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tester.c
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#define OWL_PERL
#define WINDOW FAKE_WINDOW
#include "owl.h"
#undef WINDOW
#include "filterproc.h"
#include <stdio.h>
#undef instr
#include <ncursesw/curses.h>
owl_global g;
int numtests;
int owl_regtest(void);
int owl_util_regtest(void);
int owl_dict_regtest(void);
int owl_variable_regtest(void);
int owl_filter_regtest(void);
int owl_obarray_regtest(void);
int owl_editwin_regtest(void);
int owl_fmtext_regtest(void);
int owl_smartfilter_regtest(void);
int owl_history_regtest(void);
int call_filter_regtest(void);
extern void owl_perl_xs_init(pTHX);
int main(int argc, char **argv, char **env)
{
FILE *rnull;
FILE *wnull;
char *perlerr;
int status = 0;
SCREEN *screen;
if (argc <= 1) {
fprintf(stderr, "Usage: %s --builtin|TEST.t|-le CODE\n", argv[0]);
return 1;
}
/* initialize a fake ncurses, detached from std{in,out} */
wnull = fopen("/dev/null", "w");
rnull = fopen("/dev/null", "r");
screen = newterm("xterm", wnull, rnull);
/* initialize global structures */
owl_global_init(&g);
perlerr = owl_perlconfig_initperl(NULL, &argc, &argv, &env);
if (perlerr) {
endwin();
fprintf(stderr, "Internal perl error: %s\n", perlerr);
status = 1;
goto out;
}
owl_global_complete_setup(&g);
owl_global_setup_default_filters(&g);
owl_view_create(owl_global_get_current_view(&g), "main",
owl_global_get_filter(&g, "all"),
owl_global_get_style_by_name(&g, "default"));
owl_function_firstmsg();
ENTER;
SAVETMPS;
if (strcmp(argv[1], "--builtin") == 0) {
status = owl_regtest();
} else if (strcmp(argv[1], "-le") == 0 && argc > 2) {
/*
* 'prove' runs its harness perl with '-le CODE' to get some
* information out.
*/
moreswitches("l");
eval_pv(argv[2], true);
} else {
sv_setpv(get_sv("0", false), argv[1]);
sv_setpv(get_sv("main::test_prog", TRUE), argv[1]);
eval_pv("do $main::test_prog; die($@) if($@)", true);
}
status = 0;
FREETMPS;
LEAVE;
out:
perl_destruct(owl_global_get_perlinterp(&g));
perl_free(owl_global_get_perlinterp(&g));
/* probably not necessary, but tear down the screen */
endwin();
delscreen(screen);
fclose(rnull);
fclose(wnull);
return status;
}
int owl_regtest(void) {
numtests = 0;
int numfailures=0;
/*
printf("1..%d\n", OWL_UTIL_NTESTS+OWL_DICT_NTESTS+OWL_VARIABLE_NTESTS
+OWL_FILTER_NTESTS+OWL_OBARRAY_NTESTS);
*/
numfailures += owl_util_regtest();
numfailures += owl_dict_regtest();
numfailures += owl_variable_regtest();
numfailures += owl_filter_regtest();
numfailures += owl_editwin_regtest();
numfailures += owl_fmtext_regtest();
numfailures += owl_smartfilter_regtest();
numfailures += owl_history_regtest();
numfailures += call_filter_regtest();
if (numfailures) {
fprintf(stderr, "# *** WARNING: %d failures total\n", numfailures);
}
printf("1..%d\n", numtests);
return(numfailures);
}
#define FAIL_UNLESS(desc,pred) do { int __pred = (pred); \
numtests++; \
printf("%s %d %s", (__pred) ? "ok" : (numfailed++, "not ok"), numtests, desc); \
if(!(__pred)) printf("\t(%s:%d)", __FILE__, __LINE__); printf("%c", '\n'); } while(0)
int owl_util_regtest(void)
{
int numfailed=0;
char *path, *home;
printf("# BEGIN testing owl_util\n");
#define CHECK_STR_AND_FREE(desc, expected, expr) \
do { \
char *__value = (expr); \
FAIL_UNLESS((desc), !strcmp((expected), __value)); \
g_free(__value); \
} while (0)
CHECK_STR_AND_FREE("owl_text_substitute 2", "fYZYZ",
owl_text_substitute("foo", "o", "YZ"));
CHECK_STR_AND_FREE("owl_text_substitute 3", "foo",
owl_text_substitute("fYZYZ", "YZ", "o"));
CHECK_STR_AND_FREE("owl_text_substitute 4", "/u/foo/meep",
owl_text_substitute("~/meep", "~", "/u/foo"));
FAIL_UNLESS("skiptokens 1",
!strcmp("bar quux", skiptokens("foo bar quux", 1)));
FAIL_UNLESS("skiptokens 2",
!strcmp("meep", skiptokens("foo 'bar quux' meep", 2)));
CHECK_STR_AND_FREE("expand_tabs 1", " hi", owl_text_expand_tabs("\thi"));
CHECK_STR_AND_FREE("expand_tabs 2", " hi\nword tab",
owl_text_expand_tabs("\thi\nword\ttab"));
CHECK_STR_AND_FREE("expand_tabs 3", " 2 tabs",
owl_text_expand_tabs("\t\t2 tabs"));
