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/*___INFO__MARK_BEGIN__*/
/*************************************************************************
*
* The Contents of this file are made available subject to the terms of
* the Sun Industry Standards Source License Version 1.2
*
* Sun Microsystems Inc., March, 2006
*
*
* Sun Industry Standards Source License Version 1.2
* =================================================
* The contents of this file are subject to the Sun Industry Standards
* Source License Version 1.2 (the "License"); You may not use this file
* except in compliance with the License. You may obtain a copy of the
* License at http://gridengine.sunsource.net/Gridengine_SISSL_license.html
*
* Software provided under this License is provided on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING,
* WITHOUT LIMITATION, WARRANTIES THAT THE SOFTWARE IS FREE OF DEFECTS,
* MERCHANTABLE, FIT FOR A PARTICULAR PURPOSE, OR NON-INFRINGING.
* See the License for the specific provisions governing your rights and
* obligations concerning the Software.
*
* The Initial Developer of the Original Code is: Sun Microsystems, Inc.
*
* Copyright: 2006 by Sun Microsystems, Inc.
*
* All Rights Reserved.
*
************************************************************************/
/*___INFO__MARK_END__*/
/*----------------------------------------------------
*
* The litte test program matches an "attribute" against
* a regular exression which follows the above grammar and the
* regular expression from the Grid Engine sge_types(1) man page
* and prints "TRUE" or "FALSE"
* For Expect test returns 0 .. TRUE
* 1 .. FALSE
* -1 .. ERROR
*
*----------------------------------------------------*/
#include <stdio.h>
#include <string.h>
#include <strings.h>
#include <stdlib.h>
#include <string.h>
#include "uti/sge_rmon.h"
#include "uti/sge_bootstrap.h"
#include "uti/sge_string.h"
#include "sgeobj/sge_feature.h"
#include "sgeobj/sge_eval_expression.h"
#define T 0
#define F 1
#define ERROR -1
#define RESULT(match) (match == -1) ? "ERROR" : (match == 0) ? "TRUE" : "FALSE"
/* Local functions and variables */
static int test_match(u_long32 , const char *, const char *, int );
static int test_tolower( char *, char *, int );
/*-----------------------------------------------------------
* call: test_eval_expression or test_eval_expression expr value
* return 0, if all test are ok
*-----------------------------------------------------------*/
int main(int argc, char *argv[]) {
int ret;
DENTER_MAIN(TOP_LAYER, "test_evel_expression");
bootstrap_mt_init();
feature_mt_init();
ret = 0;
if(argc!=3){
ret=ret|test_tolower("TESTDATA*[]dda","TESTDATA*[]dda",T);
ret=ret|test_tolower("TESTDATA*[]dda","testdata*[]dda",T);
ret=ret|test_tolower("TESTDATA*[]dda","TESTDATA*[]DDA",T);
/* Basic Tests */
/* 1 a & b */
ret=ret|test_match(TYPE_STR, "a & b", "a", F);
