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Format tests using clang-format
This commit is contained in:
hmelder
Hugo Melder
parent
e4a5e275de
commit
c09bf52ef7
1 changed files with 292 additions and 213 deletions
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@ -2,240 +2,319 @@
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#import "Testing.h"
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BOOL enumerateEmptySet() {
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NSIndexSet *indexSet;
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BLOCK_SCOPE BOOL blockCalled;
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BOOL
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enumerateEmptySet()
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{
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NSIndexSet *indexSet;
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BLOCK_SCOPE BOOL blockCalled;
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indexSet = [[NSIndexSet alloc] init];
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blockCalled = NO;
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indexSet = [[NSIndexSet alloc] init];
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blockCalled = NO;
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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blockCalled = YES;
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}];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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blockCalled = YES;
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}];
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[indexSet release];
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[indexSet release];
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return !blockCalled; // PASS if the block is never called
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return !blockCalled; // PASS if the block is never called
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}
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BOOL enumerateStopEarly() {
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE int blockCount;
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BOOL
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enumerateStopEarly()
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{
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE int blockCount;
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blockCount = 0;
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r1 = NSMakeRange(5, 10);
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r2 = NSMakeRange(20, 10);
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blockCount = 0;
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r1 = NSMakeRange(5, 10);
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r2 = NSMakeRange(20, 10);
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange: r1];
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[indexSet addIndexesInRange:r2];
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange:r1];
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[indexSet addIndexesInRange:r2];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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blockCount++;
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if (blockCount == 1) {
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*stop = YES;
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}
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}];
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[indexSet release];
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return (blockCount == 1); // PASS if the enumeration stops early after the first block call
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}
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BOOL enumerateSingleRange() {
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NSIndexSet *indexSet;
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NSRange testRange;
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BLOCK_SCOPE BOOL correctRange;
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testRange = NSMakeRange(5, 10);
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indexSet = [[NSIndexSet alloc] initWithIndexesInRange: testRange];
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correctRange = NO;
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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correctRange = (range.location == testRange.location && range.length == testRange.length);
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}];
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[indexSet release];
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return correctRange; // PASS if the block is called with the correct range
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}
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BOOL enumerateMultipleRanges() {
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE NSInteger callCount;
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r1 = NSMakeRange(5, 5);
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r2 = NSMakeRange(15, 5);
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callCount = 0;
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange:r1];
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[indexSet addIndexesInRange:r2];
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NSMutableArray *expectedRanges = [NSMutableArray arrayWithObjects:
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[NSValue valueWithRange:r1],
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[NSValue valueWithRange:r2],
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nil];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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[expectedRanges removeObject:[NSValue valueWithRange:range]];
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callCount++;
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}];
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[indexSet release];
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return (expectedRanges.count == 0 && callCount == 2); // PASS if all ranges are correctly enumerated
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}
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BOOL testConsecutiveRanges() {
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE BOOL merged;
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BLOCK_SCOPE NSInteger callCount;
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r1 = NSMakeRange(20, 5);
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r2 = NSMakeRange(25, 5);
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callCount = 0;
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merged = NO;
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange: r1];
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[indexSet addIndexesInRange: r2];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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callCount++;
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if (callCount == 1 && range.location == 20 && range.length == 10) {
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merged = YES;
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}
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}];
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[indexSet release];
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return merged && (callCount == 1);
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}
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BOOL testOverlappingRanges() {
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE BOOL merged;
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BLOCK_SCOPE NSInteger callCount;
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r1 = NSMakeRange(5, 5);
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r2 = NSMakeRange(8, 10);
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callCount = 0;
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merged = NO;
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange: r1];
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[indexSet addIndexesInRange: r2];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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callCount++;
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if (callCount == 1 && range.location == 5 && range.length == 13) {
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merged = YES;
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}
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}];
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[indexSet release];
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return merged && (callCount == 1); // Should only have one merged range
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}
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BOOL testReverseOrderAddition() {
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE BOOL inOrder;
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BLOCK_SCOPE NSInteger lastLocation;
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r1 = NSMakeRange(30, 5);
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r2 = NSMakeRange(10, 5);
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lastLocation = 0;
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inOrder = YES;
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange: r1];
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[indexSet addIndexesInRange: r2];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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if (range.location < lastLocation) {
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inOrder = NO;
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}
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lastLocation = range.location;
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}];
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[indexSet release];
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return inOrder;
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}
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BOOL testZeroLengthRange() {
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NSIndexSet *indexSet;
