Pseudocode mostly, to be sure. If you have an approach that works for you, more power to you. Your approach sounds reasonable. The point of my blog entry was not really to debate the merits of the technique but rather to inform people that you WILL have to write code on whiteboards ...
The target-specific implementation of the XXXSubtarget method should follow this pseudocode:XXXSubtarget::XXXSubtarget(const Module &M, const std::string &FS) { // Set the default features // Determine default and user specified characteristics of the CPU // Call ParseSubtar...
In this simplest way to control the output, we essentially just write to the GPIO set and clear register in a tight loop: // Pseudocodefor(;;) {*gpio_set_register=(1<<TOGGLE_PIN);*gpio_clr_register=(1<<TOGGLE_PIN); } Result ...
The following comprises pseudocode for one embodiment of a pixel write operation and a pixel read operation. A pixel write operation: Pixel_write(x1, y1, data1); Is performed as follows:1 If (buffer supersampled) { M = FORCE_SAMPLE[4]; ...
The parameter values should be taken, whenever possible, from systems in the real world. All numerical should be interpreted. You need to explain why curves look the way they do. It is generally good idea to compare your numerical results with the ones from a comparable system in existing li...
Pseudocode mostly, to be sure. If you have an approach that works for you, more power to you. Your approach sounds reasonable. The point of my blog entry was not really to debate the merits of the technique but rather to inform people that you WILL have to write code on whiteboards...
Brainfuck is a minimalistic esoteric programming language created by Urban Müller in 1993. Assuming an infinitely large array, the entire brainfuck alphabet matches the following pseudocode: > ptr++ < ptr-- + array[ptr]++ - array[ptr]-- . print(chr(array[ptr])) [ while(array[ptr]){ ] ...
The target-specific implementation of the XXXSubtarget method should follow this pseudocode:XXXSubtarget::XXXSubtarget(const Module &M, const std::string &FS) { // Set the default features // Determine default and user specified characteristics of the CPU // Call ParseSubt...
The target-specific implementation of the XXXSubtarget method should follow this pseudocode:XXXSubtarget::XXXSubtarget(const Module &M, const std::string &FS) { // Set the default features // Determine default and user specified characteristics of the CPU // Call ParseSubt...