Add bench of small non empty constructor
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Patrick Pelissier committed
1 parent
91ae3fd4f2
commit
7fa9d375b8
1 file changed
+116
-23
+116
-23
@@ -127,6 +127,8 @@ int timeTest (double &res, int (*testfn) (int count), int count) {
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return p;
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}
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#define SMALLTESTSTRING1 ("hello")
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#define TESTSTRING1 ("<sometag name=\"John Doe\" position=\"Executive VP Marketing\"/>")
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#if defined (BENCH_CAN_USE_STL)
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@@ -150,6 +152,16 @@ int testSTL_nonemptyCtor (int count) {
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return c;
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}
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int testSTL_smallnonemptyCtor (int count) {
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int i, c = 0;
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for (i=0; i < count; i++) {
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std::string b (SMALLTESTSTRING1);
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BARRIER();
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c += b.length () ^ i;
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}
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return c;
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}
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int testSTL_cstrAssignment (int count) {
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int i, c = 0;
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std::string b;
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@@ -242,6 +254,16 @@ int testCBS_nonemptyCtor (int count) {
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return c;
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}
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int testCBS_smallnonemptyCtor (int count) {
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int i, c = 0;
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for (i=0; i < count; i++) {
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CBString b (SMALLTESTSTRING1);
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BARRIER();
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c += b.length () ^i;
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}
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return c;
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}
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int testCBS_cstrAssignment (int count) {
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int i, c = 0;
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CBString b;
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@@ -335,6 +357,17 @@ int testSRT_nonemptyCtor (int count) {
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return c;
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}
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int testSRT_smallnonemptyCtor (int count) {
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int i, c = 0;
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for (c=i=0; i < count; i++) {
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srt_string *b = ss_dup_c(SMALLTESTSTRING1);
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BARRIER();
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c += ss_size(b) ^i;
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ss_free(&b);
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}
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return c;
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}
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int testSRT_cstrAssignment (int count) {
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int i, c = 0;
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srt_string *b = ss_alloc(0);
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@@ -421,6 +454,18 @@ int testMLIB_nonemptyCtor (int count) {
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return c;
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}
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int testMLIB_smallnonemptyCtor (int count) {
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int i, c = 0;
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for (c=i=0; i < count; i++) {
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string_t b;
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string_init_set_str(b, SMALLTESTSTRING1);
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BARRIER();
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c += string_size(b) ^i;
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string_clear(b);
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}
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return c;
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}
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int testMLIB_cstrAssignment (int count) {
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int i, c = 0;
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string_t b;
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@@ -529,6 +574,18 @@ int testSDS_nonemptyCtor (int count) {
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return c;
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}
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int testSDS_smallnonemptyCtor (int count) {
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int i, c = 0;
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for (c=i=0; i < count; i++) {
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sds b;
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b = sdsnew(SMALLTESTSTRING1);
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BARRIER();
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c += sdslen(b) ^i;
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sdsfree(b);
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}
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return c;
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}
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int testSDS_cstrAssignment (int count) {
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int i, c = 0;
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sds b;
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@@ -623,6 +680,18 @@ int testRAPIDSTRING_nonemptyCtor (int count) {
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return c;
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}
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int testRAPIDSTRING_smallnonemptyCtor (int count) {
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int i, c = 0;
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for (c=i=0; i < count; i++) {
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rapidstring b;
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rs_init_w(&b, SMALLTESTSTRING1);
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BARRIER();
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c += rs_len(&b) ^i;
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rs_free(&b);
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}
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return c;
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}
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int testRAPIDSTRING_cstrAssignment (int count) {
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int i, c = 0;
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rapidstring b;
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@@ -677,9 +746,9 @@ int testRAPIDSTRING_concat (int count) {
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#endif
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#define NTESTS 7
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#define NTESTS 8
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struct flags {
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int runtest[NTESTS];
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int runtest[NTESTS];
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};
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static void
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@@ -687,7 +756,7 @@ print(const char library[], const char function[], double cps)
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{
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if (print_csv == false)
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{
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printf ("%16s %24s : %20.1f per second\n", library, function, cps);
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printf ("%16s %30s : %20.1f per second\n", library, function, cps);
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}
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else
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{
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@@ -709,22 +778,26 @@ int benchTest (const struct flags * runflags) {
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print ("std::string", "non-empty constructor", cps);
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}
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if (runflags->runtest[2]) {
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c += timeTest (cps, testSTL_smallnonemptyCtor, 100000);
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print ("std::string", "small non-empty constructor", cps);
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}
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if (runflags->runtest[3]) {
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c += timeTest (cps, testSTL_cstrAssignment, 100000);
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print ("std::string", "char * assignment", cps);
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}
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if (runflags->runtest[3]) {
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if (runflags->runtest[4]) {
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c += timeTest (cps, testSTL_extraction, 100000);
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print ("std::string", "char extraction", cps);
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}
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if (runflags->runtest[4]) {
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if (runflags->runtest[5]) {
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c += timeTest (cps, testSTL_scan, 100000);
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print ("std::string", "scan", cps);
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}
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if (runflags->runtest[5]) {
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if (runflags->runtest[6]) {
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c += timeTest (cps, testSTL_concat, 10);
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print ("std::string", "concatenation", cps * 250);
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}
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if (runflags->runtest[6]) {
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if (runflags->runtest[7]) {
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c += timeTest (cps, testSTL_replace, 10000);
