From c8cad6af29bfaf4793c33762bd830fb6e36f8a70 Mon Sep 17 00:00:00 2001 From: Paul Bakker Date: Wed, 25 May 2011 11:35:09 +0000 Subject: [PATCH] - Upgraded to version 1.6.1 of FCTX --- tests/fct.h | 5647 ++++++++++++++++++++++++++++++++++++--------------- 1 file changed, 3959 insertions(+), 1688 deletions(-) diff --git a/tests/fct.h b/tests/fct.h index f6c125107..c49abdaea 100644 --- a/tests/fct.h +++ b/tests/fct.h @@ -1,1688 +1,3959 @@ -/* -==================================================================== -Copyright (c) 2008 Ian Blumel. All rights reserved. - -FCT (Fast C Test) Unit Testing Framework - -Copyright (c) 2008, Ian Blumel (ian.blumel@gmail.com) -All rights reserved. - -This license is based on the BSD License. - -Redistribution and use in source and binary forms, with or without -modification, are permitted provided that the following conditions are -met: - - * Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - - * Redistributions in binary form must reproduce the above copyright - notice, this list of conditions and the following disclaimer in - the documentation and/or other materials provided with the - distribution. - - * Neither the name of, Ian Blumel, nor the names of its - contributors may be used to endorse or promote products derived - from this software without specific prior written permission. - -THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS -IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED -TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A -PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER -OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, -EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, -PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR -PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF -LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING -NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS -SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -==================================================================== - -File: fct.h -*/ - -#if !defined(FCT_INCLUDED__IMB) -#define FCT_INCLUDED__IMB - -#define FCT_VERSION_STR "1.0.2" -#define FCT_VERSION_MAJOR 1 -#define FCT_VERSION_MINOR 0 -#define FCT_VERSION_MICRO 2 - -/* Define this to remove unneeded WIN32 warnings. We will undefine this at -the end of the file so as not to interfere with your build. */ -#if defined(WIN32) && !defined(_CRT_SECURE_NO_WARNINGS) -# define _CRT_SECURE_NO_WARNINGS -#endif - -#include -#include -#include -#include -#include -#include -#include -#include - -#define FCT_MAX_NAME 256 -#define FCT_MAX_LOG_LINE 256 - -#define nbool_t int -#define FCT_TRUE 1 -#define FCT_FALSE 0 - -/* Forward declarations. The following forward declarations are required -because there is a inter-relationship between certain objects that -just can not be untwined. */ -typedef struct _fct_logger_i fct_logger_i; -typedef struct _fct_standard_logger_t fct_standard_logger_t; -typedef struct _fct_minimal_logger_t fct_minimal_logger_t; -typedef struct _fctchk_t fctchk_t; -typedef struct _fct_test_t fct_test_t; -typedef struct _fct_ts_t fct_ts_t; -typedef struct _fctkern_t fctkern_t; - -/* Forward declare some functions used throughout. */ -static fct_standard_logger_t * -fct_standard_logger__new(void); - -static void -fct_logger__del(fct_logger_i *logger); - -static void -fct_logger__on_cndtn(fct_logger_i *self, fctchk_t const *chk); - -static void -fct_logger__on_test_start(fct_logger_i *logger, fct_test_t const *test); - -static void -fct_logger__on_test_end(fct_logger_i *logger, fct_test_t const *test); - -static void -fct_logger__on_test_suite_start(fct_logger_i *logger, fct_ts_t const *ts); - -static void -fct_logger__on_test_suite_end(fct_logger_i *logger, fct_ts_t const *ts); - -static void -fct_logger__on_fct_start(fct_logger_i *logger, fctkern_t const *kern); - -static void -fct_logger__on_fct_end(fct_logger_i *logger, fctkern_t const *kern); - - - -/* Explicitly indicate a no-op */ -#define fct_pass() - -#define fct_unused(x) ((void) (x)); - -/* This is just a little trick to let me put comments inside of macros. I -really only want to bother with this when we are "unwinding" the macros -for debugging purposes. */ -#if defined(FCT_CONF_UNWIND) -# define _fct_cmt(string) {char*_=string;} -#else -# define _fct_cmt(string) -#endif - -/* --------------------------------------------------------- -UTILITIES --------------------------------------------------------- -*/ - -/* Utility for truncated, safe string copies. */ -static void -fct_safe_str_cpy(char *dst, char const *src, size_t num) -{ - assert( dst != NULL ); - assert( src != NULL ); - assert( num > 0 ); - strncpy(dst, src, num); - dst[num-1] = '\0'; -} - -/* Isolate the snprintf implemenation. */ -int -fct_snprintf(char *buffer, size_t buffer_len, char *format, ...) -{ - int count =0; - va_list args; - va_start(args, format); - count =vsnprintf(buffer, buffer_len, format, args); - va_end(args); - return count; -} - -/* A very, very simple "filter". This just compares the supplied prefix -against the test_str, to see if they both have the same starting -characters. If they do we return true, otherwise we return false. If the -prefix is a blank string or NULL, then it will return FCT_TRUE.*/ -static nbool_t -fct_filter_pass(char const *prefix, char const *test_str) -{ - nbool_t is_match = FCT_FALSE; - char const *prefix_p; - char const *test_str_p; - - /* If you got nothing to test against, why test? */ - assert( test_str != NULL ); - - /* When the prefix is NULL or blank, we always return FCT_TRUE. */ - if ( prefix == NULL || prefix[0] == '\0' ) - { - return FCT_TRUE; - } - - /* Iterate through both character arrays at the same time. We are - going to play a game and see if we can beat the house. */ - for ( prefix_p = prefix, test_str_p = test_str; - *prefix_p != '\0' && *test_str_p != '\0'; - ++prefix_p, ++test_str_p ) - { - is_match = *prefix_p == *test_str_p; - if ( !is_match ) - { - break; /* Quit the first time we don't match. */ - } - } - - /* If the iterator for the test_str is pointing at the null char, and - the iterator for the prefix string is not, then the prefix string is - larger than the actual test string, and therefore we failed to pass the - filter. */ - if ( *test_str_p == '\0' && *prefix_p != '\0' ) - { - return FCT_FALSE; - } - - /* is_match will be set to the either FCT_TRUE if we kicked of the loop - early because our filter ran out of characters or FCT_FALSE if we - encountered a mismatch before our filter ran out of characters. */ - return is_match; -} - -/* Returns true if two reals are equal. */ -nbool_t -fct_real_eq(double v1, double v2) -{ - return (nbool_t)(fabs(v1 - v2) < DBL_EPSILON); -} - -/* --------------------------------------------------------- -TIMER --------------------------------------------------------- -*/ - -typedef struct _fct_timer_t fct_timer_t; -struct _fct_timer_t { - clock_t start; - clock_t stop; - double duration; -}; - - -static void -fct_timer__init(fct_timer_t *timer) { - assert(timer != NULL); - memset(timer, 0, sizeof(fct_timer_t)); -} - - -static void -fct_timer__start(fct_timer_t *timer) { - assert(timer != NULL); - timer->start = clock(); -} - - -static void -fct_timer__stop(fct_timer_t *timer) { - assert(timer != NULL); - timer->stop = clock(); - timer->duration = (double) (timer->stop - timer->start) / CLOCKS_PER_SEC; -} - - -/* Returns the time in seconds. */ -static double -fct_timer__duration(fct_timer_t *timer) { - assert( timer != NULL ); - return timer->duration; -} - - -/* --------------------------------------------------------- -GENERIC LIST --------------------------------------------------------- -*/ - -/* For now we will just keep it at a linear growth rate. */ -#define FCT_LIST_GROWTH_FACTOR 2 - -/* Starting size for the list, to keep it simple we will start -at a reasonable size. */ -#define FCT_LIST_START_SIZE 2 - -/* Helper macros for quickly iterating through a list. You should be able -to do something like, - - NLIST_FOREACH_BGN(fct_logger_i*, logger, my_list) - { - fct_logger__on_blah(logger); - } - NLIST_FOREACH_END(); - -*/ -#define NLIST_FOREACH_BGN(Type, Var, List)\ -{\ - if ( List != NULL ) {\ - size_t item_i##Var;\ - size_t num_items##Var = nlist__size(List);\ - for( item_i##Var =0; item_i##Var != num_items##Var; ++item_i##Var )\ - {\ - Type Var = (Type) nlist__at((List), item_i##Var); - -#define NLIST_FOREACH_END() }}} - -/* Used to manage a list of loggers. This works mostly like -the STL vector, where the array grows as more items are -appended. */ -typedef struct _nlist_t nlist_t; -struct _nlist_t -{ - /* Item's are stored as pointers to void. */ - void **itm_list; - - /* Indicates the number of element's in the array. */ - size_t avail_itm_num; - - /* Indicates the number of actually elements in the array. */ - size_t used_itm_num; -}; - -static nlist_t * -nlist_new(void) -{ - nlist_t *list = (nlist_t*)calloc(1, sizeof(nlist_t)); - assert( list != NULL && "memory check"); - - list->itm_list = (void**)malloc(sizeof(void*)*FCT_LIST_START_SIZE); - assert( list->itm_list != NULL && "memory check"); - - list->avail_itm_num =FCT_LIST_START_SIZE; - list->used_itm_num =0; - return list; -} - -typedef void (*on_del_t)(void*); - -/* Cleans up list, and applies `on_del` to each item in the list. -If on_del is NULL, it will not be applied. If `list` is NULL this -function does nothing. */ -static void -nlist__del(nlist_t *list, on_del_t on_del) -{ - size_t itm_i =0; - - if ( list == NULL ) { return; } - - /* Walk through the list applying the destroy function, if it was - defined. */ - if ( on_del != NULL ) - { - for ( itm_i =0; itm_i != list->used_itm_num; ++itm_i ) - { - on_del(list->itm_list[itm_i]); - } - } - - free(list->itm_list); - free(list); -} - - -/* Returns the number of elements within the list. */ -static size_t -nlist__size(nlist_t const *list) -{ - assert( list != NULL ); - return list->used_itm_num; -} - - -/* Returns the item at idx, asserts otherwise. */ -static void* -nlist__at(nlist_t const *list, size_t idx) -{ - assert( list != NULL ); - assert( idx < list->used_itm_num ); - return list->itm_list[idx]; -} - - -static void -nlist__append(nlist_t *list, void *itm) -{ - assert( list != NULL ); - assert( list->itm_list != NULL ); - assert( list->avail_itm_num != 0 ); - - /* If we ran out of room, then the last increment should be equal to the - available space, in this case we need to grow a little more. */ - if ( list->used_itm_num == list->avail_itm_num ) - { - list->avail_itm_num = list->avail_itm_num*FCT_LIST_GROWTH_FACTOR; - list->itm_list = (void**)realloc( - list->itm_list, sizeof(void*)*list->avail_itm_num - ); - assert( list->itm_list != NULL && "memory check"); - } - - list->itm_list[list->used_itm_num] = itm; - ++(list->used_itm_num); -} - - - -/* ------------------------------------------------------------ -A SINGLE CHECK ------------------------------------------------------------ -This defines a single check. It indicates what the check was, -and where it occurred. A "Test" object will have-a bunch -of "checks". -*/ - -struct _fctchk_t { - /* This string that represents the condition. */ - char cndtn[FCT_MAX_LOG_LINE]; - - /* These indicate where the condition occurred. */ - char file[FCT_MAX_LOG_LINE]; - - int lineno; - - nbool_t is_pass; -}; - -#define fctchk__is_pass(_CHK_) ((_CHK_)->is_pass) -#define fctchk__file(_CHK_) ((_CHK_)->file) -#define fctchk__lineno(_CHK_) ((_CHK_)->lineno) -#define fctchk__cndtn(_CHK_) ((_CHK_)->cndtn) - - -static fctchk_t* -fctchk_new(char const *cndtn, char const *file, int lineno, nbool_t is_pass) -{ - fctchk_t *chk = NULL; - - assert( cndtn != NULL ); - assert( file != NULL ); - assert( lineno > 0 ); - - chk = (fctchk_t*)calloc(1, sizeof(fctchk_t)); - assert( chk != NULL && "out of memory"); - if ( chk == NULL ) { return NULL; } - - fct_safe_str_cpy(chk->cndtn, cndtn, FCT_MAX_LOG_LINE); - fct_safe_str_cpy(chk->file, file, FCT_MAX_LOG_LINE); - chk->lineno = lineno; - - chk->is_pass =is_pass; - - return chk; -} - - -/* Cleans up a "check" object. If the `chk` is NULL, this function does -nothing. */ -static void -fctchk__del(fctchk_t *chk) -{ - if ( chk == NULL ) { return; } - free( chk ); -} - - -/* ------------------------------------------------------------ -A TEST ------------------------------------------------------------ -A suite will have-a list of tests. Where each test will have-a -list of failed and passed checks. -*/ - -struct _fct_test_t { - /* List of failed and passed "checks" (fctchk_t). Two seperate - lists make it faster to determine how many checks passed and how - many checks failed. */ - nlist_t *failed_chks; - nlist_t *passed_chks; - - /* The name of the test case. */ - char name[FCT_MAX_NAME]; -}; - -#define fct_test__name(_TEST_) ((_TEST_)->name) - -static fct_test_t* -fct_test_new(char const *name) { - fct_test_t *test =NULL; - - test = (fct_test_t*)malloc(sizeof(fct_test_t)); - assert( test != NULL && "out of memory"); - - fct_safe_str_cpy(test->name, name, FCT_MAX_NAME); - - test->failed_chks = nlist_new(); - test->passed_chks = nlist_new(); - assert( test->failed_chks != NULL && "out of memory"); - assert( test->passed_chks != NULL && "out of memory"); - - return test; -} - - -static nbool_t -fct_test__is_pass(fct_test_t const *test) -{ - assert( test != NULL ); - return nlist__size(test->failed_chks) == 0; -} - - -static void -fct_test__add(fct_test_t *test, fctchk_t *chk) -{ - - assert( test != NULL ); - assert( chk != NULL ); - - if ( fctchk__is_pass(chk) ) - { - nlist__append(test->passed_chks, (void*)chk); - } - else - { - nlist__append(test->failed_chks, (void*)chk); - } -} - -/* Returns the number of checks made throughout the test. */ -static int -fct_test__chk_cnt(fct_test_t const *test) -{ - assert( test != NULL ); - return nlist__size(test->failed_chks) + nlist__size(test->passed_chks); -} - - -static void -fct_test__del(fct_test_t *test) -{ - if (test == NULL ) { return; } - nlist__del(test->passed_chks, (on_del_t)fctchk__del); - nlist__del(test->failed_chks, (on_del_t)fctchk__del); - free(test); -} - - -/* ------------------------------------------------------------ -TEST SUITE (TS) ------------------------------------------------------------ -*/ - - -/* The different types of 'modes' that a test suite can be in. - -While the test suite is iterating through all the tests, its "State" -can change from "setup mode", to "test mode" to "tear down" mode. -These help to indicate what mode are currently in. Think of it as a -basic FSM. - - if the count was 0 end - +--------->---------------------> ending_mode-----+ - | ^ - ^ | -start | [if no more tests] - | | | - +-count_mode -> setup_mode -> test_mode -> teardown_mode - ^ | - +-----------<---------------+ -*/ -enum ts_mode { - ts_mode_cnt, /* To setup when done counting. */ - ts_mode_setup, /* To test when done setup. */ - ts_mode_teardown, /* To ending mode, when no more tests. */ - ts_mode_test, /* To tear down mode. */ - ts_mode_ending, /* To ... */ - ts_mode_end /* .. The End. */ -}; - -/* Types of modes the test could be in. */ -typedef enum { - fct_test_status_SUCCESS, - fct_test_status_FAILURE -} fct_test_status; - - -struct _fct_ts_t { - /* For counting our 'current' test number, and the total number of - tests. */ - int curr_test_num; - int total_test_num; - - /* Keeps track of the current state of the object while it is walking - through its "FSM" */ - enum ts_mode mode; - - /* The name of the test suite. */ - char name[FCT_MAX_NAME]; - - /* List of tests that where executed within the test suite. */ - nlist_t *test_list; -}; - - -#define fct_ts__is_setup_mode(ts) ((ts)->mode == ts_mode_setup) -#define fct_ts__is_teardown_mode(ts) ((ts)->mode == ts_mode_teardown) -#define fct_ts__is_test_mode(ts) ((ts)->mode == ts_mode_test) -#define fct_ts__is_ending_mode(ts) ((ts)->mode == ts_mode_ending) -#define fct_ts__is_end(ts) ((ts)->mode == ts_mode_end) -#define fct_ts__is_cnt_mode(ts) ((ts)->mode == ts_mode_cnt) -#define fct_ts__name(ts) ((ts)->name) - - -static fct_ts_t * -fct_ts_new(char const *name) { - fct_ts_t *ts =NULL; - ts = (fct_ts_t*)calloc(1, sizeof(fct_ts_t)); - assert( ts != NULL ); - - fct_safe_str_cpy(ts->name, name, FCT_MAX_NAME); - ts->mode = ts_mode_cnt; - - ts->test_list = nlist_new(); - assert( ts->test_list != NULL && "no memory"); - - return ts; -} - -static void -fct_ts__del(fct_ts_t *ts) { - if ( ts == NULL ) { return; } - free(ts); -} - -/* Flag a test suite as complete. It will no longer accept any more tests. */ -#define fct_ts__end(_TS_) ((_TS_)->mode == ts_mode_end) - - -static nbool_t -fct_ts__is_more_tests(fct_ts_t const *ts) { - assert( ts != NULL ); - assert( !fct_ts__is_end(ts) ); - return ts->curr_test_num < ts->total_test_num; -} - - -/* Indicates that we have started a test case. */ -static void -fct_ts__test_begin(fct_ts_t *ts) { - assert( !fct_ts__is_end(ts) ); - ++(ts->curr_test_num); -} - - -/* Takes OWNERSHIP of a test object, and warehouses it for later stat -generation. */ -static void -fct_ts__add_test(fct_ts_t *ts, fct_test_t *test) { - assert( ts != NULL && "invalid arg"); - assert( test != NULL && "invalid arg"); - assert( !fct_ts__is_end(ts) ); - nlist__append(ts->test_list, test); -} - - -static void -fct_ts__test_end(fct_ts_t *ts) { - assert( ts != NULL ); - assert( fct_ts__is_test_mode(ts) && "not in test mode, can't end!" ); - - /* After a test has completed, move to teardown mode. */ - ts->mode = ts_mode_teardown; -} - - -/* Increments the internal count by 1. */ -static void -fct_ts__inc_total_test_num(fct_ts_t *ts) -{ - assert( ts != NULL ); - assert( fct_ts__is_cnt_mode(ts) ); - assert( !fct_ts__is_end(ts) ); - ++(ts->total_test_num); -} - - -/* Flags the end of the setup, which implies we are going to move into -setup mode. You must be already in setup mode for this to work! */ -static void -fct_ts__setup_end(fct_ts_t *ts) -{ - assert( fct_ts__is_setup_mode(ts) ); - assert( !fct_ts__is_end(ts) ); - ts->mode = ts_mode_test; -} - - -/* This cndtn is set when we have iterated through all the tests, and -there was nothing more to do. */ -static void -fct_ts__ending(fct_ts_t *ts) -{ - // We can only go from 'test-mode' to 'end-down' mode. - assert( fct_ts__is_test_mode(ts) ); - assert( !fct_ts__is_end(ts) ); - ts->mode = ts_mode_ending; -} - - -/* Flags the end of the teardown, which implies we are going to move -into setup mode (for the next 'iteration'). */ -static void -fct_ts__teardown_end(fct_ts_t *ts) -{ - assert( fct_ts__is_teardown_mode(ts) ); - assert( !fct_ts__is_end(ts) ); - /* We have to decide if we should keep on testing by moving into tear down - mode or if we have reached the real end and should be moving into the - ending mode. */ - if ( fct_ts__is_more_tests(ts) ) { - ts->mode = ts_mode_setup; - } - else { - ts->mode = ts_mode_ending; - } -} - - -/* Flags the end of the counting, and proceeding to the first setup. -Consider the special case when a test suite has NO tests in it, in -that case we will have a current count that is zero, in which case -we can skip right to 'ending'. */ -static void -fct_ts__cnt_end(fct_ts_t *ts) -{ - assert( ts != NULL ); - assert( fct_ts__is_cnt_mode(ts) ); - assert( !fct_ts__is_end(ts) ); - if (ts->total_test_num == 0 ) { - ts->mode = ts_mode_ending; - } - else { - ts->mode = ts_mode_setup; - } -} - - -static nbool_t -fct_ts__is_test_cnt(fct_ts_t const *ts, int test_num) -{ - assert( ts != NULL ); - assert( 0 <= test_num ); - assert( test_num < ts->total_test_num ); - assert( !fct_ts__is_end(ts) ); - - /* As we roll through the tests we increment the count. With this - count we can decide if we need to execute a test or not. */ - return test_num == ts->curr_test_num; -} - - -/* Returns the # of tests on the FCT TS object. This is the actual -# of tests executed. */ -static int -fct_ts__tst_cnt(fct_ts_t const *ts) -{ - assert( ts != NULL ); - assert( !fct_ts__is_end(ts) ); - return nlist__size(ts->test_list); -} - - -/* Returns the # of tests in the TS object that passed. */ -static int -fct_ts__tst_cnt_passed(fct_ts_t const *ts) -{ - int tally =0; - - assert( ts != NULL ); - assert( !fct_ts__is_end(ts) ); - - NLIST_FOREACH_BGN(fct_test_t*, test, ts->test_list) - { - if ( fct_test__is_pass(test) ) - { - tally += 1; - } - } - NLIST_FOREACH_END(); - return tally; -} - - -/* Returns the # of checks made throughout a test suite. */ -static int -fct_ts__chk_cnt(fct_ts_t const *ts) -{ - int tally =0; - - assert( ts != NULL ); - - NLIST_FOREACH_BGN(fct_test_t *, test, ts->test_list) - { - tally += fct_test__chk_cnt(test); - } - NLIST_FOREACH_END(); - return tally; -} - - -/* --------------------------------------------------------- -FCT KERNAL --------------------------------------------------------- - -The "fctkern" is a singleton that is defined throughout the -system. -*/ - -struct _fctkern_t { - /* This is an list of loggers that can be used in the fct system. - You/ can attach _MAX_LOGGERS to any framework. */ - nlist_t *logger_list; - - /* This is a list of prefix's that can be used to determine if a - test is should be run or not. */ - nlist_t *prefix_list; - - /* This is a list of test suites that where generated throughout the - testing process. */ - nlist_t *ts_list; -}; - - -/* Returns the number of filters defined for the fct kernal. */ -#define fctkern__filter_cnt(_NK_) (nlist__size((_NK_)->prefix_list)) - - -static void -fctkern__add_logger(fctkern_t *fct, fct_logger_i *logger_owns) -{ - assert(fct != NULL && "invalid arg"); - assert(logger_owns != NULL && "invalid arg"); - nlist__append(fct->logger_list, logger_owns); - assert( fct->logger_list != NULL && "memory check"); -} - -/* Appends a prefix filter that is used to determine if a test can -be executed or not. If the test starts with the same characters as -the prefix, then it should be "runnable". The prefix filter must be -a non-NULL, non-Blank string. */ -static void -fctkern__add_prefix_filter(fctkern_t const *fct, char const *prefix_filter) -{ - char *filter =NULL; - int filter_len =0; - - assert( fct != NULL && "invalid arg" ); - assert( prefix_filter != NULL && "invalid arg" ); - assert( strlen(prefix_filter) > 0 && "invalid arg" ); - - /* First we make a copy of the prefix, then we store it away - in our little list. */ - filter_len = strlen(prefix_filter); - filter = (char*)malloc(sizeof(char)*(filter_len+1)); - strncpy(filter, prefix_filter, filter_len); - filter[filter_len] = '\0'; - - nlist__append(fct->prefix_list, (void*)filter); -} - - -/* Parses the command line and sets up the framework. The argc and argv -should be directly from the program's main. */ -static void -fctkern_init(fctkern_t *nk, int argc, char *argv[]) -{ - fct_logger_i *standard_logger = NULL; - int arg_i =0; - - assert( nk != NULL ); - - memset(nk, 0, sizeof(fctkern_t)); - - nk->logger_list = nlist_new(); - nk->prefix_list = nlist_new(); - nk->ts_list = nlist_new(); - - /* Low-budget memory check for now. */ - assert( nk->logger_list != NULL ); - assert( nk->prefix_list != NULL ); - assert( nk->ts_list != NULL ); - - standard_logger = (fct_logger_i*) fct_standard_logger__new(); - assert( standard_logger != NULL && "no memory!"); - - fctkern__add_logger(nk, standard_logger); - standard_logger = NULL; /* Owned by the nk list. */ - - /* Our basic parser. For now we just take each 'argv' and assume - that it is a prefix filter. Notice we start at argument 1, since - we don't care about the *name* of the program. */ - for ( arg_i =1; arg_i < argc; ++arg_i ) - { - fctkern__add_prefix_filter(nk, argv[arg_i]); - } -} - - -/* Takes OWNERSHIP of the test suite after we have finished executing -its contents. This way we can build up all kinds of summaries at the end -of a run. */ -static void -fctkern__add_ts(fctkern_t *nk, fct_ts_t *ts) { - assert( nk != NULL ); - assert( ts != NULL ); - nlist__append(nk->ts_list, ts); -} - - - -/* Returns FCT_TRUE if the supplied test_name passes the filters set on -this test suite. If there are no filters, we return FCT_TRUE always. */ -static nbool_t -fctkern__pass_filter(fctkern_t *nk, char const *test_name) { - int prefix_i =0; - int prefix_list_size =0; - - assert( nk != NULL && "invalid arg"); - assert( test_name != NULL ); - assert( strlen(test_name) > 0 ); - - prefix_list_size = fctkern__filter_cnt(nk); - - /* If there is no filter list, then we return FCT_TRUE always. */ - if ( prefix_list_size == 0 ) { - return FCT_TRUE; - } - - /* Iterate through the prefix filter list, and see if we have - anything that does not pass. All we require is ONE item that - passes the test in order for us to succeed here. */ - for ( prefix_i = 0; prefix_i != prefix_list_size; ++prefix_i ) { - char const *prefix = (char const*)nlist__at(nk->prefix_list, prefix_i); - nbool_t pass = fct_filter_pass(prefix, test_name); - if ( pass ) { - return FCT_TRUE; - } - } - - /* Otherwise, we never managed to find a prefix that satisfied the - supplied test name. Therefore we have failed to pass to the filter - list test. */ - return FCT_FALSE; -} - - -/* Returns the number of tests that were performed. */ -static int -fctkern__tst_cnt(fctkern_t const *nk) -{ - int tally =0; - assert( nk != NULL ); - - NLIST_FOREACH_BGN(fct_ts_t *, ts, nk->ts_list) - { - tally += fct_ts__tst_cnt(ts); - } - NLIST_FOREACH_END(); - return tally; -} - -/* Returns the number of tests that passed. */ -static int -fctkern__tst_cnt_passed(fctkern_t const *nk) -{ - int tally =0; - assert( nk != NULL ); - - NLIST_FOREACH_BGN(fct_ts_t*, ts, nk->ts_list) - { - tally += fct_ts__tst_cnt_passed(ts); - } - NLIST_FOREACH_END(); - - return tally; -} - - -/* Returns the number of tests that failed. */ -static int -fctkern__tst_cnt_failed(fctkern_t const *nk) -{ - /* Keep it simple for now and just do a little math. */ - int total =0; - int passed =0; - int failed =0; - - assert( nk != NULL ); - - total = fctkern__tst_cnt(nk); - passed = fctkern__tst_cnt_passed(nk); - - failed = total - passed; - - return failed; -} - - -/* Returns the number of checks made throughout the entire test. */ -static int -fctkern__chk_cnt(fctkern_t const *nk) -{ - int tally =0; - assert( nk != NULL ); - - NLIST_FOREACH_BGN(fct_ts_t *, ts, nk->ts_list) - { - tally += fct_ts__chk_cnt(ts); - } - NLIST_FOREACH_END(); - return tally; -} - - -/* Indicates the very end of all the tests. */ -static void -fctkern__end(fctkern_t *fct) -{ - fct_unused(fct); -} - - -/* Cleans up the contents of a fctkern. NULL does nothing. */ -static void -fctkern__final(fctkern_t *fct) -{ - if ( fct == NULL ) { return; } - - nlist__del(fct->logger_list, (on_del_t)fct_logger__del); - - /* The prefix list is a list of malloc'd strings. */ - nlist__del(fct->prefix_list, (on_del_t)free); - - nlist__del(fct->ts_list, (on_del_t)fct_ts__del); -} - - -static void -fctkern__log_suite_start(fctkern_t *kern, fct_ts_t const *ts) -{ - assert( kern != NULL ); - assert( ts != NULL ); - NLIST_FOREACH_BGN(fct_logger_i*, logger, kern->logger_list) - { - fct_logger__on_test_suite_start(logger, ts); - } - NLIST_FOREACH_END(); -} - - -static void -fctkern__log_suite_end(fctkern_t *kern, fct_ts_t const *ts) -{ - assert( kern != NULL ); - assert( ts != NULL ); - NLIST_FOREACH_BGN(fct_logger_i*, logger, kern->logger_list) - { - fct_logger__on_test_suite_end(logger, ts); - } - NLIST_FOREACH_END(); -} - - -static void -fctkern__log_chk(fctkern_t *kern, fctchk_t const *chk) -{ - assert( kern != NULL ); - assert( chk != NULL ); - - NLIST_FOREACH_BGN(fct_logger_i*, logger, kern->logger_list) - { - fct_logger__on_cndtn(logger, chk); - } - NLIST_FOREACH_END(); -} - - -/* Called whenever a test is started. */ -static void -fctkern__log_test_start(fctkern_t *kern, fct_test_t const *test) -{ - assert( kern != NULL ); - assert( test != NULL ); - NLIST_FOREACH_BGN(fct_logger_i*, logger, kern->logger_list) - { - fct_logger__on_test_start(logger, test); - } - NLIST_FOREACH_END(); -} - - -static void -fctkern__log_test_end(fctkern_t *kern, fct_test_t const *test) -{ - assert( kern != NULL ); - assert( test != NULL ); - NLIST_FOREACH_BGN(fct_logger_i*, logger, kern->logger_list) - { - fct_logger__on_test_end(logger, test); - } - NLIST_FOREACH_END(); -} - - -static void -fctkern__log_start(fctkern_t *kern) -{ - assert( kern != NULL ); - NLIST_FOREACH_BGN(fct_logger_i*, logger, kern->logger_list) - { - fct_logger__on_fct_start(logger, kern); - } - NLIST_FOREACH_END(); -} - - -static void -fctkern__log_end(fctkern_t *kern) -{ - assert( kern != NULL ); - NLIST_FOREACH_BGN(fct_logger_i*, logger, kern->logger_list) - { - fct_logger__on_fct_end(logger, kern); - } - NLIST_FOREACH_END(); -} - - -/* ------------------------------------------------------------ -LOGGER INTERFACE - -Defines an interface to a logging system. A logger -must define the following functions in order to hook -into the logging system. - -See the "Standard Logger" and "Minimal Logger" as examples -of the implementation. ------------------------------------------------------------ -*/ - -typedef void (*fct_logger_on_cndtn_fn)(fct_logger_i *self, - fctchk_t const *chk); -#define _fct_logger_head \ - fct_logger_on_cndtn_fn on_cndtn;\ - void (*on_test_start)(fct_logger_i *logger, fct_test_t const *test);\ - void (*on_test_end)(fct_logger_i *logger, fct_test_t const *test);\ - void (*on_test_suite_start)(fct_logger_i *logger, fct_ts_t const *ts);\ - void (*on_test_suite_end)(fct_logger_i *logger, fct_ts_t const *ts);\ - void (*on_fct_start)(fct_logger_i *logger, fctkern_t const *kern);\ - void (*on_fct_end)(fct_logger_i *logger, fctkern_t const *kern);\ - void (*on_delete)(fct_logger_i *logger)\ - -struct _fct_logger_i { - _fct_logger_head; -}; - - -/* Initializes the elements of a logger interface so they are at their -standard values. */ -static void -fct_logger__init(fct_logger_i *logger) -{ - assert( logger != NULL ); - logger->on_cndtn =NULL; - logger->on_test_start =NULL; - logger->on_test_end =NULL; - logger->on_test_suite_start =NULL; - logger->on_test_suite_end =NULL; - logger->on_fct_start =NULL; - logger->on_fct_end =NULL; - logger->on_delete =NULL; -} - - -static void -fct_logger__del(fct_logger_i *logger) -{ - if ( logger == NULL ) { return; } - if ( logger->on_delete) { logger->on_delete(logger); } -} - - -static void -fct_logger__on_test_start(fct_logger_i *logger, fct_test_t const *test) -{ - assert( logger != NULL && "invalid arg"); - assert( test != NULL && "invalid arg"); - - if ( logger->on_test_start != NULL ) - { - logger->on_test_start(logger, test); - } -} - - -static void -fct_logger__on_test_end(fct_logger_i *logger, fct_test_t const *test) -{ - assert( logger != NULL && "invalid arg"); - assert( test != NULL && "invalid arg"); - - if ( logger->on_test_end != NULL ) - { - logger->on_test_end(logger, test); - } -} - - -static void -fct_logger__on_test_suite_start(fct_logger_i *logger, fct_ts_t const *ts) -{ - assert( logger != NULL && "invalid arg"); - assert( ts != NULL && "invalid arg"); - - if ( logger->on_test_suite_start != NULL ) - { - logger->on_test_suite_start(logger, ts); - } -} - - -static void -fct_logger__on_test_suite_end(fct_logger_i *logger, fct_ts_t const *ts) -{ - assert( logger != NULL && "invalid arg"); - assert( ts != NULL && "invalid arg"); - - if ( logger->on_test_suite_end != NULL ) - { - logger->on_test_suite_end(logger, ts); - } -} - - -static void -fct_logger__on_cndtn(fct_logger_i *logger, fctchk_t const *chk) -{ - assert( logger != NULL && "invalid arg"); - assert( chk != NULL && "invalid arg"); - - if ( logger->on_cndtn ) - { - logger->on_cndtn(logger, chk); - } -} - - -/* When we start all our tests. */ -static void -fct_logger__on_fct_start(fct_logger_i *logger, fctkern_t const *kern) -{ - assert( logger != NULL ); - assert( kern != NULL ); - - if ( logger->on_fct_start != NULL ) - { - logger->on_fct_start(logger, kern); - } -} - - -/* When we have reached the end of ALL of our testing. */ -static void -fct_logger__on_fct_end(fct_logger_i *logger, fctkern_t const *kern) -{ - assert( logger != NULL ); - assert( kern != NULL ); - - if ( logger->on_fct_end ) - { - logger->on_fct_end(logger, kern); - } -} - - - -/* ------------------------------------------------------------ -MINIMAL LOGGER ------------------------------------------------------------ -*/ - -/* Minimal logger, reports the minimum amount of information needed -to determine "something is happening". */ -struct _fct_minimal_logger_t { - _fct_logger_head; -}; - - -static void -fct_minimal_logger__on_cndtn(fct_logger_i *self, fctchk_t const *chk) -{ - fct_unused(self); - printf(fctchk__is_pass(chk) ? "." : "!"); -} - - -static void -fct_minimal_logger__del(fct_logger_i *self) -{ - free(self); -} - - -static fct_minimal_logger_t * -fct_minimal_logger__new(void) -{ - fct_minimal_logger_t *self = (fct_minimal_logger_t*)\ - calloc(1,sizeof(fct_minimal_logger_t)); - if ( self == NULL ) { return NULL; } - - fct_logger__init((fct_logger_i*)self); - - self->on_cndtn = fct_minimal_logger__on_cndtn; - self->on_delete = fct_minimal_logger__del; - return self; -} - - -/* ------------------------------------------------------------ -STANDARD LOGGER ------------------------------------------------------------ -*/ - -struct _fct_standard_logger_t { - _fct_logger_head; - - /* Start time. For now we use the low-accuracy time_t version. */ - fct_timer_t timer; - - /* A list of char*'s that needs to be cleaned up. */ - nlist_t *failed_cndtns_list; -}; - - -/* When a failure occurrs, we will record the details so we can display -them when the log "finishes" up. */ -static void -fct_standard_logger__on_cndtn(fct_logger_i *logger_, fctchk_t const *chk) -{ - fct_standard_logger_t *logger = (fct_standard_logger_t*)logger_; - - assert( logger != NULL ); - assert( chk != NULL ); - - /* Only record failures. */ - if ( !fctchk__is_pass(chk) ) - { - /* For now we will truncate the string to some set amount, later - we can work out a dynamic string object. */ - char *str = (char*)malloc(sizeof(char)*FCT_MAX_LOG_LINE); - assert( str != NULL ); - - fct_snprintf( - str, - FCT_MAX_LOG_LINE, - "%s(%d): %s", - fctchk__file(chk), - fctchk__lineno(chk), - fctchk__cndtn(chk) - ); - - /* Append it to the listing ... */ - nlist__append(logger->failed_cndtns_list, (void*)str); - } -} - - -static void -fct_standard_logger__on_test_start(fct_logger_i *logger_, - fct_test_t const *test) -{ - fct_unused(logger_); - printf("%s ... ", fct_test__name(test)); -} - - -static void -fct_standard_logger__on_test_end(fct_logger_i *logger_, - fct_test_t const *test) -{ - nbool_t is_pass; - fct_unused(logger_); - - is_pass = fct_test__is_pass(test); - printf("%s\n", (is_pass) ? "PASS" : "FAIL" ); -} - - -static void -fct_standard_logger__on_test_suite_start(fct_logger_i *logger_, - fct_ts_t const *ts) -{ - fct_unused(logger_); - fct_unused(ts); -} - - -static void -fct_standard_logger__on_test_suite_end(fct_logger_i *logger_, - fct_ts_t const *ts) -{ - fct_unused(logger_); - fct_unused(ts); -} - - -static void -fct_standard_logger__on_fct_start(fct_logger_i *logger_, - fctkern_t const *nk) -{ - fct_standard_logger_t *logger = (fct_standard_logger_t*)logger_; - fct_unused(nk); - fct_timer__start(&(logger->timer)); -} - - -static void -fct_standard_logger__on_fct_end(fct_logger_i *logger_, fctkern_t const *nk) -{ - fct_standard_logger_t *logger = (fct_standard_logger_t*)logger_; - nbool_t is_success =1; - double elasped_time =0; - int num_tests =0; - int num_passed =0; - - fct_timer__stop(&(logger->timer)); - - is_success = nlist__size(logger->failed_cndtns_list) ==0; - - if ( !is_success ) - { - printf("\n--------------------------------------------------------\n"); - printf("FAILED TESTS\n\n"); - - NLIST_FOREACH_BGN(char *, cndtn_str, logger->failed_cndtns_list) - { - printf("%s\n", cndtn_str); - } - NLIST_FOREACH_END(); - - printf("\n"); - } - - printf("\n--------------------------------------------------------\n"); - - num_tests = fctkern__tst_cnt(nk); - num_passed = fctkern__tst_cnt_passed(nk); - - printf( - "%s (%d/%d tests", - (is_success) ? "PASSED" : "FAILED", - num_passed, - num_tests - ); - - elasped_time = fct_timer__duration(&(logger->timer)); - if ( elasped_time > 0.0000001 ) - { - printf(" in %.6fs)\n", elasped_time); - } - else - { - /* Don't bother displaying the time to execute. */ - printf(")\n"); - } -} - - -static void -fct_standard_logger__del(fct_logger_i *logger_) -{ - fct_standard_logger_t *logger = (fct_standard_logger_t*)logger_; - - NLIST_FOREACH_BGN(char *, cndtn_str, logger->failed_cndtns_list) - { - free(cndtn_str); - } - NLIST_FOREACH_END(); - - free(logger); - logger_ =NULL; -} - - -fct_standard_logger_t * -fct_standard_logger__new(void) -{ - fct_standard_logger_t *logger = (fct_standard_logger_t *)calloc( - 1, sizeof(fct_standard_logger_t) - ); - if ( logger == NULL ) - { - return NULL; - } - fct_logger__init((fct_logger_i*)logger); - logger->on_cndtn = fct_standard_logger__on_cndtn; - logger->on_test_start = fct_standard_logger__on_test_start; - logger->on_test_end = fct_standard_logger__on_test_end; - logger->on_test_suite_start = fct_standard_logger__on_test_suite_start; - logger->on_test_suite_end = fct_standard_logger__on_test_suite_end; - logger->on_fct_start = fct_standard_logger__on_fct_start; - logger->on_fct_end = fct_standard_logger__on_fct_end; - logger->on_delete = fct_standard_logger__del; - - logger->failed_cndtns_list = nlist_new(); - assert( logger->failed_cndtns_list != NULL ); - - fct_timer__init(&(logger->timer)); - - return logger; -} - - - -/* ------------------------------------------------------------- -MAGIC MACROS ------------------------------------------------------------- -*/ - -#define FCT_BGN() \ -int \ -main(int argc, char *argv[])\ -{\ - fctkern_t fctkern__;\ - fctkern_init(&fctkern__, argc, argv);\ - fctkern__log_start(&fctkern__); - - -#define FCT_END()\ - {\ - int num_failed__ =0;\ - num_failed__ = fctkern__tst_cnt_failed((&fctkern__));\ - fctkern__log_end(&fctkern__);\ - fctkern__end(&fctkern__);\ - fctkern__final(&fctkern__);\ - return num_failed__;\ - }\ -} - -#define FCT_FIXTURE_SUITE_BGN(_NAME_) \ - {\ - fct_ts_t *ts__ = fct_ts_new( #_NAME_ );\ - fctkern__log_suite_start((&fctkern__), ts__);\ - for (;;)\ - {\ - int fct_test_num__ = -1;\ - _fct_cmt("Strict compiler warnings will complain in 'blank' suites.")\ - _fct_cmt("so we are going to do a 'noop' to trick them.")\ - fct_test_num__ = fct_test_num__;\ - if ( fct_ts__is_ending_mode(ts__) )\ - {\ - _fct_cmt("flag the test suite as complete.");\ - fct_ts__end(ts__);\ - break;\ - } - - -/* Closes off a "Fixture" test suite. */ -#define FCT_FIXTURE_SUITE_END() \ - if ( fct_ts__is_cnt_mode(ts__) )\ - {\ - fct_ts__cnt_end(ts__);\ - }\ - }\ - fctkern__add_ts((&fctkern__), ts__);\ - fctkern__log_suite_end((&fctkern__), ts__);\ - ts__ = NULL;\ - } - - - -#define FCT_SETUP_BGN()\ - if ( fct_ts__is_setup_mode(ts__) ) { - -#define FCT_SETUP_END() \ - fct_ts__setup_end(ts__); } - -#define FCT_TEARDOWN_BGN() \ - if ( fct_ts__is_teardown_mode(ts__) ) {\ - -#define FCT_TEARDOWN_END() \ - fct_ts__teardown_end(ts__); \ - continue; \ - } - -/* Lets you create a test suite, where maybe you don't want a fixture. We -do it by 'stubbing' out the setup/teardown logic. */ -#define FCT_SUITE_BGN(Name) \ - FCT_FIXTURE_SUITE_BGN(Name) {\ - FCT_SETUP_BGN() {_fct_cmt("stubbed"); } FCT_SETUP_END()\ - FCT_TEARDOWN_BGN() {_fct_cmt("stubbed");} FCT_TEARDOWN_END()\ - -#define FCT_SUITE_END() } FCT_FIXTURE_SUITE_END() - -/* Depending on whether or not we are counting the tests, we will have to -first determine if the test is the "current" count. Then we have to determine -if we can pass the filter. Finally we will execute everything so that when a -check fails, we can "break" out to the end of the test. */ -#define FCT_TEST_BGN(_NAME_) \ - {\ - char const *test_name__ = #_NAME_;\ - ++fct_test_num__;\ - if ( fct_ts__is_cnt_mode(ts__) )\ - {\ - fct_ts__inc_total_test_num(ts__);\ - }\ - else if ( fct_ts__is_test_mode(ts__) \ - && fct_ts__is_test_cnt(ts__, fct_test_num__) )\ - {\ - int is_pass__;\ - is_pass__ = FCT_FALSE;\ - fct_ts__test_begin(ts__);\ - if ( fctkern__pass_filter(&fctkern__, test_name__ ) )\ - {\ - fct_test_t *test__ = fct_test_new( test_name__ );\ - fctkern__log_test_start(&fctkern__, test__);\ - for (;;) \ - { - -#define FCT_TEST_END() \ - break;\ - }\ - fct_ts__add_test(ts__, test__);\ - fctkern__log_test_end(&fctkern__, test__);\ - }\ - fct_ts__test_end(ts__);\ - continue;\ - }\ - } - - - -/* ---------------------------------------------------------- -CHECKING MACROS ----------------------------------------------------------- - -For now we only have the one "positive" check macro. In the future I plan -to add more macros that check for different types of common conditions. -*/ - -#define fct_chk(_CNDTN_) \ - {\ - fctchk_t *chk =NULL;\ - is_pass__ = (_CNDTN_);\ - chk = fctchk_new(#_CNDTN_, __FILE__, __LINE__, is_pass__);\ - fct_test__add(test__, chk);\ - fctkern__log_chk(&fctkern__, chk);\ - if ( !is_pass__ ) { break; }\ - } - - -/* ---------------------------------------------------------- -GUT CHECK MACROS ----------------------------------------------------------- - -The following macros are used to help check the "guts" of -the FCT, and to confirm that it all works according to spec. -*/ - -/* Generates a message to STDERR and exits the application with a -non-zero number. */ -#define _FCT_GUTCHK(_CNDTN_) \ - if ( !(_CNDTN_) ) {\ - fprintf(stderr, "gutchk fail: '" #_CNDTN_ "' was not true.\n");\ - exit(1);\ - }\ - else {\ - fprintf(stdout, "gutchk pass: '" #_CNDTN_ "'\n");\ - } - - -/* ---------------------------------------------------------- -CLOSING STATEMENTS ----------------------------------------------------------- -*/ - -/* This is defined at the start of the file. We are undefining it -here so it doesn't conflict with existing. */ -#if defined(WIN32) -# undef _CRT_SECURE_NO_WARNINGS -#endif - -#endif /* !FCT_INCLUDED__IMB */ +/* +==================================================================== +Copyright (c) 2008 Ian Blumel. All rights reserved. + +FCTX (Fast C Test) Unit Testing Framework + +Copyright (c) 2008, Ian Blumel (ian.blumel@gmail.com) +All rights reserved. + +This license is based on the BSD License. + +Redistribution and use in source and binary forms, with or without +modification, are permitted provided that the following conditions are +met: + + * Redistributions of source code must retain the above copyright + notice, this list of conditions and the following disclaimer. + + * Redistributions in binary form must reproduce the above copyright + notice, this list of conditions and the following disclaimer in + the documentation and/or other materials provided with the + distribution. + + * Neither the name of, Ian Blumel, nor the names of its + contributors may be used to endorse or promote products derived + from this software without specific prior written permission. + +THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS +IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED +TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A +PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER +OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, +EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, +PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR +PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF +LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING +NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS +SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. +==================================================================== + +File: fct.h +*/ + +#if !defined(FCT_INCLUDED__IMB) +#define FCT_INCLUDED__IMB + +/* Configuration Values. You can over-ride these values in your own +header, then include this header. For example, in your file, myfct.h, + + #define FCT_DEFAULT_LOGGER "standard" + #include "fct.h" + +then if your unit tests included, myfct.h, you would default to work +with a standard logger. */ + +#if !defined(FCT_DEFAULT_LOGGER) +# define FCT_DEFAULT_LOGGER "standard" +#endif /* !FCT_DEFAULT_LOGGER */ + +#define FCT_VERSION_MAJOR 1 +#define FCT_VERSION_MINOR 6 +#define FCT_VERSION_MICRO 1 + +#define _FCT_QUOTEME(x) #x +#define FCT_QUOTEME(x) _FCT_QUOTEME(x) + +#define FCT_VERSION_STR (FCT_QUOTEME(FCT_VERSION_MAJOR) "."\ + FCT_QUOTEME(FCT_VERSION_MINOR) "."\ + FCT_QUOTEME(FCT_VERSION_MICRO)) + +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#define FCT_MAX_NAME 256 +#define FCT_MAX_LOG_LINE 256 + +#define nbool_t int +#define FCT_TRUE 1 +#define FCT_FALSE 0 + +#define FCTMIN(x, y) ( x < y) ? (x) : (y) + +#ifndef __INTEL_COMPILER +/* Use regular assertions for non-Intel compilers */ +#define FCT_ASSERT(expr) assert(expr) +#else +/* Silence Intel warnings on assert(expr && "str") or assert("str") */ +#define FCT_ASSERT(expr) do { \ + _Pragma("warning(push,disable:279)"); \ + assert(expr); \ + _Pragma("warning(pop)"); \ + } while (0) +#endif + +#if defined(__cplusplus) +#define FCT_EXTERN_C extern "C" +#else +#define FCT_EXTERN_C +#endif + +/* Forward declarations. The following forward declarations are required +because there is a inter-relationship between certain objects that +just can not be untwined. */ +typedef struct _fct_logger_evt_t fct_logger_evt_t; +typedef struct _fct_logger_i fct_logger_i; +typedef struct _fct_logger_types_t fct_logger_types_t; +typedef struct _fct_standard_logger_t fct_standard_logger_t; +typedef struct _fct_junit_logger_t fct_junit_logger_t; +typedef struct _fct_minimal_logger_t fct_minimal_logger_t; +typedef struct _fctchk_t fctchk_t; +typedef struct _fct_test_t fct_test_t; +typedef struct _fct_ts_t fct_ts_t; +typedef struct _fctkern_t fctkern_t; + +/* Forward declare some functions used throughout. */ +static fct_logger_i* +fct_standard_logger_new(void); + +static fct_logger_i* +fct_minimal_logger_new(void); + +static fct_junit_logger_t * +fct_junit_logger_new(void); + +static void +fct_logger__del(fct_logger_i *logger); + +static void +fct_logger__on_chk(fct_logger_i *self, fctchk_t const *chk); + +static void +fct_logger__on_test_start(fct_logger_i *logger, fct_test_t const *test); + +static void +fct_logger__on_test_end(fct_logger_i *logger, fct_test_t *test); + +static void +fct_logger__on_test_suite_start(fct_logger_i *logger, fct_ts_t const *ts); + +static void +fct_logger__on_test_suite_end(fct_logger_i *logger, fct_ts_t const *ts); + +static void +fct_logger__on_test_suite_skip( + fct_logger_i *logger, + char const *condition, + char const *name +); + +static void +fct_logger__on_test_skip( + fct_logger_i *logger, + char const *condition, + char const *name +); + + +static void +fct_logger__on_warn(fct_logger_i *logger, char const *warn); + + + +/* Explicitly indicate a no-op */ +#define fct_pass() + +#define fct_unused(x) (void)(x) + +/* This is just a little trick to let me put comments inside of macros. I +really only want to bother with this when we are "unwinding" the macros +for debugging purposes. */ +#if defined(FCT_CONF_UNWIND) +# define _fct_cmt(string) {char*_=string;} +#else +# define _fct_cmt(string) +#endif + +/* +-------------------------------------------------------- +UTILITIES +-------------------------------------------------------- +*/ + + +/* STDIO and STDERR redirect support */ +#define FCT_PIPE_RESERVE_BYTES_DEFAULT 512 +static int fct_stdout_pipe[2]; +static int fct_stderr_pipe[2]; +static int fct_saved_stdout; +static int fct_saved_stderr; + +/* Platform indepedent pipe functions. TODO: Look to figure this out in a way +that follows the ISO C++ conformant naming convention. */ +#if defined(WIN32) +# include +# include +# define _fct_pipe(_PFDS_) \ + _pipe((_PFDS_), FCT_PIPE_RESERVE_BYTES_DEFAULT, _O_TEXT) +# define _fct_dup _dup +# define _fct_dup2 _dup2 +# define _fct_close _close +# define _fct_read _read +/* Until I can figure a better way to do this, rely on magic numbers. */ +# define STDOUT_FILENO 1 +# define STDERR_FILENO 2 +#else +# include +# define _fct_pipe pipe +# define _fct_dup dup +# define _fct_dup2 dup2 +# define _fct_close close +# define _fct_read read +#endif /* WIN32 */ + + + + +static void +fct_switch_std_to_buffer(int std_pipe[2], FILE *out, int fileno_, int *save_handle) +{ + fflush(out); + *save_handle = _fct_dup(fileno_); + if ( _fct_pipe(std_pipe) != 0 ) + { + exit(1); + } + _fct_dup2(std_pipe[1], fileno_); + _fct_close(std_pipe[1]); +} + + +static void +fct_switch_std_to_std(FILE *out, int fileno_, int save_handle) +{ + fflush(out); + _fct_dup2(save_handle, fileno_); +} + + +#define FCT_SWITCH_STDOUT_TO_BUFFER() \ + fct_switch_std_to_buffer(fct_stdout_pipe, stdout, STDOUT_FILENO, &fct_saved_stdout) +#define FCT_SWITCH_STDOUT_TO_STDOUT() \ + fct_switch_std_to_std(stdout, STDOUT_FILENO, fct_saved_stdout) +#define FCT_SWITCH_STDERR_TO_BUFFER() \ + fct_switch_std_to_buffer(fct_stderr_pipe, stderr, STDERR_FILENO, &fct_saved_stderr) +#define FCT_SWITCH_STDERR_TO_STDERR() \ + fct_switch_std_to_std(stderr, STDERR_FILENO, fct_saved_stderr) + + +/* Utility for truncated, safe string copies. The NUM +should be the length of DST plus the null-termintor. */ +static void +fctstr_safe_cpy(char *dst, char const *src, size_t num) +{ + FCT_ASSERT( dst != NULL ); + FCT_ASSERT( src != NULL ); + FCT_ASSERT( num > 0 ); +#if defined(WIN32) && _MSC_VER >= 1400 + strncpy_s(dst, num, src, _TRUNCATE); +#else + strncpy(dst, src, num); +#endif + dst[num-1] = '\0'; +} + +/* Isolate the vsnprintf implementation */ +static int +fct_vsnprintf(char *buffer, + size_t buffer_len, + char const *format, + va_list args) +{ + int count =0; + /* Older microsoft compilers where not ANSI compliant with this + function and you had to use _vsnprintf. I will assume that newer + Microsoft Compilers start implementing vsnprintf. */ +#if defined(_MSC_VER) && (_MSC_VER < 1400) + count = _vsnprintf(buffer, buffer_len, format, args); +#elif defined(_MSC_VER) && (_MSC_VER >= 1400) + count = vsnprintf_s(buffer, buffer_len, _TRUNCATE, format, args); +#else + count = vsnprintf(buffer, buffer_len, format, args); +#endif + return count; +} + + +/* Isolate the snprintf implemenation. */ +static int +fct_snprintf(char *buffer, size_t buffer_len, char const *format, ...) +{ + int count =0; + va_list args; + va_start(args, format); + count =fct_vsnprintf(buffer, buffer_len, format, args); + va_end(args); + return count; +} + + +/* Helper to for cloning strings on the heap. Returns NULL for +an out of memory condition. */ +static char* +fctstr_clone(char const *s) +{ + char *k =NULL; + size_t klen =0; + FCT_ASSERT( s != NULL && "invalid arg"); + klen = strlen(s)+1; + k = (char*)malloc(sizeof(char)*klen+1); + fctstr_safe_cpy(k, s, klen); + return k; +} + + +/* Clones and returns a lower case version of the original string. */ +static char* +fctstr_clone_lower(char const *s) +{ + char *k =NULL; + size_t klen =0; + size_t i; + if ( s == NULL ) + { + return NULL; + } + klen = strlen(s)+1; + k = (char*)malloc(sizeof(char)*klen+1); + for ( i=0; i != klen; ++i ) + { + k[i] = (char)tolower(s[i]); + } + return k; +} + + +/* A very, very simple "filter". This just compares the supplied prefix +against the test_str, to see if they both have the same starting +characters. If they do we return true, otherwise we return false. If the +prefix is a blank string or NULL, then it will return FCT_TRUE.*/ +static nbool_t +fct_filter_pass(char const *prefix, char const *test_str) +{ + nbool_t is_match = FCT_FALSE; + char const *prefix_p; + char const *test_str_p; + + /* If you got nothing to test against, why test? */ + FCT_ASSERT( test_str != NULL ); + + /* When the prefix is NULL or blank, we always return FCT_TRUE. */ + if ( prefix == NULL || prefix[0] == '\0' ) + { + return FCT_TRUE; + } + + /* Iterate through both character arrays at the same time. We are + going to play a game and see if we can beat the house. */ + for ( prefix_p = prefix, test_str_p = test_str; + *prefix_p != '\0' && *test_str_p != '\0'; + ++prefix_p, ++test_str_p ) + { + is_match = *prefix_p == *test_str_p; + if ( !is_match ) + { + break; /* Quit the first time we don't match. */ + } + } + + /* If the iterator for the test_str is pointing at the null char, and + the iterator for the prefix string is not, then the prefix string is + larger than the actual test string, and therefore we failed to pass the + filter. */ + if ( *test_str_p == '\0' && *prefix_p != '\0' ) + { + return FCT_FALSE; + } + + /* is_match will be set to the either FCT_TRUE if we kicked of the loop + early because our filter ran out of characters or FCT_FALSE if we + encountered a mismatch before our filter ran out of characters. */ + return is_match; +} + + +/* Routine checks if two strings are equal. Taken from +http://publications.gbdirect.co.uk/c_book/chapter5/character_handling.html +*/ +static int +fctstr_eq(char const *s1, char const *s2) +{ + if ( s1 == s2 ) + { + return 1; + } + if ( (s1 == NULL && s2 != NULL) + || (s1 != NULL && s2 == NULL) ) + { + return 0; + } + while (*s1 == *s2) + { + if (*s1 == '\0') + return 1; + s1++; + s2++; + } + /* Difference detected! */ + return 0; +} + + +static int +fctstr_ieq(char const *s1, char const *s2) +{ + if ( s1 == s2 ) + { + return 1; + } + if ( (s1 == NULL && s2 != NULL) + || (s1 != NULL && s2 == NULL) ) + { + return 0; + } + while (tolower(*s1) == tolower(*s2)) + { + if (*s1 == '\0') + return 1; + s1++; + s2++; + } + /* Difference detected! */ + return 0; +} + + +/* Returns 1 if the STR contains the CHECK_INCL substring. NULL's +are handled, and NULL always INCLUDES NULL. This check is case +sensitive. If two strings point to the same place they are +included. */ +static int +fctstr_incl(char const *str, char const *check_incl) +{ + static char const *blank_s = ""; + char const *found = NULL; + if ( str == NULL ) + { + str = blank_s; + } + if ( check_incl == NULL ) + { + check_incl = blank_s; + } + if ( str == check_incl ) + { + return 1; + } + found = strstr(str, check_incl); + return found != NULL; +} + + +/* Does a case insensitive include check. */ +static int +fctstr_iincl(char const *str, char const *check_incl) +{ + /* Going to do this with a memory allocation to save coding + time. In the future this can be rewritten. Both clone_lower + and _incl are NULL tolerant. */ + char *lstr = fctstr_clone_lower(str); + char *lcheck_incl = fctstr_clone_lower(check_incl); + int found = fctstr_incl(lstr, lcheck_incl); + free(lstr); + free(lcheck_incl); + return found; +} + + +/* Returns true if STR starts with CHECK. NULL and NULL is consider +true. */ +static int +fctstr_startswith(char const *str, char const *check) +{ + char const *sp; + if ( str == NULL && check == NULL ) + { + return 1; + } + else if ( ((str == NULL) && (check != NULL)) + || ((str != NULL) && (check == NULL)) ) + { + return 0; + } + sp = strstr(str, check); + return sp == str; +} + + +/* Case insenstive variant of fctstr_startswith. */ +static int +fctstr_istartswith(char const *str, char const *check) +{ + /* Taking the lazy approach for now. */ + char *istr = fctstr_clone_lower(str); + char *icheck = fctstr_clone_lower(check); + /* TODO: check for memory. */ + int startswith = fctstr_startswith(istr, icheck); + free(istr); + free(icheck); + return startswith; +} + + +/* Returns true if the given string ends with the given +check. Treats NULL as a blank string, and as such, will +pass the ends with (a blank string endswith a blank string). */ +static int +fctstr_endswith(char const *str, char const *check) +{ + size_t check_i; + size_t str_i; + if ( str == NULL && check == NULL ) + { + return 1; + } + else if ( ((str == NULL) && (check != NULL)) + || ((str != NULL) && (check == NULL)) ) + { + return 0; + } + check_i = strlen(check); + str_i = strlen(str); + if ( str_i < check_i ) + { + return 0; /* Can't do it string is too small. */ + } + for ( ; check_i != 0; --check_i, --str_i) + { + if ( str[str_i] != check[check_i] ) + { + return 0; /* Found a case where they are not equal. */ + } + } + /* Exahausted check against string, can only be true. */ + return 1; +} + + +static int +fctstr_iendswith(char const *str, char const *check) +{ + size_t check_i; + size_t str_i; + if ( str == NULL && check == NULL ) + { + return 1; + } + else if ( ((str == NULL) && (check != NULL)) + || ((str != NULL) && (check == NULL)) ) + { + return 0; + } + check_i = strlen(check); + str_i = strlen(str); + if ( str_i < check_i ) + { + return 0; /* Can't do it string is too small. */ + } + for ( ; check_i != 0; --check_i, --str_i) + { + if ( tolower(str[str_i]) != tolower(check[check_i]) ) + { + return 0; /* Found a case where they are not equal. */ + } + } + /* Exahausted check against string, can only be true. */ + return 1; +} + + +/* Use this with the _end variant to get the + +STARTSWITH ........................................ END + +effect. Assumes that the line will be maxwidth in characters. The +maxwidth can't be greater than FCT_DOTTED_MAX_LEN. */ +#define FCT_DOTTED_MAX_LEN 256 +static void +fct_dotted_line_start(size_t maxwidth, char const *startwith) +{ + char line[FCT_DOTTED_MAX_LEN]; + size_t len =0; + size_t line_len =0; + + memset(line, '.', sizeof(char)*maxwidth); + len = strlen(startwith); + line_len = FCTMIN(maxwidth-1, len); + memcpy(line, startwith, sizeof(char)*line_len); + if ( len < maxwidth-1) + { + line[len] = ' '; + } + line[maxwidth-1] = '\0'; + fputs(line, stdout); +} + + +static void +fct_dotted_line_end(char const *endswith) +{ + printf(" %s\n", endswith); +} + + +/* +-------------------------------------------------------- +TIMER +-------------------------------------------------------- +This is a low-res implementation at the moment. + +We will improve this in the future, and isolate the +implementation from the rest of the code. +*/ + +typedef struct _fct_timer_t fct_timer_t; +struct _fct_timer_t +{ + clock_t start; + clock_t stop; + double duration; +}; + + +static void +fct_timer__init(fct_timer_t *timer) +{ + FCT_ASSERT(timer != NULL); + memset(timer, 0, sizeof(fct_timer_t)); +} + + +static void +fct_timer__start(fct_timer_t *timer) +{ + FCT_ASSERT(timer != NULL); + timer->start = clock(); +} + + +static void +fct_timer__stop(fct_timer_t *timer) +{ + FCT_ASSERT(timer != NULL); + timer->stop = clock(); + timer->duration = (double) (timer->stop - timer->start) / CLOCKS_PER_SEC; +} + + +/* Returns the time in seconds. */ +static double +fct_timer__duration(fct_timer_t const *timer) +{ + FCT_ASSERT( timer != NULL ); + return timer->duration; +} + + +/* +-------------------------------------------------------- +GENERIC LIST +-------------------------------------------------------- +*/ + +/* For now we will just keep it at a linear growth rate. */ +#define FCT_LIST_GROWTH_FACTOR 2 + +/* Starting size for the list, to keep it simple we will start +at a reasonable size. */ +#define FCT_LIST_DEFAULT_START_SZ 8 + +/* Helper