Analog Devices VISUALDSP++ 3.5 Manuals

Manuals and User Guides for Analog Devices VISUALDSP++ 3.5. We have 3 Analog Devices VISUALDSP++ 3.5 manuals available for free PDF download: Manual

Analog Devices VISUALDSP++ 3.5 Manual (564 pages)

C/C++ Compiler and Library for ADSP-219x Processors

Brand: Analog Devices | Category: Software | Size: 3.29 MB

Copyright Information
2
Table of Contents
3
Preface

29
- Purpose
  29
- Intended Audience
  29
- Manual Contents Description
  30
- What's New in this Manual
  30
- Technical or Customer Support
  31
- Supported Processors
  31
- Product Information
  32
  - Myanalog.com
    32
  - DSP Product Information
    32
  - Related Documents
    33
  - Online Technical Documentation
    34
    
    From Visualdsp
    34
    
    From the Web
    35
    
    From Windows
    35
  - Printed Manuals
    36
    
    Datasheets
    36
    
    Hardware Manuals
    36
    
    Visualdsp++ Documentation Set
    36
- Contacting DSP Publications
  37
- Notation Conventions
  37
Compiler

40
- C/C++ Compiler Overview
  40
  - Standard Conformance
    42
- Compiler Command-Line Interface
  44
  - Running the Compiler
    45
  - Specifying Compiler Options in Visualdsp
    49
  - Compiler Command-Line Switches
    50
    
    C/C++ Compiler Switch Summaries
    50
    
    C/C++ Compiler Common Switch Descriptions
    59
    
    C/C++ Mode Selection Switch Descriptions
    59
    
    C89
    59
    
    Sourcefile
    59
    
    A Name(Tokens)
    60
    
    Filename
    60
    
    Alttok
    61
    
    Bss
    61
    
    Build-Lib
    62
    
    Const-Read-Write
    62
    
    Dmacro[=Definition]
    62
- Debug-Types <File.h
  63
- Default-Linkage-{Asm|C|C
  63
- Dry
  63
- Dryrun
  64
- Extra-Keywords
  64
- Flags{-Asm | -Compiler | -Lib | -Link | -Mem} Switch [,Switch2
  65
- Force-Circbuf
  65
- Fp-Associative
  65
- Full-Version
  65
- H[Elp]
  66
- I Directory [{,|;} Directory
  67
- Include Filename
  68
- Ipa
  68
- Jump-{DM|Pm|Same
  69
- L Directory [{,|;} Directory
  69
- L Library
  69
- Mo Filename
  70
- Mt Filename
  70
- Map Filename
  71
- Mem
  71
- No-Alttok
  71
- No-Bss
  71
- No-Builtin
  72
- No-Circbuf
  72
- No-Defs
  72
- No-Extra-Keywords
  72
- No-Fp-Associative
  72
- No_Hardware_Pc_Stack
  73
- No-Mem
  73
- No-Std-Ass
  73
- No-Std-Def
  73
- No-Std-Inc
  73
- No-Std-Lib
  74
- No-Widen-Muls
  74
- Nothreads
  74
- Ov Num
  76
- O Filename
  76
- Oldasmcall-{Csp|8X
  76
- Path {-Asm | -Compiler | -Def | -Lib | -Link | -Mem} Filename
  77
- Path-Install Directory
  77
- Path-Output Directory
  77
- Path-Temp Directory
  77
- Pch
  78
- Pchdir Directory
  78
- Pedantic
  78
- Pedantic-Errors
  78
- Pplist Filename
  79
- Proc Processor
  79
- R Directory [{;|,}Directory
  80
- Reserve Register[, Register
  81
- Save-Temps
  82
- Show
  82
- Si-Revision Version
  82
- Signed-Bitfield
  83
- Signed-Char
  83
- Syntax-Only
  83
- Sysdefs
  83
- T Filename
  84
- Threads
  84
- Time
  85
- Umacro
  85
- Unsigned-Bitfield
  85
- Unsigned-Char
  86
- Val-Global <Name-List
  86
- Verbose
  86
- Version
  87
- W {Error|Remark|Suppress|Warn} [.Number
  87
- Werror-Limit Number
  87
- Wremarks
  87
- Wterse
  87
- Warn-Protos
  88
- Workaround <Workaround>[,<Workaround>]
  88
- Write-Files
  88
- Write-Opts
  88
- Placement Support Keyword (Section)
  121
- Boolean Type Support Keywords (Bool, True, False)
  122
- Pointer Class Support Keyword (Restrict)
  122
- Variable Length Array Support
  123
- Non-Constant Aggregate Initializer Support
  125
- Indexed Initializer Support
  125
- Aggregate Constructor Expression Support
  127
- Fractional Type Support
  128
  - Format of Fractional Literals
    129
  - Conversions Involving Fractional Values
    129
  - Fractional Arithmetic Operations
    130
  - Mixed Mode Operations
    130
  - Saturated Arithmetic
    131
- Preprocessor Generated Warnings
  131
- C++ Style Comments
  132
- Compiler Built-In Functions
  132
  - Access to System Registers
    133
  - I/O Space Read or Write
    135
  - Interrupt Control
    136
  - Mode Control
    137
  - Near and Far Type Qualifiers
    137
    