CHECK_STR_AND_FREE("expand_tabs 4", "α ααααααα! ",
owl_text_expand_tabs("α\tααααααα!\t"));
CHECK_STR_AND_FREE("expand_tabs 5", "Ａ ＡＡＡ!! ",
owl_text_expand_tabs("Ａ\tＡＡＡ!!\t"));
FAIL_UNLESS("skiptokens 1",
!strcmp("world", skiptokens("hello world", 1)));
FAIL_UNLESS("skiptokens 2",
!strcmp("c d e", skiptokens("a b c d e", 2)));
FAIL_UNLESS("skiptokens 3",
!strcmp("\"b\" c d e", skiptokens("a \"b\" c d e", 1)));
FAIL_UNLESS("skiptokens 4",
!strcmp("c d e", skiptokens("a \"b\" c d e", 2)));
FAIL_UNLESS("skiptokens 5",
!strcmp("c d e", skiptokens("a \"'\" c d e", 2)));
#define CHECK_QUOTING(desc, unquoted, quoted) \
do { \
int __argc; \
char *__quoted = owl_arg_quote(unquoted); \
char **__argv; \
FAIL_UNLESS(desc, !strcmp(quoted, __quoted)); \
__argv = owl_parseline(__quoted, &__argc); \
FAIL_UNLESS(desc " - arg count", __argc == 1); \
FAIL_UNLESS(desc " - null-terminated", \
__argv[__argc] == NULL); \
FAIL_UNLESS(desc " - parsed", \
!strcmp(__argv[0], unquoted)); \
g_strfreev(__argv); \
g_free(__quoted); \
} while (0)
CHECK_QUOTING("boring text", "mango", "mango");
CHECK_QUOTING("spaces", "mangos are tasty", "'mangos are tasty'");
CHECK_QUOTING("single quotes", "mango's", "\"mango's\"");
CHECK_QUOTING("double quotes", "he said \"mangos are tasty\"",
"'he said \"mangos are tasty\"'");
CHECK_QUOTING("both quotes",
"he said \"mango's are tasty even when you put in "
"a random apostrophe\"",
"\"he said \"'\"'\"mango's are tasty even when you put in "
"a random apostrophe\"'\"'\"\"");
CHECK_QUOTING("quote monster", "'\"\"'\"'''\"",
"\""
"'"
"\"'\"'\""
"\"'\"'\""
"'"
"\"'\"'\""
"'"
"'"
"'"
"\"'\"'\""
"\"");
GString *quoted = g_string_new("");
owl_string_appendf_quoted(quoted, "%q foo %q%q %s %", "hello", "world is", "can't");
FAIL_UNLESS("owl_string_appendf",
!strcmp(quoted->str, "hello foo 'world is'\"can't\" %s %"));
g_string_free(quoted, true);
CHECK_STR_AND_FREE("baseclass barnowl",
"barnowl", owl_util_baseclass("barnowl"));
CHECK_STR_AND_FREE("baseclass unbarnowl",
"barnowl", owl_util_baseclass("unbarnowl"));
CHECK_STR_AND_FREE("baseclass unununbarnowl.d.d",
"barnowl", owl_util_baseclass("unununbarnowl.d.d"));
CHECK_STR_AND_FREE("baseclass ununun.d.d",
"", owl_util_baseclass("ununun.d.d"));
CHECK_STR_AND_FREE("baseclass d.d.d.d",
"d", owl_util_baseclass("d.d.d.d"));
CHECK_STR_AND_FREE("baseclass n.d.d.d",
"n", owl_util_baseclass("n.d.d.d"));
CHECK_STR_AND_FREE("baseclass ununun.",
".", owl_util_baseclass("ununun."));
CHECK_STR_AND_FREE("baseclass unununu",
"u", owl_util_baseclass("unununu"));
CHECK_STR_AND_FREE("makepath foo/bar",
"foo/bar", owl_util_makepath("foo/bar"));
CHECK_STR_AND_FREE("makepath //foo///bar",
"/foo/bar", owl_util_makepath("//foo///bar"));
CHECK_STR_AND_FREE("makepath foo/~//bar/",
"foo/~/bar/", owl_util_makepath("foo/~//bar/"));
CHECK_STR_AND_FREE("makepath ~thisuserhadreallybetternotexist/foobar/",
"~thisuserhadreallybetternotexist/foobar/",
owl_util_makepath("~thisuserhadreallybetternotexist/foobar/"));
home = g_strdup(owl_global_get_homedir(&g));
CHECK_STR_AND_FREE("makepath ~",
home, owl_util_makepath("~"));
path = g_build_filename(home, "foo/bar/baz", NULL);
CHECK_STR_AND_FREE("makepath ~///foo/bar//baz",
path, owl_util_makepath("~///foo/bar//baz"));
g_free(path);
g_free(home);
home = owl_util_homedir_for_user("root");
if (home == NULL) {
/* Just make some noise so we notice. */
home = g_strdup("<WHAT>");
fprintf(stderr, "owl_util_homedir_for_user failed");
}
CHECK_STR_AND_FREE("makepath ~root",
home, owl_util_makepath("~root"));
path = g_build_filename(home, "foo/bar/baz", NULL);
CHECK_STR_AND_FREE("makepath ~root///foo/bar//baz",
path, owl_util_makepath("~root///foo/bar//baz"));
g_free(path);
g_free(home);
/* if (numfailed) printf("*** WARNING: failures encountered with owl_util\n"); */
printf("# END testing owl_util (%d failures)\n", numfailed);
return(numfailed);
}
int owl_dict_regtest(void) {
owl_dict d;
GPtrArray *l;
int numfailed=0;
char *av = g_strdup("aval"), *bv = g_strdup("bval"), *cv = g_strdup("cval"),
*dv = g_strdup("dval");
printf("# BEGIN testing owl_dict\n");
