home
***
CD-ROM
|
disk
|
FTP
|
other
***
search
/
Language/OS - Multiplatform Resource Library
/
LANGUAGE OS.iso
/
pcl
/
docs.lha
/
cmu-user
/
cmu-user.info-10
< prev
next >
Wrap
Text File
|
1992-08-05
|
10KB
|
255 lines
Info file: cmu-user.info, -*-Text-*-
produced by latexinfo-format-buffer
from file: cmu-user.tex
File: cmu-user.info Node: Variable Index, Prev: Function Index, Up: Top, Next: Type Index
Variable Index
**************
* Menu:
* after-gc-hooks: Garbage Collection.
* before-gc-hooks: Garbage Collection.
* block-compile-default: Compiler Arguments.
* bytes-consed-between-gcs: Garbage Collection.
* command-line-strings: Reading the Command Line.
* command-line-switches: Reading the Command Line.
* command-line-utility-name: Reading the Command Line.
* command-line-words: Reading the Command Line.
* compile-print: Calling the Compiler.
* compile-progress: Calling the Compiler.
* compile-verbose: Calling the Compiler.
* debug-print-length: Specials.
* debug-print-level: Specials.
* derive-function-types: Global Function Type Inference.
* describe-indentation: Describe.
* describe-level: Describe.
* describe-print-length: Describe.
* describe-print-level: Describe.
* double-float-negative-infinity: IEEE Special Values.
* double-float-positive-infinity: IEEE Special Values.
* efficiency-note-cost-threshold: Verbosity Control.
* efficiency-note-limit: Verbosity Control.
* enclosing-source-cutoff: Error Message Parameterization.
* error-print-length: Error Message Parameterization.
* error-print-level: Error Message Parameterization.
* gc-inhibit-hook: Garbage Collection.
* gc-notify-after: Garbage Collection.
* gc-notify-before: Garbage Collection.
* gc-run-time: Additional Timing Utilities.
* gc-verbose: Garbage Collection.
* ignore-extra-close-parentheses: The Reader.
* internal-time-units-per-second: Additional Timing Utilities.
* load-if-source-newer: Load.
* load-object-types: Load.
* load-source-types: Load.
* long-float-negative-infinity: IEEE Special Values.
* long-float-positive-infinity: IEEE Special Values.
* max-trace-indentation: Function Tracing.
* short-float-negative-infinity: IEEE Special Values.
* short-float-positive-infinity: IEEE Special Values.
* single-float-negative-infinity: IEEE Special Values.
* single-float-positive-infinity: IEEE Special Values.
* stderr: Useful Variables.
* stdin: Useful Variables.
* stdout: Useful Variables.
* task-data: Useful Variables.
* task-notify: Useful Variables.
* task-self: Useful Variables.
* timed-functions: Profile Interface.
* traced-function-list: Function Tracing.
* tty: Useful Variables.
* undefined-warning-limit: Undefined Warnings.
File: cmu-user.info Node: Type Index, Prev: Variable Index, Up: Top, Next: Concept Index
Type Index
**********
* Menu:
* ambiguous-variable-name: Debug-conditions.
* array: Alien Type Specifiers.
* boolean: Alien Type Specifiers.
* c-string: The C-Call Package.
* debug-condition: Debug-conditions.
* debug-error: Debug-errors.
* double-float: Alien Type Specifiers.
* enum: Alien Type Specifiers.
* frame-function-mismatch: Debug-errors.
* function: Alien Type Specifiers.
* integer: Alien Type Specifiers.
* invalid-value: Debug-conditions.
* lambda-list-unavailable: Debug-conditions.
* no-debug-blocks: Debug-conditions.
* no-debug-function-returns: Debug-conditions.
* no-debug-info: Debug-conditions.
* no-debug-variables: Debug-conditions.
* signed: Alien Type Specifiers.
* single-float: Alien Type Specifiers.
* struct: Alien Type Specifiers.
* system-area-pointer: Alien Type Specifiers.
* TYPE: Alien Type Specifiers.
* unhandled-condition: Debug-errors.
* union: Alien Type Specifiers.
* unknown-code-location: Debug-errors.
* unknown-debug-variable: Debug-errors.
* unsigned: Alien Type Specifiers.
* void: The C-Call Package.
File: cmu-user.info Node: Concept Index, Prev: Type Index, Up: Top
Concept Index
*************
* Menu:
* actual source: The Original and Actual Source.
* advising: Encapsulation Functions.
* aliens: Type Translations.
* arithmetic type inference: Operation Specific Type Inference.
* assembly listing: Trace Files and Disassembly.
* availability of debug variables: Variable Value Availability.
* benchmarking techniques: Benchmarking Techniques.
* bignums: Fixnums.
* block compilation: Block Compilation.
* canonicalization of types: Canonicalization.
* characters: Representation of Characters.
* closures: Closures.
* compatibility with other Lisps: Getting Existing Programs to Run.
* compilation-speed optimization quality: The Optimize Declaration.
* compile time type errors: Compile Time Type Errors.
* compiler error messages: Interpreting Error Messages.
* compiler error severity: Error Severity.