    Declarations
    137
    
    Sizes of Far and Near Qualified Types
    138
    
    Conversions between Far and Near Pointers
    139
    
    Addressing "Far" Data
    140
    
    C++ Function Overloading
    140
    
    Legacy Support
    140
    
    Library Support for "Far" Pointers
    140
    
    Automatic Circular Buffer Generation
    141
    
    Circular Buffer Built-In Functions
    141
    
    Circular Buffer Increment of an Index
    142
    
    Circular Buffer Increment of a Pointer
    143
    
    ETSI Support
    144
    
    ETSI Support Overview
    144
    
    Calling ETSI Library Functions
    146
    
    Linking ETSI Library Functions
    147
    
    Using the ETSI Built-In Functions
    147
    
    ETSI Support for Data Types
    148
    
    Working with ETSI Library Source Code
    148
    
    ETSI Header File
    149
    
    Pragmas
    157
    
    Data Alignment Pragmas
    159
    
    Pragma Align Num
    159
    
    Pragma Pad (Alignopt)
    159
    
    Interrupt Handler Pragmas
    160
  - Pragma Interrupt
    160
  - Pragma Altregisters
    160
- Loop Optimization Pragmas
  161
  - Pragma Loop_Count(Min, Max, Modulo)
    162
  - Pragma Vector_For
    162
  - Pragma No_Alias
    163
- General Optimization Pragmas
  163
- Linking Control Pragmas
  164
  - Pragma Linkage_Name Identifier
    164
  - Pragma Retain_Name
    165
  - Pragma Weak_Entry
    166
- Function Side-Effect Pragmas
  166
  - Pragma Alloc
    167
  - Pragma Pure
    167
  - Pragma Const
    168
  - Pragma Regs_Clobbered String
    168
  - Pragma Result_Alignment (N)
    172
- Template Instantiation Pragmas
  172
- Header File Control Pragmas
  174
  - Pragma Hdrstop
    174
  - Pragma No_Pch
    175
    
    GCC Compatibility Extensions
    176
    
    Pragma Once
    176
    
    Pragma System_Header
    176
    
    Statement Expressions
    177
    
    Type Reference Support Keyword (Typeof)
    178
    
    GCC Generalized Lvalues
    179
    
    Conditional Expressions with Missing Operands
    180
    
    Hexadecimal Floating-Point Numbers
    180
    
    Variable Argument Macros
    181
    
    Zero Length Arrays
    181
    
    Arithmetic on Pointers to Void and Pointers to Functions
    182
    
    Cast to Union
    182
    
    Declarations Mixed with Code
    182
    
    Line Breaks in String Literals
    182
    
    Ranges in Case Labels
    182
    
    Alignment Inquiry Keyword
    183
    
    Escape Character Constant
    183
    
    Keyword for Specifying Names in Generated Assembler (Asm)
    183
    
    Function, Variable and Type Attribute Keyword
    184
  - Preprocessor Features
    185
    
    Predefined Preprocessor Macros
    185
    
    Header Files
    187
    
    Writing Preprocessor Macros
    187
    
    Preprocessing of .IDL Files
    189
- C/C++ Run-Time Model and Environment
  191
  - Using the Run-Time Header
    192
  - Interrupt Table and Interface
    192
  - Stack Frame
    193
  - Stack Frame Description
    195
    
