Description
Purpose: Learn to use arithmetic instructions, control instructions, compare instructions, and
conditional jump instructions.
Points: 80
-
All source files must assemble and execute on Ubuntu with yasm.
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Submit source files
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Submit a copy of the program source file via the on-line submission
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Once you submit, the system will score the project and provide feedback.
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If you do not get full score, you can (and should) correct and resubmit.
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You can re-submit an unlimited number of times before the due date/time.
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Late submissions will be accepted for a period of 24 hours after the due date/time for any given lab. Late submissions will be subject to a ~2% reduction in points per an hour late. If you submit 1 minute – 1 hour late -2%, 1-2 hours late -4%, … , 23-24 hours late -50%. This means after 24 hours late submissions will receive an automatic 0.
Program Header Block
All source files must include your name, section number, assignment, NSHE number, and program description. The required format is as follows:
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Name: <your name>
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NSHE ID: <your id>
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Section: <section>
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Assignment: <assignment number>
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Description: <short description of program goes here>
Failure to include your name in this format will result in a loss of up to 10%.
Scoring Rubric
Scoring will include functionality, code quality, and documentation. Below is a summary of the scoring rubric for this assignment.
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Criteria
Weight
Summary
Assemble
–
Failure to assemble will result in a score
of 0.
Program Header
10%
Must include header block in the
required format (see above).
General Comments
20%
Must include an appropriate level of
program documentation.
Program Functionality
70%
Program must meet the functional
(and on-time)
requirements as outlined in the
assignment. Must be submitted on time
for full score.
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Assignment #5 Provided Data Set:
Use the following data declarations for assignment #5. Note, the assembler is case sensitive.
-
; Provided Data
10,
14,
13,
37,
54
aSides
db
db
31,
13,
20,
61,
36
db
14,
53,
44,
19,
42
db
27,
41,
53,
62,
10
db
19,
28,
14,
10,
15
db
15,
11,
22,
33,
70
db
15,
23,
15,
63,
26
db
24,
33,
10,
61,
15
db
14,
34,
13,
71,
81
cSides
db
38,
73,
29,
17
1123
dd
1145,
1135,
1123,
1123,
dd
1254,
1454,
1152,
1164,
1542
dd
1353,
1457,
1182,
1142,
1354
dd
1364,
1134,
1154,
1344,
1142
dd
1173,
1543,
1151,
1352,
1434
dd
1355,
1037,
1123,
1024,
1453
dd
1134,
2134,
1156,
1134,
1142
dd
1267,
1104,
1134,
1246,
1123
dd
1134,
1161,
1176,
1157,
1142
pSides
dd
1153,
1193,
1184,
1142
115
dw
133,
114,
173,
131,
dw
164,
173,
174,
123,
156
dw
144,
152,
131,
142,
156
dw
115,
124,
136,
175,
146
dw
113,
123,
153,
167,
135
dw
114,
129,
164,
167,
134
dw
116,
113,
164,
153,
165
dw
126,
112,
157,
167,
134
dw
117,
114,
117,
125,
153
qSides
dw
123,
173,
115,
106
2153
dd
2183,
2372,
3231,
3121,
dd
3254,
1342,
5341,
4158,
1523
dd
2125,
3133,
7384,
2274,
2114
dd
5645,
1371,
3123,
3317,
1923
dd
1634,
2334,
1156,
4164,
2742
dd
3453,
4153,
2284,
2142,
3144
dd
5345,
5130,
1423,
2113,
4123
dd
2434,
1334,
3056,
3184,
1242
dd
2353,
2153,
2284,
1142,
2334
length
dd
3145,
1934,
2123,
4113
dd
49
aMin
dd
0
aeMed
dd
0
aMax
dd
0
aSum
dd
0
aAve
dd
0
pMin
dd
0
peMed
dd
0
pMax
dd
0
pSum
dd
0
pAve
dd
0
; Uninitialized data
section
.bss
49
kiteAreas
resd
kitePerims
resd
49
Note, the “.bss” section is for uninitialized data. The “resd” is for reserve doublewords.
