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" The F language guide "
Wilhelm Gehrke.
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BL
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| Record Number
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737140
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b557007
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| Main Entry
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Wilhelm Gehrke.
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| Title & Author
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The F language guide\ Wilhelm Gehrke.
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| Publication Statement
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London: Springer, ©1997.
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| Page. NO
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xv, 331 s. med various p. ; 24 cm
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| ISBN
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3540761659
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: 9783540761655
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| Contents
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1 Source Form.- 1.1 Classification of F Statements.- 1.2 Statement Ordering.- 2 Type Concept.- 2.1 Intrinsic Types.- 2.1.1 Integer Type.- 2.1.2 Real Type.- 2.1.3 Complex Type.- 2.1.4 Logical Type.- 2.1.5 Character Type.- 2.2 Derived Types.- 2.2.1 Derived Type Definition.- 2.2.1.1 Type Component Definition.- 2.2.1.2 Private/Public Derived Types and Components.- 2.2.2 Structure Objects.- 3 Lexical Tokens.- 3.1 Scoping Units.- 3.2 Keywords.- 3.3 Names.- 3.4 Operators and Assignment Symbol.- 3.5 Literal Constants.- 3.5.1 Integer Literal Constants.- 3.5.2 Real Literal Constants.- 3.5.3 Complex Literal Constants.- 3.5.4 Logical Literal Constants.- 3.5.5 Character Literal Constants.- 4 Data Objects.- 4.1 Constants.- 4.2 Variables.- 4.3 Scalars.- 4.3.1 Character Substrings.- 4.4 Arrays.- 4.4.1 Inner Structure of Arrays.- 4.5 Structure Components.- 4.6 Automatic Variables.- 4.7 Association.- 4.7.1 Name Association.- 4.7.2 Pointer Association.- 4.8 Definition Status.- 5 Pointers.- 5.1 Pointer Concept.- 5.2 Pointer Processing.- 5.2.1 Creation of Pointer Targets.- 5.2.2 Association Status.- 5.2.3 Deallocation of Pointer Targets.- 5.2.4 Nullification of Pointer Associations.- 6 Array Processing.- 6.1 Array Declaration.- 6.1.1 Explicit-Shape Arrays.- 6.1.2 Assumed-Shape Arrays.- 6.2 Reference and Use.- 6.2.1 Whole Arrays.- 6.2.2 Array Elements.- 6.2.3 Array Sections.- 6.2.3.1 Subscript-Triplet.- 6.2.3.2 Vector-Subscript.- 6.2.3.3 Array Sections of Substrings.- 6.3 Memory Management and Dynamic Control.- 6.3.1 Automatic Arrays.- 6.3.2 Allocatable Arrays.- 6.3.3 Array Pointers.- 6.4 Array Constructor.- 6.5 Operations on Arrays.- 6.5.1 Array Expressions.- 6.5.2 Array Subprograms.- 6.5.3 Array Assignments.- 7 Expressions.- 7.1 Numeric Intrinsic Expressions.- 7.2 Relational Intrinsic Expressions.- 7.2.1 Numeric Relational Intrinsic Expressions.- 7.2.2 Character Relational Intrinsic Expressions.- 7.3 Logical Intrinsic Expressions.- 7.4 Character Intrinsic Expressions.- 7.5 Defined Expressions.- 7.5.1 Defined Operators and Extended Intrinsic Operators.- 7.5.1.1 Nonextended Defined Operator.- 7.5.1.2 Extended Defined Operator.- 7.5.1.3 Extended Intrinsic Operator.- 7.6 Common Rules for Expressions.- 7.6.1 Precedence of Operators.- 7.6.2 Interpretation of Expressions.- 7.6.3 Evaluation of Expressions.- 7.7 Special Expressions.- 7.7.1 Constant Expressions.- 7.7.2 Initialization Expressions.- 7.7.3 Specification Expressions.- 8 Assignments.- 8.1 Intrinsic Assignment Statements.- 8.1.1 Numeric Assignment Statement.- 8.1.2 Logical Assignment Statement.- 8.1.3 Character Assignment Statement.- 8.1.4 Assignment Statement for Derived Types.- 8.2 Defined Assignment Statements.- 8.2.1 Nonextended Defined Assignment.- 8.2.2 Extended Defined Assignment.- 8.3 Pointer Assignment Statement.- 8.4 Masked Array Assignments.- 8.4.1 WHERE Construct.- 8.4.2 Common Rules for Masked Array Assignments.- 9 Declarations and Specifications.- 9.1 Attributes.- 9.1.1 ALLOCATABLE Attribute.- 9.1.2 Initial Value.- 9.1.3 DIMENSION Attribute.- 9.1.4 INTENT Attribute.- 9.1.5 OPTIONAL Attribute.- 9.1.6 PARAMETER Attribute.- 9.1.7 POINTER Attribute.- 9.1.8 PRIVATE Attribute.- 9.1.9 PUBLIC Attribute.- 9.1.10 SAVE Attribute.- 9.1.11 TARGET Attribute.- 9.2 Type Declaration Statements.- 9.2.1 INTEGER Statement.- 9.2.2 REAL Statement.- 9.2.3 COMPLEX Statement.- 9.2.4 LOGICAL Statement.- 9.2.5 CHARACTER Statement.- 9.2.5.1 Length Specification.