    General System-Wide Specifications
    196
    
    At a Procedure Call, the Following Must be True
    197
    
    At an Interrupt, the Following Must be True
    197
    
    Procedure Call and Return
    197
    
    Return Values
    197
    
    On Entry
    198
    
    To Return from a Procedure
    198
  - Miscellaneous Information
    199
  - Register Classification
    199
  - Callee Preserved Registers ("Preserved")
    199
    
    Caller Save Registers ("Scratch")
    199
    
    Dedicated Registers
    199
    
    Circular Buffer Length Registers
    200
    
    Mode Status (MSTAT) Register
    200
    
    Complete List of Registers
    201
  - File I/O Support
    204
    
    Extending I/O Support to New Devices
    204
- C/C++ and Assembly Language Interface
  207
  - Calling Assembly Subroutines from C/C++ Programs
    208
    
    Calling C/C++ Functions from Assembly Programs
    210
    
    Using Mixed C/C++ and Assembly Naming Conventions
    212
    
    C++ Programming Examples
    214
    
    Using Fract Type Support
    214
    
    Using Complex Number Support
    215
Achieving Optimal Performance from C/C++ Source Code

217
- General Guidelines
  219
  - How the Compiler Can Help
    220
    
    Using the Compiler Optimizer
    220
    
    Using the Statistical Profiler
    221
    
    Using Interprocedural Optimization
    222
  - Data Types
    223
    
    Avoiding Emulated Arithmetic
    224
  - Getting the most from IPA
    225
    
    Initializing Constants Statically
    225
    
    Avoiding Aliases
    226
  - Indexed Arrays Vs. Pointers
    228
    
    Trying Pointer and Indexed Styles
    228
  - Function Inlining
    229
  - Using Inline Asm Statements
    230
  - Memory Usage
    231
- Loop Guidelines
  233
  - Keeping Loops Short
    233
- Avoiding Unrolling Loops
  233
- Avoiding Loop Rotation by Hand
  234
- Avoiding Array Writes in Loops
  235
- Inner Loops Vs. Outer Loops
  235
- Avoiding Conditional Code in Loops
  236
- Avoiding Placing Function Calls in Loops
  237
- Avoiding Non-Unit Strides
  237
- Loop Control
  237
- Using the Restrict Qualifier
  238
- Using the Const Qualifier
  239
- Avoiding Long Latencies
  240
- Using Built-In Functions in Code Optimization
  241
  - Fractional Data
    241
  - System Support Built-In Functions
    242
  - Using Circular Buffers
    243
- Smaller Applications: Optimizing for Code Size
  245
- Pragmas
  247
  - Function Pragmas
    247
    
    Pragma Const
    247
    
    Pragma Alloc
    248
    
    Pragma Pure
    248
    
    Pragma Regs_Clobbered
    249
    
    Pragma Optimize_{Off|For_Speed|For_Space|As_Cmd_Line
    251
  - Loop Optimization Pragmas
    251
    
    Pragma Loop_Count
    251
    
    Pragma No_Alias
    252
  - Useful Optimization Switches
    253
C/C++ Run-Time Library

257
- C and C++ Run-Time Library Guide
  257
  - Calling Library Functions
    258
  - Using the Compiler's Built-In C Library Functions
    259
  - Linking Library Functions
    260
  - Working with Library Header Files
    262
    
    Assert.h
    263
    
    Ctype.h
    263
    
    Def2191.H - Memory Map Definitions
    264
    
    Def2192-12.H - Memory Map Definitions
    264
    
    Def219X.h- Memory Map Definitions
    264
    
    Errno.h
    264
    
    Float.h
    264
    
    Iso646.H
    265
    
    Limits.h
    265
    
    Locale.h
    266
    
    Math.h
    266
    
    Setjmp.h
    267
    
    Signal.h
    267
    
    Stdarg.h
    267
    
    Stddef.h
    267
- Stdio.h
  267
- Stdlib.h
  269
- String.h
  269
- Sysreg.h
  269
- Abridged C++ Library Support
  270
  - Embedded C++ Library Header Files
    270
    
    Complex
    270
    
    Exception
    271
    
    Fract
    271
    
    Fstream
    271
    
    Iomanip
    271
    
    Ios
    271
    
    Iosfwd
    271
    
    Iostream
    272
    
    Istream
    272
    
    New
    272
    
    Ostream
    272
    
    Sstream
    272
    
    Stdexcept
    272
    
    Streambuf
    272
    
    String
    273
    
    Strstream
    273
  - C++ Header Files for C Library Facilities
    273
  - Embedded Standard Template Library Header Files
    274
    
