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Test program to check various functionality in FixedLengthList (see http://mbed.org/users/johnb/code/FixedLengthList/ )
Dependencies: FixedLengthList mbed
Test code for FixedLengthList class
main.cpp
- Committer:
- johnb
- Date:
- 2014-01-18
- Revision:
- 0:12569365e1cf
- Child:
- 1:ae1cd5670fec
File content as of revision 0:12569365e1cf:
#if defined __CC_ARM #include "mbed.h" Serial pc(USBTX, USBRX); // tx, rx #define PRINTF( ... ) pc.printf(__VA_ARGS__) #else #include <stdio.h> #define PRINTF( ... ) printf(__VA_ARGS__) #endif #include "FixedLengthList.hpp" #define LIST_LEN (20U) #define LIST2_INI (17U) #define CHECK( _x, ... ) do { PRINTF( __VA_ARGS__ ); if( _x ) { PRINTF(" OK\r\n"); } else { PRINTF(" FAILED!\r\n"); } } while( 0 ) /* Check that we can have multiple lists co-existing */ int init_list[ LIST2_INI ] = { 12, 23, 34, 45, 56, 67, 78, 89, 100, 111, 122, 133, 144, 155, 166, 177, 188, }; FixedLengthList<int, LIST_LEN > list; FixedLengthList<int, LIST_LEN > list2( init_list, LIST2_INI ); #if 0 FixedLengthList<char, LIST_LEN > list3; #endif int main() { int i = 0; PRINTF("FixedLengthList test\n"); /* Test operations on an empty list */ CHECK( list.used() == 0, "Initial used()" ); CHECK( list.inList(1) == false, "inList() on empty list" ); CHECK( list.available() == LIST_LEN, "Initial available()" ); CHECK( list.pop(&i) == false, "pop() on empty list" ); CHECK( list.dequeue(&i) == false, "dequeue() on empty list" ); /* Push a little data into the list, few tests, return to empty list */ CHECK( list.push( 1 ), "Initial push()" ); CHECK( list.inList(1) == true, "inList() for item which is in list" ); CHECK( list.inList(2) == false, "inList() for item which is not in list" ); CHECK( list.used() == 1, "used() after initial push()" ); CHECK( list.pop( &i ), "Check pop() returned OK" ); CHECK( i == 1, "pop() yielded correct value" ); CHECK( list.used() == 0, "used() after fully depleting pop" ); CHECK( list.pop(&i) == false, "pop() on empty list" ); CHECK( list.dequeue(&i) == false, "dequeue() on empty list" ); /* Push data onto an empty list and then dequeue & pop it */ CHECK( list.push( 22 ), "push() 22 (getting some data in)" ); CHECK( list.push( 33 ), "push() 33 (getting some data in)" ); CHECK( list.push( 44 ), "push() 33 (getting some data in)" ); CHECK( list.dequeue(&i) == true, "dequeue() returned OK" ); CHECK( i == 22, "dequeue() yielded correct value" ); CHECK( list.dequeue(&i) == true, "dequeue() returned OK" ); CHECK( i == 33, "dequeue() yielded correct value" ); CHECK( list.dequeue(&i) == true, "dequeue() returned OK" ); CHECK( i == 44, "dequeue() yielded correct value" ); CHECK( list.pop(&i) == false, "pop() on empty list" ); CHECK( list.dequeue(&i) == false, "dequeue() on empty list" ); CHECK( list.push( 55 ), "push() 55 (getting some data in)" ); CHECK( list.push( 66 ), "push() 66 (getting some data in)" ); CHECK( list.push( 77 ), "push() 77 (getting some data in)" ); CHECK( list.pop(&i) == true, "pop() returned OK" ); CHECK( i == 77, "pop() yielded correct value" ); CHECK( list.dequeue(&i) == true, "dequeue() returned OK" ); CHECK( i == 55, "dequeue() yielded correct value" ); CHECK( list.queue( 88 ), "push() 88 (getting some data in)" ); CHECK( list.pop(&i) == true, "pop() returned OK" ); CHECK( i == 66, "pop() yielded correct value" ); CHECK( list.pop(&i) == true, "pop() returned OK" ); CHECK( i == 88, "pop() yielded correct value" ); CHECK( list.available() == LIST_LEN, "available()" ); CHECK( list.pop(&i) == false, "pop() on empty list" ); CHECK( list.dequeue(&i) == false, "dequeue() on empty list" ); /* Push data onto list until it's full & test operations on full list */ CHECK( list.push( 100 ), "push() 100 (getting some data in)" ); CHECK( list.push( 101 ), "push() 101 (getting some data in)" ); CHECK( list.push( 102 ), "push() 102 (getting some data in)" ); CHECK( list.push( 103 ), "push() 103 (getting some data in)" ); CHECK( list.push( 104 ), "push() 104 (getting some data in)" ); CHECK( list.push( 105 ), "push() 105 (getting some data in)" ); CHECK( list.push( 106 ), "push() 106 (getting some data in)" ); CHECK( list.push( 107 ), "push() 107 (getting some data in)" ); CHECK( list.push( 108 ), "push() 108 (getting some data in)" ); CHECK( list.push( 109 ), "push() 109 (getting some data in)" ); CHECK( list.push( 110 ), "push() 110 (getting some data in)" ); CHECK( list.queue( 111 ), "queue() 111 (getting some data in)" ); CHECK( list.queue( 112 ), "queue() 112 (getting some data in)" ); CHECK( list.queue( 113 ), "queue() 113 (getting some data in)" ); CHECK( list.queue( 114 ), "queue() 114 (getting some data in)" ); CHECK( list.queue( 115 ), "queue() 115 (getting some data in)" ); CHECK( list.queue( 116 ), "queue() 116 (getting some data in)" ); CHECK( list.queue( 117 ), "queue() 117 (getting some data in)" ); CHECK( list.queue( 118 ), "queue() 118 (getting some data in)" ); CHECK( list.queue( 119 ), "queue() 119 (getting some data in)" ); CHECK( list.queue( 120 ) == false, "queue() on a full list" ); CHECK( list.push( 120 ) == false, "push() on a full list" ); CHECK( list.available() == 0, "available()" ); CHECK( list.used() == LIST_LEN, "used() on full list" ); /* Some tests on the list using the initialising constructor - focused around checking that the m_usedHead, m_usedTail, etc have been set up correctly */ CHECK( list2.available() == (LIST_LEN-LIST2_INI), "list 2 available()" ); CHECK( list2.used() == LIST2_INI, "list 2 used()" ); CHECK( list2.pop(&i) == true, "pop() returned OK" ); CHECK( i == 12, "pop() yielded correct value" ); CHECK( list2.dequeue(&i) == true, "dequeue() returned OK" ); CHECK( i == 188, "dequeue() yielded correct value" ); CHECK( list2.queue( 199 ), "queue() 199 (getting some data in)" ); CHECK( list2.queue( 210 ), "queue() 210 (getting some data in)" ); CHECK( list2.queue( 221 ), "queue() 221 (getting some data in)" ); CHECK( list2.queue( 232 ), "queue() 232 (getting some data in)" ); CHECK( list2.queue( 243 ), "queue() 243 (getting some data in)" ); CHECK( list2.queue( 254 ) == false, "queue() on a full list" ); PRINTF("FixedLengthList test - Done\n"); return 0; }