Anchors away!

README.md

@@ -170,15 +170,15 @@ while (!(input.buttonIsPressed(Button.AB))) {
 
 # Full API 
 
-## Setting Time Using 24-hour Format #timeanddate-set24HourTime
+## Setting Time Using 24-hour Format #timeanddate-set24hourtime
 
 Use `[timeanddate.set24HourTime()]` to set the time using 24-hour format (hours from 0-23, minutes from 0-59, seconds from 0-59). See [Setting the Time](#setting-the-time).
 
-## Setting Time Using AM/PM Format #timeanddate-setTime
+## Setting Time Using AM/PM Format #timeanddate-settime
 
 Use `[timeanddate.setTime()]` to set the time using am/pm format (hours from 1-12, minutes from 0-59, seconds from 0-59).  See [Setting the Time](#setting-the-time).
 
-## Setting the Date #timeanddate-setDate
+## Setting the Date #timeanddate-setdate
 
 Use `[timeanddate.setDate()]` to set the date (month from 1-12, day from 1-31, year from 0000-9999). See [Setting the Time](#setting-the-time).
 
@@ -213,7 +213,7 @@ Use the timestamp  or the ``[timeanddate.numericTime()]`` block to get numeric v
 
 ### ~
 
-## Timestamps (string) #timeanddate-dateStamp
+## Timestamps (string) #timeanddate-datestamp
 
 Often a "timestamp" is needed to record events, like when measurements are taken for a science experiment.  Use:
 
@@ -231,7 +231,7 @@ Use timestamps when logging events that happen over multiple days  (more than 24
 
 ### ~
 
-## Accessing numeric values of time / date #timeanddate-numericTime
+## Accessing numeric values of time / date #timeanddate-numerictime
 
 Numeric values of time/date can be useful for things like alarm clocks.  Use:
 
@@ -257,7 +257,7 @@ when it had changed to 2020-01-02.  The combined date and time would appear to b
 
 ### ~
 
-## Advancing and Adjusting Time #timeanddate-advanceBy 
+## Advancing and Adjusting Time #timeanddate-advanceby 
 
 ```sig
 timeanddate.advanceBy(amount: number, unit: TimeUnit)
@@ -271,39 +271,39 @@ It behaves like a mechanical clock: Advancing the minutes causes the hour to adv
 for adjusting the clocks accuracy (adding seconds occasionally if it's slow) or adjusting 
 for changes in timezone or daylight savings time.
 
-## Seconds the Micro:bit has been running #timeanddate-secondsSinceReset
+## Seconds the Micro:bit has been running #timeanddate-secondssincereset
 
 ```sig
 timeanddate.secondsSinceReset()
 ```
 
 Reports the time (in seconds) since the micro:bit started.
 
-## Minute Changing #timeanddate-onMinuteChanged
+## Minute Changing #timeanddate-onminutechanged
 
 ```sig 
 timeAndDate.onMinuteChanged(handler: () => void)
 ```
 The provided code will run when the minute changes. 
 
 
-## Hour Changing #timeanddate-onHourChanged
+## Hour Changing #timeanddate-onhourchanged
 
 ```sig 
 timeAndDate.onHourChanged(handler: () => void)
 ```
 The provided code will run when the hour changes. 
 
 
-## Day Changing #timeanddate-onDayChanged
+## Day Changing #timeanddate-ondaychanged
 
 ```sig 
 timeAndDate.onDayChanged(handler: () => void)
 ```
 The provided code will run when the day changes. 
 
 
-## Weekdays #timeanddate-dayOfWeek
+## Weekdays #timeanddate-datetodayofweek
 
 Once you have the day, month, and year, you can use them on the:
 ```sig
@@ -312,7 +312,7 @@ timeanddate.dateOfWeek()
 
 to determine the day of the week.  It returns a numeric code, where 0 is Monday, 1 is Tuesday, etc.
 
-## Day of the Year #timeanddate-dateToDayOfYear
+## Day of the Year #timeanddate-datetodayofyear
 
 Once you have the day, month, and year, you can use them on the:
 ```sig

test.ts

@@ -154,13 +154,13 @@ assert("time4e", "1:59.59am", timeanddate.time(timeanddate.TimeFormat.HMMSSAMPM)
 
 
 // Test Day Of Week
-assert("dow1", 0, timeanddate.dayOfWeek(1, 20, 2020))
-assert("dow2", 1, timeanddate.dayOfWeek(1, 21, 2020))
-assert("dow3", 5, timeanddate.dayOfWeek(2, 29, 2020))
-assert("dow4", 6, timeanddate.dayOfWeek(3, 1, 2020))
-assert("dow5", 0, timeanddate.dayOfWeek(3, 1, 2021))
-assert("dow6", 1, timeanddate.dayOfWeek(3, 1, 2022))
-assert("dow7", 4, timeanddate.dayOfWeek(3, 1, 2024))
+assert("dow1", 0, timeanddate.dateToDayOfWeek(1, 20, 2020))
+assert("dow2", 1, timeanddate.dateToDayOfWeek(1, 21, 2020))
+assert("dow3", 5, timeanddate.dateToDayOfWeek(2, 29, 2020))
+assert("dow4", 6, timeanddate.dateToDayOfWeek(3, 1, 2020))
+assert("dow5", 0, timeanddate.dateToDayOfWeek(3, 1, 2021))
+assert("dow6", 1, timeanddate.dateToDayOfWeek(3, 1, 2022))
+assert("dow7", 4, timeanddate.dateToDayOfWeek(3, 1, 2024))
 
 // Test Day Of Year
 assert("doy1", 1, timeanddate.dateToDayOfYear(1, 1, 2020))

timeanddate.ts

@@ -343,7 +343,7 @@ namespace timeanddate {
     //% day.min=1 day.max=31 day.defl=20
     //% year.min=2020 year.max=2050 year.defl=2020
     //% weight=40
-    export function dayOfWeek(month: Month, day: Day, year: Year): Weekday {
+    export function dateToDayOfWeek(month: Month, day: Day, year: Year): Weekday {
         let doy = dateToDayOfYear(month, day, year)
         // Gauss's Algorithm for Jan 1: https://en.wikipedia.org/wiki/Determination_of_the_day_of_the_week
         // R(1+5R(A-1,4)+4R(A-1,100)+6R(A-1,400),7)