    Algorithm
    274
    
    Deque
    274
    
    Functional
    275
    
    Hash_Map
    275
    
    Hash_Set
    275
    
    Iterator
    275
    
    List
    275
    
    Map
    275
    
    Memory
    275
    
    Numeric
    275
    
    Queue
    275
    
    Fstream.h
    276
    
    Iomanip.h
    276
    
    Iostream.h
    276
    
    New.h
    276
    
    Set
    276
    
    Stack
    276
    
    Utility
    276
    
    Vector
    276
  - Documented Library Functions
    277
  - C Run-Time Library Reference
    280
    
    Notation Conventions
    280
    
    Reference Format
    280
  - Abort
    281
- Abs
  282
- Acos
  283
- Asin
  284
- Atan
  285
- Atan2
  286
- Atexit
  287
- Atof
  288
- Atoi
  291
- Atol
  292
- Bsearch
  293
- Calloc
  295
- Ceil
  296
- Clear_Interrupt
  298
- Cos
  299
- Cosh
  302
- Disable_Interrupts
  303
- DIV
  304
- Enable_Interrupts
  305
- Exit
  306
- Exp
  307
- External_Memory_Read
  308
- External_Memory_Write
  310
- Fabs
  312
- Floor
  313
- Fmod
  314
- Free
  315
- Frexp
  316
- Interrupt
  317
- Io_Space_Read
  321
- Io_Space_Write
  323
- Isalnum
  325
- Isalpha
  326
- Iscntrl
  327
- Isdigit
  328
- Isgraph
  329
- Isinf
  330
- Islower
  332
- Isnan
  333
- Isprint
  335
- Ispunct
  336
- Isspace
  337
- Isupper
  338
- Isxdigit
  339
- Labs
  340
- Ldexp
  341
- Ldiv
  342
- Log
  343
- Log10
  344
- Longjmp
  345
- Malloc
  347
- Memchr
  348
- Memcmp
  349
- Memcpy
  350
- Memcpy_From_Shared
  351
- Memcpy_To_Shared
  352
- Memmove
  353
- Memset
  354
- Mode_Change
  355
- Modf
  357
- Pow
  358
- Qsort
  359
- Raise
  361
- Rand
  363
- Realloc
  364
- Setjmp
  365
- Signal
  366
- Sin
  370
- Sinh
  372
- Sqrt
  373
- Srand
  374
- Strcat
  375
- Strchr
  376
- Strcmp
  377
- Strcoll
  378
- Strcpy
  379
- Strcspn
  380
- Strerror
  381
- Strlen
  382
- Strncat
  383
- Strncmp
  384
- Strncpy
  385
- Strpbrk
  386
- Strrchr
  387
- Strspn
  388
- Strstr
  389
- Strtod
  390
- Strtodf
  392
- Strtok
  394
- Strtol
  396
- Strtoul
  398
- Strxfrm
  400
- Sysreg_Read
  407
- Sysreg_Write
  407
- Tan
  408
- Tanh
  409
- Tolower
  410
- Toupper
  411
- Va_Arg
  412
- Va_End
  414
- Va_Start
  415
Dsp Run-Time Library

417
- DSP Run-Time Library Guide
  418
  - Calling DSP Library Functions
    418
  - Linking DSP Library Functions
    419
  - Working with Library Source Code
    419
  - Dsp Header Files
    420
    