- 9.2.6 TYPE Declaration Statement.- 9.3 Additional Specification Statements.- 9.3.1 PRIVATE Statement.- 9.3.2 PUBLIC Statement.- 9.3.3 IMPLICIT Statement.- 9.3.4 INTRINSIC Statement.- 10 Execution Control.- 10.1 IF Construct.- 10.1.1 Simple IF Constructs.- 10.1.2 Nested IF Constructs.- 10.2 CASE Construct.- 10.2.1 Simple CASE Constructs.- 10.3 DO Construct.- 10.3.1 DO Statement.- 10.3.2 END DO Statement.- 10.3.3 Forms of DO Constructs.- 10.3.4 Execution of a DO Construct.- 10.3.4.1 Additional Details about Count Loops.- 10.3.4.2 Additional Details about Endless Loops.- 10.3.4.3 CYCLE Statement and EXIT Statement.- 10.4 Nested Constructs.- 10.5 STOP Statement.- 11 Input/Output.- 11.1 Records.- 11.2 Files.- 11.3 File Attributes of External Files.- 11.3.1 File Names.- 11.3.2 Access Methods.- 11.3.2.1 Sequential Access.- 11.3.2.2 Direct Access.- 11.3.3 Form of a File.- 11.3.4 File Position.- 11.4 Units.- 11.5 Preconnected Units and Predefined Files.- 11.6 Input/Output Statements.- 11.6.1 Input/Output Specifiers.- 11.6.1.1 UNIT= Specifier.- 11.6.1.2 FMT= Specifier.- 11.6.1.3 REC= Specifier.- 11.6.1.4 ADVANCE= Specifier.- 11.6.1.5 End-of-Record Condition.- 11.6.1.6 IOSTAT= Specifier.- 11.6.1.7 Error Conditions.- 11.6.1.8 End-of-File Condition.- 11.6.1.9 SIZE= Specifier.- 11.6.2 Input/Output Lists.- 11.6.3 Data Transfer Statements.- 11.6.3.1 Formatted Input/Output.- 11.6.3.2 Unformatted Input/Output.- 11.6.3.3 List-Directed Input/Output.- 11.6.3.4 Internal Input/Output.- 11.6.3.5 Nonadvancing Input/Output.- 11.6.3.6 Printing.- 11.6.4 File Status Statements.- 11.6.4.1 OPEN Statement.- 11.6.4.2 CLOSE Statement.- 11.6.4.3 INQUIRE Statement.- 11.6.5 File Positioning Statements.- 12 Formats.- 12.1 Format Specification.- 12.2 Interaction between Input/Output List and Format.- 12.2.1 Repeat Specification, Groups of Edit Descriptors.- 12.2.2 Reversion of Format Control.- 12.3 Edit Descriptors.- 12.3.1 A Edit Descriptors.- 12.3.2 Colon Edit Descriptors.- 12.3.3 ES DO Edit Descriptors.- 12.3.4 F Edit Descriptors.- 12.3.5 I Edit Descriptors.- 12.3.6 L Edit Descriptors.- 12.3.7 Sign Control Edit Descriptors.- 12.3.8 Slash Edit Descriptors.- 12.3.9 Tabulator Edit Descriptors.- 13 Program Units and Subprograms.- 13.1 Main Program.- 13.2 Modules.- 13.2.1 USE Statement.- 13.2.2 Typical applications.- 13.3 Subprograms.- 13.3.1 Module Functions.- 13.3.1.1 Function Definition.- 13.3.1.2 Explicit Function Reference, Invocation.- 13.3.1.3 Operator Functions.- 13.3.2 Module Subroutines.- 13.3.2.1 Subroutine Definition.- 13.3.2.2 Explicit Subroutine Reference, CALL Statement.- 13.3.2.3 Assignment Subroutines.- 13.3.3 External Subprograms.- 13.3.4 Dummy Subprograms.- 13.3.5 Interface Blocks.- 13.3.6 Overloaded Generic Subprogram Names.- 13.3.7 Return from an Invoked Module Subprogram.- 13.4 Internal Program Communication.- 13.4.1 Argument Lists.- 13.4.1.1 Dummy Argument List.- 13.4.1.2 Actual Argument List.- 13.4.2 Argument Association.- 13.4.2.1 Data Objects as Dummy Arguments.- 13.4.2.2 Implicit Association of Two Dummy Arguments.- 13.4.2.3 Length of Character Dummy Arguments.- 13.4.2.4 Scalar Arguments.- 13.4.2.5 Dummy (Argument) Arrays.- 13.4.2.6 Dummy (Argument) Pointers.- 13.4.2.7 Restrictions on the Association of Data Entities.- 13.4.2.8 Dummy Subprograms.- 13.4.3 Optional Dummy Arguments.- 13.4.4 Dummy Argument with INTENT Attribute.- 14 Intrinsic Subprograms.- 14.1 Intrinsic Functions.- 14.1.1 Table of Intrinsic Functions.- 14.2 Intrinsic Subroutines.- 14.3 Intrinsic Subprogram Reference.- 14.4 Intrinsic Subprogram Definitions.- Appendices.- A ASCII Character Set and Collating Sequence.- B Models for Numbers.- B.1 Models for Integers.- B.2 Models for Reals.- B.3 Models for Bit Manipulation.- C Program Example.- D F versus Fortran 90.- E F Language Syntax Charts.- E.1 Notation Used in this Syntax.- E.2 F Terms and Concepts.- E.3 Characters, Lexical Tokens, and source Form.- E.4 Intrinsic and Derived Data Types.- E.5 Data Object Declarations and Specifications.- E.6 Use of Data Objects.- E.7 Expressions and Assignment.- E.8 Execution Control.- E.9 Input/Output Statements.- E.10 Input/Output Edting.- E.11 Program Units.- E.12 Procedures.- F Index.
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| Subject
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F (Computer program language)
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| LC Classification
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QA76.73.F16W554 1997
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| Added Entry
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Wilhelm Gehrke
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