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Monday, January 8, 2018
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Dear Brawner, "A horse without a man is still a horse, but a horseman without a horse is just a man." Mongolian Proverb Join us Thursday evening 6:30pm to learn and hear the story behind the picture. Sandi Sabonis Little Elm Rotary Club President Elect/Secretary District 5790 ATO Public Image Area 6 G3TUP e: sksabonis@gmail.com c: 214-783-1068 This email was automatically generated by ClubRunner on behalf of Rotary Club of Little Elm. Unsubscribe http://click1.e.reason.com/jnbnpnphhjswpvcmwtpqvwzjcmwnbspdvjczjzsnrmvj_rjnccnwlnpcgnlwjlvtc.html std::uint8_t buf; auto iter = &buf; std::uint16_t value1 = 0x0102; std::uint32_t value2 = 0x03040506; std::uint64_t value3 = 0x0708090a0b0c0d0e; embxx::io::writeBig(value1, iter); embxx::io::writeBig(value2, iter); embxx::io::writeBig(value3, iter); Another essential need in embedded development is an ability to serialise data. Most embedded products read data from some kind of sensors and/or communicate with the control centre via some wired or wireless serial interface. Before data is sent via a communication link, it must be serialised into a buffer, and when received, deserialised from bytes also in a different buffer on the other end. The data may be serialised using big or little endian, based on the communication protocol used. The embxx library provides a generic code with an ability to read and write integral values from/to any buffer. Here is the source code for the functions described below. The functions below (defined in namespace embxx::io ) support read
posted by Isaac Hobart at 2:54 PM
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