Tests: test_filter_str: Test *error_pos more thoroughly

diff --git a/tests/test_filter_str.c b/tests/test_filter_str.c
index 9e72c597e737b0a28f0b978870c7107839f677a4..10dc53ebb13a4c6d955ab38f081ed82fdd706ca0 100644 (file)
--- a/tests/test_filter_str.c
+++ b/tests/test_filter_str.c
@@ -19,37 +19,56 @@ test_lzma_str_to_filters(void)
        int error_pos;
 
        // Test with NULL string.
+       error_pos = -1;
        assert_true(lzma_str_to_filters(NULL, &error_pos, filters, 0,
                        NULL) != NULL);
+       assert_int_eq(error_pos, 0);
 
        // Test with NULL filter array.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2", &error_pos, NULL, 0,
                        NULL) != NULL);
+       assert_int_eq(error_pos, 0);
 
        // Test with unsupported flags.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2", &error_pos, filters,
                        UINT32_MAX, NULL) != NULL);
+       assert_int_eq(error_pos, 0);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2", &error_pos, filters,
                        LZMA_STR_NO_SPACES << 1, NULL) != NULL);
+       assert_int_eq(error_pos, 0);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2", &error_pos, filters,
                        LZMA_STR_NO_SPACES, NULL) != NULL);
+       assert_int_eq(error_pos, 0);
 
        // Test with empty string.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("", &error_pos,
                        filters, 0, NULL) != NULL);
        assert_int_eq(error_pos, 0);
 
        // Test with invalid filter name and missing filter name.
+       error_pos = -1;
+       assert_true(lzma_str_to_filters("abcd", &error_pos,
+                       filters, 0, NULL) != NULL);
+       assert_int_eq(error_pos, 0);
+
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2 abcd", &error_pos,
                        filters, 0, NULL) != NULL);
        assert_int_eq(error_pos, 6);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2--abcd", &error_pos,
                        filters, 0, NULL) != NULL);
        assert_int_eq(error_pos, 7);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2--", &error_pos,
                        filters, 0, NULL) != NULL);
        assert_int_eq(error_pos, 7);
@@ -57,12 +76,15 @@ test_lzma_str_to_filters(void)
        // Test LZMA_STR_ALL_FILTERS flag (should work with LZMA1 if built).
 #if defined(HAVE_ENCODER_LZMA1) || defined(HAVE_DECODER_LZMA1)
        // Using LZMA1 as a Filter should fail without LZMA_STR_ALL_FILTERS.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma1", &error_pos, filters,
                        0, NULL) != NULL);
        assert_int_eq(error_pos, 0);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma1", &error_pos, filters,
                        LZMA_STR_ALL_FILTERS, NULL) == NULL);
+       assert_int_eq(error_pos, 5);
 
        // Verify Filters array IDs are correct. The array should contain
        // only two elements:
@@ -78,11 +100,15 @@ test_lzma_str_to_filters(void)
        // same Filter multiple times in the chain and having a non-last
        // Filter like lzma2 appear before another Filter.
        // Without the flag, "lzma2 lzma2" must fail.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2 lzma2", &error_pos, filters,
                        0, NULL) != NULL);
+       assert_int_eq(error_pos, 11);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2 lzma2", &error_pos, filters,
                        LZMA_STR_NO_VALIDATION, NULL) == NULL);
+       assert_int_eq(error_pos, 11);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_FILTER_LZMA2);
@@ -91,48 +117,65 @@ test_lzma_str_to_filters(void)
        lzma_filters_free(filters, NULL);
 
        // Should fail with invalid Filter options (lc + lp must be <= 4).
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:lc=3,lp=3", &error_pos, filters,
                        LZMA_STR_NO_VALIDATION, NULL) != NULL);
+       assert_int_eq(error_pos, 15);
 
        // Test invalid option name.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:foo=1,bar=2", &error_pos,
                        filters, 0, NULL) != NULL);
        assert_int_eq(error_pos, 6);
 
+       error_pos = -1;
+       assert_true(lzma_str_to_filters("lzma2:pb=1,bar=2", &error_pos,
+                       filters, 0, NULL) != NULL);
+       assert_int_eq(error_pos, 11);
+
        // Test missing option value.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:lc=", &error_pos,
                        filters, 0, NULL) != NULL);
        assert_int_eq(error_pos, 9);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:=,pb=1", &error_pos,
                        filters, 0, NULL) != NULL);
        assert_int_eq(error_pos, 6);
 
        // Test unsupported preset value.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("-10", &error_pos,
                        filters, 0, NULL) != NULL);
        assert_int_eq(error_pos, 2);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("-5f", &error_pos,
                        filters, 0, NULL) != NULL);
        assert_int_eq(error_pos, 2);
 
        // Test filter chain too long.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2 lzma2 lzma2 lzma2 lzma2",
                        &error_pos, filters, LZMA_STR_NO_VALIDATION,
                        NULL) != NULL);
-       assert_int_eq(error_pos, 24);
+       assert_int_eq(error_pos, 24); // The fifth is too many.
 
