Foreword
Introduction
1 Scope
2 Normative references
3 Definitions and conventions
3.1 Definitions
3.2 Editorial conventions
3.3 Acronyms and other abbreviations
4 System overview
4.1 Control Channels, Control operations, Data Channels,
and Data operations
4.2 Virtual Connections
4.3 Data hierarchy
4.4 Scheduled Transfers
4.5 Persistent memory region
4.6 Destination side data structure model
4.7 Implementing subsets of ST capabilities
5 Connection management
5.1 Connection management sequences
5.2 Connection management parameters
6 Data movement
6.1 Data movement sequences
6.2 Data movement parameters
6.3 Tiling examples
7 Operations management
7.1 Flow control
7.2 Status operations
7.3 Rejected operations
7.4 Interrupts
8 Schedule Header
8.1 Op codes
8.2 Flags
8.3 Checksum (optional)
9 Operations sequence tables
10 Error processing
10.1 Operation timeout
10.2 Operation pairs
10.3 Data transmission timeouts
10.4 Keep-alive sequences (optional)
10.5 Duplicated operations
10.6 Checksum errors
10.7 LLP error
10.8 Syntax errors
10.9 Virtual Connection errors
10.10 Scheduled Transfer errors
Tables
Figures
Annexes
A Using lower layer protocols
A.1 HIPPI-6400-PH as the LLP
A.2 HIPPI-FP as the LLP
A.3 Ethernet as the LLP
A.4 ATM LAN Emulation as the LLP
B Option payload format
B.1 Option formats
B.2 Option-codes
C ST striping
C.1 Striping principles
C.2 Many-to-one striping
C.3 One-to-many striping
C.4 Many-to-many striping
D Implementation comments
D.1 Parameters expressed as 2n
D.2 Using Max_STU and Bufsize to determine the
maximum STU size
D.3 Using Max_Block, Blocksize, and pacing Clear_To_Send
operations
D.4 Implementing Bufx lookups
D.5 Transfer example
D.6 FetchOp buffer management
D.7 V-BlkSize and V-ByteSeq comments
D.8 Put Block window comments
D.9 Aliased operations
E State tables
E.1 Introduction
E.2 General implementation issues
E.3 Connection management FSM
E.4 Write sequence FSMs
E.5 Read sequence FSMs
E.6 Persistent memory region FSMs
E.7 Put, Get, and FetchOp examples