    Complex.h — Basic Complex Arithmetic Functions
    420
    
    Filter.h — Dsp Filters and Transformations
    422
    
    Math.h — Math Functions
    426
    
    Matrix.h — Matrix Functions
    428
    
    Stats.h — Statistical Functions
    432
    
    Vector.h — Vector Functions
    433
    
    Window.h — Window Generators
    436
- A_Compress
  439
- A_Expand
  440
- Alog
  441
- Alog10
  442
- Arg
  443
- Autocoh
  444
- Autocorr
  445
- Cabs
  446
- Cadd
  447
- Cartesian
  448
- CDIV
  450
- Cexp
  451
- Cfft
  452
- Cfftrad4
  454
- Cfft2D
  456
- Cfir
  458
- Clip
  460
- Cmlt
  461
- Conj
  462
- Convolve
  463
- Conv2D
  465
- Conv2D3X3
  466
- Copysign
  467
- Cot
  468
- Countones
  469
- Crosscoh
  470
- Crosscorr
  471
- Csub
  472
- Fir
  473
- Histogram
  491
- Ifft
  493
- Ifftrad4
  495
- Ifft2D
  497
- Iir
  499
- Max
  501
- Mean
  502
- Min
  503
- Norm
  506
- Polar
  507
  - Rfft
    510
  - Rfftrad4
    512
  - Rfft2D
    514
  - Rms
    516
  - Rsqrt
    517
  - Twidfftrad2
    518
  - Twidfftrad4
    520
  - Twidfft2D
    522
  - Var
    524

Analog Devices VISUALDSP++ 3.5 Manual (338 pages)

Linker and Utilities Manual for 16-Bit Processors

Brand: Analog Devices | Category: Software | Size: 4.85 MB

Copyright Information
2
Table of Contents
3
Preface

15
- Purpose of this Manual
  15
- Intended Audience
  16
- Manual Contents
  16
- What's New in this Manual
  17
- Technical or Customer Support
  18
- Supported Processors
  19
- Product Information
  20
  - Myanalog.com
    20
  - DSP Product Information
    20
  - Related Documents
    21
  - Online Technical Documentation
    22
    
    From Visualdsp
    22
    
    From the Web
    23
    
    From Windows
    23
  - Printed Manuals
    24
    
    Data Sheets
    24
    
    Hardware Manuals
    24
    
    Visualdsp++ Documentation Set
    24
  - Contacting DSP Publications
    25
- Notation Conventions
  25
Introduction

27
Linker

37
- Linker Operation
  38
- Linking Environment
  42
  - Project Builds
    42
  - Expert Linker
    45
  - Linker Warning and Error Messages
    46
- Link Target Description
  47
- Passing Arguments for Simulation or Emulation: Blackfin Processors ONLY
  65
- Linker Command-Line Reference
  66
  - Linker Command-Line Syntax
    66
    
    Command-Line Object Files
    67
    
    Command-Line File Names
    68
    
    Object File Types
    70
  - Linker Command-Line Switches
    70
    
    Linker Switch Summary
    72
    
    Dprocessor
    74
    
    Filename
    74
    
    L Path
    75
    
    Map Filename
    75
    
    Mdmacro[=Def]
    75
    
    Ovcse
    76
- T Filename
  76
- Wwarn [Number]
  76
- Es Sectionname
  77
- Flags-Meminit -Opt1
  77
- Flags-Pp -Opt1[,-Opt2
  78
- H[Elp]
  78
- I|I Directory
  78
- Jcs2L
  79
- Jcs2L+
  80
- Keep Symbolname
  80
- Meminit
  80
- O Filename
  80
- Od Directory
  81
- Proc Processor
  81
- Save-Temps
  82
- Si-Revision Version
  82
- Erbose]
  84
  - Version
    84
  - Warnonce
    84
  - Xref Filename
    85
Linker Description File

87
- LDF File Overview
  89
- LDF Structure
  97
  - Command Scoping
    98
- LDF Expressions
  99
- LDF Keywords, Commands, and Operators
  100
  - Miscellaneous LDF Keywords
    101
- LDF Operators
  102
  - ABSOLUTE() Operator
    102
  - ADDR() Operator
    103
  - DEFINED() Operator
    104
  - MEMORY_SIZEOF() Operator
    104
  - SIZEOF() Operator
    105
  - Location Counter (.)
    105
- LDF Macros
  106
  - Built-In LDF Macros
    107
  - User-Declared Macros
    108
  - LDF Macros and Command-Line Interaction
    108
- LDF Commands
  109
  - Align()
    109
  - Architecture()
    109
  - Eliminate()
    109
  - Eliminate_Sections()
    109
  - Include()
    109
  - Input_Section_Align()
    109
  - Keep()
    111
  - Link_Against()
    114
  - Map()
    115
  - Memory
    115
    
    Segment Declarations
    116
  - Mpmemory
    118
  - Overlay_Group
    119
  - Packing()
    119
    
    Packing in ADSP-218X and ADSP-219X Dsps
    120
    
    Efficient Packing
    121
    
    Inefficient Packing: Null Bytes
    122
    
    Overlay Packing Formats
    123
    
    Trivial Packing: no Reordering
    123
  - Page_Input()
    123
  - Page_Output()
    124
  - Plit
    124
  - Processor
    125
    
