| CSCI 360 | Spring 2014 |
For this assignment, write a program that will build and print a table of statistics for the current (partial) season of the Chicago Blackhawks hockey team.
The input to the program will be an unknown number of records (maximum of 30). Each record contains the information for one player and has the following format:
columns description ------- ----------- 1 - 2 player number (unsigned) 3 blank 4 position code (character) 5 blank 6 - 30 player name (character) 31 - 32 number of games played (unsigned) 33 blank 34 - 35 number of goals scored (unsigned) 36 blank 37 - 39 number of assists (unsigned) 40 blank 41 - 44 number of shots taken (unsigned) 45 - 46 blank 47 - 48 +/- rating (signed) 49 - 80 blank
The position code is a single character that indicates the position that the player plays.
position code playing position
------------- ----------------
C Center
D Defense
L Left Wing
R Right Wing
The +/- rating is a signed integer value that represents the number of times a player is on the ice when a goal is scored. If the value is negative, then the player has been on the ice for more goals that were scored against the team than for the team. If the value is positive, then the player has been on the ice for more goals that were scored for the team than against the team.
For example, assume the following are the 47-48 bytes of two of the records in the input file of data:
2E J
The first record indicates that the player has a +/- rating of +25 (they've been on the ice for 25 more goals scored for the team rather than against). C'2E' is equivalant to X'F2C5'. When the value is PACKed, it becomes X'025C'.
The second record indicates that the player has a +/- rating of -1 (they've been on the ice for 1 more goal scored against the team rather than for the team). C' J' is equivalant to X'40D1'. When the value is PACKed, it becomes X'001D'.
This program requires one table, which should be defined in the storage area for the MAIN routine and should be able to hold a maximum of 30 entries. Each entry of the table represents a single player and should have the following format:
SIZE STORED ---- --------------------- PL 2 Player Number CL 1 Position Code CL 25 Player name PL 2 Number of games played PL 2 Number of goals scored PL 2 Number of assists PL 3 Number of shots taken PL 2 +/- rating ---- 39 bytes
You should use at least 3 internal subroutines: MAIN, BUILD, and PRINT.
This routine will control the flow of the program by:
The storage area for this routine is where the table, the fullword that holds the next available entry address for the table, input buffer, and parameter list(s) should be defined.
Make sure that the fullword that holds the address of the next available table entry initially contains the beginning address of the table.
This routine will put the information from the input file into the table and set the address of the next available entry for the table. All numeric data will be put into the table in packed decimal format, which means that the XDECI instruction will not be used in this assignment.
NOTE: The address of the beginning of the table is not being directly passed into the BUILD routine. The code should be written to use the address of the next available table entry to set up the table pointer. By doing this, the BUILD routine can start placing data anywhere in the table.
Suggested Logic for the BUILD routine:
1. Initialization: Load the input parameters
Set up the table pointer
2. Read the first input record
3. While there are input records
4. Move the player's name and position code into the table
5. Pack the number of games played, goals scored, assists,
shots taken, and +/- rating into the table
6. Increment the table pointer to the start of the next entry
7. Read the next input record
8. Endwhile
9. Pass back the address of the next available table entry
This routine will print a report of player information.
For each player, print the player's number, name, position, number of games played, number of goals scored, number of assists, number of points scored, number of shots taken, shooting percentage, and +/- rating.
Use the following formulas for the calculated values:
Number of Points Scored = Number of goals scored + Number of assists Shooting Percentage = Number of goals scored / Number of shots taken * 100
All mathematical computations in this routine MUST use the packed decimal arithmetic instructions. The Shooting Percentage should be rounded and have one digit after the decimal point. NOTE: it is safe to assume that every player has taken a shot.
All of the numeric fields should be formatted using the ED/EDMK instruction. This means that the XDECO instruction will not be used in this assignment. Use the following formatting guidelines:
Leading zeros should be suppressed - with the exception of a Shooting Percentage that is less than 1.0. In this case, the percentage should be displayed as 0.X, where X is a numeric digit.
The +/- rating should have a floating '+' if the rating is positive, a floating '-' if the rating is negative, and nothing if the rating is 0.
Suggested Logic for the PRINT routine:
1. Initialization: Load the input parameters
2. While there are players in the table
3. Move the player's name and position to the print line
4. Edit the player number, number of games played, goals scored,
assists, shots taken, and +/- rating
5. Calculate and edit the number of points scored
6. Calculate and edit the shooting percentage
7. Increment the table pointer to the start of the next entry
8. Endwhile
The shooting percentage should be rounded to the nearest tenth of a percent by using the SRP instruction.
The report should begin on a new page. The column headers should be triple spaced from the page header. The player lines should be single spaced.
Test the program with your own instream data. For the final run, replace your instream data with the following JCL:
The output for the program will be a report of the player information.
Note: It's possible that the assignment will need to be printed in Landscape to see all of the output columns.
Chicago Blackhawks Player Stats # Player Position Games Goals Assists Points Shots Shooting % +/- Rating -------------------------------------------------------------------------------------------------------------------- 88 Patrick Kane Right Wing 59 27 36 63 195 13.8 +8 10 Patrick Sharp Left Wing 60 28 30 58 231 12.1 +18 19 Jonathon Toews Center 60 19 36 55 154 12.3 +21 81 Marian Hossa Right Wing 55 24 26 50 191 12.6 +26 2 Duncan Keith Defense 59 3 45 48 147 2.0 +19 20 Brandon Saad Left Wing 60 18 22 40 110 16.4 +22 7 Brent Seabrook Defense 60 6 28 34 114 5.3 +24 65 Andrew Shaw Right Wing 58 14 12 26 113 12.4 +11 16 Marcus Kruger Center 60 6 18 24 60 10.0 +7 4 Niklas Hjalmarsson Defense 60 4 19 23 78 5.1 +13 8 Nick Leddy Defense 60 6 17 23 88 6.8 +13 23 Kris Versteeg Right Wing 41 7 14 21 69 10.1 +3 28 Ben Smith Right Wing 53 7 10 17 56 12.5 +3 27 Johnny Oduya Defense 58 3 10 13 60 5.0 +7 52 Brandon Bollig Left Wing 60 6 6 12 79 7.6 +2 26 Michal Handzus Center 41 4 7 11 33 12.1 -1 37 Brandon Pirri Center 28 6 5 11 34 17.6 +6 29 Bryan Bickell Left Wing 43 8 2 10 63 12.7 -7 32 Michal Rozsival Defense 33 1 5 6 31 3.2 0 11 Jeremy Morin Left Wing 15 1 4 5 31 3.2 +2 17 Sheldon Brookbank Defense 32 1 3 4 30 3.3 +4 42 Joakim Nordstrom Center 10 1 1 2 10 10.0 +2