owl_dict_create(&d);
FAIL_UNLESS("insert b", 0==owl_dict_insert_element(&d, "b", bv, owl_dict_noop_delete));
FAIL_UNLESS("insert d", 0==owl_dict_insert_element(&d, "d", dv, owl_dict_noop_delete));
FAIL_UNLESS("insert a", 0==owl_dict_insert_element(&d, "a", av, owl_dict_noop_delete));
FAIL_UNLESS("insert c", 0==owl_dict_insert_element(&d, "c", cv, owl_dict_noop_delete));
FAIL_UNLESS("reinsert d (no replace)", -2==owl_dict_insert_element(&d, "d", dv, 0));
FAIL_UNLESS("find a", av==owl_dict_find_element(&d, "a"));
FAIL_UNLESS("find b", bv==owl_dict_find_element(&d, "b"));
FAIL_UNLESS("find c", cv==owl_dict_find_element(&d, "c"));
FAIL_UNLESS("find d", dv==owl_dict_find_element(&d, "d"));
FAIL_UNLESS("find e (non-existent)", NULL==owl_dict_find_element(&d, "e"));
FAIL_UNLESS("remove d", dv==owl_dict_remove_element(&d, "d"));
FAIL_UNLESS("find d (post-removal)", NULL==owl_dict_find_element(&d, "d"));
FAIL_UNLESS("get_size", 3==owl_dict_get_size(&d));
l = owl_dict_get_keys(&d);
FAIL_UNLESS("get_keys result size", 3 == l->len);
/* these assume the returned keys are sorted */
FAIL_UNLESS("get_keys result val", 0 == strcmp("a", l->pdata[0]));
FAIL_UNLESS("get_keys result val", 0 == strcmp("b", l->pdata[1]));
FAIL_UNLESS("get_keys result val", 0 == strcmp("c", l->pdata[2]));
owl_ptr_array_free(l, g_free);
owl_dict_cleanup(&d, NULL);
g_free(av);
g_free(bv);
g_free(cv);
g_free(dv);
/* if (numfailed) printf("*** WARNING: failures encountered with owl_dict\n"); */
printf("# END testing owl_dict (%d failures)\n", numfailed);
return(numfailed);
}
int owl_variable_regtest(void) {
owl_vardict vd;
owl_variable *var;
int numfailed=0;
char *value;
printf("# BEGIN testing owl_variable\n");
owl_variable_dict_setup(&vd);
FAIL_UNLESS("get bool var", NULL != (var = owl_variable_get_var(&vd, "rxping")));
FAIL_UNLESS("get bool", 0 == owl_variable_get_bool(var));
FAIL_UNLESS("get bool (no such)", NULL == owl_variable_get_var(&vd, "mumble"));
FAIL_UNLESS("get bool as string",
!strcmp((value = owl_variable_get_tostring(var)), "off"));
g_free(value);
FAIL_UNLESS("set bool 1", 0 == owl_variable_set_bool_on(var));
FAIL_UNLESS("get bool 2", 1 == owl_variable_get_bool(var));
FAIL_UNLESS("set bool 3", 0 == owl_variable_set_fromstring(var, "off", 0));
FAIL_UNLESS("get bool 4", 0 == owl_variable_get_bool(var));
FAIL_UNLESS("set bool 5", -1 == owl_variable_set_fromstring(var, "xxx", 0));
FAIL_UNLESS("get bool 6", 0 == owl_variable_get_bool(var));
FAIL_UNLESS("get string var", NULL != (var = owl_variable_get_var(&vd, "logpath")));
FAIL_UNLESS("get string", 0 == strcmp("~/zlog/people", owl_variable_get_string(var)));
FAIL_UNLESS("set string 7", 0 == owl_variable_set_string(var, "whee"));
FAIL_UNLESS("get string", !strcmp("whee", owl_variable_get_string(var)));
FAIL_UNLESS("get int var", NULL != (var = owl_variable_get_var(&vd, "typewinsize")));
FAIL_UNLESS("get int", 8 == owl_variable_get_int(var));
FAIL_UNLESS("get int (no such)", NULL == owl_variable_get_var(&vd, "mumble"));
FAIL_UNLESS("get int as string",
!strcmp((value = owl_variable_get_tostring(var)), "8"));
g_free(value);
FAIL_UNLESS("set int 1", 0 == owl_variable_set_int(var, 12));
FAIL_UNLESS("get int 2", 12 == owl_variable_get_int(var));
FAIL_UNLESS("set int 1b", -1 == owl_variable_set_int(var, -3));
FAIL_UNLESS("get int 2b", 12 == owl_variable_get_int(var));
FAIL_UNLESS("set int 3", 0 == owl_variable_set_fromstring(var, "9", 0));
FAIL_UNLESS("get int 4", 9 == owl_variable_get_int(var));
FAIL_UNLESS("set int 5", -1 == owl_variable_set_fromstring(var, "xxx", 0));
FAIL_UNLESS("set int 6", -1 == owl_variable_set_fromstring(var, "", 0));
FAIL_UNLESS("get int 7", 9 == owl_variable_get_int(var));
FAIL_UNLESS("get enum var", NULL != (var = owl_variable_get_var(&vd, "scrollmode")));
FAIL_UNLESS("get enum", OWL_SCROLLMODE_NORMAL == owl_variable_get_int(var));
FAIL_UNLESS("get enum as string",
!strcmp((value = owl_variable_get_tostring(var)), "normal"));
g_free(value);
FAIL_UNLESS("set enum 1", 0 == owl_variable_set_int(var, OWL_SCROLLMODE_TOP));