ret=ret|test_match(TYPE_STR, "a & b", "b", F);
ret=ret|test_match(TYPE_STR, "a* & b*", "a", F);
ret=ret|test_match(TYPE_STR, "a* & b*", "b", F);
/* 2 a & !b */
ret=ret|test_match(TYPE_STR, "a & !b", "a", T);
ret=ret|test_match(TYPE_STR, "a & !b", "b", F);
ret=ret|test_match(TYPE_STR, "a* & !b*", "a", T);
ret=ret|test_match(TYPE_STR, "a* & !b*", "b", F);
/* 3 a*/
ret=ret|test_match(TYPE_STR, "a", "a", T);
ret=ret|test_match(TYPE_STR, "a*", "a", T);
/* 4 !a & b */
ret=ret|test_match(TYPE_STR, "!a & b", "a", F);
ret=ret|test_match(TYPE_STR, "!a & b", "b", T);
ret=ret|test_match(TYPE_STR, "!a* & b*", "a", F);
ret=ret|test_match(TYPE_STR, "!a* & b*", "b", T);
/* 6 (!a & b) | (a & !b) */
ret=ret|test_match(TYPE_STR, "(!a & b) | (a & !b)", "a", T);
ret=ret|test_match(TYPE_STR, "(!a & b) | (a & !b)", "b", T);
ret=ret|test_match(TYPE_STR, "(!a* & b*) | (a* & !b*)", "a", T);
ret=ret|test_match(TYPE_STR, "(!a* & b*) | (a* & !b*)", "b", T);
/* 7 a | b */
ret=ret|test_match(TYPE_STR, "a | b", "a", T);
ret=ret|test_match(TYPE_STR, "a | b", "b", T);
ret=ret|test_match(TYPE_STR, "a* | b*", "a", T);
ret=ret|test_match(TYPE_STR, "a* | b*", "b", T);
/* 8 !(a | b) */
ret=ret|test_match(TYPE_STR, "!(a | b)", "a", F);
ret=ret|test_match(TYPE_STR, "!(a | b)", "a", F);
ret=ret|test_match(TYPE_STR, "!(a* | b*)", "a", F);
ret=ret|test_match(TYPE_STR, "!(a* | b*)", "a", F);
/* 9 (!a | b) & (a | !b) */
ret=ret|test_match(TYPE_STR, "(!a | b) & (a | !b)", "a", F);
ret=ret|test_match(TYPE_STR, "(!a | b) & (a | !b)", "b", F);
ret=ret|test_match(TYPE_STR, "(!a* | b*) & (a* | !b*)", "a", F);
ret=ret|test_match(TYPE_STR, "(!a* | b*) & (a* | !b*)", "b", F);
/* 11 a | !b */
ret=ret|test_match(TYPE_STR, "a | !b", "a", T);
ret=ret|test_match(TYPE_STR, "a | !b", "b", F);
ret=ret|test_match(TYPE_STR, "a* | !b*", "a", T);
ret=ret|test_match(TYPE_STR, "a* | !b*", "b", F);
/* 13 !a | b */
ret=ret|test_match(TYPE_STR, "!a | b", "a", F);
ret=ret|test_match(TYPE_STR, "!a | b", "b", T);
ret=ret|test_match(TYPE_STR, "!a* | b*", "a", F);
ret=ret|test_match(TYPE_STR, "!a* | b*", "b", T);
/* 14 !(a & b) */
ret=ret|test_match(TYPE_STR, "!(a & b)", "a", T);
ret=ret|test_match(TYPE_STR, "!(a & b)", "b", T);
ret=ret|test_match(TYPE_STR, "!(a* & b*)", "a", T);
ret=ret|test_match(TYPE_STR, "!(a* & b*)", "b", T);
/* Regular tests */
ret=ret|test_match(TYPE_CSTR, "solaris", "solaris", T);
ret=ret|test_match(TYPE_CSTR, "!solaris", "solaris", F);
ret=ret|test_match(TYPE_CSTR, "*amd64&sol*", "sol-amd64", T);
ret=ret|test_match(TYPE_CSTR, "(sol-*64|linux|hp*)&!sol-sparc", "hp11", T);
ret=ret|test_match(TYPE_CSTR, "(sol-*64|linux|hp*)&!sol-sparc", "sol-sparc64", T);
ret=ret|test_match(TYPE_CSTR, "(sol-*64|linux|hp*)&!sol-sparc", "sol-sparc", F);
ret=ret|test_match(TYPE_CSTR, "!(sola*|lin*|hp*)&!sola*&!*sparc64&(!sole*|!lin*|!hp*)", "sol-sparc", T);
ret=ret|test_match(TYPE_CSTR, "(((test)))", "test", T);
