Remove duplicated code in getInfo()

[software/dgc/cdgc.git] / rt / gc / cdgc / opts.d

diff --git a/rt/gc/cdgc/opts.d b/rt/gc/cdgc/opts.d
index f6012b3c047e7195411490fb17d5fc2059d4e156..bb6529a6cf7e4fa5a48ae7bad72b54a91d999e8d 100644 (file)
--- a/rt/gc/cdgc/opts.d
+++ b/rt/gc/cdgc/opts.d
@@ -51,6 +51,7 @@ struct Options
     char[MAX_OPT_LEN] collect_stats_file = "";
     bool sentinel = false;
     bool mem_stomp = false;
     char[MAX_OPT_LEN] collect_stats_file = "";
     bool sentinel = false;
     bool mem_stomp = false;

+    bool conservative = false;

 }
 
 package Options options;
 }
 
 package Options options;


@@ -84,6 +85,8 @@ void process_option(char* opt_name, char* opt_value)
         options.sentinel = parse_bool(opt_value);
     else if (cstr_eq(opt_name, "mem_stomp"))
         options.mem_stomp = parse_bool(opt_value);
         options.sentinel = parse_bool(opt_value);
     else if (cstr_eq(opt_name, "mem_stomp"))
         options.mem_stomp = parse_bool(opt_value);

+    else if (cstr_eq(opt_name, "conservative"))
+        options.conservative = parse_bool(opt_value);

 }
 
 
 }
 
 


@@ -141,6 +144,7 @@ unittest
         assert (log_file[0] == '\0');
         assert (sentinel == false);
         assert (mem_stomp == false);
         assert (log_file[0] == '\0');
         assert (sentinel == false);
         assert (mem_stomp == false);

+        assert (conservative == false);

     }
     parse("mem_stomp");
     with (options) {
     }
     parse("mem_stomp");
     with (options) {


@@ -148,13 +152,15 @@ unittest
         assert (log_file[0] == '\0');
         assert (sentinel == false);
         assert (mem_stomp == true);
         assert (log_file[0] == '\0');
         assert (sentinel == false);
         assert (mem_stomp == true);

+        assert (conservative == false);

     }
     }

-    parse("mem_stomp=0:verbose=2");
+    parse("mem_stomp=0:verbose=2:conservative");

     with (options) {
         assert (verbose == 2);
         assert (log_file[0] == '\0');
         assert (sentinel == false);
         assert (mem_stomp == false);
     with (options) {
         assert (verbose == 2);
         assert (log_file[0] == '\0');
         assert (sentinel == false);
         assert (mem_stomp == false);

+        assert (conservative == true);

     }
     parse("log_file=12345 67890:verbose=1:sentinel=4:mem_stomp=1");
     with (options) {
     }
     parse("log_file=12345 67890:verbose=1:sentinel=4:mem_stomp=1");
     with (options) {


@@ -162,6 +168,7 @@ unittest
         assert (cstring.strcmp(log_file.ptr, "12345 67890".ptr) == 0);
         assert (sentinel == true);
         assert (mem_stomp == true);
         assert (cstring.strcmp(log_file.ptr, "12345 67890".ptr) == 0);
         assert (sentinel == true);
         assert (mem_stomp == true);

+        assert (conservative == true);

     }
     parse(null);
     with (options) {
     }
     parse(null);
     with (options) {


@@ -169,6 +176,7 @@ unittest
         assert (cstring.strcmp(log_file.ptr, "12345 67890".ptr) == 0);
         assert (sentinel == true);
         assert (mem_stomp == true);
         assert (cstring.strcmp(log_file.ptr, "12345 67890".ptr) == 0);
         assert (sentinel == true);
         assert (mem_stomp == true);

+        assert (conservative == true);

     }
 }
 
     }
 }