FAIL_UNLESS("get enum 1", OWL_SCROLLMODE_TOP == owl_variable_get_int(var));
FAIL_UNLESS("set enum 2a", -1 == owl_variable_set_int(var, -1));
FAIL_UNLESS("set enum 2b", -1 == owl_variable_set_int(var, OWL_SCROLLMODE_PAGEDCENTER + 1));
FAIL_UNLESS("get enum 2", OWL_SCROLLMODE_TOP == owl_variable_get_int(var));
FAIL_UNLESS("set enum 3", 0 == owl_variable_set_fromstring(var, "center", 0));
FAIL_UNLESS("get enum 4", OWL_SCROLLMODE_CENTER == owl_variable_get_int(var));
FAIL_UNLESS("set enum 5", -1 == owl_variable_set_fromstring(var, "bogus", 0));
FAIL_UNLESS("set enum 6", -1 == owl_variable_set_fromstring(var, "", 0));
FAIL_UNLESS("get enum 7", OWL_SCROLLMODE_CENTER == owl_variable_get_int(var));
owl_variable_dict_newvar_string(&vd, "stringvar", "testval", "", "");
FAIL_UNLESS("get new string var", NULL != (var = owl_variable_get_var(&vd, "stringvar")));
FAIL_UNLESS("get new string val", !strcmp("testval", owl_variable_get_string(var)));
owl_variable_set_string(var, "new val");
FAIL_UNLESS("update string val", !strcmp("new val", owl_variable_get_string(var)));
owl_variable_dict_newvar_int(&vd, "intvar", 47, "", "");
FAIL_UNLESS("get new int var", NULL != (var = owl_variable_get_var(&vd, "intvar")));
FAIL_UNLESS("get new int val", 47 == owl_variable_get_int(var));
owl_variable_set_int(var, 17);
FAIL_UNLESS("update int val", 17 == owl_variable_get_int(var));
owl_variable_dict_newvar_bool(&vd, "boolvar", true, "", "");
FAIL_UNLESS("get new bool var", NULL != (var = owl_variable_get_var(&vd, "boolvar")));
FAIL_UNLESS("get new bool val", owl_variable_get_bool(var));
owl_variable_set_bool_off(var);
FAIL_UNLESS("update bool val", !owl_variable_get_bool(var));
owl_variable_dict_newvar_string(&vd, "nullstringvar", NULL, "", "");
FAIL_UNLESS("get new string (NULL) var", NULL != (var = owl_variable_get_var(&vd, "nullstringvar")));
FAIL_UNLESS("get string (NULL)", NULL == (value = owl_variable_get_tostring(var)));
g_free(value);
var = owl_variable_get_var(&vd, "zsigproc");
FAIL_UNLESS("get string (NULL) 2", NULL == (value = owl_variable_get_tostring(var)));
g_free(value);
owl_variable_dict_newvar_enum(&vd, "enumvar", 0, "", "", "a,b,c,d");
FAIL_UNLESS("get new enum var", NULL != (var = owl_variable_get_var(&vd, "enumvar")));
FAIL_UNLESS("get new enum val", 0 == owl_variable_get_int(var));
owl_variable_set_fromstring(var, "c", 0);
FAIL_UNLESS("update enum val", 2 == owl_variable_get_int(var));
owl_variable_dict_cleanup(&vd);
/* if (numfailed) printf("*** WARNING: failures encountered with owl_variable\n"); */
printf("# END testing owl_variable (%d failures)\n", numfailed);
return(numfailed);
}
static int owl_filter_test_string(const char *filt, const owl_message *m, int shouldmatch)
{
owl_filter *f;
int ok;
int failed = 0;
if ((f = owl_filter_new_fromstring("test-filter", filt)) == NULL) {
printf("not ok can't parse %s\n", filt);
failed = 1;
goto out;
}
ok = owl_filter_message_match(f, m);
if((shouldmatch && !ok) || (!shouldmatch && ok)) {
printf("not ok match %s (got %d, expected %d)\n", filt, ok, shouldmatch);
failed = 1;
}
out:
owl_filter_delete(f);
if(!failed) {
printf("ok %s %s\n", shouldmatch ? "matches" : "doesn't match", filt);
}
return failed;
}
int owl_filter_regtest(void) {
int numfailed=0;
owl_message m;
owl_filter *f1, *f2, *f3, *f4, *f5;
owl_message_init(&m);
owl_message_set_type_zephyr(&m);
owl_message_set_direction_in(&m);
owl_message_set_class(&m, "owl");
owl_message_set_instance(&m, "tester");
owl_message_set_sender(&m, "owl-user");
owl_message_set_recipient(&m, "joe");
owl_message_set_attribute(&m, "foo", "bar");
#define TEST_FILTER(f, e) do { \
numtests++; \
numfailed += owl_filter_test_string(f, &m, e); \
} while(0)
TEST_FILTER("true", 1);
TEST_FILTER("false", 0);
TEST_FILTER("( true )", 1);
TEST_FILTER("not false", 1);
TEST_FILTER("( true ) or ( false )", 1);
TEST_FILTER("true and false", 0);
TEST_FILTER("( true or true ) or ( ( false ) )", 1);
TEST_FILTER("class owl", 1);
TEST_FILTER("class ^owl$", 1);
TEST_FILTER("instance test", 1);
TEST_FILTER("instance ^test$", 0);
TEST_FILTER("instance ^tester$", 1);