ret=ret|test_match(TYPE_CSTR, "(((test)&pet*))", "test", F);
/* Errors tests */
ret=ret|test_match(TYPE_STR, "(sol-*64|linux|hp*)&!sol-sparc!&", "sol-sparc", ERROR);
ret=ret|test_match(TYPE_STR, "a b c", " ", F);
ret=ret|test_match(TYPE_STR, "a|b c", "a", ERROR);
ret=ret|test_match(TYPE_STR, "a&", "a", ERROR);
ret=ret|test_match(TYPE_STR, "a|", "a", ERROR);
ret=ret|test_match(TYPE_STR, "a&a&", "a", ERROR);
ret=ret|test_match(TYPE_STR, "a|a|", "a", ERROR);
ret=ret|test_match(TYPE_STR, "(a b c", "a", ERROR);
ret=ret|test_match(TYPE_STR, "a)&b", "a", ERROR);
ret=ret|test_match(TYPE_STR, "(a)&b)|c", "a", ERROR);
/* test for case sensitive */
ret=ret|test_match(TYPE_CSTR, "a", "A", T);
ret=ret|test_match(TYPE_CSTR, "A", "a", T);
ret=ret|test_match(TYPE_CSTR, "a*", "A", T);
ret=ret|test_match(TYPE_CSTR, "A*", "a", T);
ret=ret|test_match(TYPE_CSTR, "a&b|a", "A", T);
ret=ret|test_match(TYPE_CSTR, "A&B|A", "a", T);
ret=ret|test_match(TYPE_CSTR, "a*&b*|a*", "A", T);
ret=ret|test_match(TYPE_CSTR, "A*&B*|A*", "a", T);
/* test for host names */
ret=ret|test_match(TYPE_HOST, "Latte*", "latte3.czech.sun.com", T);
ret=ret|test_match(TYPE_HOST, "latte* & !*3.czech.sun.com", "latte3.czech.sun.com", F);
ret=ret|test_match(TYPE_HOST, "Latte* | Mocca*", "latte3.czech.sun.com", T);
ret=ret|test_match(TYPE_HOST, "!(a*|b*|c*|d*|e*|f*|g*|h*|i*|j*|k*|l*|m*|n*|o*|p*|q*|r*|s*|t*|u*|v*|w*|x*|y*|z*|baaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa*)", "bla", F);
fprintf(stdout, "For evaluation a single expression try: test_eval_expression <expr> <value> \n");
fprintf(stdout, "Complex set of tests result is: %s \n", RESULT(ret));
} else {
ret=sge_eval_expression(TYPE_RESTR, argv[1], argv[2], NULL);
fprintf(stdout, "eval_expr(%s,%s) => %s\n", argv[1], argv[2], RESULT(ret) );
}
DEXIT;
return ret;
}
static int test_match(u_long32 type, const char *expression, const char *value, int expected) {
int match;
match = sge_eval_expression(type, expression, value, NULL);
if(match!=expected) {
fprintf(stderr, "!!!UNEXPECTED RESULT!!!: %s => eval_expr(%s,%s), expected: %s \n",
RESULT(match) , expression, value, RESULT(expected) );
return 1;
} /* else {
fprintf(stdout, "eval_expr(%s,%s) => %s\n", expression, value, RESULT(match) );
} */
return 0;
}
static int test_tolower(char *expression, char *value, int expected) {
int match;
char *t1;
char *t2;
t1=strdup(expression);
t2=strdup(value);
sge_strtolower(t1,255);
sge_strtolower(t2,255);
match = strcmp(t1,t2);
sge_free(&t1);
sge_free(&t2);
if(match!=expected) {
fprintf(stderr, "!!!UNEXPECTED RESULT!!!: %s => strcmp(sge_strtolower(%s),sge_strtolower(%s)), expected: %s \n",
RESULT(match) , expression, value, RESULT(expected) );
return 1;
} /* else {
fprintf(stdout, "eval_expr(%s,%s) => %s\n", expression, value, RESULT(match) );
} */
return 0;
}
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