Intel® Quartus® Prime Pro Edition User Guide: Scripting

ID 683432
Date 12/13/2021
Public

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Document Table of Contents

3.1.29.29. get_path_info (::quartus::sta)

The following table displays information for the get_path_info Tcl command:

Tcl Package and Version

Belongs to ::quartus::sta

Syntax get_path_info [-h | -help] [-long_help] [-advanced] [-arrival_points] [-arrival_time] [-borrow_dst] [-borrow_src] [-clock_relationship] [-clock_skew] [-corner] [-data_delay] [-from] [-from_clock] [-from_clock_is_inverted] [-hold_end_multicycle] [-hold_start_multicycle] [-latch_time] [-launch_time] [-num_logic_levels] [-operating_conditions] [-required_points] [-required_time] [-setup_end_multicycle] [-setup_start_multicycle] [-slack] [-to] [-to_clock] [-to_clock_is_inverted] [-type] <path_ref>
Arguments -h | -help Short help
-long_help Long help with examples and possible return values
-advanced Return clock pessimism due to advanced effects
-arrival_points Return a collection of point objects for the arrival path
-arrival_time Return the data arrival time for the path
-borrow_dst Return the time borrowed at destination (when the path ends at a level-sensitive latch)
-borrow_src Return the time borrowed at source (when the path starts at a level-sensitive latch)
-clock_relationship Return the clock relationship for the path
-clock_skew Return the clock skew for the path
-corner Returns a string indicating the operating conditions at which the path's delay values are found
-data_delay Return the data delay for the path
-from Return the source node ID
-from_clock Return the source clock ID
-from_clock_is_inverted Return 1 if the source clock is inverted, 0 otherwise
-hold_end_multicycle Return the hold end multicycle for the path
-hold_start_multicycle Return the hold start multicycle for the path
-latch_time Return the latch time for the path
-launch_time Return the launch time for the path
-num_logic_levels Return the number of logic levels on the path between the to node and from node
-operating_conditions Returns a string indicating the operating conditions at which the path's delay values are found
-required_points Return a collection of point objects for the required path
-required_time Return the data required time for the path
-setup_end_multicycle Return the setup end multicycle for the path
-setup_start_multicycle Return the setup start multicycle for the path
-slack Return the slack for the path
-to Return the destination node ID
-to_clock