circe/helpers.py
def time_to_chrome(ut: int) -> int:
    """ Converts a Unix timestamp to a Chrome timestamp.

    Expressing a large number in terms of smaller numbers often leads to a loss of precision, as is the case here.
    While Chrome timestamps are expressed in microseconds, Unix timestamps are expressed in seconds, which means the
    microsecond-level information is lost to us. Consequently, the last six digits from to_chrome_time will always be 0.
    """
    return 1000000 * (EPOCH_DELTA_S + ut)
 Converts a Unix timestamp to a Chrome timestamp.

    Expressing a large number in terms of smaller numbers often leads to a loss of precision, as is the case here.
    While Chrome timestamps are expressed in microseconds, Unix timestamps are expressed in seconds, which means the
    microsecond-level information is lost to us. Consequently, the last six digits from to_chrome_time will always be 0.
    
Converts a Unix timestamp to a Chrome timestamp.
Expressing a large number in terms of smaller numbers often leads to a loss of precision, as is the case here.
While Chrome timestamps are expressed in microseconds, Unix timestamps are expressed in seconds, which means the
microsecond-level information is lost to us. Consequently, the last six digits from to_chrome_time will always be 0.
Converts a Unix timestamp to a Chrome timestamp . Expressing a large number in terms of smaller numbers often leads to a loss of precision as is the case here . While Chrome timestamps are expressed in microseconds Unix timestamps are expressed in seconds which means the microsecond - level information is lost to us . Consequently the last six digits from to_chrome_time will always be 0 .
def time_to_chrome(ut: int) -> int:
    return 1000000 * (EPOCH_DELTA_S + ut)
def time_to_chrome ( ut : int ) -> int : return 1000000 * ( EPOCH_DELTA_S + ut )
Converts a Unix timestamp to a Chrome timestamp.
Converts a Unix timestamp to a Chrome timestamp .
""" Converts a Unix timestamp to a Chrome timestamp.

    Expressing a large number in terms of smaller numbers often leads to a loss of precision, as is the case here.
    While Chrome timestamps are expressed in microseconds, Unix timestamps are expressed in seconds, which means the
    microsecond-level information is lost to us. Consequently, the last six digits from to_chrome_time will always be 0.
    """
ut
int