Current Release:
BasicMicro Studio 2.0.0.15Fixes a bug in the Shiftout command on Nano/Atom processors. In previous versions if the 2 pins used for the shiftout command were on 2 different ports of the chip the output state of the data pin was not correctly set.
Previous releases:
BasicMicro Studio 2.0.0.14This update adds support for new versions of the Nano8 and Nano18 processors. All Nano8 and Nano18s shipped after 6/2/2011 must use 2.0.0.14 or newer.
BasicMicro Studio 2.0.0.13Modified boot entry for old Atom modules(eg old Atom24m and Atom OEM modules).
FIxed a typo in TimerZ0 interrupt handler label
Fixed pacing in serout commands. Pacing was working but the delay specified was not being used.
BasicMicro Studio 2.0.0.11Added AtomProDuino support, our new Arduino Shield compatible devboard. This will let you use most if not all the shields available with an AtomPro.
Library code for shields will be added soon.
BasicMicro Studio 2.0.0.9Added Nano8 support. We will be releasing the Nano8 once we have some devboards that support it available.
Now includes the latest Manual(same as the new printed version).
BasicMicro Studio 2.0.0.8Added a half bit delay after the last bit read in serin command. Without this command modifiers like dec,hex,bin where not working reliably. With the half bit delay added serin will always read to the begining of the first stop bit and then continue execution. Timing is approx 1-1/2 bit delays after the start bit to the first data bit, then 1 bit delay for each data bit and finally 1/2 bit delay to the first stop bit. This leaves 1 bit delay of time to exit the current serin command and execute another serin command for continuous reading.
Fixed a typo in the Debugin command library.
BasicMicro Studio 2.0.0.7Updated Serin/out commands to support >115200bps. Tested and working upto 156250bps.
Please post any bug reports in the appropriate forum groups. Thanks.
BasicMicro Studio 2.0.0.6Fixed HSerial on Nano/Atom
Changed ASIN/ACOS floating point functions on AtomPro. ASIN/ACOS now have the full range(-1.0 to 1.0) and produce results accurate to .00002(based on testing).
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