 #if defined(HAVE_ENCODER_LZMA1) || defined(HAVE_DECODER_LZMA1)
        // Should fail with a Filter not supported in the .xz format (lzma1).
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma1", &error_pos, filters,
                        LZMA_STR_NO_VALIDATION, NULL) != NULL);
+       assert_int_eq(error_pos, 0);
 #endif
 
        // Test setting options with the "=" format.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2=dict=4096,lc=2,lp=2,pb=1,"
                        "mode=fast,nice=3,mf=hc3,depth=10", &error_pos,
                        filters, 0, NULL) == NULL);
+       assert_int_eq(error_pos, 63);
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
 
@@ -150,8 +193,10 @@ test_lzma_str_to_filters(void)
 
 #if defined(HAVE_ENCODER_X86) || defined(HAVE_DECODER_X86)
        // Test BCJ Filter options.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("x86:start=16", &error_pos, filters,
                        LZMA_STR_NO_VALIDATION, NULL) == NULL);
+       assert_int_eq(error_pos, 12);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_X86);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
@@ -164,8 +209,10 @@ test_lzma_str_to_filters(void)
 
 #if defined(HAVE_ENCODER_DELTA) || defined(HAVE_DECODER_DELTA)
        // Test Delta Filter options.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("delta:dist=20", &error_pos, filters,
                        LZMA_STR_NO_VALIDATION, NULL) == NULL);
+       assert_int_eq(error_pos, 13);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_DELTA);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
@@ -177,8 +224,10 @@ test_lzma_str_to_filters(void)
 #endif
 
        // Test skipping leading spaces.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("    lzma2", &error_pos, filters,
                        0, NULL) == NULL);
+       assert_int_eq(error_pos, 9);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
@@ -186,8 +235,10 @@ test_lzma_str_to_filters(void)
        lzma_filters_free(filters, NULL);
 
        // Test skipping trailing spaces.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2    ", &error_pos, filters,
                        0, NULL) == NULL);
+       assert_int_eq(error_pos, 9);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
@@ -195,8 +246,10 @@ test_lzma_str_to_filters(void)
        lzma_filters_free(filters, NULL);
 
        // Test with "--" instead of space separating.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2--lzma2", &error_pos, filters,
                        LZMA_STR_NO_VALIDATION, NULL) == NULL);
+       assert_int_eq(error_pos, 12);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_FILTER_LZMA2);
@@ -205,24 +258,30 @@ test_lzma_str_to_filters(void)
        lzma_filters_free(filters, NULL);
 
        // Test preset with and without leading "-", and with "e".
+       error_pos = -1;
        assert_true(lzma_str_to_filters("-3", &error_pos, filters,
                        0, NULL) == NULL);
+       assert_int_eq(error_pos, 2);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
 
        lzma_filters_free(filters, NULL);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("4", &error_pos, filters,
                        0, NULL) == NULL);
+       assert_int_eq(error_pos, 1);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
 
        lzma_filters_free(filters, NULL);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("9e", &error_pos, filters,
                        0, NULL) == NULL);
+       assert_int_eq(error_pos, 2);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
@@ -230,8 +289,10 @@ test_lzma_str_to_filters(void)
        lzma_filters_free(filters, NULL);
 
        // Test using a preset as an lzma2 option.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:preset=9e", &error_pos, filters,
                        0, NULL) == NULL);
+       assert_int_eq(error_pos, 15);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
@@ -239,23 +300,33 @@ test_lzma_str_to_filters(void)
        lzma_filters_free(filters, NULL);
 
        // Test setting dictionary size with invalid modifier suffix.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:dict=4096ZiB", &error_pos, filters,
                        0, NULL) != NULL);
+       assert_int_eq(error_pos, 15);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:dict=4096KiBs", &error_pos, filters,
                        0, NULL) != NULL);
+       assert_int_eq(error_pos, 15);
 
        // Test option that cannot have multiplier modifier.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:pb=1k", &error_pos, filters,
                        0, NULL) != NULL);
+       assert_int_eq(error_pos, 10);
 
        // Test option value too large.
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:dict=4096GiB", &error_pos, filters,
                        0, NULL) != NULL);
+       assert_int_eq(error_pos, 11);
 
        // Test valid uses of multiplier modifiers (k,m,g).
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:dict=4096KiB", &error_pos, filters,
                        0, NULL) == NULL);
+       assert_int_eq(error_pos, 18);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
@@ -265,8 +336,10 @@ test_lzma_str_to_filters(void)
 
        lzma_filters_free(filters, NULL);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:dict=40Mi", &error_pos, filters,
                        0, NULL) == NULL);
+       assert_int_eq(error_pos, 15);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);
@@ -276,8 +349,10 @@ test_lzma_str_to_filters(void)
 
        lzma_filters_free(filters, NULL);
 
+       error_pos = -1;
        assert_true(lzma_str_to_filters("lzma2:dict=1g", &error_pos, filters,
                        0, NULL) == NULL);
+       assert_int_eq(error_pos, 13);
 
        assert_uint_eq(filters[0].id, LZMA_FILTER_LZMA2);
        assert_uint_eq(filters[1].id, LZMA_VLI_UNKNOWN);