TEST_FILTER("foo bar", 1);
TEST_FILTER("class owl and instance tester", 1);
TEST_FILTER("type ^zephyr$ and direction ^in$ and ( class ^owl$ or instance ^owl$ )", 1);
/* Order of operations and precedence */
TEST_FILTER("not true or false", 0);
TEST_FILTER("true or true and false", 0);
TEST_FILTER("true and true and false or true", 1);
TEST_FILTER("false and false or true", 1);
TEST_FILTER("true and false or false", 0);
f1 = owl_filter_new_fromstring("f1", "class owl");
owl_global_add_filter(&g, f1);
TEST_FILTER("filter f1", 1);
owl_global_remove_filter(&g, "f1");
/* Test recursion prevention */
FAIL_UNLESS("self reference", (f2 = owl_filter_new_fromstring("test", "filter test")) == NULL);
owl_filter_delete(f2);
/* mutual recursion */
f3 = owl_filter_new_fromstring("f3", "filter f4");
owl_global_add_filter(&g, f3);
FAIL_UNLESS("mutual recursion", (f4 = owl_filter_new_fromstring("f4", "filter f3")) == NULL);
owl_global_remove_filter(&g, "f3");
owl_filter_delete(f4);
/* support referencing a filter several times */
FAIL_UNLESS("DAG", (f5 = owl_filter_new_fromstring("dag", "filter f1 or filter f1")) != NULL);
owl_filter_delete(f5);
owl_message_cleanup(&m);
return 0;
}
int owl_editwin_regtest(void) {
int numfailed = 0;
const char *p;
owl_editwin *oe;
const char *autowrap_string = "we feel our owls should live "
"closer to our ponies.";
printf("# BEGIN testing owl_editwin\n");
oe = owl_editwin_new(NULL, 80, 80, OWL_EDITWIN_STYLE_MULTILINE, NULL);
/* TODO: make the strings a little more lenient w.r.t trailing whitespace */
/* check paragraph fill */
owl_editwin_insert_string(oe, "blah blah blah blah blah blah blah blah blah blah blah blah blah blah blah blah blah.\n\nblah");
owl_editwin_move_to_top(oe);
owl_editwin_fill_paragraph(oe);
p = owl_editwin_get_text(oe);
FAIL_UNLESS("text was correctly wrapped", p && !strcmp(p, "blah blah blah blah blah blah blah blah blah blah blah blah blah blah\n"
"blah blah blah.\n"
"\n"
"blah"));
owl_editwin_unref(oe); oe = NULL;
oe = owl_editwin_new(NULL, 80, 80, OWL_EDITWIN_STYLE_MULTILINE, NULL);
/* check that lines ending with ". " correctly fill */
owl_editwin_insert_string(oe, "blah blah blah blah blah blah blah blah blah blah blah blah blah blah blah blah blah. \n\nblah");
owl_editwin_move_to_top(oe);
owl_editwin_fill_paragraph(oe);
p = owl_editwin_get_text(oe);
FAIL_UNLESS("text was correctly wrapped", p && !strcmp(p, "blah blah blah blah blah blah blah blah blah blah blah blah blah blah\n"
"blah blah blah. \n"
"\n"
"blah"));
owl_editwin_unref(oe); oe = NULL;
/* Test owl_editwin_move_to_beginning_of_line. */
oe = owl_editwin_new(NULL, 80, 80, OWL_EDITWIN_STYLE_MULTILINE, NULL);
owl_editwin_insert_string(oe, "\n");
owl_editwin_insert_string(oe, "12345678\n");
owl_editwin_insert_string(oe, "\n");
owl_editwin_insert_string(oe, "abcdefg\n");
owl_editwin_move_to_top(oe);
FAIL_UNLESS("already at beginning of line",
owl_editwin_move_to_beginning_of_line(oe) == 0);
owl_editwin_line_move(oe, 1);
owl_editwin_point_move(oe, 5);
FAIL_UNLESS("find beginning of line after empty first line",
owl_editwin_move_to_beginning_of_line(oe) == -5);
owl_editwin_line_move(oe, 1);
FAIL_UNLESS("find beginning empty middle line",
owl_editwin_move_to_beginning_of_line(oe) == 0);
owl_editwin_line_move(oe, 1);
owl_editwin_point_move(oe, 2);
FAIL_UNLESS("find beginning of line after empty middle line",
owl_editwin_move_to_beginning_of_line(oe) == -2);
owl_editwin_unref(oe); oe = NULL;
/* Test automatic line-wrapping. */
owl_global_set_edit_maxwrapcols(&g, 10);
oe = owl_editwin_new(NULL, 80, 80, OWL_EDITWIN_STYLE_MULTILINE, NULL);
for (p = autowrap_string; *p; p++) {
owl_input j;
j.ch = *p;
j.uch = *p; /* Assuming ASCII. */
owl_editwin_process_char(oe, j);
}
p = owl_editwin_get_text(oe);
FAIL_UNLESS("text was automatically wrapped",
p && !strcmp(p, "we feel\n"
"our owls\n"
"should\n"
"live\n"
"closer to\n"
"our\n"
"ponies."));
owl_editwin_unref(oe); oe = NULL;
owl_global_set_edit_maxwrapcols(&g, 70);
/* Test owl_editwin_current_column. */
