The adapter design pattern is one of the twenty-three well-known Gang of Four design patterns that describe how to solve recurring design problems to design flexible and reusable object-oriented software, that is, objects that are easier to implement, change, test, and reuse.
The adapter design pattern solves problems like:
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How can a class be reused that does not have an interface that a client requires?
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How can classes that have incompatible interfaces work together?
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How can an alternative interface be provided for a class?
When thinking about USB ports and connectors, USB Type-A likely comes to mind. This is the flat, rectangular connector/port most commonly used in everything from computers and laptops to wall chargers and flash drives. Other USB connector shapes include USB Micro, Mini, Type B, and Apple Lightning.
However, a different USB connector shape has emerged in recent years, and it’s becoming more prevalent with each new iteration of popular phones, laptops, and more. Chances are, if you have a brand new MacBook or Android smartphone, you are utilizing USB-C.
Cost-effective and reliable. Full MCU programming support, albeit at slower speeds than XStream-Iso or XStreamPro-Iso that you can buy from elprotronic.com/collections/adesto-technology. USB connectivity.
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Supports JTAG, cJTAG, and SWD communication (ARM).
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Supports JTAG, SBW, and BSL communication (MSP430).
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Supports debug interface communication (Chipcon).
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Supports JTAG, and SCI-BOOT communication (C2000).
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USB connectivity.
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Up to 64 programmers can be connected over USB to one PC.
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Windows(TM) XP, 7, 8, 10.
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Easy to use GUI allows the user to configure all necessary options with ease (Windows only).
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Extensive Memory options include select erase, program, verify. Select flash data can be retained across programming sequences.
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Supports full/segment erase, blank check, write and verify of code using one Auto Program function or separate functions for easy customization.