'Void foo' diaporamas de présentation

Accelerated C/C++

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Accelerated C/C++

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Chapter 8

Evaluating the Instruction Set Architecture of H1: Part 2. Chapter 8. An argument in call by reference can be &y. For example,. code. int y = 1; // pass the address of y to f void fr(int *p) { *p = *p + 5; // y = y + 5 } void main() { fr(&y); }. y: 1. f. p:.

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The Spec# Programming System: An Overview

The Spec# Programming System: An Overview. Tutor: Bart Jacobs PhD student at K.U.Leuven, Belgium Spec# contributor. What is Spec#?. A programming language that extends C# with specification constructs A compiler that emits run-time checks for the specification constructs

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Probabilistic Pointer Analysis [PPA]

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Slicing Java Programs that Throw and Catch Exceptions

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Higher order programming

Higher order programming. Using C++ and boost. C++ concepts. // T must model MyFuncConcept template<class T> generic_function(T t) { t.MyFunc(); }. C++ concepts. T is a model of MyFuncConcept if T has a member function called MyFunc which takes no arguments. C++ concepts.

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C++ Certificate Program C++ Intermediate

C++ Certificate Program C++ Intermediate. Inheritance in Depth. Topics. Multiple Inheritance Access Control Pointers to Members. Multiple Inheritance. class C : public A, public B { public : C(): A(), B() {} };. MI Overview.

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Week 5 Part 2

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ZING Systematic State Space Exploration of Concurrent Software

ZING Systematic State Space Exploration of Concurrent Software. Jakob Rehof Microsoft Research http://research.microsoft.com/~rehof http://research.microsoft.com/zing Joint work with Tony Andrews (MS) Shaz Qadeer (MSR) Sriram K. Rajamani (MSR). Lecture II: Outline. ZING language Demos

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STAT 598W Lecture 16

STAT 598W Lecture 16. Templates. Templates. Templates can be used in function definitions and in class definitions. Roughly, templates are a way to (apparently) overcome of C++'s strong typing requirements. But as always, the strong typing is there somewhere, behind the scenes.

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Lecture 9

Lecture 9. CIS 208 Friday, February 11,2005. Test 1. Friday, February 25 th Wednesday: Review Email me questions/topics to cover. Pointer practice. int j =3, k=5, *p = &j, *q = &j,*r; double x; p == &j **&p r =&x 7 * *p / *q +7 *(r = &k) *= *p. 1. 3. illegal. 14. 15.

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.net training for bigginer

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.NET Whirlwind Intro for Rice

.NET Whirlwind Intro for Rice. Michael Stuart Sr. Consultant mstuart@microsoft.com Will Rice class of 1991. Chris Wafer Lowly Consultant cwafer@microsoft.com Jones class of 2000. Outline. Who are we? (not an existential conundrum) What is .NET? Marketing mantra vs. reality

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Finite Models

Finite Models. Learning objectives. Understand goals and implications of finite state abstraction Learn how to model program control flow with graphs Learn how to model the software system structure with call graphs Learn how to model finite state behavior with finite state machines.

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1Z0-853 Exam Certification Test

CertsChief Best IT Certification practice test material provider with thousands of professional it certification Exams, like as CompTIA, Microsoft, Vmware, IBM and more. CertsChief Pass Your Exam with 100% Guarantee with CertsChief Preparation Material. Please visit at: http://www.certschief.com

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C++ await Deon Brewis

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Chapter 8 Exercises

Chapter 8 Exercises. Exercise 1:. Construct a new H1 assembler instruction with semantics:. retn x ; o <= x <= 255. pc = mem[sp++]; sp = sp + x;. Exercise 2:. Create the following H1 instruction: Use this instruction to implement the C++ code.

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Stack buffer overflow

Stack buffer overflow. Stack frame layout. #include < string.h > void foo (char *bar) { char c[12]; strcpy (c, bar); //no bound } int main ( int argc , char ** argv ) { foo( argv [1]); }. #include < string.h > void foo (char *bar) { char c[12]; strcpy (c, bar); //no bound

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Stack buffer overflow

Stack buffer overflow. Stack frame layout. #include < string.h > void foo (char *bar) { char c[12]; strcpy (c, bar); //no bound } int main ( int argc , char ** argv ) { foo( argv [1]); }. #include < string.h > void foo (char *bar) { char c[12]; strcpy (c, bar); //no bound

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