Page Comparison

Name

Type

Description

group1

string

Mandatory. Specifies how to get a group of clocks. A valid clock should be a clock created by command createClock. A valid argument can be: getClock(clock_name) and getClocks(name_expression).

group2_list

string

Mandatory. Same as the argument "group1_list"

option

string

Mandatory. A valid option can be 'asynchronous' or 'exclusive': Asynchronous clocks are those that are completely unrelated. Exclusive clocks are not actively used in the design at the same time

Name

Type

Description

from_listsource

string

Specifies how to get a timing path starting points. A valid timing starting point can be either an input port or a register. A valid argument can be: getPort(port_name), getPorts(name_expression), getRegister(register_name), getRegisters(name_expression), getRegistersByClock(clock_name)to_list

target

string

Specifies how to get a timing path ending points. A valid timing ending point can be either an output port or a register. A valid argument can be: getPort(port_name), getPorts(name_expression), getRegister(register_name), getRegisters(name_expression), getRegistersByClock(clock_name)

delay

float

The required maximum delay value in ns for specified paths.

Name

Type

Description

from_listsource

string

Specifies how to get a timing path starting points. A valid timing starting point can be either an input port or a register. A valid argument can be: getPort(port_name), getPorts(name_expression), getRegister(register_name), getRegisters(name_expression), getRegistersByClock(clock_name)to_list

target

string

Specifies how to get a timing path ending points. A valid timing ending point can be either an output port or a register. A valid argument can be: getPort(port_name), getPorts(name_expression), getRegister(register_name), getRegisters(name_expression), getRegistersByClock(clock_name)

delay

float

The required minimum delay value in ns for specified paths.