'Runtime stack' presentation slideshows

Chapter 6

Chapter 6. Compiling to the Assembly Level. Direct addressing. Oprnd = Mem[ OprndSpec ] Asmb5 letter: d The operand specifier is the address in memory of the operand. Immediate addressing. Oprnd = OprndSpec Asmb5 letter: i The operand specifier is the operand.

1.75k views • 175 slides

Libraries and Procedures

Libraries and Procedures. Presentation Outline. Link Library Overview The Irvine's Link Library Runtime Stack and Stack Operations Defining and Using Procedures Program Design Using Procedures. Link Library Overview.

788 views • 62 slides

Stack and Procedures

635 views • 46 slides

Stack and Procedures

629 views • 46 slides

Subroutines

Subroutines. Thorne : Chapter 8 (Irvine Edition IV : Section 5.5). Subroutines - A sequence of instructions that can be called from various places in the program - Allows the same operation to be performed with different parameters

1.04k views • 37 slides

Engineering a Conservative Mark-Sweep Garbage Collector

559 views • 37 slides

The x86 Instruction Set

The x86 Instruction Set. Lecture 17 Fri, Mar 19, 2004. The Instruction Set. A table of x86 instructions: http://www.jegerlehner.ch/intel/IntelCodeTable.pdf. The Runtime Stack. The runtime stack is a portion of memory that used as a stack during program execution.

630 views • 24 slides

Exceptions and Exception Handling (2)

Exceptions and Exception Handling (2). Carl Alphonce CSE116. How are exceptions generated?. An exception is an object. An exception must derive from the java.lang.Exception class. An exception object must be instantiated from an exception class. new IndexOutOfBoundsException()

435 views • 23 slides

Program Compilation and Execution

292 views • 11 slides

F = lambda x : 1 if x == 0 else x*F(x-1) print F(3) F(3) waiting for 3*F(2)

Factorial Recursion Runtime Stack. F = lambda x : 1 if x == 0 else x*F(x-1) print F(3) F(3) waiting for 3*F(2) F(2) waiting for 2*F(1) F(1) waiting for 1*F(0) F(0) returns 1. R. 4. RR. RL. 2. 5. RLL. RLR. RRL. RRR. 1. 3. RLLL. RLLR. RLRR. RLRL.

180 views • 4 slides