$1.$ Create a function called store$($filename$).$ The function should do the following:

a$.$ Read the data from the filename specified in its parameter. The data in the file has three parts: height, growth rate and DNA sequence.

b$.$ Split the data into the above mentioned three parts and store them in a list.

c$.$ Return the list.

$2.$ Create a function called main$().$ This function should do the following:

a$.$ Prompt the user for a filename. For testing purposes, we have provided the files dna$1.$txt$,$ dna$2.$txt and dna$3.$txt here.

b$.$ Add the following code to your main function to test the store function:

$```$

info $=$ store$($filename$)$

height $=$ info$[0]$

growth$\_$rate $=$ info$[1]$

raw$\_$dna $=$ info$[2]$

print$($f$"$HEIGHT: $\{$height$\}$ GROWTH RATE: $\{$growth$\_$rate$\}$

RAW DNA: $\{$raw$\_$dna$[$:$30]\}...")$

$```$

$3.$ Name your file dino$1.$py

After completion of this part, your output should match the sample output and test cases below:

Sample output video

Here is a video recording showcasing the sample output:

Asciinema recording for Part $1$

Sample output

Enter filename: dna$1.$txt

HEIGHT: $0\mathrm{.}8$ GROWTH RATE: $0\mathrm{.}6$

RAW DNA: a$8$C$\backslash$&T$3$gA@Gt$*$AC$1!$Tca$2$G$\backslash$$BmT$\backslash$#Ap$7$T$...$