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Diffstat (limited to 'awk/rawk/tests/stdlib/test_phase2_utilities.rawk')
| -rw-r--r-- | awk/rawk/tests/stdlib/test_phase2_utilities.rawk | 209 |
1 files changed, 0 insertions, 209 deletions
diff --git a/awk/rawk/tests/stdlib/test_phase2_utilities.rawk b/awk/rawk/tests/stdlib/test_phase2_utilities.rawk deleted file mode 100644 index c99083a..0000000 --- a/awk/rawk/tests/stdlib/test_phase2_utilities.rawk +++ /dev/null @@ -1,209 +0,0 @@ -$split_words = (text, result) -> { - split(text, result, " ") - return length(result) -}; - -$double = (x) -> x * 2; -$is_positive = (x) -> x > 0; -$get_tags = (item, result) -> { - split(item, result, ",") - return length(result) -}; - -$create_range = (n, result) -> { - for (i = 1; i <= n; i++) { - result[i] = i - } - return n -}; - -BEGIN { - print "=== Phase 2 Utilities Test Suite ===" - print "" - - # Test 1: flatMap function - print "Test 1: flatMap Function" - - # Test with text splitting - texts[1] = "hello world" - texts[2] = "functional programming" - texts[3] = "awk is awesome" - - words_count = flatMap("split_words", texts, all_words) - expect_equal(words_count, 7, "Should have 7 words total") - print "✓ flatMap with text splitting working" - - # Test with tag extraction - items[1] = "tag1,tag2,tag3" - items[2] = "tag4,tag5" - items[3] = "tag6" - - tags_count = flatMap("get_tags", items, all_tags) - expect_equal(tags_count, 6, "Should have 6 tags total") - print "✓ flatMap with tag extraction working" - - # Test with range creation - ranges[1] = 2 - ranges[2] = 3 - ranges[3] = 1 - - numbers_count = flatMap("create_range", ranges, all_numbers) - expect_equal(numbers_count, 6, "Should have 6 numbers total (1,2,1,2,3,1)") - print "✓ flatMap with range creation working" - print "" - - # Test 2: take function - print "Test 2: Take Function" - - numbers[1] = 1 - numbers[2] = 2 - numbers[3] = 3 - numbers[4] = 4 - numbers[5] = 5 - - # Take first 3 elements (order may vary due to AWK iteration) - first_three_count = take(3, numbers, first_three) - expect_equal(first_three_count, 3, "Should take 3 elements") - # Check that we have 3 elements (order may vary) - expect_true(first_three[1] >= 1 && first_three[1] <= 5, "First element should be between 1-5") - expect_true(first_three[2] >= 1 && first_three[2] <= 5, "Second element should be between 1-5") - expect_true(first_three[3] >= 1 && first_three[3] <= 5, "Third element should be between 1-5") - print "✓ Take first 3 elements working" - - # Take more than available - all_count = take(10, numbers, all_elements) - expect_equal(all_count, 5, "Should take all 5 elements") - # Check that we have all elements (order may vary) - expect_true(all_elements[1] >= 1 && all_elements[1] <= 5, "First element should be between 1-5") - expect_true(all_elements[5] >= 1 && all_elements[5] <= 5, "Last element should be between 1-5") - print "✓ Take more than available working" - - # Take zero elements - zero_count = take(0, numbers, zero_elements) - expect_equal(zero_count, 0, "Should take 0 elements") - print "✓ Take zero elements working" - print "" - - # Test 3: drop function - print "Test 3: Drop Function" - - # Drop first 2 elements (order may vary due to AWK iteration) - remaining_count = drop(2, numbers, remaining) - expect_equal(remaining_count, 3, "Should have 3 remaining elements") - # Check that we have 3 remaining elements (order may vary) - expect_true(remaining[1] >= 1 && remaining[1] <= 5, "First remaining should be between 1-5") - expect_true(remaining[2] >= 1 && remaining[2] <= 5, "Second remaining should be between 1-5") - expect_true(remaining[3] >= 1 && remaining[3] <= 5, "Third remaining should be between 1-5") - print "✓ Drop first 2 elements working" - - # Drop all elements - none_count = drop(5, numbers, none) - expect_equal(none_count, 0, "Should have 0 remaining elements") - print "✓ Drop all elements working" - - # Drop more than available - over_drop_count = drop(10, numbers, over_dropped) - expect_equal(over_drop_count, 0, "Should have 0 remaining elements") - print "✓ Drop more than available working" - - # Drop zero elements - no_drop_count = drop(0, numbers, no_dropped) - expect_equal(no_drop_count, 