    Resolve()
    126
    
    Search_Dir()
    127
    
    Sections
    128
    
    Expression
    130
    
    Fill(Hex Number)
    130
    
    Input_Sections()
    130
    
    Overlay_Input{Overlay_Commands
    132
    
    Plit{Plit_Commands
    132
    
    Shared_Memory
    134
Expert Linker

135
- Expert Linker Overview
  136
- Launching the Create LDF Wizard
  138
- Expert Linker Window Overview
  144
- Input Sections Pane
  146
  - Input Sections Menu
    146
  - Mapping an Input Section to an Output Section
    148
  - Viewing Icons and Colors
    148
  - Sorting Objects
    151
- Memory Map Pane
  152
  - Context Menu
    154
  - Tree View Memory Map Representation
    156
  - Graphical View Memory Map Representation
    157
  - Specifying Pre- and Post-Link Memory Map View
    161
  - Zooming in and out on the Memory Map
    162
  - Inserting a Gap into a Memory Segment
    165
  - Working with Overlays
    167
  - Viewing Section Contents
    169
  - Viewing Symbols
    173
  - Profiling Object Sections
    174
  - Adding Shared Memory Segments and Linking Object Files
    179
- Managing Object Properties
  184
  - Managing Global Properties
    185
  - Managing Processor Properties
    186
  - Managing PLIT Properties for Overlays
    188
  - Managing Elimination Properties
    189
  - Managing Symbols Properties
    191
  - Managing Memory Segment Properties
    195
  - Managing Output Section Properties
    196
  - Managing Packing Properties
    198
  - Managing Alignment and Fill Properties
    199
  - Managing Overlay Properties
    201
  - Managing Stack and Heap in Processor Memory
    203
Memory Overlays and Advanced Ldf Commands

207
- Overview
  208
- Memory Management Using Overlays
  210
  - Introduction to Memory Overlays
    211
  - Overlay Managers
    213
    
    Breakpoints on Overlays
    213
  - Memory Overlay Support
    214
  - Example - Managing Two Overlays
    218
  - Linker-Generated Constants
    221
  - Overlay Word Sizes
    221
  - Storing Overlay ID
    222
  - Overlay Manager Function Summary
    223
  - Reducing Overlay Manager Overhead
    223
  - Using PLIT{} and Overlay Manager
    228
    
    Inter-Overlay Calls
    230
    
    Inter-Processor Calls
    230
- Advanced LDF Commands
  233
  - Mpmemory
    234
  - Overlay_Group
    235
    
    Ungrouped Overlay Execution
    237
    
    Grouped Overlay Execution
    239
  - Plit
    240
    
    PLIT Syntax
    240
    
    Command Evaluation and Setup
    241
    
    Allocating Space for Plits
    242
    
    PLIT - Summary
    243
    
    PLIT Example
    243
  - Shared_Memory
    244
Archiver

247
- Archiver Guide
  248
  - Creating a Library from Visualdsp
    249
  - Making Archived Functions Usable
    249
    
    Writing Archive Routines: Creating Entry Points
    250
    
    Accessing Archived Functions from Your Code
    251
    
    Archiver File Searches
    252
    
    Basic Version Information
    252
    
    Tagging an Archive with Version Information
    252
    
    User-Defined Version Information
    253
    
    Printing Version Information
    254
    
    Checking Version Number
    255
    
    Removing Version Information from an Archive
    255
    
    Adding Text to Version Information
    256
- Archiver Command-Line Reference
  257
  - Elfar Command Syntax
    257
  - Archiver Parameters and Switches
    258
  - Command-Line Constraints
    260
  - Archiver Symbol Name Encryption
    261
File Formats

265
- Source Files
  265
  - C/C++ Source Files
    266
  - Assembly Source Files (.ASM
    267
  - Assembly Initialization Data Files (.DAT
    267
  - Header Files (.H
    268
  - Linker Description Files (.LDF
    268
  - Linker Command-Line Files (.TXT
    269
- Build Files
  270
- Debugger Files
  273
- Format References
  274
Utilities

275

Analog Devices VISUALDSP++ 3.5 Manual (166 pages)

