DIGITAL TP Desktop Connector
for ACMS
Client Application Programming Guide


Previous Contents Index

T
Task
    activity in Windows sample #1
    activity in Windows sample #2
    calling
        DOS
        event-driven environment
        Macintosh
    categories
    debugging
        desktop client program
        NO I/O
    definition approaches
    exchange step
    flow control handling
    form reference #1
    form reference #2
    I/O
        comparison with NO I/O
        converting to NO I/O
        definition
        procedure kinds
    invocation
        expense
        overhead
    NO I/O
        definition
        freedom
        processor usage
    processing phase
    queued
    receiving information
    receiving results
        Macintosh
    reserve definition
    sample definition
    selection phase
    series
Task-call-task feature
    use in common applications
Task definition
    I/O
        example
    NO I/O
        example
Task group
    form reference #1
    form reference #2
    sample definition
Terminal
    mixing with desktop
Time
    converting
        HyperCard
        Macintosh
TP Desktop client service
    introduction to
TRANSCEIVE
    applications using
U
Unidirectional workspaces
    modifiable
    read-only
    write-only
Usage
    processor
User interface
    design
    event-driven environment
    software
Using the DBInit service
    guidelines
V
Version checking
    Macintosh interface
    operations to implement
    requesting
    routine
        writing
            Windows #1
            Windows #2
Version number
    returned Data Access Manager
VmsToMac
    data conversion routine
VMSToMACTime
    conversion routine
W
Windows
    desktop client program
        building
    development guidelines
    sample
Workspace
    creating
    design
    DOS
        coding
Write-only workspaces
    See Unidirectional workspaces
X
X Windows
    development guidelines
    sample
XFCN
    makefile
    provided in sample
    purpose
Z
Zombie session
    definition
    handling
_
_ByteSwap
    location