DIGITAL C++
Using DIGITAL C++ for Compaq's DIGITAL UNIX

Index
Index
Examples
9-1	Switching Between C++ and C Debugging Modes
9-2	Setting the Class Scope
9-3	Displaying Class Information
9-4	Displaying Object Information
9-5	Printing Information on a Derived Class
9-6	Resolving References to Objects of Multiple Inherited Classes
9-7	Resolving Overloaded Functions by Selection Menu
9-8	Resolving Overloaded Functions by Type Signature
9-9	Setting Breakpoints in Member Functions
9-10	Setting Breakpoints in Virtual Member Functions
9-11	Setting Breakpoints in Member Functions for a Specific Object
9-12	Setting Breakpoints in Specific Overloaded Functions
9-13	Setting Breakpoints in All Versions of an Overloaded Function
9-14	Setting Breakpoints in Overloaded Functions by Line Number
9-15	Setting Breakpoints in Constructors
9-16	Setting Breakpoints in Destructors
9-17	Calling an Overloaded Function
9-18	Using a Cast to Perform Data Coercion
9-19	Using Casts on a Derived Class Object
9-20	Using a Cast with Pointer Notation to Perform a Type Transfer
9-21	Using a Cast with Reference Type Notation to Perform a Type Transfer
9-22	Example of a Function Template
9-23	Setting a Breakpoint in the Template Function
9-24	Displaying the Current Function Context for a Function Template
9-25	Displaying an Instantiated Class Template
9-26	Displaying an Instantiated Class Template
9-27	Setting Breakpoints in an Instantiated Class Function
9-28	Setting Current Class Scope to an Instantiated Class
9-29	Alternate Method of Setting Current Class Scope
9-30	Setting Breakpoints in Exception Handlers
9-31	Printing a Class Description in Verbose Mode
9-32	Printing Base Pointer Information
9-33	Printing a Stack Trace in Verbose Mode
Figures
2-1	Layout of an Object of D Class
9-1	A Stack Trace Displaying a Member Function
Tables
1	Conventions Used in this Manual
2-1	Predefined Macros
2-2	Other Predefined Names
2-3	Predefined Macros Specific to DIGITAL UNIX Systems
2-4	Implementation Compatibility Macros
2-5	__DECC_VER Version-Type Encodings