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NSRange r1;
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BLOCK_SCOPE BOOL neverCalled;
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indexSet = [[NSIndexSet alloc] initWithIndexesInRange: (NSRange){30, 0}];
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neverCalled = YES;
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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neverCalled = NO;
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}];
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[indexSet release];
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return neverCalled; // Block should never be called
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}
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BOOL testReverseOrderEnumerationMerge() {
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NSMutableIndexSet *indexSet;
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NSMutableArray *expectedRanges;
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NSRange r1, r2, r3;
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BLOCK_SCOPE NSInteger index;
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BLOCK_SCOPE BOOL result;
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r1 = NSMakeRange(5, 5);
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r2 = NSMakeRange(20, 5);
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// Adding out of order to test sorting and reverse enumeration
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r3 = NSMakeRange(15, 5);
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index = 0;
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result = YES;
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expectedRanges = [NSMutableArray arrayWithObjects:
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[NSValue valueWithRange:(NSRange) {15, 10}],
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[NSValue valueWithRange:r1],
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nil];
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange: r1];
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[indexSet addIndexesInRange: r2];
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[indexSet addIndexesInRange: r3];
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[indexSet enumerateRangesWithOptions: NSEnumerationReverse usingBlock: ^(NSRange range, BOOL *stop) {
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NSRange expectedRange = [[expectedRanges objectAtIndex:index] rangeValue];
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if (range.location != expectedRange.location || range.length != expectedRange.length) {
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result = NO;
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*stop = YES;
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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blockCount++;
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if (blockCount == 1)
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{
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*stop = YES;
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}
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index++;
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}];
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}];
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[indexSet release];
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[indexSet release];
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return result && (index == [expectedRanges count]); // Should match all in reverse order
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return (
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blockCount
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== 1); // PASS if the enumeration stops early after the first block call
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}
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int main(int argc, char *argv[])
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BOOL
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enumerateSingleRange()
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{
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NSIndexSet *indexSet;
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NSRange testRange;
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BLOCK_SCOPE BOOL correctRange;
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testRange = NSMakeRange(5, 10);
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indexSet = [[NSIndexSet alloc] initWithIndexesInRange:testRange];
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correctRange = NO;
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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correctRange = (range.location == testRange.location
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&& range.length == testRange.length);
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}];
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[indexSet release];
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return correctRange; // PASS if the block is called with the correct range
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}
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BOOL
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enumerateMultipleRanges()
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{
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE NSInteger callCount;
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r1 = NSMakeRange(5, 5);
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r2 = NSMakeRange(15, 5);
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callCount = 0;
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange:r1];
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[indexSet addIndexesInRange:r2];
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NSMutableArray *expectedRanges =
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[NSMutableArray arrayWithObjects:[NSValue valueWithRange:r1],
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[NSValue valueWithRange:r2], nil];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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[expectedRanges removeObject:[NSValue valueWithRange:range]];
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callCount++;
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}];
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[indexSet release];
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return (expectedRanges.count == 0
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&& callCount == 2); // PASS if all ranges are correctly enumerated
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}
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BOOL
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testConsecutiveRanges()
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{
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE BOOL merged;
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BLOCK_SCOPE NSInteger callCount;
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r1 = NSMakeRange(20, 5);
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r2 = NSMakeRange(25, 5);
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callCount = 0;
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merged = NO;
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange:r1];
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[indexSet addIndexesInRange:r2];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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callCount++;
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if (callCount == 1 && range.location == 20 && range.length == 10)
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{
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merged = YES;
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}
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}];
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[indexSet release];
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return merged && (callCount == 1);
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}
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BOOL
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testOverlappingRanges()
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{
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE BOOL merged;
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BLOCK_SCOPE NSInteger callCount;
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r1 = NSMakeRange(5, 5);
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r2 = NSMakeRange(8, 10);
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callCount = 0;
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merged = NO;
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange:r1];
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[indexSet addIndexesInRange:r2];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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callCount++;
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if (callCount == 1 && range.location == 5 && range.length == 13)
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{
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merged = YES;
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}
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}];
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[indexSet release];
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return merged && (callCount == 1); // Should only have one merged range
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}
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BOOL
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testReverseOrderAddition()
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{
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NSMutableIndexSet *indexSet;
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NSRange r1, r2;
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BLOCK_SCOPE BOOL inOrder;
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BLOCK_SCOPE NSInteger lastLocation;
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r1 = NSMakeRange(30, 5);