macros for quickly iterating through a list. You should be able +to do something like, + + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, my_list) + { + fct_logger__on_blah(logger); + } + FCT_NLIST_FOREACH_END(); + +*/ +#define FCT_NLIST_FOREACH_BGN(Type, Var, List)\ +{\ + if ( List != NULL ) {\ + size_t item_i##Var;\ + size_t num_items##Var = fct_nlist__size(List);\ + for( item_i##Var =0; item_i##Var != num_items##Var; ++item_i##Var )\ + {\ + Type Var = (Type) fct_nlist__at((List), item_i##Var); + +#define FCT_NLIST_FOREACH_END() }}} + +/* Used to manage a list of loggers. This works mostly like +the STL vector, where the array grows as more items are +appended. */ +typedef struct _fct_nlist_t fct_nlist_t; +struct _fct_nlist_t +{ + /* Item's are stored as pointers to void. */ + void **itm_list; + + /* Indicates the number of element's in the array. */ + size_t avail_itm_num; + + /* Indicates the number of actually elements in the array. */ + size_t used_itm_num; +}; +typedef void (*fct_nlist_on_del_t)(void*); + + +/* Clears the contents of the list, and sets the list count to 0. The +actual count remains unchanged. If on_del is supplied it is executed +against each list element. */ +static void +fct_nlist__clear(fct_nlist_t *list, fct_nlist_on_del_t on_del) +{ + size_t itm_i__ =0; + FCT_ASSERT( list != NULL ); + if ( on_del != NULL ) + { + for ( itm_i__=0; itm_i__ != list->used_itm_num; ++itm_i__ ) + { + on_del(list->itm_list[itm_i__]); + } + } + list->used_itm_num =0; +} + + +/* If you used init, then close with final. This is useful for +working with structures that live on the stack. */ +static void +fct_nlist__final(fct_nlist_t *list, fct_nlist_on_del_t on_del) +{ + FCT_ASSERT( list != NULL ); + fct_nlist__clear(list, on_del); + free(list->itm_list); +} + + +static int +fct_nlist__init2(fct_nlist_t *list, size_t start_sz) +{ + FCT_ASSERT( list != NULL ); + if ( start_sz == 0 ) + { + list->itm_list = NULL; + } + else + { + list->itm_list = (void**)malloc(sizeof(void*)*start_sz); + if ( list->itm_list == NULL ) + { + return 0; + } + } + /* If these are both 0, then they are equal and that means + that the first append operation will allocate memory. The beauty + here is that if the list remains empty, then we save a malloc. + Empty lists are relatively common in FCT (consider an error list). */ + list->avail_itm_num = start_sz; + list->used_itm_num =0; + return 1; +} + + +/* Initializes a list. Useful for populating existing structures. +Returns 0 if there was an error allocating memory. Returns 1 otherwise. */ +#define fct_nlist__init(_LIST_PTR_) \ + (fct_nlist__init2((_LIST_PTR_), FCT_LIST_DEFAULT_START_SZ)) + + +/* Returns the number of elements within the list. */ +static size_t +fct_nlist__size(fct_nlist_t const *list) +{ + FCT_ASSERT( list != NULL ); + return list->used_itm_num; +} + + +/* Returns the item at idx, asserts otherwise. */ +static void* +fct_nlist__at(fct_nlist_t const *list, size_t idx) +{ + FCT_ASSERT( list != NULL ); + FCT_ASSERT( idx < list->used_itm_num ); + return list->itm_list[idx]; +} + + +static void +fct_nlist__append(fct_nlist_t *list, void *itm) +{ + FCT_ASSERT( list != NULL ); + /* If we ran out of room, then the last increment should be equal to the + available space, in this case we need to grow a little more. If this + list started as size 0, then we should encounter the same effect as + "running out of room." */ + if ( list->used_itm_num == list->avail_itm_num ) + { + /* Use multiple and add, since the avail_itm_num could be 0. */ + list->avail_itm_num = list->avail_itm_num*FCT_LIST_GROWTH_FACTOR+\ + FCT_LIST_GROWTH_FACTOR; + list->itm_list = (void**)realloc( + list->itm_list, sizeof(void*)*list->avail_itm_num + ); + FCT_ASSERT( list->itm_list != NULL && "memory check"); + } + + list->itm_list[list->used_itm_num] = itm; + ++(list->used_itm_num); +} + + + +/* +----------------------------------------------------------- +A SINGLE CHECK +----------------------------------------------------------- +This defines a single check. It indicates what the check was, +and where it occurred. A "Test" object will have-a bunch +of "checks". +*/ + +struct _fctchk_t +{ + /* This string that represents the condition. */ + char cndtn[FCT_MAX_LOG_LINE]; + + /* These indicate where the condition occurred. */ + char file[FCT_MAX_LOG_LINE]; + + int lineno; + + nbool_t is_pass; + + /* This is a message that we can "format into", if + no format string is specified this should be + equivalent to the cntdn. */ + char msg[FCT_MAX_LOG_LINE]; +}; + +#define fctchk__is_pass(_CHK_) ((_CHK_)->is_pass) +#define fctchk__file(_CHK_) ((_CHK_)->file) +#define fctchk__lineno(_CHK_) ((_CHK_)->lineno) +#define fctchk__cndtn(_CHK_) ((_CHK_)->cndtn) +#define fctchk__msg(_CHK_) ((_CHK_)->msg) + +static fctchk_t* +fctchk_new(int is_pass, + char const *cndtn, + char const *file, + int lineno, + char const *format, + va_list args) +{ + fctchk_t *chk = NULL; + + FCT_ASSERT( cndtn != NULL ); + FCT_ASSERT( file != NULL ); + FCT_ASSERT( lineno > 0 ); + + chk = (fctchk_t*)calloc(1, sizeof(fctchk_t)); + if ( chk == NULL ) + { + return NULL; + } + + fctstr_safe_cpy(chk->cndtn, cndtn, FCT_MAX_LOG_LINE); + fctstr_safe_cpy(chk->file, file, FCT_MAX_LOG_LINE); + chk->lineno = lineno; + + chk->is_pass =is_pass; + + if ( format != NULL ) + { + fct_vsnprintf(chk->msg, FCT_MAX_LOG_LINE, format, args); + } + else + { + /* Default to make the condition be the message, if there was no format + specified. */ + fctstr_safe_cpy(chk->msg, cndtn, FCT_MAX_LOG_LINE); + } + + return chk; +} + + +/* Cleans up a "check" object. If the `chk` is NULL, this function does +nothing. */ +static void +fctchk__del(fctchk_t *chk) +{ + if ( chk == NULL ) + { + return; + } + free( chk ); +} + + +/* +----------------------------------------------------------- +A TEST +----------------------------------------------------------- +A suite will have-a list of tests. Where each test will have-a +list of failed and passed checks. +*/ + +struct _fct_test_t +{ + /* List of failed and passed "checks" (fctchk_t). Two seperate + lists make it faster to determine how many checks passed and how + many checks failed. */ + fct_nlist_t failed_chks; + fct_nlist_t passed_chks; + + /* To store the test run time */ + fct_timer_t timer; + + /* The name of the test case. */ + char name[FCT_MAX_NAME]; +}; + +#define fct_test__name(_TEST_) ((_TEST_)->name) + +/* Clears the failed tests ... partly for internal testing. */ +#define fct_test__clear_failed(test) \ + fct_nlist__clear(test->failed_chks, (fct_nlist_on_del_t)fctchk__del);\ + + +static void +fct_test__del(fct_test_t *test) +{ + if (test == NULL ) + { + return; + } + fct_nlist__final(&(test->passed_chks), (fct_nlist_on_del_t)fctchk__del); + fct_nlist__final(&(test->failed_chks), (fct_nlist_on_del_t)fctchk__del); + free(test); +} + + +static fct_test_t* +fct_test_new(char const *name) +{ + nbool_t ok =FCT_FALSE; + fct_test_t *test =NULL; + + test = (fct_test_t*)malloc(sizeof(fct_test_t)); + if ( test == NULL ) + { + return NULL; + } + + fctstr_safe_cpy(test->name, name, FCT_MAX_NAME); + + /* Failures are an exception, so lets not allocate up + the list until we need to. */ + fct_nlist__init2(&(test->failed_chks), 0); + if (!fct_nlist__init(&(test->passed_chks))) + { + ok =FCT_FALSE; + goto finally; + } + + fct_timer__init(&(test->timer)); + + ok =FCT_TRUE; +finally: + if ( !ok ) + { + fct_test__del(test); + test =NULL; + } + return test; +} + + +static void +fct_test__start_timer(fct_test_t *test) +{ + FCT_ASSERT( test != NULL ); + fct_timer__start(&(test->timer)); +} + + +static void +fct_test__stop_timer(fct_test_t *test) +{ + FCT_ASSERT( test != NULL ); + fct_timer__stop(&(test->timer)); +} + + +static double +fct_test__duration(fct_test_t const *test) +{ + FCT_ASSERT( test != NULL ); + return fct_timer__duration(&(test->timer)); +} + + +static nbool_t +fct_test__is_pass(fct_test_t const *test) +{ + FCT_ASSERT( test != NULL ); + return fct_nlist__size(&(test->failed_chks)) == 0; +} + + +static void +fct_test__add(fct_test_t *test, fctchk_t *chk) +{ + + FCT_ASSERT( test != NULL ); + FCT_ASSERT( chk != NULL ); + + if ( fctchk__is_pass(chk) ) + { + fct_nlist__append(&(test->passed_chks), (void*)chk); + } + else + { + fct_nlist__append(&(test->failed_chks), (void*)chk); + } +} + +/* Returns the number of checks made throughout the test. */ +static size_t +fct_test__chk_cnt(fct_test_t const *test) +{ + FCT_ASSERT( test != NULL ); + return fct_nlist__size(&(test->failed_chks)) \ + + fct_nlist__size(&(test->passed_chks)); +} + + +/* +----------------------------------------------------------- +TEST SUITE (TS) +----------------------------------------------------------- +*/ + + +/* The different types of 'modes' that a test suite can be in. + +While the test suite is iterating through all the tests, its "State" +can change from "setup mode", to "test mode" to "tear down" mode. +These help to indicate what mode are currently in. Think of it as a +basic FSM. + + if the count was 0 end + +--------->---------------------> ending_mode-----+-+ + | ^ | + ^ | ^ +start | [if no more tests] | + | | | | + +-count_mode -> setup_mode -> test_mode -> teardown_mode->-+ + | ^ | | + | +-----------<---------------+ | + +----------->---[if fct_req fails]--------+ + +*/ +enum ts_mode +{ + ts_mode_cnt, /* To setup when done counting. */ + ts_mode_setup, /* To test when done setup. */ + ts_mode_teardown, /* To ending mode, when no more tests. */ + ts_mode_test, /* To tear down mode. */ + ts_mode_ending, /* To ... */ + ts_mode_end, /* .. The End. */ + ts_mode_abort /* Abort */ +}; + +/* Types of states the test could be in. */ +typedef enum +{ + fct_test_status_SUCCESS, + fct_test_status_FAILURE +} fct_test_status; + + +struct _fct_ts_t +{ + /* For counting our 'current' test number, and the total number of + tests. */ + int curr_test_num; + int total_test_num; + + /* Keeps track of the current state of the object while it is walking + through its "FSM" */ + enum ts_mode mode; + + /* The name of the test suite. */ + char name[FCT_MAX_NAME]; + + /* List of tests that where executed within the test suite. */ + fct_nlist_t test_list; +}; + + +#define fct_ts__is_setup_mode(ts) ((ts)->mode == ts_mode_setup) +#define fct_ts__is_teardown_mode(ts) ((ts)->mode == ts_mode_teardown) +#define fct_ts__is_test_mode(ts) ((ts)->mode == ts_mode_test) +#define fct_ts__is_ending_mode(ts) ((ts)->mode == ts_mode_ending) +#define fct_ts__is_end(ts) ((ts)->mode == ts_mode_end) +#define fct_ts__is_cnt_mode(ts) ((ts)->mode == ts_mode_cnt) +#define fct_ts__is_abort_mode(ts) ((ts)->mode == ts_mode_abort) + +/* This cndtn is set when we have iterated through all the tests, and +there was nothing more to do. */ +#define fct_ts__ending(ts) ((ts)->mode = ts_mode_ending) + +/* Flag a test suite as complete. It will no longer accept any more tests. */ +#define fct_ts__end(ts) ((ts)->mode = ts_mode_end) + +#define fct_ts__name(ts) ((ts)->name) + + +static void +fct_ts__del(fct_ts_t *ts) +{ + if ( ts == NULL ) + { + return; + } + fct_nlist__final(&(ts->test_list), (fct_nlist_on_del_t)fct_test__del); + free(ts); +} + +static fct_ts_t * +fct_ts_new(char const *name) +{ + fct_ts_t *ts =NULL; + ts = (fct_ts_t*)calloc(1, sizeof(fct_ts_t)); + FCT_ASSERT( ts != NULL ); + + fctstr_safe_cpy(ts->name, name, FCT_MAX_NAME); + ts->mode = ts_mode_cnt; + fct_nlist__init(&(ts->test_list)); + return ts; +} + + + +static nbool_t +fct_ts__is_more_tests(fct_ts_t const *ts) +{ + FCT_ASSERT( ts != NULL ); + FCT_ASSERT( !fct_ts__is_end(ts) ); + return ts->curr_test_num < ts->total_test_num; +} + + +/* Indicates that we have started a test case. */ +static void +fct_ts__test_begin(fct_ts_t *ts) +{ + FCT_ASSERT( !fct_ts__is_end(ts) ); + ++(ts->curr_test_num); +} + + +/* Takes