oe = owl_editwin_new(NULL, 80, 80, OWL_EDITWIN_STYLE_MULTILINE, NULL);
FAIL_UNLESS("initial column zero", owl_editwin_current_column(oe) == 0);
owl_editwin_insert_string(oe, "abcdef");
FAIL_UNLESS("simple insert", owl_editwin_current_column(oe) == 6);
owl_editwin_insert_string(oe, "\t");
FAIL_UNLESS("insert tabs", owl_editwin_current_column(oe) == 8);
owl_editwin_insert_string(oe, "123\n12\t3");
FAIL_UNLESS("newline with junk", owl_editwin_current_column(oe) == 9);
owl_editwin_move_to_beginning_of_line(oe);
FAIL_UNLESS("beginning of line", owl_editwin_current_column(oe) == 0);
owl_editwin_unref(oe); oe = NULL;
printf("# END testing owl_editwin (%d failures)\n", numfailed);
return numfailed;
}
int owl_fmtext_regtest(void) {
int numfailed = 0;
int start, end;
owl_fmtext fm1;
owl_fmtext fm2;
owl_regex re;
char *str;
printf("# BEGIN testing owl_fmtext\n");
owl_fmtext_init_null(&fm1);
owl_fmtext_init_null(&fm2);
/* Verify text gets correctly appended. */
owl_fmtext_append_normal(&fm1, "1234567898");
owl_fmtext_append_fmtext(&fm2, &fm1);
FAIL_UNLESS("string lengths correct",
owl_fmtext_num_bytes(&fm2) == strlen(owl_fmtext_get_text(&fm2)));
/* Test owl_fmtext_num_lines. */
owl_fmtext_clear(&fm1);
FAIL_UNLESS("empty line correct", owl_fmtext_num_lines(&fm1) == 0);
owl_fmtext_append_normal(&fm1, "12345\n67898");
FAIL_UNLESS("trailing chars correct", owl_fmtext_num_lines(&fm1) == 2);
owl_fmtext_append_normal(&fm1, "\n");
FAIL_UNLESS("trailing newline correct", owl_fmtext_num_lines(&fm1) == 2);
owl_fmtext_append_bold(&fm1, "");
FAIL_UNLESS("trailing attributes correct", owl_fmtext_num_lines(&fm1) == 2);
/* Test owl_fmtext_truncate_lines */
owl_fmtext_clear(&fm1);
owl_fmtext_append_normal(&fm1, "0\n1\n2\n3\n4\n");
owl_fmtext_clear(&fm2);
owl_fmtext_truncate_lines(&fm1, 1, 3, &fm2);
str = owl_fmtext_print_plain(&fm2);
FAIL_UNLESS("lines corrected truncated",
str && !strcmp(str, "1\n2\n3\n"));
g_free(str);
owl_fmtext_clear(&fm2);
owl_fmtext_truncate_lines(&fm1, 1, 5, &fm2);
str = owl_fmtext_print_plain(&fm2);
FAIL_UNLESS("lines corrected truncated",
str && !strcmp(str, "1\n2\n3\n4\n"));
g_free(str);
/* Test owl_fmtext_truncate_cols. */
owl_fmtext_clear(&fm1);
owl_fmtext_append_normal(&fm1, "123456789012345\n");
owl_fmtext_append_normal(&fm1, "123456789\n");
owl_fmtext_append_normal(&fm1, "1234567890\n");
owl_fmtext_clear(&fm2);
owl_fmtext_truncate_cols(&fm1, 4, 9, &fm2);
str = owl_fmtext_print_plain(&fm2);
FAIL_UNLESS("columns correctly truncated",
str && !strcmp(str, "567890"
"56789\n"
"567890"));
g_free(str);
owl_fmtext_clear(&fm1);
owl_fmtext_append_normal(&fm1, "12\t1234");
owl_fmtext_append_bold(&fm1, "56\n");
owl_fmtext_append_bold(&fm1, "12345678\t\n");
owl_fmtext_clear(&fm2);
owl_fmtext_truncate_cols(&fm1, 4, 13, &fm2);
str = owl_fmtext_print_plain(&fm2);
FAIL_UNLESS("columns correctly truncated",
str && !strcmp(str, " 123456"
"5678 "));
g_free(str);
/* Test owl_fmtext_expand_tabs. */
owl_fmtext_clear(&fm1);
owl_fmtext_append_normal(&fm1, "12\t1234");
owl_fmtext_append_bold(&fm1, "567\t1\n12345678\t1");
owl_fmtext_clear(&fm2);
owl_fmtext_expand_tabs(&fm1, &fm2, 0);
str = owl_fmtext_print_plain(&fm2);
FAIL_UNLESS("no tabs remaining", strchr(str, '\t') == NULL);
FAIL_UNLESS("tabs corrected expanded",
str && !strcmp(str, "12 1234567 1\n"
"12345678 1"));
g_free(str);
owl_fmtext_clear(&fm2);
owl_fmtext_expand_tabs(&fm1, &fm2, 1);
str = owl_fmtext_print_plain(&fm2);
FAIL_UNLESS("no tabs remaining", strchr(str, '\t') == NULL);
FAIL_UNLESS("tabs corrected expanded",
str && !strcmp(str, "12 1234567 1\n"
"12345678 1"));
g_free(str);
/* Test owl_fmtext_search. */
owl_fmtext_clear(&fm1);
owl_fmtext_append_normal(&fm1, "123123123123");
owl_regex_create(&re, "12");
{
int count = 0, offset;
offset = owl_fmtext_search(&fm1, &re, 0);
while (offset >= 0) {
FAIL_UNLESS("search matches",
!strncmp("12", owl_fmtext_get_text(&fm1) + offset, 2));
count++;
offset = owl_fmtext_search(&fm1, &re, offset+1);
}
FAIL_UNLESS("exactly four matches", count == 4);
}
owl_regex_cleanup(&re);
/* Test owl_fmtext_line_number. */
owl_fmtext_clear(&fm1);