* compiler policy: Compiler Policy.
* compiling: Calling the Compiler.
* complemented type checks: Type Check Optimization.
* Concept Index: Concept Index.
* conditional type inference: Dynamic Type Inference.
* consing: Avoid Unnecessary Consing.
* consing: Profiling.
* constant folding: Constant Folding.
* constant-function declaration: Constant Folding.
* context sensitive declarations: Context Declarations.
* control optimization: Control Optimization.
* dead code elimination: Unreachable Code Deletion.
* dead code elimination: Unused Expression Elimination.
* debug optimization quality: Compiler Policy Control.
* debug optimization quality: Source Location Availability.
* debug optimization quality: The Optimize Declaration.
* debug optimization quality: Variable Value Availability.
* debug variables: Variable Access.
* debugger: The Debugger.
* defstruct types: Structure Types.
* derivation of types: Type Inference.
* dynamic type inference: Dynamic Type Inference.
* efficiency notes: Efficiency Notes.
* encapsulation: Encapsulation Functions.
* end-block declaration: Block Compilation Declarations.
* equivalence of types: Canonicalization.
* external entry points: Funny Frames.
* fixnums: Fixnums.
* floating point efficiency: Floating Point Efficiency.
* freeze-type declaration: The Freeze-Type Declaration.
* Function Index: Function Index.
* garbage collection: Avoid Unnecessary Consing.
* generic arithmetic: Generic Arithmetic.
* implicit continuation representation (IR1): Trace Files and Disassembly.
* inference of types: Type Inference.
* inhibit-warnings optimization quality: The Optimize Declaration.
* inline expansion: Compiler Policy Control.
* inline expansion: Inline Expansion.
* inline expansion: Open Coding and Inline Expansion.
* interpretation of run time: A Note on Timing.
* interrupts: Unix Interrupts.
* interrupts: Unknown Locations and Interrupts.
* keyword argument efficiency: Complex Argument Syntax.
* let optimization: Let Optimization.
* local call: Local Call.
* macroexpansion: The Processing Path.
* maybe-inline declaration: The Maybe-Inline Declaration.
* member types: Member Types.
* memory allocation: Avoid Unnecessary Consing.
* multiple value optimization: Multiple Values Optimization.
* NIL type: The Empty Type.
* non-descriptor representations: Non-Descriptor Representations.
* non-descriptor representations: Representation Efficiency Notes.
* numbers in local call: Interactions With Local Call.
* object representation: Descriptors.
* object representation efficiency notes: Representation Efficiency Notes.
* object representation: Object Representation.
* object sets: Object Sets.
* open-coding: Open Coding and Inline Expansion.
* operation specific type inference: Operation Specific Type Inference.
* optimization: Source Optimization.
* optimize declaration: Compiler Policy Control.
* optimize declaration: The Optimize Declaration.
* optimize-interface declaration: The Optimize-Interface Declaration.
* or (union) types: Union Types.
* original source: The Original and Actual Source.
* pointers: System Area Pointers.
* precise type checking: Precise Type Checking.
* processing path: The Processing Path.
* profiling: Profiling.
* recording of inline expansions: Inline Expansion Recording.
* recursion: Tail Recursion.
* representation efficiency notes: Representation Efficiency Notes.
* rest argument efficiency: Complex Argument Syntax.
* safety optimization quality: The Optimize Declaration.
* semi-inline expansion: Compiler Policy Control.
* severity of compiler errors: Error Severity.
* source-to-source transformation: Source to Source Transformation.
* source-to-source transformation: The Processing Path.
* space optimization quality: The Optimize Declaration.
* specialized array types: Specialized Arrays.
* speed optimization quality: The Optimize Declaration.
* stack frames: Stack Frames.
* stack numbers: Non-Descriptor Representations.
* stack numbers: Representation Efficiency Notes.
* start-block declaration: Block Compilation Declarations.
* static functions: Open Coding and Inline Expansion.
* strings: Representation of Characters.
* structure types: Structure Types.
* style recommendations: Style Recommendations.
* style recommendations: Type Style Recommendations.
* tail recursion: Debug Tail Recursion.
* tail recursion: Local Tail Recursion.
* tail recursion: Tail Recursion.
* time formatting: Time Parsing and Formatting.
* time parsing: Time Parsing and Formatting.
* timing: Profiling.
* trace files: Trace Files and Disassembly.
* tracing: Function Tracing.
* tuning: Efficiency Notes.
* tuning: Profiling.
* Type Index: Type Index.
* type inference: Type Inference.
* uncertainty of types: Type Uncertainty.
* undefined warnings: Undefined Warnings.
* union (`or') types: Union Types.
* unix interrupts: Unix Interrupts.
* unknown code locations: Unknown Locations and Interrupts.
* unreachable code deletion: Unreachable Code Deletion.
* unused expression elimination: Unused Expression Elimination.
* validity of debug variables: Variable Value Availability.
* values declaration: The Values Declaration.
* Variable Index: Variable Index.
* Virtual Machine (VM, or IR2) representation: Trace Files and Disassembly.
* weakened type checking: Weakened Type Checking.
* word integers: Word Integers.