For instance, to develop programming skills (blue node at the bottom), one must first have a general knowledge of math and systems analysis (grey in the middle), which themselves rely on deductive/inductive reasoning (red at the top). Similarly, negotiation skills (grey in the middle) are ...
Overall, the hierarchical structure in Fig.2aaligns with our common understanding of specialization. For instance, to develop programming skills (blue node at the bottom), one must first have a general knowledge of math and systems analysis (grey in the middle), which themselves rely on deductive...
(Here is another diagram on the same subject: ExtremeProgrammingEnablingChart) What the boxes represent are the core XP practices as I see 'em. The arrows are dependencies, meaning "don't try to do this without doing the thing on the other end of the arrow". For instance, DON'T do ...
BUILD, can be either debug or release with the usual meaning. If not specified, the build is assumed in debug mode. PLATFORM, can be either linux or windows. If not specified, the build is assumed for Linux platform. WINDOWING, can be x11, wayland, gdi, or mesa. If not specified, th...
In the past, I’ve built software in layers meaning that I would implement all the platform APIs first and then build my services on top of them, and finally put a user interface on top of that so that we could run the system. This is a horrible way to build software because you do...
Z Template has been battle-tested for over 6 years and has been successfully implemented in numerous real-life projects. It is a complete and ultimate solution for transforming data into HTML UI. And the best part? Z Template is open-sourced under the MIT license, meaning you can use it ...
Fagin, R., Vardi, M.: The theory of data dependencies—an overview. In: Proceedings of the 11th Colloqium on Automata, Languages and Programming (ICALP), no. 172 in Lecture Notes in Computer Science, Springer, pp. 1–22 (1984)
This means that the code snippet in Figure 1 does not typically compile due to type-mismatch errors. set::iterator i1; set::iterator i2 = i1; // different comparator set::iterator i3 = i1; // different allocator Figure 1. Can this code have a valid meaning? Can it be com- piled...
then it will be created under the organization. stage = 'build' // build is used if omitted allConfigurations = false // if true includes the dependencies in all resolvable configurations. By default is false, meaning only 'compileClasspath', 'runtimeClasspath', 'releaseCompileClasspath' and...
meaning that if object A refers to object B, and object B refers to object C, an update on object A will trigger an update on both B and C. So updating an object that has K other objects depends on it (e.g., the object), will require K operations (e.g., K updating operations...