Loader Manual for 16-Bit Processors

Brand: Analog Devices | Category: Software | Size: 2.44 MB

Copyright Information
2
Table of Contents
3
Preface

11
- Purpose of this Manual
  11
- Intended Audience
  11
- Manual Contents
  12
- Technical or Customer Support
  12
- Supported Processors
  13
- Product Information
  13
  - Myanalog.com
    14
  - Embedded Processor and DSP Product Information
    14
  - Related Documents
    15
  - Online Technical Documentation
    15
    
    From Visualdsp
    16
    
    From Windows
    16
    
    From the Web
    17
  - Printed Manuals
    17
    
    Visualdsp++ Documentation Set
    17
    
    Datasheets
    18
    
    Hardware Manuals
    18
  - Contacting DSP Publications
    18
- Notation Conventions
  19
Introduction

21
- Program Development Flow
  21
  - Compiling and Assembling
    22
  - Linking
    22
  - Loading and Splitting
    22
  - Boot-Loadable Files Versus Non-Bootable Files
    24
- Booting Modes
  25
  - No-Boot Mode
    25
  - PROM Booting Mode
    26
  - Host Booting Mode
    26
- Boot Kernels
  27
- Loader Tasks
  28
- Loader Files
  28
  - File Searches
    29
Blackfin Processor Loader/Splitter

31
- Blackfin Processor Booting
  32
- Blackfin Processor Loader Guide
  70
  - Using Loader Command Line
    70
    
    File Extensions
    71
    
    File Searches
    71
    
    Command-Line Switches
    72
  - Using Base Loader
    77
  - Using Second-Stage Loader
    79
  - Using ROM Splitter
    81
    
    No-Boot Mode
    83
Adsp-219X Dsp Loader/Splitter

87
- ADSP-219X DSP Booting
  88
  - ADSP-219X DSP Boot Modes
    89
  - ADSP-219X DSP Boot Kernel
    90
  - ADSP-219X DSP Boot Streams
    90
  - Parallel EPROM Boot Streams
    90
    
    Block Headers
    91
    
    Data Blocks
    92
    
    ADSP-219X DSP Multiple .DXE Support
    93
  - Host Booting
    96
  - UART Booting
    97
  - Serial EPROM Booting
    98
  - No-Booting
    98
    
    Enriching Boot Eproms with No-Boot Data
    102
- ADSP-219X DSP Loader Guide
  105
  - ADSP-219X Loader Command-Line Reference
    105
    
    File Extensions
    106
    
    File Searches
    106
    
    Loader Switches
    107
Adsp-2192-12 Dsp Loader

111
- ADSP-2192 DSP Booting
  112
  - ADSP-2192 DSP Reset Types
    112
  - Adsp-2192 Dsp Rtbl
    114
    
    Building .DXE Files
    115
    
    Creating a .EXE File
    116
    
    Reference RTBL
    117
  - ADSP-2192 DSP RBTL and Overlays
    118
    
    Using Overlay Symbols
    119
- ADSP-2192 DSP Loader Guide
  120
  - Single-Processor Command Line
    120
  - Two-Processor Command Line
    121
    
    File Searches
    122
    
    File Extensions
    123
  - Loader Command-Line Switches
    123
Adsp-218X Dsp Loader/Splitter

125
- ADSP-218X DSP Loader Guide
  125
  - Boot Modes
    126
  - Determining Boot Modes
    128
  - EPROM Booting (BDMA)
    130
    
    ADSP-218X BDMA Loader Command-Line Reference
    131
    
    File Extensions
    133
    
    File Searches
    133
    
    Loader Switches
    133
- Host Booting (IDMA)
  135
  - ADSP-218X IDMA Loader Command-Line Reference
    137
- No Booting
  137
- ADSP-218X DSP Splitter Guide
  139
  - Using Splitter
    139
  - ADSP-218X Splitter Command-Line Reference
    140
  - File Formats
    145
File Formats

146
- Source Files
  146
  - C/C++ Source Files
    146
  - Assembly Source Files
    147
  - Assembly Initialization Data Files
    147
  - Header Files
    148
  - Linker Description Files
    148
  - Linker Command-Line Files
    149
- Build Files
  150
  - Library Files
    150
  - Linker Output Files
    150
  - Memory Map Files
    151
  - Loader Output Files in Intel Hex-32 Format
    151
  - Splitter Output Files in ASCII Format
    153
- Debugger Files
  153
- Format References
  154

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