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r2 = NSMakeRange(10, 5);
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lastLocation = 0;
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inOrder = YES;
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange:r1];
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[indexSet addIndexesInRange:r2];
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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if (range.location < lastLocation)
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{
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inOrder = NO;
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}
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lastLocation = range.location;
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}];
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[indexSet release];
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return inOrder;
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}
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BOOL
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testZeroLengthRange()
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{
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NSIndexSet *indexSet;
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NSRange r1;
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BLOCK_SCOPE BOOL neverCalled;
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indexSet = [[NSIndexSet alloc] initWithIndexesInRange:(NSRange){30, 0}];
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neverCalled = YES;
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[indexSet enumerateRangesUsingBlock:^(NSRange range, BOOL *stop) {
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neverCalled = NO;
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}];
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[indexSet release];
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return neverCalled; // Block should never be called
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}
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BOOL
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testReverseOrderEnumerationMerge()
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{
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NSMutableIndexSet *indexSet;
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NSMutableArray *expectedRanges;
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NSRange r1, r2, r3;
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BLOCK_SCOPE NSInteger index;
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BLOCK_SCOPE BOOL result;
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r1 = NSMakeRange(5, 5);
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r2 = NSMakeRange(20, 5);
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// Adding out of order to test sorting and reverse enumeration
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r3 = NSMakeRange(15, 5);
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index = 0;
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result = YES;
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expectedRanges =
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[NSMutableArray arrayWithObjects:[NSValue valueWithRange:(NSRange){15, 10}],
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[NSValue valueWithRange:r1], nil];
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indexSet = [[NSMutableIndexSet alloc] initWithIndexesInRange:r1];
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[indexSet addIndexesInRange:r2];
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[indexSet addIndexesInRange:r3];
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[indexSet enumerateRangesWithOptions:NSEnumerationReverse
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usingBlock:^(NSRange range, BOOL *stop) {
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NSRange expectedRange = [[expectedRanges
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objectAtIndex:index] rangeValue];
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if (range.location != expectedRange.location
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|| range.length != expectedRange.length)
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{
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result = NO;
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*stop = YES;
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}
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index++;
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}];
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[indexSet release];
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return result
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&& (index ==
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[expectedRanges count]); // Should match all in reverse order
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}
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BOOL
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testOutOfRangeEnumeration()
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{
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NSIndexSet *indexSet;
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NSRange r1;
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BLOCK_SCOPE BOOL neverCalled;
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r1 = (NSRange){NSNotFound, 1};
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neverCalled = YES;
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indexSet = [[NSIndexSet alloc] initWithIndexesInRange:(NSRange){1, 2}];
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[indexSet enumerateRangesInRange:r1
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options:0
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usingBlock:^(NSRange range, BOOL *stop) {
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neverCalled = NO;
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}];
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[indexSet release];
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return neverCalled;
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}
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BOOL
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testInvalidRangeEnumeration()
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{
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NSIndexSet *indexSet;
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NSRange r1;
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BLOCK_SCOPE BOOL neverCalled;
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r1 = (NSRange){20, 1};
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neverCalled = YES;
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indexSet = [[NSIndexSet alloc] initWithIndexesInRange:(NSRange){1, 2}];
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[indexSet enumerateRangesInRange:r1
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options:0
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usingBlock:^(NSRange range, BOOL *stop) {
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neverCalled = NO;
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}];
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[indexSet release];
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return neverCalled;
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}
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int
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main(int argc, char *argv[])
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{
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NSAutoreleasePool *arp = [NSAutoreleasePool new];
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PASS(enumerateEmptySet(), "Enumeration on an empty index set should not call the block.");
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PASS(enumerateSingleRange(), "Enumeration should correctly pass a single range.");
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PASS(enumerateMultipleRanges(), "Enumeration should correctly pass all ranges.");
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PASS(enumerateEmptySet(),
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"Enumeration on an empty index set should not call the block.");
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PASS(enumerateSingleRange(),
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"Enumeration should correctly pass a single range.");
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PASS(enumerateMultipleRanges(),
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"Enumeration should correctly pass all ranges.");
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PASS(enumerateStopEarly(), "Enumeration should stop early when requested.");
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PASS(testOverlappingRanges(), "Correctly merge overlapping ranges.");
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PASS(testConsecutiveRanges(), "Correctly merge consecutive ranges.");
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PASS(testZeroLengthRange(), "Ignore zero length ranges.");
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PASS(testReverseOrderAddition(), "Maintain correct order after reverse addition.");
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PASS(testReverseOrderEnumerationMerge(), "Enumerate ranges in reverse order correctly.");
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PASS(testReverseOrderAddition(),
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"Maintain correct order after reverse addition.");
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PASS(testReverseOrderEnumerationMerge(),
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"Enumerate ranges in reverse order correctly.");
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PASS(testOutOfRangeEnumeration(), "Enumerate ranges with NSNotFound range");
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PASS(testInvalidRangeEnumeration(), "Enumerate ranges with invalid range");
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[arp release];
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return 0;
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