The data is provided in a CSV file format. Each line represents a single dose of one of the four medicines and includes the following data:

A UUID of the patient

The patient's first and last names,

The patient's blood type $($A$,$ B$,$ AB$,$ or O$)$

An date$/$time when the medication was administered in the ISO $8601$ format $($so that it is lexicographically ordered$)$

The medicine and dosage $($in mg$)$

An example:

e$3$aab$55$e$-697$b$-4949-$b$312-42$f$6018$f$0$daa,Tim,Carlson,A$,2022-03-13$T$05$:$58$:$26,$Xpensiv,$220$

Patients can and will appear multiple times $($one for each dose of each medication they received$).$ We have provided code that loads up data file$($s$)$ in this format in a data representation $($see the provided files$).$

Report $1$: Totals Report

Your first task is to produce a report of the total number of doses and total number of milligrams $($mg$)$ for each medication. Your report should look like the following.

Dose and Dosage Total Report

Nodiathol Kihpliva Xpensiv Playceibitol

Doses $3923810$

Dosage $5230252011701520$

Report $2$: Blood Type Counts

We need to verify how many unique patients are in the data and how many of each blood type we have for further research. Take care: the same patient $($identified by a UUID$)$ may appear many times in the data and should not be counted more than once for this report.

Your report should look like the following:

Blood Type Patient Total Report

A $2$

B $4$

AB $3$

O $4$

Total $13$

Report $3$: Bad Dosage Data Report

The data provided was compiled from several different sources, including data entered by medical professionals, some reported by patients and from inventory records. It is possible that dosages were reported incorrectly. For that reason, LSP Inc has compiled a second set of data and wants you to find any differences between the two data sets.

In the first data set $($the same one you used to produce the above reports$),$ for each record: find the record in the second data set $($identified by having the same patient UUID and date$/$time$)$ and report it if either the medicine or the dosage is different or$,$ if the record cannot be found in the second data set, report it as missing. Your report should look like the following and all data anomalies should be reported in order of patient $($by UUID$),$ then by date.

Bad Dosage Data Report:

Missing record:

Thomas, David $(6$ca$06$d$8$a$-274$e$-4179-8$a$2$f$-20$cf$2510$b$18$a$,$ AB$)$ Playceibitol $210$mg on $2022-02-23$T$00$:$30$:$06$

Incorrect Dosage:

Long, April $(940$ec$4$f$3-6$c$32-4050-9998-9809$fb$9$fd$910,$ O$)$ Nodiathol $220$mg on $2022-04-27$T$02$:$48$:$32$

Long, April $(940$ec$4$f$3-6$c$32-4050-9998-9809$fb$9$fd$910,$ O$)$ Nodiathol $210$mg on $2022-04-27$T$02$:$48$:$32$

Missing record:

Sanders, Brandy $($f$0$a$1$c$85$b$-78$bd$-40$a$0-9$fd$6-54$d$9745$f$2$acf, O$)$ Xpensiv $50$mg on $2022-03-13$T$16$:$01$:$31$

Incorrect Medicine:

Sanders, Brandy $($f$0$a$1$c$85$b$-78$bd$-40$a$0-9$fd$6-54$d$9745$f$2$acf, O$)$ Xpensiv $180$mg on $2022-03-26$T$08$:$24$:$01$

Sanders, Brandy $($f$0$a$1$c$85$b$-78$bd$-40$a$0-9$fd$6-54$d$9745$f$2$acf, O$)$ Nodiathol $180$mg on $2022-03-26$T$08$:$24$:$01$

Incorrect Dosage:

Anderson, Jeffrey $($f$496$f$9$ad$-$a$888-4$ea$6-8$d$98-4$c$8$f$3270$bda$4,$ O$)$ Nodiathol $210$mg on $2022-03-05$T$20$:$15$:$07$

Anderson, Jeffrey $($f$496$f$9$ad$-$a$888-4$ea$6-8$d$98-4$c$8$f$3270$bda$4,$ O$)$ Nodiathol $120$mg on $2022-03-05$T$20$:$15$:$07$

Incorrect Medicine:

Anderson, Jeffrey $($f$496$f$9$ad$-$a$888-4$ea$6-8$d$98-4$c$8$f$3270$bda$4,$ O$)$ Nodiathol $170$mg on $2022-08-16$T$05$:$59$:$56$

Anderson, Jeffrey $($f$496$f$9$ad$-$a$888-4$ea$6-8$d$98-4$c$8$f$3270$bda$4,$ O$)$ Xpensiv $170$mg on $2022-08-16$T$05$:$59$:$56$

Total Missing Patient Data records: $2$

Total Incorrect Medicine records: $2$

Total Incorrect Dosage records: $2$

Take care: a naive, brute$-$force approach will not work.

Instructions

Write a program that accepts two input files as command line arguments, processes the two files, and outputs the reports above to the standard output. Two input examples have been provided for you to troubleshoot and debug your program. Your output should provide the same information as the output in this handout, but the exact formatting does not need to match.