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X-Hacker.org- Watcom C/C++ User's Guide - Norton Guide
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PLIBMTL.LIB
PLIBS.LIB
pragma
16-bit Pragmas
32-bit Pragmas
pragma options
16-bit: Using Pragmas to Specify Options:
32-bit: Using Pragmas to Specify Options:
pragma, alloc_text
pragmas, = const
16-bit: Describing Calling Information:
32-bit: Describing Calling Information:
pragmas, aborts
16-bit: A Function that Never Returns:
32-bit: A Function that Never Returns:
pragmas, alias name
16-bit: Alias Names:
32-bit: Alias Names:
pragmas, alloc_text
16-bit: The ALLOC_TEXT Pragma (C Only):
32-bit: The ALLOC_TEXT Pragma (C Only):
pragmas, alternate name
16-bit: Alternate Names for Symbols:
32-bit: Alternate Names for Symbols:
pragmas, auxiliary
16-bit: Auxiliary Pragmas:
16-bit: Specifying Symbol Attributes:
32-bit: Auxiliary Pragmas:
32-bit: Specifying Symbol Attributes:
pragmas, calling information
16-bit: Describing Calling Information:
32-bit: Describing Calling Information:
pragmas, code_seg
16-bit: The CODE_SEG Pragma:
32-bit: The CODE_SEG Pragma:
pragmas, comment
16-bit: The COMMENT Pragma:
32-bit: The COMMENT Pragma:
pragmas, data_seg
16-bit: The DATA_SEG Pragma:
32-bit: The DATA_SEG Pragma:
pragmas, describing argument lists
16-bit: Describing Argument Information:
32-bit: Describing Argument Information:
pragmas, describing return value
16-bit: Describing Function Return Information:
32-bit: Describing Function Return Information:
pragmas, disable_message
16-bit: The DISABLE_MESSAGE Pragma (C Only):
32-bit: The DISABLE_MESSAGE Pragma (C Only):
pragmas, dump_object_model
16-bit: The DUMP_OBJECT_MODEL Pragma (C++ Only):
32-bit: The DUMP_OBJECT_MODEL Pragma (C++ Only):
pragmas, enable_message
16-bit: The ENABLE_MESSAGE Pragma (C Only):
32-bit: The ENABLE_MESSAGE Pragma (C Only):
pragmas, enum
16-bit: The ENUM Pragma:
32-bit: The ENUM Pragma:
pragmas, error
16-bit: The ERROR Pragma:
32-bit: The ERROR Pragma:
pragmas, export
16-bit: Defining Exported Symbols in Dynamic Link Libraries:
16-bit: Defining Windows Callback Functions:
32-bit: Defining Exported Symbols in Dynamic Link Libraries:
pragmas, extref
16-bit: The EXTREF Pragma:
32-bit: The EXTREF Pragma:
pragmas, far
16-bit: Describing Calling Information:
32-bit: Describing Calling Information:
pragmas, frame
16-bit: Forcing a Stack Frame:
32-bit: Forcing a Stack Frame:
pragmas, function
16-bit: The FUNCTION Pragma:
32-bit: The FUNCTION Pragma:
pragmas, in-line assembly
16-bit: Describing Calling Information:
32-bit: Describing Calling Information:
pragmas, in-line functions
16-bit: Passing Arguments to In-Line Functions:
32-bit: Passing Arguments to In-Line Functions:
pragmas, initialize
16-bit: Setting Priority of Static Data Initialization (C++ Only):
32-bit: Setting Priority of Static Data Initialization (C++ Only):
pragmas, inline_depth
16-bit: The INLINE_DEPTH Pragma (C++ Only):
32-bit: The INLINE_DEPTH Pragma (C++ Only):
pragmas, inline_recursion
16-bit: The INLINE_RECURSION Pragma (C++ Only):
32-bit: The INLINE_RECURSION Pragma (C++ Only):
pragmas, intrinsic
16-bit: The INTRINSIC Pragma:
32-bit: The INTRINSIC Pragma:
pragmas, loadds
16-bit: Loading Data Segment Register:
32-bit: Loading Data Segment Register:
pragmas, message
16-bit: The MESSAGE Pragma:
32-bit: The MESSAGE Pragma:
pragmas, modify exact
16-bit: Describing the Registers Modified by a Function:
32-bit: Describing the Registers Modified by a Function:
pragmas, modify nomemory
16-bit: Describing How Functions Use Memory:
32-bit: Describing How Functions Use Memory:
pragmas, modify reg_set
16-bit: Preserving 80x87 Floating-Point Registers Across Calls:
32-bit: Preserving 80x87 Floating-Point Registers Across Calls:
pragmas, near
16-bit: Describing Calling Information:
32-bit: Describing Calling Information:
pragmas, no8087
16-bit: Describing Function Return Information:
32-bit: Describing Function Return Information:
pragmas, notation used to describe
16-bit Pragmas
32-bit Pragmas
pragmas, once
16-bit: The ONCE Pragma:
32-bit: The ONCE Pragma:
pragmas, pack
16-bit: The PACK Pragma:
32-bit: The PACK Pragma:
pragmas, parm
16-bit: Passing Arguments in Registers:
32-bit: Passing Arguments in Registers:
pragmas, parm caller
16-bit: Removing Arguments from the Stack:
32-bit: Removing Arguments from the Stack:
pragmas, parm nomemory
16-bit: Describing How Functions Use Memory:
32-bit: Describing How Functions Use Memory:
pragmas, parm reg_set
16-bit: Using the 80x87 to Pass Arguments:
32-bit: Using the 80x87 to Pass Arguments:
pragmas, parm reverse
16-bit: Passing Arguments in Reverse Order:
32-bit: Passing Arguments in Reverse Order:
pragmas, parm routine
16-bit: Removing Arguments from the Stack:
32-bit: Removing Arguments from the Stack:
pragmas, specifying default libraries
16-bit: Using Pragmas to Specify Default Libraries:
32-bit: Using Pragmas to Specify Default Libraries:
pragmas, struct caller
16-bit: Describing Function Return Information:
16-bit: Returning Structures:
32-bit: Describing Function Return Information:
32-bit: Returning Structures:
pragmas, struct float
16-bit: Describing Function Return Information:
16-bit: Returning Floating-Point Data:
32-bit: Describing Function Return Information:
32-bit: Returning Floating-Point Data:
pragmas, struct routine
16-bit: Describing Function Return Information:
16-bit: Returning Structures:
32-bit: Describing Function Return Information:
32-bit: Returning Structures:
pragmas, template_depth
16-bit: The TEMPLATE_DEPTH Pragma (C++ Only):
32-bit: The TEMPLATE_DEPTH Pragma (C++ Only):
pragmas, value
16-bit: Describing Function Return Information:
16-bit: Returning Floating-Point Data:
16-bit: Returning Function Values in Registers:
16-bit: Returning Structures:
32-bit: Describing Function Return Information:
32-bit: Returning Floating-Point Data:
32-bit: Returning Function Values in Registers:
32-bit: Returning Structures:
pragmas, value [8087]
16-bit: Returning Floating-Point Data:
32-bit: Returning Floating-Point Data:
pragmas, value no8087
16-bit: Returning Floating-Point Data:
32-bit: Returning Floating-Point Data:
pragmas, value reg_set
16-bit: Using the 80x87 to Return Function Values:
32-bit: Using the 80x87 to Return Function Values:
pragmas, warning
16-bit: The WARNING Pragma (C++ Only):
32-bit: The WARNING Pragma (C++ Only):
Precompiled Headers
precompiled headers, compiler options
precompiled headers, rules
precompiled headers, uses
precompiled headers, using
predefined macros, see macros
predefined types, size of
16-bit: Sizes of Predefined Types:
32-bit: Sizes of Predefined Types:
predictable code size
The Watcom Code Generator
WCGMEMORY
Preprocessor
fo[=<file_name>] (preprocessor)
Preprocessor
p{e,l,c,w=<num>}
t=<num>
Watcom C/C++ Preprocessor
preprocessor, #line directives
preprocessor, encryption
preprocessor, source comments
primary thread
printf
p{e,l,c,w=<num>}
r
RaiseException
real-mode memory
Refining Exception Handling
Resuming Execution After an Exception
return
return value (pragma)
16-bit: Describing Function Return Information:
32-bit: Describing Function Return Information:
returning values from functions
16-bit: Returning Values from Functions:
32-bit: Returning Values from Functions:
reuse_duplicate_strings option
16-bit: Using Pragmas to Specify Options:
32-bit: Using Pragmas to Specify Options:
ri
ROM-based functions
ROMable code
ROMable code, startup
ROMable Functions
Run-Time Error Messages
run-time initialization
run-time, error messages
errno Values and Their Meanings
Run-Time Error Messages
run-time, messages
s
save/restore segment registers
Segment Constant Based Pointers and Objects
Segment Object Based Pointers
segment ordering
16-bit Memory Layout
16-bit: Memory Layout:
32-bit Memory Layout
32-bit: Memory Layout:
segment references
segment, _BSS
nc=<name>
nd=<name>
segment, _DATA
nc=<name>
nd=<name>
segment, _TEXT
16-bit Memory Layout
16-bit: Memory Layout:
32-bit Memory Layout
32-bit: Memory Layout:
nc=<name>
nm=<name>
segment, CONST
nc=<name>
nd=<name>
segment, CONST2
nc=<name>
nd=<name>
Segments/Modules
segname references
Self Based Pointers
self references
SET
Environment Variables
FORCE
SET, INCLUDE environment variable
SET, NO87 environment variable
sg
short int type
16-bit: Type "short int":
32-bit: Type "short int":
short int, size of
16-bit: Sizes of Predefined Types:
32-bit: Sizes of Predefined Types:
side effects of functions
16-bit: Describing How Functions Use Memory:
32-bit: Describing How Functions Use Memory:
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