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An advanced mission critical dependency management platform for developing and executing flows.
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Altair FlowTracer User Guide
FlowTracer is a complete system to create, manage, and execute design flows.
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This manual is aimed at the person who will be the administrator for FlowTracer. This person will be responsible for configuring the network resources, setting up the licensing, and establishing security and access rules for the system.
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- FlowTracer Roles
  When using FlowTracer in large deployments, three main roles emerge: Administrator, Developer and User. In smaller organizations, a given person may have multiple roles, but the duties of each role still exist.
- Environment Management
  To ensure the correct and repeatable behavior of the tools, the environment must be controlled. This chapter explains how VOV supports multiple reusable environments.
- Execute Jobs From the Command Line
- Flowbuilding
  The trace is built using a combination of techniques.
- Flow Description Language (FDL)
  - Flow Language Procedures
  - FDL Procedures Reference
    - FDL_A
      Add annotations to the most recently declared node.
    - FDL AD
      Declare an artificial dependency between two jobs.
    - FDL CAPSULE
    - FDL D
      Set the database for subsequent files.
    - FDL E
    - FDL FLAGS
    - FDL I
      Declare an input dependency.
    - FDL indir
      Execute a code fragment in a directory.
    - FDL INSTRUMENTED
    - FDL J
      Declare a job and use the capsule to compute IO's (see also T and P).
    - FDL J_FINAL
    - FDL L
      Set the legal exit values for subsequent jobs.
    - FDL N
      Set the jobname.
    - FDL N2
    - FDL O
      Declare an output dependency. All jobs require at least one output to be valid.
    - FDL P
      Add a property to the most recently mentioned object.
    - FDL PARALLEL
      Declare the parallelism between two or more tasks and subflows (See also TASK and SERIAL).
    - FDL PJ
      Declare a job to be executed periodically (see also T and J).
    - FDL PRIORITY
      Set the priority to be used for the subsequent jobs.
    - FDL R
      Set resources for subsequent jobs.
    - FDL R2
    - FDL S
      Precise definition of a set of jobs.
    - FDL S+
      Append jobs to a set.
    - FDL SERIAL
      Serially order a number of tasks and subflows (See also TASK and PARALLEL).
    - FDL shift
      Get the next argument from argv
    - FDL START
      Start running jobs -- rarely used.
    - FDL STOP
    - FDL T
      Declare a job (see also PJ and J).
    - FDL T_FINAL
    - FDL TASK
      Declare a job with no specific dependencies (see also SERIAL and PARALLEL).
    - FDL X
      Set the expected duration for subsequent jobs.
    - FDL Z
      Set the zippable flag for a list of files.
  - J versus T
    In FDL there are two procedures that can be used to add a job to a flow: T and J. Which one should you use?
  - Build Flows with vovbuild
  - Conflicts in vovbuild
  - Use O_CONFLICT to Choose Behavior in Case of Output Conflict
  - vovbuild Argument Parsing
  - Task Oriented Flows
  - Dependencies in FDL
  - Forcing Dependencies
  - vtk_transition_add
  - Difference Between E and ves
  - Linear Coding in FDL
  - Set Creation in FDL
  - Conditional Flows
  - Decisions in Flows with IFJOB
  - Parse Configuration Files
  - RECONCILE_WITH_FILE_SYSTEM
  - Create Directories in FDL
  - File Generation in FDL
  - Generate FDL Using the Instrumentation Library
  - Run Jobs in an xterm
  - FDL and make Comparison
  - Run Interactive Jobs with vxt
  - Tcl Interface to Various Set Operations
- Tool Integration
- Integrate Difficult Tools
- Runtime Change Propagation Control
  The patented technique of Runtime Change Propagation Control (RCPC) provides the ability to stop the propagation of insignificant changes through the flow.
- Flow Library
  FlowTracer captures your design in design flows described by Flow.tcl files. The Flow Library is meant to help users locate and deploy instances of packaged flows bound to their specific design data.
- Files, Equivalences, Exclusions
  The files used in a project reside in one or more directories spread all around your filesystems. Each logical name defined in the equiv.tcl file implicitly declares the root of a workspace. You can browse the workspaces using the browser interface.
- Makefile Conversion
- Advanced Tasker Topics
- Resource Management
  The Resource Map Set represents the collection of resource maps that have been assigned to a project and the constraints associated with such resources.
- CGI Interface
- Events
  Every change in the trace is recorded as an event, which is then sent to all clients that subscribe to them.
- Miscellaneous

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FDL S+

Append jobs to a set.

Arguments

setname script

Description

Append all jobs created in the body of the procedure to the specified set.

Note:

If the specified set does not exist, the set is created.
Job I/O nodes are not placed in the set.
Must use fully qualified set name when appending to a nested set.

Arguments

switch -- $arg {
     "-last" {
          vtk_set_operation $setid $make(lastNodeId) ATTACH
     }
     "-set" {
          set set2name   [shift args]
          set set2id     [vtk_set_find $set2name]
          vtk_set_operation $setid $set2id UNION
     }
     "-idlist" -
     "-id" {
           set idList [shift args]
           vtk_set_operation $setid $idList ATTACH
     }

Synopsis

S+ set_namebody

Examples

Create the first Set

S "foo1" {
    J vw cp aa bb
}

Append a second Set to the first using S+


S+ "foo1" {
    J vw cp bb cc
}

foo1 now has two jobs attached to it.

"J
                                vw cp aa bb"

and "J vw cp bb cc". Because S+ was used, rather than just the S procedure, the jobs were added to the foo1 Set, rather than overwriting the original.

Append Jobs to a Non-existing Set

If you try to append jobs to a Set that does not exist yet, the Set is created by default, with the added jobs attached to it.

For example

S+ "MyNewSet" {
    J vw cp cc dd
}

A new Set named "MyNewSet" is created.