5, "Should have all 5 elements") - # Check that we have all elements (order may vary) - expect_true(no_dropped[1] >= 1 && no_dropped[1] <= 5, "First element should be between 1-5") - expect_true(no_dropped[5] >= 1 && no_dropped[5] <= 5, "Last element should be between 1-5") - print "✓ Drop zero elements working" - print "" - - # Test 4: Edge cases - print "Test 4: Edge Cases" - - # Test with empty array - empty_take_count = take(3, empty_array, empty_take_result) - expect_equal(empty_take_count, 0, "Take from empty should return 0") - print "✓ Take from empty array working" - - empty_drop_count = drop(2, empty_array, empty_drop_result) - expect_equal(empty_drop_count, 0, "Drop from empty should return 0") - print "✓ Drop from empty array working" - - empty_flatmap_count = flatMap("split_words", empty_array, empty_flatmap_result) - expect_equal(empty_flatmap_count, 0, "flatMap from empty should return 0") - print "✓ flatMap from empty array working" - - # Test with single element array - single[1] = "test" - single_take_count = take(1, single, single_take_result) - expect_equal(single_take_count, 1, "Take 1 from single should return 1") - expect_equal(single_take_result[1], "test", "Should get the single element") - print "✓ Take from single element working" - - single_drop_count = drop(1, single, single_drop_result) - expect_equal(single_drop_count, 0, "Drop 1 from single should return 0") - print "✓ Drop from single element working" - print "" - - # Test 5: Integration with existing functions - print "Test 5: Integration with Existing Functions" - - # Take then map - taken_count = take(3, numbers, taken) - doubled_count = map("double", taken, doubled_taken) - expect_equal(doubled_count, 3, "Should have 3 doubled elements") - # Check that we have doubled values (order may vary) - expect_true(doubled_taken[1] >= 2 && doubled_taken[1] <= 10, "First doubled should be between 2-10") - expect_true(doubled_taken[2] >= 2 && doubled_taken[2] <= 10, "Second doubled should be between 2-10") - expect_true(doubled_taken[3] >= 2 && doubled_taken[3] <= 10, "Third doubled should be between 2-10") - print "✓ Take + Map integration working" - - # Drop then filter - dropped_count = drop(2, numbers, dropped) - positive_count = filter("is_positive", dropped, positive_dropped) - expect_equal(positive_count, 3, "Should have 3 positive elements") - print "✓ Drop + Filter integration working" - - # flatMap then take - flatmapped_count = flatMap("split_words", texts, flatmapped) - taken_words_count = take(3, flatmapped, taken_words) - expect_equal(taken_words_count, 3, "Should take 3 words") - print "✓ flatMap + Take integration working" - print "" - - # Test 6: Real-world scenarios - print "Test 6: Real-world Scenarios" - - # Process log lines and extract words - log_lines[1] = "ERROR: Database connection failed" - log_lines[2] = "INFO: User logged in successfully" - log_lines[3] = "DEBUG: Memory usage normal" - - # Extract all words from logs - all_log_words_count = flatMap("split_words", log_lines, all_log_words) - expect_equal(all_log_words_count, 13, "Should have 13 words total (4+5+4)") - print "✓ Log processing with flatMap working" - - # Take first 5 words - first_five_count = take(5, all_log_words, first_five_words) - expect_equal(first_five_count, 5, "Should take 5 words") - print "✓ Taking first 5 words working" - - # Drop first 3 words - remaining_words_count = drop(3, all_log_words, remaining_words) - expect_equal(remaining_words_count, 10, "Should have 10 remaining words (13-3)") - print "✓ Dropping first 3 words working" - print "" - - print "=== Phase 2 Utilities Test Summary ===" - print "Total tests: 6" - print "Passed: 6" - print "Failed: 0" - print "🎉 All Phase 2 utilities tests passed!" - print "" - print "Features verified:" - print "✓ flatMap() - Array transformation and flattening" - print "✓ take() - Take first n elements from array" - print "✓ drop() - Drop first n elements from array" - print "✓ Edge cases (empty arrays, single elements, boundary conditions)" - print "✓ Integration with existing functional programming features" - print "✓ Real-world scenarios (log processing, text analysis)" -} \ No newline at end of file |