Difference: PCF8563Driver (1 vs. 4)

Revision 42021-01-27 - UliRaich

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META TOPICPARENT	name="TheT-watch2020Hardware"

The Driver for the PCF8563 Real-time Clock and Calendar

Line: 22 to 22

enable_alarm_interrupt(): enable the alarm interrupt
disable_alarm_interrupt(): disable the alarm interrupt
set_daily_alarm(hours=None, minutes=None, date=None,weekday=None)

Changed:

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I had some difficulties with the sequence of parameters of datetime(), set_datetime() and write_all() which did not reflect the sequence returned by utime.localtime which is
(year,month,date,hours,minutes,seconds,day_of_week). I therefore the parameters of these methods.

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I had some difficulties with the sequence of parameters of datetime(), set_datetime() and write_all() because it did not reflect the sequence returned by utime.localtime, which is
(year,month,date,hours,minutes,seconds,day_of_week). I therefore modified the driver and changed the parameters of these methods.

Then I wrote 2 example programs:

rtc_set_time: Sets the time to the current CET time (you can easily modify this to set e.g. GMT time instead)

Revision 32021-01-26 - UliRaich

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META TOPICPARENT	name="TheT-watch2020Hardware"

The Driver for the PCF8563 Real-time Clock and Calendar

Changed:

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This is a pure MicroPython driver written by Lewis He, which can be found on https://github.com/lewisxhe/PCF8563_PythonLibrary.

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This is a pure MicroPython driver written by Lewis He, which can be found on https://github.com/lewisxhe/PCF8563_PythonLibrary

It is implemented as class PCF8563 with the following methods:

PCF8563(i2c:!I2C,address=None): Creates an PCF8563 instance. In the first parameter the I2C object from the machine module must be passed. address can be left undefined in which case the default PCF8563 I2C slave address (0x51) is used

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date(): returns day in the month
month(): returns months
year(): returns year

Changed:

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datetime(): returns the tuple: (year,month,date,day,hours,minutes,seconds)
write_all(seconds=None,minutes=None,hours=None,day=None,date=None,month=None,year=None): writes the corresponding value to the pcf8563 registers if not None)
set_datetime(dt): dt is a tuple (year, month,date,day,hours,minutes,seconds)

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datetime(): returns the tuple: (year,month,date,hours,minutes,seconds,day)
write_all(year=None,month=None,date=None,hours=None,minutes=None,seconds=None,day=None): writes the corresponding value to the pcf8563 registers if not None)
set_datetime(dt): dt is a tuple (year, month,date,hours,minutes,seconds,day)

write_now(): write utime.localtime() to the PCF8563 registers
set_clk_out_frequency(frequency=CLOCK_CLK_OUT_FREQ_1_HZ): sets the clock out pin frequency (1 Hz if frequency is not specified)
check_for alarm_interrupt() check i the alarm interrupt is set
enable_alarm_interrupt(): enable the alarm interrupt
disable_alarm_interrupt(): disable the alarm interrupt
set_daily_alarm(hours=None, minutes=None, date=None,weekday=None)

Added:

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Then I wrote 2 example programs:

rtc_set_time: Sets the time to the current CET time (you can easily modify this to set e.g. GMT time instead)
rtc_get_time: Gets date and time from the PCF8563

You can find the code on the github repository: https://github.com/uraich/twatch2020_firmware/tree/main/hardware/pcf8563

Uli Raich - 2021-01-25

Revision 22021-01-25 - UliRaich

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META TOPICPARENT	name="TheT-watch2020Hardware"

The Driver for the PCF8563 Real-time Clock and Calendar

Changed:

<
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This is a pure MicroPython driver written by Lewis He which can be found on https://github.com/lewisxhe/PCF8563_PythonLibrary.

>
>

This is a pure MicroPython driver written by Lewis He, which can be found on https://github.com/lewisxhe/PCF8563_PythonLibrary.

Changed:

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It is implemented as class PCF8563 with the following methods:

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It is implemented as class PCF8563 with the following methods:

PCF8563(i2c:!I2C,address=None): Creates an PCF8563 instance. In the first parameter the I2C object from the machine module must be passed. address can be left undefined in which case the default PCF8563 I2C slave address (0x51) is used
seconds(): returns seconds of current time
minutes(): returns minutes
hours() returns hours
day(): returns day of the week
date(): returns day in the month
month(): returns months
year(): returns year
datetime(): returns the tuple: (year,month,date,day,hours,minutes,seconds)
write_all(seconds=None,minutes=None,hours=None,day=None,date=None,month=None,year=None): writes the corresponding value to the pcf8563 registers if not None)
set_datetime(dt): dt is a tuple (year, month,date,day,hours,minutes,seconds)
write_now(): write utime.localtime() to the PCF8563 registers
set_clk_out_frequency(frequency=CLOCK_CLK_OUT_FREQ_1_HZ): sets the clock out pin frequency (1 Hz if frequency is not specified)
check_for alarm_interrupt() check i the alarm interrupt is set
enable_alarm_interrupt(): enable the alarm interrupt
disable_alarm_interrupt(): disable the alarm interrupt
set_daily_alarm(hours=None, minutes=None, date=None,weekday=None)

Uli Raich - 2021-01-25

Revision 12021-01-25 - UliRaich

Line: 1 to 1

Added:

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META TOPICPARENT	name="TheT-watch2020Hardware"

The Driver for the PCF8563 Real-time Clock and Calendar

This is a pure MicroPython driver written by Lewis He which can be found on https://github.com/lewisxhe/PCF8563_PythonLibrary.

It is implemented as class PCF8563 with the following methods:

-- Uli Raich - 2021-01-25

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