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Controlling the Complexity of Software Designs

Karl Lieberherr College of Computer and Information Science Northeastern University. DEMETER. DHMHTRA. Controlling the Complexity of Software Designs. My first conference experience. 3. ICALP 1976: Edinburgh, U.K.

1.32k views • 124 slides

Controlling the Complexity of Software Designs

Karl Lieberherr College of Computer and Information Science Northeastern University. DEMETER. DHMHTRA. Controlling the Complexity of Software Designs. My first conference experience. 3. ICALP 1976: Edinburgh, U.K.

1.31k views • 124 slides

Controlling the Complexity of Software Designs

Karl Lieberherr College of Computer and Information Science Northeastern University. DEMETER. DHMHTRA. Controlling the Complexity of Software Designs. My first conference experience. 3. ICALP 1976: Edinburgh, U.K.

1.21k views • 120 slides

Controlling the Complexity of Software Designs

Karl Lieberherr College of Computer and Information Science Northeastern University. DEMETER. DHMHTRA. Controlling the Complexity of Software Designs. My first conference experience. 3. ICALP 1976: Edinburgh, U.K.

1.24k views • 113 slides

Controlling the Complexity of Software Designs

Karl Lieberherr College of Computer and Information Science Northeastern University. DEMETER. DHMHTRA. Controlling the Complexity of Software Designs. My first conference experience. 3. ICALP 1976: Edinburgh, U.K.

1.16k views • 105 slides

The following viewgraphs about RIDL from: D: A Framework for Distributed Programming

The following viewgraphs about RIDL from: D: A Framework for Distributed Programming. Cristina Videira Lopes. Implementation of the functional specs. public class Shape { protected double x_= 0.0, y_= 0.0; protected double width_=0.0, height_=0.0; double get_x() { return x_(); }

1.01k views • 91 slides

The following viewgraphs about RIDL from: D: A Framework for Distributed Programming

The following viewgraphs about RIDL from: D: A Framework for Distributed Programming. Cristina Videira Lopes. Implementation of the functional specs. public class Shape { protected double x_= 0.0, y_= 0.0; protected double width_=0.0, height_=0.0; double get_x() { return x_(); }

1.02k views • 91 slides

Controlling the Complexity of Software Designs

Karl Lieberherr College of Computer and Information Science Northeastern University. DEMETER. DHMHTRA. Controlling the Complexity of Software Designs. For your personal life:. Always talk to strangers. But in your software:. Talk only to your friends who contribute to your concerns.

838 views • 73 slides

Software Development

Software Development. CSU 670 www.ccs.neu.edu/home/lieber/courses/csu670/sp04/sp04.html. Introduction. Software engineering, modeling, design, software architecture, software processes Programming languages Hands-on, practical, useful. Mottos. Two apparently conflicting mottos:

950 views • 72 slides

Software Development

Software Development. CSU 670 www.ccs.neu.edu/home/lieber/courses/csu670/f03/f03.html. Introduction. Software engineering, modeling, design, software architecture, software processes Programming languages Hands-on, practical, useful. Summary of Course.

717 views • 71 slides

UNIX System Programming

UNIX System Programming. Files and Directories. File Pointer. Both read() and write() will change the file pointer. The pointer will be incremented by exactly the number of bytes read or written. lseek. #include <sys/types.h> #include <unistd.h>

747 views • 54 slides

Help

Help. Cuprins. graf ( unsigned ) ; void citire_f_ma ( char ) ; void citire_f_n_m_muchii ( char ) ; void citire_f_mc ( char ) ; void citire_f_n_m_muchii_cost ( char ) ; void citire_t_n_ma ( ) ; void citire_t_n_m_muchii ( ) ; void citire_t_n_mc ( ) ;

671 views • 51 slides

Inheritance: Base and Derived Classes

Inheritance: Base and Derived Classes. Introduction. In dictionary inheritance is defined as the action of inheriting; the transfer of property; to receive from a predecessor.

584 views • 50 slides

Declarative Techniques for Improving Aspect Orthogonality

Declarative Techniques for Improving Aspect Orthogonality. Karl Lieberherr. Why improve orthogonality of aspects?. Crucial for Aspect Libraries: otherwise aspects require too many modifications for reuse.

510 views • 50 slides

XAspects An Extensible System for Domain-Specific Aspect Languages

XAspects An Extensible System for Domain-Specific Aspect Languages. Macneil Shonle (UCSD) Karl Lieberherr (Northeastern University) Ankit Shah (Northeastern University). Talk Overview. What is Aspect-Oriented Programming Limits of general purpose AOP languages

563 views • 45 slides

????????????? ?????????? JAXB ??? ?????????? XML ??????????

752 views • 42 slides

Refactoring for Parameterizing Java Classes

Refactoring for Parameterizing Java Classes. Adam Kiezun (MIT), Michael D. Ernst (MIT), Frank Tip (IBM), Robert M. Fuhrer (IBM). Parameterization. Goal: migration of Java code to generics Generics (e.g., List<String> ) enable creation of type-safe, more reusable classes

387 views • 28 slides

Inheritance Concept

Inheritance Concept. class Rectangle{ private: int numVertices; float *xCoord, *yCoord; public: void set(float *x, float *y, int nV); float area(); };. Polygon. Rectangle. Triangle. class Polygon{ private: int numVertices;

337 views • 28 slides

Refactoring for Parameterizing Java Classes

Refactoring for Parameterizing Java Classes. Adam Kiezun (MIT), Michael D. Ernst (MIT), Frank Tip (IBM), Robert M. Fuhrer (IBM). Parameterization. Goal: migration of Java code to generics Generics (e.g., List<String> ) enable creation of type-safe, more reusable classes

381 views • 28 slides

Advanced UNIX IPC Facilities

396 views • 19 slides