OWNERSHIP of a test object, and warehouses it for later stat +generation. */ +static void +fct_ts__add_test(fct_ts_t *ts, fct_test_t *test) +{ + FCT_ASSERT( ts != NULL && "invalid arg"); + FCT_ASSERT( test != NULL && "invalid arg"); + FCT_ASSERT( !fct_ts__is_end(ts) ); + fct_nlist__append(&(ts->test_list), test); +} + + +static void +fct_ts__test_end(fct_ts_t *ts) +{ + FCT_ASSERT( ts != NULL ); + /* After a test has completed, move to teardown mode. */ + ts->mode = ts_mode_teardown; +} + + +/* Increments the internal count by 1. */ +static void +fct_ts__inc_total_test_num(fct_ts_t *ts) +{ + FCT_ASSERT( ts != NULL ); + FCT_ASSERT( fct_ts__is_cnt_mode(ts) ); + FCT_ASSERT( !fct_ts__is_end(ts) ); + ++(ts->total_test_num); +} + + +/* Flags the end of the setup, which implies we are going to move into +setup mode. You must be already in setup mode for this to work! */ +static void +fct_ts__setup_end(fct_ts_t *ts) +{ + if ( ts->mode != ts_mode_abort ) + { + ts->mode = ts_mode_test; + } +} + + +static fct_test_t * +fct_ts__make_abort_test(fct_ts_t *ts) +{ + char setup_testname[FCT_MAX_LOG_LINE+1] = {'\0'}; + char const *suitename = fct_ts__name(ts); + fct_snprintf(setup_testname, FCT_MAX_LOG_LINE, "setup_%s", suitename); + return fct_test_new(setup_testname); +} + +/* Flags a pre-mature abort of a setup (like a failed fct_req). */ +static void +fct_ts__setup_abort(fct_ts_t *ts) +{ + FCT_ASSERT( ts != NULL ); + ts->mode = ts_mode_abort; +} + +/* Flags the end of the teardown, which implies we are going to move +into setup mode (for the next 'iteration'). */ +static void +fct_ts__teardown_end(fct_ts_t *ts) +{ + if ( ts->mode == ts_mode_abort ) + { + return; /* Because we are aborting . */ + } + /* We have to decide if we should keep on testing by moving into tear down + mode or if we have reached the real end and should be moving into the + ending mode. */ + if ( fct_ts__is_more_tests(ts) ) + { + ts->mode = ts_mode_setup; + } + else + { + ts->mode = ts_mode_ending; + } +} + + +/* Flags the end of the counting, and proceeding to the first setup. +Consider the special case when a test suite has NO tests in it, in +that case we will have a current count that is zero, in which case +we can skip right to 'ending'. */ +static void +fct_ts__cnt_end(fct_ts_t *ts) +{ + FCT_ASSERT( ts != NULL ); + FCT_ASSERT( fct_ts__is_cnt_mode(ts) ); + FCT_ASSERT( !fct_ts__is_end(ts) ); + if (ts->total_test_num == 0 ) + { + ts->mode = ts_mode_ending; + } + else + { + ts->mode = ts_mode_setup; + } +} + + +static nbool_t +fct_ts__is_test_cnt(fct_ts_t const *ts, int test_num) +{ + FCT_ASSERT( ts != NULL ); + FCT_ASSERT( 0 <= test_num ); + FCT_ASSERT( test_num < ts->total_test_num ); + FCT_ASSERT( !fct_ts__is_end(ts) ); + + /* As we roll through the tests we increment the count. With this + count we can decide if we need to execute a test or not. */ + return test_num == ts->curr_test_num; +} + + +/* Returns the # of tests on the FCT TS object. This is the actual +# of tests executed. */ +static size_t +fct_ts__tst_cnt(fct_ts_t const *ts) +{ + FCT_ASSERT( ts != NULL ); + FCT_ASSERT( + fct_ts__is_end(ts) + && "can't count number of tests executed until the test suite ends" + ); + return fct_nlist__size(&(ts->test_list)); +} + + +/* Returns the # of tests in the TS object that passed. */ +static size_t +fct_ts__tst_cnt_passed(fct_ts_t const *ts) +{ + size_t tally =0; + + FCT_ASSERT( ts != NULL ); + FCT_ASSERT( fct_ts__is_end(ts) ); + + FCT_NLIST_FOREACH_BGN(fct_test_t*, test, &(ts->test_list)) + { + if ( fct_test__is_pass(test) ) + { + tally += 1; + } + } + FCT_NLIST_FOREACH_END(); + return tally; +} + + +/* Returns the # of checks made throughout a test suite. */ +static size_t +fct_ts__chk_cnt(fct_ts_t const *ts) +{ + size_t tally =0; + + FCT_ASSERT( ts != NULL ); + + FCT_NLIST_FOREACH_BGN(fct_test_t *, test, &(ts->test_list)) + { + tally += fct_test__chk_cnt(test); + } + FCT_NLIST_FOREACH_END(); + return tally; +} + +/* Currently the duration is simply a sum of all the tests. */ +static double +fct_ts__duration(fct_ts_t const *ts) +{ + double tally =0.0; + FCT_ASSERT( ts != NULL ); + FCT_NLIST_FOREACH_BGN(fct_test_t *, test, &(ts->test_list)) + { + tally += fct_test__duration(test); + } + FCT_NLIST_FOREACH_END(); + return tally; +} + + +/* +-------------------------------------------------------- +FCT COMMAND LINE OPTION INITIALIZATION (fctcl_init) +-------------------------------------------------------- + +Structure used for command line initialization. To keep it clear that we do +not delete the char*'s present on this structure. +*/ + + +typedef enum +{ + FCTCL_STORE_UNDEFINED, + FCTCL_STORE_TRUE, + FCTCL_STORE_VALUE +} fctcl_store_t; + + +typedef struct _fctcl_init_t +{ + /* What to parse for this option. --long versus -s. */ + char const *long_opt; /* i.e. --help */ + char const *short_opt; /* i.e. -h */ + + /* What action to take when the option is activated. */ + fctcl_store_t action; + + /* The help string for the action. */ + char const *help; +} fctcl_init_t; + + +/* Use when defining the option list. */ +#define FCTCL_INIT_NULL \ + {NULL, NULL, FCTCL_STORE_UNDEFINED, NULL} + + +/* +-------------------------------------------------------- +FCT COMMAND LINE OPTION (fctcl) +-------------------------------------------------------- + +Specifies the command line configuration options. Use this +to help initialize the fct_clp (command line parser). +*/ + + +/* Handy strings for storing "true" and "false". We can reference +these strings throughout the parse operation and not have to +worry about dealing with memory. */ +#define FCTCL_TRUE_STR "1" + + +typedef struct _fctcl_t +{ + /* What to parse for this option. --long versus -s. */ + char *long_opt; /* i.e. --help */ + char *short_opt; /* i.e. -h */ + + /* What action to take when the option is activated. */ + fctcl_store_t action; + + /* The help string for the action. */ + char *help; + + /* The result. */ + char *value; +} fctcl_t; + + +#define fctcl_new() ((fctcl_t*)calloc(1, sizeof(fctcl_t))) + + +static void +fctcl__del(fctcl_t *clo) +{ + if ( clo == NULL ) + { + return; + } + if ( clo->long_opt ) + { + free(clo->long_opt); + } + if ( clo->short_opt) + { + free(clo->short_opt); + } + if ( clo->value ) + { + free(clo->value); + } + if ( clo->help ) + { + free(clo->help); + } + free(clo); +} + + +static fctcl_t* +fctcl_new2(fctcl_init_t const *clo_init) +{ + fctcl_t *clone = NULL; + int ok =0; + clone = fctcl_new(); + if ( clone == NULL ) + { + return NULL; + } + clone->action = clo_init->action; + if ( clo_init->help == NULL ) + { + clone->help = NULL; + } + else + { + clone->help = fctstr_clone(clo_init->help); + if ( clone->help == NULL ) + { + ok =0; + goto finally; + } + } + if ( clo_init->long_opt == NULL ) + { + clone->long_opt = NULL; + } + else + { + clone->long_opt = fctstr_clone(clo_init->long_opt); + if ( clone->long_opt == NULL ) + { + ok = 0; + goto finally; + } + } + if ( clo_init->short_opt == NULL ) + { + clone->short_opt = NULL; + } + else + { + clone->short_opt = fctstr_clone(clo_init->short_opt); + if ( clone->short_opt == NULL ) + { + ok =0; + goto finally; + } + } + ok = 1; +finally: + if ( !ok ) + { + fctcl__del(clone); + clone = NULL; + } + return clone; +} + + +static int +fctcl__is_option(fctcl_t const *clo, char const *option) +{ + FCT_ASSERT( clo != NULL ); + if ( option == NULL ) + { + return 0; + } + return ((clo->long_opt != NULL + && fctstr_eq(clo->long_opt, option)) + || + (clo->short_opt != NULL + && fctstr_eq(clo->short_opt, option)) + ); +} + + +#define fctcl__set_value(_CLO_, _VAL_) \ + (_CLO_)->value = fctstr_clone((_VAL_)); + +/* +-------------------------------------------------------- +FCT COMMAND PARSER (fct_clp) +-------------------------------------------------------- +*/ + +#define FCT_CLP_MAX_ERR_MSG_LEN 256 + +typedef struct _fct_clp_t +{ + /* List of command line options. */ + fct_nlist_t clo_list; + + /* List of parameters (not options). */ + fct_nlist_t param_list; + + char error_msg[FCT_CLP_MAX_ERR_MSG_LEN]; + int is_error; +} fct_clp_t; + + +static void +fct_clp__final(fct_clp_t *clp) +{ + fct_nlist__final(&(clp->clo_list), (fct_nlist_on_del_t)fctcl__del); + fct_nlist__final(&(clp->param_list), (fct_nlist_on_del_t)free); +} + + +/* Add an configuration options. */ +static int +fct_clp__add_options(fct_clp_t *clp, fctcl_init_t const *options) +{ + fctcl_init_t const *pclo =NULL; + int ok; + for ( pclo = options; pclo->action != FCTCL_STORE_UNDEFINED; ++pclo ) + { + fctcl_t *cpy = fctcl_new2(pclo); + if ( cpy == NULL ) + { + ok = 0; + goto finally; + } + fct_nlist__append(&(clp->clo_list), (void*)cpy); + } + ok =1; +finally: + return ok; +} + +/* Returns false if we ran out of memory. */ +static int +fct_clp__init(fct_clp_t *clp, fctcl_init_t const *options) +{ + int ok =0; + FCT_ASSERT( clp != NULL ); + /* It is just much saner to manage a clone of the options. Then we know + who is in charge of the memory. */ + ok = fct_nlist__init(&(clp->clo_list)); + if ( !ok ) + { + goto finally; + } + if ( options != NULL ) + { + ok = fct_clp__add_options(clp, options); + if ( !ok ) + { + goto finally; + } + } + ok = fct_nlist__init(&(clp->param_list)); + if ( !ok ) + { + goto finally; + } + ok =1; +finally: + if ( !ok ) + { + fct_clp__final(clp); + } + return ok; +} + + +/* Parses the command line arguments. Use fct_clp__is_error and +fct_clp__get_error to figure out if something went awry. */ +static void +fct_clp__parse(fct_clp_t *clp, int argc, char const *argv[]) +{ + int argi =1; + int is_option =0; + char *arg =NULL; + char *token =NULL; + char *next_token =NULL; + + clp->error_msg[0] = '\0'; + clp->is_error =0; + + while ( argi < argc ) + { + is_option =0; + token =NULL; + next_token = NULL; + arg = fctstr_clone(argv[argi]); + +#if defined(_MSC_VER) && _MSC_VER > 1300 + token = strtok_s(arg, "=", &next_token); +#else + token = strtok(arg, "="); + next_token = strtok(NULL, "="); +#endif + + FCT_NLIST_FOREACH_BGN(fctcl_t*, pclo, &(clp->clo_list)) + { + /* Need to reset for each search. strtok below is destructive. */ + if ( fctcl__is_option(pclo, token) ) + { + is_option =1; + if ( pclo->action == FCTCL_STORE_VALUE ) + { + /* If this is --xxxx=value then the next strtok should succeed. + Otherwise, we need to chew up the next argument. */ + if ( next_token != NULL && strlen(next_token) > 0 ) + { + fctcl__set_value(pclo, next_token); + } + else + { + ++argi; /* Chew up the next value */ + if ( argi >= argc ) + { + /* error */ + fct_snprintf( + clp->error_msg, + FCT_CLP_MAX_ERR_MSG_LEN, + "missing argument for %s", + token + ); + clp->is_error =1; + break; + } + fctcl__set_value(pclo, argv[argi]); + } + } + else if (pclo->action == FCTCL_STORE_TRUE) + { + fctcl__set_value(pclo, FCTCL_TRUE_STR); + } + else + { + FCT_ASSERT("undefined action requested"); + } + break; /* No need to parse this argument further. */ + } + } + FCT_NLIST_FOREACH_END(); + /* If we have an error, exit. */ + if ( clp->is_error ) + { + break; + } + /* If we walked through all the options, and didn't find + anything, then we must have a parameter. Forget the fact that + an unknown option will be treated like a parameter... */ + if ( !is_option ) + { + fct_nlist__append(&(clp->param_list), arg); + arg =NULL; /* Owned by the nlist */ + } + ++argi; + if ( arg != NULL ) + { + free(arg); + arg =NULL; + } + } +} + + +static fctcl_t const* +fct_clp__get_clo(fct_clp_t const *clp, char const *option) +{ + fctcl_t const *found =NULL; + + FCT_NLIST_FOREACH_BGN(fctcl_t const*, pclo, &(clp->clo_list)) + { + if ( fctcl__is_option(pclo, option) ) + { + found = pclo; + break; + } + } + FCT_NLIST_FOREACH_END(); + return found; +} + + +#define fct_clp__optval(_CLP_, _OPTION_) \ + fct_clp__optval2((_CLP_), (_OPTION_), NULL) + + +/* Returns the value