Having this error:

The call daytime$($datetime$.$datetime$(2015,10,31,6,0,$ tzinfo$=),$daycycle$)$ returns False, not True.

def daytime$($time$,$daycycle$)$:

$"""$

Returns True if the time takes place during the day, False otherwise $($and

returns None if a key does not exist in the dictionary$).$

A time is during the day if it is after sunrise but before sunset, as

indicated by the daycycle dictionary.

A daycycle dictionary has keys for several years $($as strings$).$ The value for

each year is also a dictionary, taking strings of the form $\text{'}$mm$-$dd$\text{'}.$ The

value for that key is a THIRD dictionary, with two keys "sunrise" and

"sunset". The value for each of those two keys is a string in $24-$hour

time format.

For example, here is what part of a daycycle dictionary might look like:

$"2015"$: $\{$

$"01-01"$: $\{$

"sunrise": $"07$:$35",$

"sunset": $"16$:$44"$

$\},$

$"01-02"$: $\{$

"sunrise": $"07$:$36",$

"sunset": $"16$:$45"$

$\},$

$...$

$\}$

In addition, the daycycle dictionary has a key 'timezone' that expresses the

timezone as a string. This function uses that timezone when constructing

datetime objects using data from the daycycle dictionary. Also, if the time

parameter does not have a timezone, we assume that it is in the same timezone

as the daycycle dictionary.

Parameter time: The time to check

Precondition: time is a datetime object

Parameter daycycle: The daycycle dictionary

Precondition: daycycle is a valid daycycle dictionary, as described above

$"""$

# HINT: Use the code from the previous exercise to get sunset AND sunrise

# Add a timezone to time if one is missing $($the one from the daycycle$)$

year $=$ time.year

month$\_$day $=$ time.strftime$(\text{'}\%$m$-\%$d$\text{'})$

day$\_$info $=$ daycycle$[$str$($year$)][$month$\_$day$]$

sunrise$\_$str $=$ day$\_$info$[\text{'}$sunrise$\text{'}]$

sunset$\_$str $=$ day$\_$info$[\text{'}$sunset$\text{'}]$

if time.tzinfo is None:

tz $=$ pytz$.$timezone$($daycycle$[\text{'}$timezone$\text{'}])$

time $=$ tz$.$localize$($time$)$

else:

tz $=$ time.tzinfo

sunrise $=$ datetime.datetime.combine$($time$.$date$(),$ datetime.datetime.strptime$($sunrise$\_$str$,\text{'}\%$H:$\%$M$\text{'}).$time$(),$ tzinfo$=$tz$)$

sunset $=$ datetime.datetime.combine$($time$.$date$(),$ datetime.datetime.strptime$($sunset$\_$str$,\text{'}\%$H:$\%$M$\text{'}).$time$(),$ tzinfo$=$tz$)$

return sunrise $<=$ time $<$ sunset

these are the test cases

def test$\_$daytime$()$:

$"""$

Tests the function utils.daytime

$"""$

fcn $=$ 'utils.daytime'

parent $=$ os$.$path.split$(\_\_$file$\_\_)[0]$

fpath $=$ os$.$path.join$($parent$,$'daycycle.json'$)$

cycle $=$ utils.read$\_$json$($fpath$)$

times $=[(\text{'}2015-06-05$T$07$:$00$:$00\text{'},$True,True$),(\text{'}2015-06-05$T$17$:$00$:$00\text{'},$True,True$),$

$(\text{'}2015-10-31$T$06$:$00$:$00\text{'},$False,True$),(\text{'}2015-10-31$T$17$:$00$:$00\text{'},$True,False$),$

$(\text{'}2015-11-17$T$07$:$00$:$00\text{'},$True,True$),(\text{'}2015-11-17$T$17$:$00$:$00\text{'},$False,False$),$

$(\text{'}2015-12-11$T$07$:$00$:$00\text{'},$False,True$),(\text{'}2015-06-05$T$17$:$00$:$00\text{'},$True,True$),$

$(\text{'}2016-11-01$T$07$:$00$:$00\text{'},$True,True$),(\text{'}2016-11-01$T$17$:$00$:$00\text{'},$False,False$),$

$(\text{'}2017-11-17$T$07$:$00$:$00\text{'},$False,True$),(\text{'}2017-11-17$T$17$:$00$:$00\text{'},$False,False$),$

$(\text{'}2018-06-05$T$07$:$00$:$00\text{'},$True,True$),(\text{'}2018-06-05$T$17$:$00$:$00\text{'},$True,True$),$

$(\text{'}2018-11-15$T$07$:$00$:$00\text{'},$True,True$),(\text{'}2018-11-15$T$17$:$00$:$00\text{'},$False,False$),$

$(\text{'}2019-11-15$T$07$:$00$:$00\text{'},$True,True$),(\text{'}2019-11-15$T$17$:$00$:$00\text{'},$False,False$)]$

# CHECK THE TEST CASES

for time in times:

act $=$ utils.str$\_$to$\_$time$($time$[0],$"America$/$New$\_$York"$)$

day $=$ utils.daytime$($act$,$cycle$)$

data $=($fcn$,$repr$($act$),$'daycycle',repr$($day$),$repr$($time$[1]))$

assert$\_$equals$($time$[1],$ day,$\text{'}\%$s$(\%$s$,\%$s$)$ returned $\%$s$,$ but should have returned $\%$s$\text{'}\%$ data$)$

act $=$ utils.str$\_$to$\_$time$($time$[0],$"America$/$Chicago$")$

day $=$ utils.daytime$($act$,$cycle$)$

data $=($fcn$,$repr$($act$),$'daycycle',repr$($day$),$repr$($time$[2]))$

assert$\_$equals$($time$[2],$ day,$\text{'}\%$s$(\%$s$,\%$s$)$ returned $\%$s$,$ but should have returned $\%$s$\text{'}\%$ data$)$

# Test the case of no time zone $($Same result as first test above$)($Edited by STT$)$

act $=$ utils.str$\_$to$\_$time$($time$[0])$

day $=$ utils.daytime$($act$,$cycle$)$

data $=($fcn$,$repr$($act$),$'daycycle',repr$($day$),$repr$($time$[1]))$

assert$\_$equals$($time$[1],$ day,$\text{'}\%$s$(\%$s$,\%$s$)$ returned $\%$s$,$ but should have returned $\%$s$\text{'}\%$ data$)$

print$(\text{'}\%$s passed all tests' $\%$ fcn$)$