owl_fmtext_append_normal(&fm1, "123\n456\n");
owl_fmtext_append_bold(&fm1, "");
FAIL_UNLESS("lines start at 0", 0 == owl_fmtext_line_number(&fm1, 0));
FAIL_UNLESS("trailing formatting characters part of false line",
2 == owl_fmtext_line_number(&fm1, owl_fmtext_num_bytes(&fm1)));
owl_regex_create_quoted(&re, "456");
FAIL_UNLESS("correctly find second line (line 1)",
1 == owl_fmtext_line_number(&fm1, owl_fmtext_search(&fm1, &re, 0)));
owl_regex_cleanup(&re);
/* Test owl_fmtext_line_extents. */
owl_fmtext_clear(&fm1);
owl_fmtext_append_normal(&fm1, "123\n456\n789");
owl_fmtext_line_extents(&fm1, 1, &start, &end);
FAIL_UNLESS("line contents",
!strncmp("456\n", owl_fmtext_get_text(&fm1)+start, end-start));
owl_fmtext_line_extents(&fm1, 2, &start, &end);
FAIL_UNLESS("point to end of buffer", end == owl_fmtext_num_bytes(&fm1));
owl_fmtext_cleanup(&fm1);
owl_fmtext_cleanup(&fm2);
printf("# END testing owl_fmtext (%d failures)\n", numfailed);
return numfailed;
}
static int owl_smartfilter_test_equals(const char *filtname, const char *expected) {
owl_filter *f = NULL;
char *filtstr = NULL;
int failed = 0;
f = owl_global_get_filter(&g, filtname);
if (f == NULL) {
printf("not ok filter missing: %s\n", filtname);
failed = 1;
goto out;
}
/* TODO: Come up with a better way to test this. */
filtstr = owl_filter_print(f);
if (strcmp(expected, filtstr)) {
printf("not ok filter incorrect: |%s| instead of |%s|\n",
filtstr, expected);
failed = 1;
goto out;
}
out:
g_free(filtstr);
return failed;
}
static int owl_classinstfilt_test(const char *c, const char *i, int related, const char *expected) {
char *filtname = NULL;
int failed = 0;
filtname = owl_function_classinstfilt(c, i, related);
if (filtname == NULL) {
printf("not ok null filtname: %s %s %s\n", c, i ? i : "(null)",
related ? "related" : "not related");
failed = 1;
goto out;
}
if (owl_smartfilter_test_equals(filtname, expected)) {
failed = 1;
goto out;
}
out:
if (!failed) {
printf("ok %s\n", filtname);
}
if (filtname)
owl_global_remove_filter(&g, filtname);
g_free(filtname);
return failed;
}
static int owl_zuserfilt_test(const char *longuser, const char *expected) {
char *filtname = NULL;
int failed = 0;
filtname = owl_function_zuserfilt(longuser);
if (filtname == NULL) {
printf("not ok null filtname: %s\n", longuser);
failed = 1;
goto out;
}
if (owl_smartfilter_test_equals(filtname, expected)) {
failed = 1;
goto out;
}
out:
if (!failed) {
printf("ok %s\n", filtname);
}
if (filtname)
owl_global_remove_filter(&g, filtname);
g_free(filtname);
return failed;
}
int owl_smartfilter_regtest(void) {
int numfailed = 0;
printf("# BEGIN testing owl_smartfilter\n");
/* Check classinst making. */
#define TEST_CLASSINSTFILT(c, i, r, e) do { \
numtests++; \
numfailed += owl_classinstfilt_test(c, i, r, e); \
} while (0)
TEST_CLASSINSTFILT("message", NULL, false,
"class ^message$\n");
TEST_CLASSINSTFILT("message", NULL, true,
"class ^(un)*message(\\.d)*$\n");
TEST_CLASSINSTFILT("message", "personal", false,
"class ^message$ and instance ^personal$\n");
TEST_CLASSINSTFILT("message", "personal", true,
"class ^(un)*message(\\.d)*$ and ( instance ^(un)*personal(\\.d)*$ )\n");
TEST_CLASSINSTFILT("message", "evil\tinstance", false,
"class ^message$ and instance '^evil\tinstance$'\n");
TEST_CLASSINSTFILT("message", "evil instance", false,
"class ^message$ and instance '^evil instance$'\n");
TEST_CLASSINSTFILT("message", "evil'instance", false,
"class ^message$ and instance \"^evil'instance$\"\n");
TEST_CLASSINSTFILT("message", "evil\"instance", false,
"class ^message$ and instance '^evil\"instance$'\n");
TEST_CLASSINSTFILT("message", "evil$instance", false,
"class ^message$ and instance ^evil\\$instance$\n");
#define TEST_ZUSERFILT(l, e) do { \
numtests++; \
numfailed += owl_zuserfilt_test(l, e); \
} while (0)
TEST_ZUSERFILT("user",
"( type ^zephyr$ and filter personal and "
"( ( direction ^in$ and sender "
"^user$"
" ) or ( direction ^out$ and recipient "
"^user$"
" ) ) ) or ( ( class ^login$ ) and ( sender "
"^user$"
" ) )\n");
TEST_ZUSERFILT("very evil\t.user",
