathmandu (Nepal), Adelaide (Australia), Baghdad (Iraq), Ulan Bator (Mogolia), Krasnoyarsk (Russia), Addis Ababa (Ethiopia), Port-au-Prince (Haiti). Original locations include Tokyo (Japan), Beijing (China), Mumbai (India), Jakarta (Indonesia), Sydney (Australia), Perth (Australia), Moscow (Russia), Dubai (UAE), Athens (Greece), Jerusalem (Israel), Nairobi (Kenya), Cape Town (South Africa), Lagos (Nigeria), London (UK), New York City (US), Chicago (US), San Francisco (US), Mexico City (Mexico), Caracas (Venezuela), Sao Paulo (Brazil), Santiago (Chile), Wellington (New Zealand), Madrid (Spain), Paris (France), Rome (Italy), Geneva (Switzerland), Dublin (Ireland), Amsterdam (the Netherlands), Berlin (Germany), Oslo (Norway), Helsinki (Finland), Istanbul (Turkey), Kiev (Ukraine), Saint Petersburg (Russia), Novosibirsk (Russia), Hong Kong (China), Guangzhou (China), Shanghai (China), Ho Chi Minh City (Vietnam), Singapore, Taipei (Taiwan), Islamabad (Pakistan), Bangkok (Thailand), Seoul (South Korea), Riyadh (Saudi Arabia), Cairo (Egypt), Toronto (Canada), Vancouver (Canada), Denver (US), Honolulu (US), Buenos Aires (Argentina), Bogota (Columbia), Tehran (Iran), Colombo (Sri Lanka).

Using TimeINTL, it’s up to you to decide how many analog clocks to run for which cities. You can run several dozens of analog clocks at the same time. It’s also up to you to decide where to position which clock around the application window.

Note that the application window will occupy the desktop area with a size of 1,600 x 1,232 points.   Continue reading →

TOKYO (MacHouse) – Whether you sell actual goods or digital goods, it is important that you know where they are located when customers contact you. You definitely don’t want to call up a customer when he or she is asleep. Inevitably, you need a software application that lets you run multiple clocks. There are many desktop applications like that. We have a couple of them for the Mac platform. A new software title that we submitted about an hour ago lets you run multiple analog clocks as well. This new software submission is called TimeINTL.

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TimeINTL is a desktop application that lets you build your own international clock system, keeping track of the time with analog clocks at multiple locations around the world. When it comes to setting up analog clocks, you have 54 locations to choose from. These cities include Tokyo (Japan), Beijing (China), Mumbai (India), Jakarta (Indonesia), Sydney (Australia), Perth (Australia), Moscow (Russia), Dubai (UAE), Athens (Greece), Jerusalem (Israel), Nairobi (Kenya), Cape Town (South Africa), Lagos (Nigeria), London (UK), New York City (US), Chicago (US), San Francisco (US), Mexico City (Mexico), Caracas (Venezuela), Sao Paulo (Brazil), Santiago (Chile), Wellington (New Zealand), Madrid (Spain), Paris (France), Rome (Italy), Geneva (Switzerland), Dublin (Ireland), Amsterdam (the Netherlands), Berlin (Germany), Oslo (Norway), Helsinki (Finland), Istanbul (Turkey), Kiev (Ukraine), Saint Petersburg (Russia), Novosibirsk (Russia), Hong Kong (China), Guangzhou (China), Shanghai (China), Ho Chi Minh City (Vietnam), Singapore, Taipei (Taiwan), Islamabad (Pakistan), Bangkok (Thailand), Seoul (South Korea), Riyadh (Saudi Arabia), Cairo (Egypt), Toronto (Canada), Vancouver (Canada), Denver (US), Honolulu (US), Buenos Aires (Argentina), Bogota (Columbia), Tehran (Iran), Colombo (Sri Lanka).

Using TimeINTL, it’s up to you to decide how many analog clocks to run for which cities. You can run 1, 2, 10, 20 or 30 clocks. You could run as many as 54 clocks at the same time as long as space allowed. It’s also up to you to decide where to position which clock around the application window.

Note that the application window will occupy the desktop area with a size of 1100 x 762 points.   Continue reading →