Open an IO design
Syntax
open_io_design [‑name <arg>] [‑part <arg>] [‑constrset <arg>] [‑quiet]
[‑verbose]Returns
Design object
Usage
| Name | Description |
|---|---|
[-name]
|
Design name |
[-part]
|
Target part |
[-constrset]
|
Constraint fileset to use |
[-quiet]
|
Ignore command errors |
[-verbose]
|
Suspend message limits during command execution |
Categories
Description
Opens a new or existing I/O Pin Planning design.
Note: The design_mode property for the current source fileset must be defined as PinPlanning in order to open an I/O design. If not, you will get the following error:
ERROR: The design mode of 'sources_1' must be PinPlanningArguments
-name <arg> - (Optional) The name of a new or existing I/O Pin Planning design.
-part <arg> - (Optional) The Xilinx device to use when creating a new design. If the part is not specified the default part will be used.
-constrset <arg> - (Optional) The name of the constraint fileset to use when opening an I/O design.
Note: The
-constrset argument must refer to a constraint fileset that exists. It cannot be used to create a new fileset. Use create_fileset for that purpose.-quiet - (Optional) Execute the command quietly, returning no messages from the command. The command also returns TCL_OK regardless of any errors encountered during execution.
Note: Any errors encountered on the command-line, while launching the command, will be returned. Only errors occurring inside the command will be trapped.
-verbose - (Optional) Temporarily override any message limits and return all messages from this command.
Note: Message limits can be defined with the
set_msg_config command.Examples
The following creates a new I/O design called myIO:
open_io_design -name myIONote: The default source set, constraint set, and part will be used in this case.
The following example opens an existing I/O design called myIO, and specifies the constraint set to be used:
open_io_design -name myIO -constrset topCon