"( type ^zephyr$ and filter personal and "
"( ( direction ^in$ and sender "
"'^very evil\t\\.user$'"
" ) or ( direction ^out$ and recipient "
"'^very evil\t\\.user$'"
" ) ) ) or ( ( class ^login$ ) and ( sender "
"'^very evil\t\\.user$'"
" ) )\n");
printf("# END testing owl_smartfilter (%d failures)\n", numfailed);
return numfailed;
}
int owl_history_regtest(void)
{
int numfailed = 0;
int i;
owl_history h;
printf("# BEGIN testing owl_history\n");
owl_history_init(&h);
/* Operations on empty history. */
FAIL_UNLESS("prev NULL", owl_history_get_prev(&h) == NULL);
FAIL_UNLESS("next NULL", owl_history_get_next(&h) == NULL);
FAIL_UNLESS("untouched", !owl_history_is_touched(&h));
/* Insert a few records. */
owl_history_store(&h, "a", false);
owl_history_store(&h, "b", false);
owl_history_store(&h, "c", false);
owl_history_store(&h, "d", true);
/* Walk up and down the history a bit. */
FAIL_UNLESS("untouched", !owl_history_is_touched(&h));
FAIL_UNLESS("prev c", strcmp(owl_history_get_prev(&h), "c") == 0);
FAIL_UNLESS("touched", owl_history_is_touched(&h));
FAIL_UNLESS("next d", strcmp(owl_history_get_next(&h), "d") == 0);
FAIL_UNLESS("untouched", !owl_history_is_touched(&h));
FAIL_UNLESS("next NULL", owl_history_get_next(&h) == NULL);
FAIL_UNLESS("prev c", strcmp(owl_history_get_prev(&h), "c") == 0);
FAIL_UNLESS("prev b", strcmp(owl_history_get_prev(&h), "b") == 0);
FAIL_UNLESS("prev a", strcmp(owl_history_get_prev(&h), "a") == 0);
FAIL_UNLESS("prev NULL", owl_history_get_prev(&h) == NULL);
/* Now insert something. It should reset and blow away 'd'. */
owl_history_store(&h, "e", false);
FAIL_UNLESS("untouched", !owl_history_is_touched(&h));
FAIL_UNLESS("next NULL", owl_history_get_next(&h) == NULL);
FAIL_UNLESS("prev c", strcmp(owl_history_get_prev(&h), "c") == 0);
FAIL_UNLESS("touched", owl_history_is_touched(&h));
FAIL_UNLESS("next e", strcmp(owl_history_get_next(&h), "e") == 0);
FAIL_UNLESS("untouched", !owl_history_is_touched(&h));
/* Lines get de-duplicated on insert. */
owl_history_store(&h, "e", false);
owl_history_store(&h, "e", false);
owl_history_store(&h, "e", false);
FAIL_UNLESS("prev c", strcmp(owl_history_get_prev(&h), "c") == 0);
FAIL_UNLESS("next e", strcmp(owl_history_get_next(&h), "e") == 0);
/* But a partial is not deduplicated, as it'll go away soon. */
owl_history_store(&h, "e", true);
FAIL_UNLESS("prev e", strcmp(owl_history_get_prev(&h), "e") == 0);
FAIL_UNLESS("prev c", strcmp(owl_history_get_prev(&h), "c") == 0);
FAIL_UNLESS("next e", strcmp(owl_history_get_next(&h), "e") == 0);
FAIL_UNLESS("next e", strcmp(owl_history_get_next(&h), "e") == 0);
/* Reset moves to the front... */
owl_history_store(&h, "f", true);
FAIL_UNLESS("prev e", strcmp(owl_history_get_prev(&h), "e") == 0);
FAIL_UNLESS("prev c", strcmp(owl_history_get_prev(&h), "c") == 0);
owl_history_reset(&h);
FAIL_UNLESS("untouched", !owl_history_is_touched(&h));
/* ...and destroys any pending partial entry... */
FAIL_UNLESS("prev c", strcmp(owl_history_get_prev(&h), "c") == 0);
FAIL_UNLESS("prev b", strcmp(owl_history_get_prev(&h), "b") == 0);
/* ...but not non-partial ones. */
owl_history_reset(&h);
FAIL_UNLESS("untouched", !owl_history_is_touched(&h));
/* Finally, check we are bounded by OWL_HISTORYSIZE. */
for (i = 0; i < OWL_HISTORYSIZE; i++) {
char *string = g_strdup_printf("mango%d", i);
owl_history_store(&h, string, false);
g_free(string);
}
/* The OWL_HISTORYSIZE'th prev gets NULL. */
for (i = OWL_HISTORYSIZE - 2; i >= 0; i--) {
char *string = g_strdup_printf("mango%d", i);
FAIL_UNLESS("prev mango_N", strcmp(owl_history_get_prev(&h), string) == 0);
g_free(string);
}
FAIL_UNLESS("prev NULL", owl_history_get_prev(&h) == NULL);
owl_history_cleanup(&h);
printf("# END testing owl_history (%d failures)\n", numfailed);
return numfailed;
}
int call_filter_regtest(void)
{
int numfailed = 0;
int ret;
char *out = NULL;
int status;
printf("# BEGIN testing call_filter\n");
const char *cat_argv[] = { "cat", NULL };
ret = call_filter(cat_argv, "Mangos!", &out, &status);
FAIL_UNLESS("call_filter cat", (ret == 0 &&