Actual ClockCurrent clock
cy.clock() overrides native global time-related functions so that they can be controlled synchronously via cy.tick() or the output clock object.
what is the current MCU watch on sk-s7g2? - Synergy - Forum - Renesas Synergy Platform
Hello Richard, thank you very much for your answer. CLKOUT, but there is information indirectly about the actual nuclear clock rate. Reason for the reading was when I posted the first message: first: low Coremark value (expected 3.28 CM/MHz @ 200 MHz according to documentary, falls to 2.8 CM/MHz @ 240 MHz): the reading I make at 240MHz is 1.9 CM/MHz and it is a little better 2.1 CM/MHz @120 MHz, but still below expectations.
In this case there are so many culprits, I wanted to begin with the more apparent / easily checkable = clock. But now the problem has slightly changed, the second element is resolved, I keep getting the same results as above and I'm pretty sure it's not a clock problem now.
I get an execute fault with the -o3 flags (UNRECOVERRABLE ERROR). Perhaps the high levels stated in the manual are achieved with the IAR Compoiler?
cy.clock() overwrites natively available timed globale function so that they can be driven synchronous via cy.tick() or the output clock objects.... This clock begins in the Unix era (timestamp from 0). That means that if you instance the new date in your app, it will have a date from January 1, 1970.
This is a datestamp that indicates where the clock should begin. The name of the name of the original function to be overwritten by the clock. Give an option construct to modify the standard behaviour of cy.clock(). cy.clock() returns a clock construct with the following methods: Moves the clock by the specified number of miliseconds. It calls all Timer within the affected area.
Recover all overwritten natives features. They can also use this. clock to call the clock in a . then() call-back. have. text','2 seconds' In most cases it is simpler to move the clock with cy.tick(), but you can also use the clock obtained from cy.clock(). To do this, you can call cy.clock() again later in a string if necessary.
This clock is also available in every .then() call-back via this. Generally, it should not be necessary to recover natively the cy.clock() overwrites function by hand, as this happens auto-return between testing. However, if necessary, the clock output has a . About this clock: ....
2017-03-14' This example below only overwrites setTimeout and ClearTimeout and leaves the other time-related features unchanged. setTimeout','clearTimeout' Take a look at our sample prescription that tests espionage, stubbling and clock. Notice that cy.clock() only works for the top pane of a web page. This does not overwrite the timing function of an embeded israme.
When you call cy.clock() before you visit a page with cy.visit(), the page's natively available globale function is overwritten when the page is loaded before one of your application codes is executed, so even if setTimeout is invoked when the page is loaded, for example, it can still be accessed via cy.tick(). cy.clock() needs a concatenation of cy. cy.clock() is a utilitycommand. cy.clock() will not execute any assertions. cy.clock() will not execute any Assertions.
Assertions are run through as if this function did not present. cy.clock() cannot timeout. Returns the above instruction in the instruction protocol as : If you click the clock button in the instruction protocol, the following is output from the console: