Search results
Results from the WOW.Com Content Network
Parallax supports Propeller-GCC which is a port of the GNU Compiler Collection (GCC) compiler for the programming languages C and C++, for Propeller [13] (branch release_1_0). The C compiler and the C Library are ANSI C compliant. The C++ compiler is ANSI-C99 compliant. Full C++ is supported with external memory.
Here, attempting to use a non-class type in a qualified name (T::foo) results in a deduction failure for f<int> because int has no nested type named foo, but the program is well-formed because a valid function remains in the set of candidate functions.
Proof. We need to prove that if you add a burst of length to a codeword (i.e. to a polynomial that is divisible by ()), then the result is not going to be a codeword (i.e. the corresponding polynomial is not divisible by ()).
Redeclaration also covers effecting, in which an implementation is provided for a feature which was deferred (abstract) in the parent class, and undefinition, in which a feature that was effective (concrete) in the parent becomes deferred again in the heir class. When a feature is redefined, the feature name is kept by the heir class, but ...
And in 2005, Parallax Inc. and Ubicom formed an agreement in which Parallax Inc. was made the exclusive supplier of the SX microcontroller. In 2006, after eight years of development time, Parallax launched their Parallax Propeller microcontroller. The Propeller 2 multicore processor is under development and does not have a release date yet.
Turbo coding is an iterated soft-decoding scheme that combines two or more relatively simple convolutional codes and an interleaver to produce a block code that can perform to within a fraction of a decibel of the Shannon limit.
In C++, stack unwinding is only guaranteed to occur if the exception is caught somewhere. This is because "If no matching handler is found in a program, the function terminate() is called; whether or not the stack is unwound before this call to terminate() is implementation-defined (15.5.1)." (C++03 standard, §15.3/9). [18]
The fragile base class problem is a fundamental architectural problem of object-oriented programming systems where base classes (superclasses) are considered "fragile" because seemingly safe modifications to a base class, when inherited by the derived classes, may cause the derived classes to malfunction. The programmer cannot determine whether ...