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You probably know more than you ever wanted to know about how application security works on RIM. Although the details occasionally seem arcane, they are absolutely critical to creating smoothly functioning apps and developing an app distribution strategy. You wouldn t want to embarrass yourself with a huge release, only to find out that the app doesn t even run for many of your users. The fundamental point to keep in mind when thinking about device security is that your needs as an application developer are subordinate to other stakeholders needs. The carrier wants the network to function smoothly, the company wants their information to remain secure, the user wants their privacy protected, governments want to control the export of security software, and so on. Navigating these often conflicting desires can feel like a negotiation. Simply recognizing the complexity of the situation places you ahead of the curve. Fortunately, there s more to do than just complain about tight security. APIs do exist that allow you to query most permissions settings, and you can use these to try to free your app from some of its constraints. Even when the app is on a device that simply refuses to run, at least you can communicate the reason to the user and describe what they could do to fix it, even if that solution involves buying a new phone. Toward the end of this chapter, we took our first close look at the problems that crop up when you try to use an API that has changed across different software versions. This is only the tip of the iceberg: if you are a successful developer who wants to release your app across the widest possible range of devices, software versions, countries, and languages, you will need to come to grips with the challenges of porting. The next chapter will introduce you to these challenges and discuss ways to help resolve them.
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It s easy to make assumptions when you start programming for BlackBerry. You probably have a single device that you re looking at, and any time you have questions about how BlackBerry devices handle something, you can simply check to see what the device does. The picture grows far more complicated after you have written your app and start making it available to other devices. Suddenly, you must deal with different keyboards, varying screen sizes, unavailable APIs, different carrier Internet settings, and more. Navigating this can be a nightmare. Or it can be exhilarating. This chapter will discuss the major items to keep in mind as you write and port your app, and, by considering them from early on, you can cut down on the grindwork of rewrites and focus on the joy of bringing your app to everyone.
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It s sometimes hard to believe that BlackBerry smartphones were first released in 2002. Since that time, the sheer number of devices has exploded, along with the set of capabilities they offer. To a large degree, this has been driven by RIM s increasing push from the business market into the consumer market. For the most part companies are happy giving everyone the same device, but when it comes to private wireless subscribers, everyone seems to want a phone that is uniquely theirs.
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Mobile phones have more detailed CPU requirements than computers or other devices. In order to minimize costs and power consumption, modern phones usually combine general-purpose computing and cellular operations onto a single chip. RIM uses specialized chips from a variety of manufacturers to achieve their goals for performance and costs. Depending on the device model, the chip may come from Intel, ARM, or Qualcomm. Qualcomm chips are most common on CDMA devices such as those used on the Verizon and Sprint networks. Each chip will have its own MHz clock speed. The latest devices are capable of over 600MHz, while older devices operate at far slower speeds. As with PC chips, though,
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