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print ("std::string", "replace", cps);
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}
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@@ -740,22 +813,26 @@ int benchTest (const struct flags * runflags) {
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print ("CBString", "non-empty constructor", cps);
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}
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if (runflags->runtest[2]) {
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c += timeTest (cps, testCBS_smallnonemptyCtor, 100000);
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print ("CBString", "small non-empty constructor", cps);
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}
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if (runflags->runtest[3]) {
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c += timeTest (cps, testCBS_cstrAssignment, 100000);
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print ("CBString", "char * assignment", cps);
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}
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if (runflags->runtest[3]) {
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if (runflags->runtest[4]) {
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c += timeTest (cps, testCBS_extraction, 100000);
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print ("CBString", "char extraction", cps);
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}
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if (runflags->runtest[4]) {
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if (runflags->runtest[5]) {
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c += timeTest (cps, testCBS_scan, 100000);
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print ("CBString", "scan", cps);
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}
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if (runflags->runtest[5]) {
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if (runflags->runtest[6]) {
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c += timeTest (cps, testCBS_concat, 10);
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print ("CBString", "concatenation", cps * 250);
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}
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if (runflags->runtest[6]) {
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if (runflags->runtest[7]) {
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c += timeTest (cps, testCBS_replace, 10000);
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print ("CBString", "replace", cps);
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}
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@@ -771,18 +848,22 @@ int benchTest (const struct flags * runflags) {
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print ("LIBSRT", "non-empty constructor", cps);
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}
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if (runflags->runtest[2]) {
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c += timeTest (cps, testSRT_smallnonemptyCtor, 100000);
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print ("LIBSRT", "small non-empty constructor", cps);
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}
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if (runflags->runtest[3]) {
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c += timeTest (cps, testSRT_cstrAssignment, 100000);
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print ("LIBSRT", "char * assignment", cps);
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}
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if (runflags->runtest[3]) {
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if (runflags->runtest[4]) {
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c += timeTest (cps, testSRT_extraction, 100000);
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print ("LIBSRT", "char extraction", cps);
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}
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if (runflags->runtest[4]) {
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if (runflags->runtest[5]) {
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c += timeTest (cps, testSRT_scan, 100000);
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print ("LIBSRT", "scan", cps);
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}
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if (runflags->runtest[5]) {
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if (runflags->runtest[6]) {
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c += timeTest (cps, testSRT_concat, 10);
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print ("LIBSRT", "concatenation", cps * 250);
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}
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@@ -798,22 +879,26 @@ int benchTest (const struct flags * runflags) {
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print ("M*LIB", "non-empty constructor", cps);
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}
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if (runflags->runtest[2]) {
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c += timeTest (cps, testMLIB_smallnonemptyCtor, 100000);
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print ("M*LIB", "small non-empty constructor", cps);
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}
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if (runflags->runtest[3]) {
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c += timeTest (cps, testMLIB_cstrAssignment, 100000);
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print ("M*LIB", "Char * assignment", cps);
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}
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if (runflags->runtest[3]) {
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if (runflags->runtest[4]) {
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c += timeTest (cps, testMLIB_extraction, 100000);
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print ("M*LIB", "char extraction", cps);
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}
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if (runflags->runtest[4]) {
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if (runflags->runtest[5]) {
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c += timeTest (cps, testMLIB_scan, 100000);
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print ("M*LIB", "scan", cps);
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}
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if (runflags->runtest[5]) {
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if (runflags->runtest[6]) {
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c += timeTest (cps, testMLIB_concat, 10);
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print ("M*LIB", "concatenation", cps * 250);
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}
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if (runflags->runtest[6]) {
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if (runflags->runtest[7]) {
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c += timeTest (cps, testMLIB_replace, 10000);
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print ("M*LIB", "replace", cps);
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}
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@@ -829,18 +914,22 @@ int benchTest (const struct flags * runflags) {
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print ("SDS", "non-empty constructor", cps);
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}
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if (runflags->runtest[2]) {
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c += timeTest (cps, testSDS_smallnonemptyCtor, 100000);
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print ("SDS", "small non-empty constructor", cps);
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}
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if (runflags->runtest[3]) {
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c += timeTest (cps, testSDS_cstrAssignment, 100000);
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print ("SDS", "char * assignment", cps);
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}
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if (runflags->runtest[3]) {
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if (runflags->runtest[4]) {
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c += timeTest (cps, testSDS_extraction, 100000);
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print ("SDS", "char extraction", cps);
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}
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if (runflags->runtest[4]) {
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if (runflags->runtest[5]) {
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c += timeTest (cps, testSDS_scan, 100000);
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print ("SDS", "scan", cps);
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}
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if (runflags->runtest[5]) {
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if (runflags->runtest[6]) {
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c += timeTest (cps, testSDS_concat, 10);
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print ("SDS", "concatenation", cps * 250);
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}
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@@ -856,14 +945,18 @@ int benchTest (const struct flags * runflags) {
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print ("RAPIDSTRING", "non-empty constructor", cps);
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}
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if (runflags->runtest[2]) {
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c += timeTest (cps, testRAPIDSTRING_smallnonemptyCtor, 100000);
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print ("RAPIDSTRING", "small non-empty constructor", cps);
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}
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if (runflags->runtest[3]) {
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c += timeTest (cps, testRAPIDSTRING_cstrAssignment, 100000);
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print ("RAPIDSTRING", "char * assignment", cps);
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}
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if (runflags->runtest[3]) {
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if (runflags->runtest[4]) {
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c += timeTest (cps, testRAPIDSTRING_extraction, 100000);
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print ("RAPIDSTRING", "char extraction", cps);
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}
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if (runflags->runtest[5]) {
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if (runflags->runtest[6]) {
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c += timeTest (cps, testRAPIDSTRING_concat, 10);
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print ("RAPIDSTRING", "concatenation", cps * 250);
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}
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