rdlc data matrix

rdlc data matrix

rdlc data matrix

rdlc data matrix

rdlc data matrix

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9. For the elapsed time calculator of Problem 10.5, identify the conditions and construct the test matrix. There are no conditions speci ed on the time. The only conditions could be that the times are valid times. 10. For the binary search routine of Problem 10.6, identify the conditions and construct the test matrix. There are no conditions speci ed on the search. 11. Find the minimal set of test cases that would achieve C0 and C1 coverage of the triangle problem pseudocode from Example 10.3. C0 can be achieved with one test case of three equal values less than or equal to zero, e.g., 0,0,0. C1 can be achieved with two test cases: 0,0,0 and a scalene, e.g., 3,4,5. 12. The following pseudocode implements the elapsed time problem of Problem 10.5 if the elapsed time is less than 24 hours. Select test cases until every-statement coverage is achieved. Select additional test cases to achieve every-branch coverage read hr1 min1 AmOrPm1 read hr2 min2 AmOrPm2 if (hr1 == 12) hr1 = 0 if (hr2 == 12) hr2 = 0 if (AmOrPm1 == pm) hr1 = hr1 + 12 if (AmOrPm2 == pm) hr2 = hr2 + 12

Evaluate each of the following expressions, assuming in each case that m has the value 24 and n has the value 7: a. m-8-n

f. ++m - n-g . m += n -= 2

f. -TIMEg. - 12345 h. x(3)

i. cost-in-$ Solved Problems 1.13 What is the output from the following program:

if ( min2 < min1) min2 = min2 + 1 hr2 = hr2 1 if( hr2 < hr1) hr2 = hr2 + 24 elapsed = min2 min1 + 60* (hr2 hr1) print elapsed

"Hello, World.\n";

CHAP. 1]

What is wrong with the following program:

#include <iostream.h> // This program prints "Hello, main0 { tout << "Hello, World.\n" return 0; World.":

Expected Elapsed Time 0:40 1:43 12:00

n = n - 1 ; n --1; - - n; n--;

z -(x + y++);

total += --n;

In each of the following, assume that m has the value 5 and n has the value 2 before the statement executes. Tell what the values of m and n will be after the statement executes the following:

Tests above plus the following: 8:00 a.m. 12:40 p.m. 4:40

a. m *= n++;

Identify and correct the error in each of the following:

a. tout >> count; b. m = ++n += 2;

a. The output object cou t requires the output operator CC. The statement should be cou t << count ; b. The expression + +n cannot be on the left side of an assignment.

13. For the pseudocode of Problem 10.12, nd a minimal set of test cases that will achieve C0 and a minimal set of test cases that will achieve C1. The minimal test set for C0 will need at least two test cases. Hour 1 has to be 12 on one test, hour 2 has to be 12 on one test, hour 1 has to be p.m. on one test, hour 2 has to be p.m. on one test, minute 2 has to be less than minute 1 on one test and hour 2 has to be less than hour 1 on one test. This can be done on two test cases.

Trace the following code fragment, showing the value of each variable each time it changes:

int x, y, z; = y = z = 6; x *= y += z -= 4;

(XSL), which is covered thoroughly in 7. XSL is made up of three subcomponents (as de ned by the W3C): XPath. XML Path Language, a language for referencing speci c parts of an XML document. XSLT. XSL Transformations, a language for describing how to transform one XML document (represented as a tree) into another. XSL. Extensible Stylesheet Language, which is XSLT plus a description of a set of formatting objects and formatting properties.

First, 6 is assigned to z, y, and x. Then z is decremented by 4, obtaining the value 2. Then y is incremented by 2, obtaining the value 8. Then x is multiplied by 8, obtaining the value 48.

class Fish : public Vertebrate { public: void eat(); // implemented specifically for Fish class elsewhere > ;

Expected Elapsed Time 22:40 2:43

CHAP. 1 l]