parsed at the command line, and equal to OPTION. +If the value wasn't parsed, the DEFAULT_VAL is returned instead. */ +static char const* +fct_clp__optval2(fct_clp_t *clp, char const *option, char const *default_val) +{ + fctcl_t const *clo =NULL; + FCT_ASSERT( clp != NULL ); + FCT_ASSERT( option != NULL ); + clo = fct_clp__get_clo(clp, option); + if ( clo == NULL || clo->value == NULL) + { + return default_val; + } + return clo->value; +} + + + +/* Mainly used for unit tests. */ +static int +fct_clp__is_param(fct_clp_t *clp, char const *param) +{ + if ( clp == NULL || param == NULL ) + { + return 0; + } + FCT_NLIST_FOREACH_BGN(char *, aparam, &(clp->param_list)) + { + if ( fctstr_eq(aparam, param) ) + { + return 1; + } + } + FCT_NLIST_FOREACH_END(); + return 0; +} + + +#define fct_clp__is_error(_CLP_) ((_CLP_)->is_error) +#define fct_clp__get_error(_CLP_) ((_CLP_)->error_msg); + +#define fct_clp__num_clo(_CLP_) \ + (fct_nlist__size(&((_CLP_)->clo_list))) + +#define fct_clp__param_cnt(_CLP_) \ + (fct_nlist__size(&((_CLP_)->param_list))) + +/* Returns a *reference* to the parameter at _IDX_. Do not modify +its contents. */ +#define fct_clp__param_at(_CLP_, _IDX_) \ + ((char const*)fct_nlist__at(&((_CLP_)->param_list), (_IDX_))) + + +/* Returns true if the given option was on the command line. +Use either the long or short option name to check against. */ +#define fct_clp__is(_CLP_, _OPTION_) \ + (fct_clp__optval((_CLP_), (_OPTION_)) != NULL) + + + +/* +-------------------------------------------------------- +FCT NAMESPACE +-------------------------------------------------------- + +The macros below start to pollute the watch window with +lots of "system" variables. This NAMESPACE is an +attempt to hide all the "system" variables in one place. +*/ +typedef struct _fct_namespace_t +{ + /* The currently active test suite. */ + fct_ts_t *ts_curr; + int ts_is_skip_suite; + char const *ts_skip_cndtn; + + /* Current test name. */ + char const* curr_test_name; + fct_test_t *curr_test; + const char *test_skip_cndtn; + int test_is_skip; + + /* Counts the number of tests in a test suite. */ + int test_num; + + /* Set at the end of the test suites. */ + size_t num_total_failed; +} fct_namespace_t; + + +static void +fct_namespace_init(fct_namespace_t *ns) +{ + FCT_ASSERT( ns != NULL && "invalid argument!"); + memset(ns, 0, sizeof(fct_namespace_t)); +} + + +/* +-------------------------------------------------------- +FCT KERNAL +-------------------------------------------------------- + +The "fctkern" is a singleton that is defined throughout the +system. +*/ + +struct _fctkern_t +{ + /* Holds variables used throughout MACRO MAGIC. In order to reduce + the "noise" in the watch window during a debug trace. */ + fct_namespace_t ns; + + /* Command line parsing. */ + fct_clp_t cl_parser; + + /* Hold onto the command line arguments. */ + int cl_argc; + char const **cl_argv; + /* Track user options. */ + fctcl_init_t const *cl_user_opts; + + /* Tracks the delay parsing. */ + int cl_is_parsed; + + /* This is an list of loggers that can be used in the fct system. */ + fct_nlist_t logger_list; + + /* Array of custom types, you have built-in system ones and you + have optionally supplied user ones.. */ + fct_logger_types_t *lt_usr; + fct_logger_types_t *lt_sys; + + /* This is a list of prefix's that can be used to determine if a + test is should be run or not. */ + fct_nlist_t prefix_list; + + /* This is a list of test suites that where generated throughout the + testing process. */ + fct_nlist_t ts_list; + + /* Records what we expect to fail. */ + size_t num_expected_failures; +}; + + +#define FCT_OPT_VERSION "--version" +#define FCT_OPT_VERSION_SHORT "-v" +#define FCT_OPT_HELP "--help" +#define FCT_OPT_HELP_SHORT "-h" +#define FCT_OPT_LOGGER "--logger" +#define FCT_OPT_LOGGER_SHORT "-l" +static fctcl_init_t FCT_CLP_OPTIONS[] = +{ + /* Totally unsafe, since we are assuming we can clean out this data, + what I need to do is have an "initialization" object, full of + const objects. But for now, this should work. */ + { + FCT_OPT_VERSION, + FCT_OPT_VERSION_SHORT, + FCTCL_STORE_TRUE, + "Displays the FCTX version number and exits." + }, + { + FCT_OPT_HELP, + FCT_OPT_HELP_SHORT, + FCTCL_STORE_TRUE, + "Shows this help." + }, + { + FCT_OPT_LOGGER, + FCT_OPT_LOGGER_SHORT, + FCTCL_STORE_VALUE, + NULL + }, + FCTCL_INIT_NULL /* Sentinel */ +}; + +typedef fct_logger_i* (*fct_logger_new_fn)(void); +struct _fct_logger_types_t +{ + char const *name; + fct_logger_new_fn logger_new_fn; + char const *desc; +}; + +static fct_logger_types_t FCT_LOGGER_TYPES[] = +{ + { + "standard", + (fct_logger_new_fn)fct_standard_logger_new, + "the basic fctx logger" + }, + { + "minimal", + (fct_logger_new_fn)fct_minimal_logger_new, + "the least amount of logging information." + }, + { + "junit", + (fct_logger_new_fn)fct_junit_logger_new, + "junit compatable xml" + }, + {NULL, (fct_logger_new_fn)NULL, NULL} /* Sentinel */ +}; + + +/* Returns the number of filters defined for the fct kernal. */ +#define fctkern__filter_cnt(_NK_) (fct_nlist__size(&((_NK_)->prefix_list))) + + +static void +fctkern__add_logger(fctkern_t *nk, fct_logger_i *logger_owns) +{ + FCT_ASSERT(nk != NULL && "invalid arg"); + FCT_ASSERT(logger_owns != NULL && "invalid arg"); + fct_nlist__append(&(nk->logger_list), logger_owns); +} + + +static void +fctkern__write_help(fctkern_t *nk, FILE *out) +{ + fct_clp_t *clp = &(nk->cl_parser); + fprintf(out, "test.exe [options] prefix_filter ...\n\n"); + FCT_NLIST_FOREACH_BGN(fctcl_t*, clo, &(clp->clo_list)) + { + if ( clo->short_opt != NULL ) + { + fprintf(out, "%s, %s\n", clo->short_opt, clo->long_opt); + } + else + { + fprintf(out, "%s\n", clo->long_opt); + } + if ( !fctstr_ieq(clo->long_opt, FCT_OPT_LOGGER) ) + { + /* For now lets not get to fancy with the text wrapping. */ + fprintf(out, " %s\n", clo->help); + } + else + { + fct_logger_types_t *types[2]; + int type_i; + fct_logger_types_t *itr; + types[0] = nk->lt_sys; + types[1] = nk->lt_usr; + fputs(" Sets the logger. The types of loggers currently " + "available are,\n", out); + for (type_i =0; type_i != 2; ++type_i ) + { + for ( itr=types[type_i]; itr && itr->name != NULL; ++itr ) + { + fprintf(out, " =%s : %s\n", itr->name, itr->desc); + } + } + fprintf(out, " default is '%s'.\n", FCT_DEFAULT_LOGGER); + } + } + FCT_NLIST_FOREACH_END(); + fputs("\n", out); +} + + +/* Appends a prefix filter that is used to determine if a test can +be executed or not. If the test starts with the same characters as +the prefix, then it should be "runnable". The prefix filter must be +a non-NULL, non-Blank string. */ +static void +fctkern__add_prefix_filter(fctkern_t *nk, char const *prefix_filter) +{ + char *filter =NULL; + size_t filter_len =0; + FCT_ASSERT( nk != NULL && "invalid arg" ); + FCT_ASSERT( prefix_filter != NULL && "invalid arg" ); + FCT_ASSERT( strlen(prefix_filter) > 0 && "invalid arg" ); + /* First we make a copy of the prefix, then we store it away + in our little list. */ + filter_len = strlen(prefix_filter); + filter = (char*)malloc(sizeof(char)*(filter_len+1)); + fctstr_safe_cpy(filter, prefix_filter, filter_len+1); + fct_nlist__append(&(nk->prefix_list), (void*)filter); +} + + +/* Cleans up the contents of a fctkern. NULL does nothing. */ +static void +fctkern__final(fctkern_t *nk) +{ + if ( nk == NULL ) + { + return; + } + fct_clp__final(&(nk->cl_parser)); + fct_nlist__final(&(nk->logger_list), (fct_nlist_on_del_t)fct_logger__del); + /* The prefix list is a list of malloc'd strings. */ + fct_nlist__final(&(nk->prefix_list), (fct_nlist_on_del_t)free); + fct_nlist__final(&(nk->ts_list), (fct_nlist_on_del_t)fct_ts__del); +} + + +#define fctkern__cl_is_parsed(_NK_) ((_NK_)->cl_is_parsed) + + +static int +fctkern__cl_is(fctkern_t *nk, char const *opt_str) +{ + FCT_ASSERT( opt_str != NULL ); + return opt_str[0] != '\0' + && fct_clp__is(&(nk->cl_parser), opt_str); +} + + +/* Returns the command line value given by OPT_STR. If OPT_STR was not defined +at the command line, DEF_STR is returned (you can use NULL for the DEF_STR). +The result returned should not be mofidied, and MAY even be the same pointer +to DEF_STR. */ +static char const * +fctkern__cl_val2(fctkern_t *nk, char const *opt_str, char const *def_str) +{ + FCT_ASSERT( opt_str != NULL ); + if ( nk == NULL ) + { + return NULL; + } + return fct_clp__optval2(&(nk->cl_parser), opt_str, def_str); +} + + +/* Selects a logger from the list based on the selection name. +May return NULL if the name doesn't exist in the list. */ +static fct_logger_i* +fckern_sel_log(fct_logger_types_t *search, char const *sel_logger) +{ + fct_logger_types_t *iter; + FCT_ASSERT(search != NULL); + FCT_ASSERT(sel_logger != NULL); + FCT_ASSERT(strlen(sel_logger) > 0); + for ( iter = search; iter->name != NULL; ++iter) + { + if ( fctstr_ieq(iter->name, sel_logger) ) + { + return iter->logger_new_fn(); + } + } + return NULL; +} + +static int +fctkern__cl_parse_config_logger(fctkern_t *nk) +{ + fct_logger_i *logger =NULL; + char const *sel_logger =NULL; + char const *def_logger =FCT_DEFAULT_LOGGER; + sel_logger = fctkern__cl_val2(nk, FCT_OPT_LOGGER, def_logger); + FCT_ASSERT(sel_logger != NULL && "should never be NULL"); + /* First search the user selected types, then search the + built-in types. */ + if ( nk->lt_usr != NULL ) + { + logger = fckern_sel_log(nk->lt_usr, sel_logger); + } + if ( nk->lt_sys != NULL && logger == NULL ) + { + logger = fckern_sel_log(nk->lt_sys, sel_logger); + } + if ( logger == NULL ) + { + /* No logger configured, you must have supplied an invalid selection. */ + fprintf(stderr, "error: unknown logger selected - '%s'", sel_logger); + return 0; + } + fctkern__add_logger(nk, logger); + logger = NULL; /* owned by nk. */ + return 1; +} + + + +/* Call this if you want to (re)parse the command line options with a new +set of options. Returns -1 if you are to abort with EXIT_SUCCESS, returns +0 if you are to abort with EXIT_FAILURE and returns 1 if you are to continue. */ +static int +fctkern__cl_parse(fctkern_t *nk) +{ + int status =0; + size_t num_params =0; + size_t param_i =0; + if ( nk == NULL ) + { + return 0; + } + if ( nk->cl_user_opts != NULL ) + { + if ( !fct_clp__add_options(&(nk->cl_parser), nk->cl_user_opts) ) + { + status =0; + goto finally; + } + } + /* You want to add the "house options" after the user defined ones. The + options are stored as a list so it means that any option listed after + the above ones won't get parsed. */ + if ( !fct_clp__add_options(&(nk->cl_parser), FCT_CLP_OPTIONS) ) + { + status =0; + goto finally; + } + fct_clp__parse(&(nk->cl_parser), nk->cl_argc, nk->cl_argv); + if ( fct_clp__is_error(&(nk->cl_parser)) ) + { + char *err = fct_clp__get_error(&(nk->cl_parser)); + fprintf(stderr, "error: %s", err); + status =0; + goto finally; + } + num_params = fct_clp__param_cnt(&(nk->cl_parser)); + for ( param_i =0; param_i != num_params; ++param_i ) + { + char const *param = fct_clp__param_at(&(nk->cl_parser), param_i); + fctkern__add_prefix_filter(nk, param); + } + if ( fctkern__cl_is(nk, FCT_OPT_VERSION) ) + { + (void)printf("Built using FCTX version %s.\n", FCT_VERSION_STR); + status = -1; + goto finally; + } + if ( fctkern__cl_is(nk, FCT_OPT_HELP) ) + { + fctkern__write_help(nk, stdout); + status = -1; + goto finally; + } + if ( !fctkern__cl_parse_config_logger(nk) ) + { + status = -1; + goto finally; + } + status =1; + nk->cl_is_parsed =1; +finally: + return status; +} + + + +/* Parses the command line and sets up the framework. The argc and argv +should be directly from the program's main. */ +static int +fctkern__init(fctkern_t *nk, int argc, const char *argv[]) +{ + if ( argc == 0 && argv == NULL ) + { + return 0; + } + memset(nk, 0, sizeof(fctkern_t)); + fct_clp__init(&(nk->cl_parser), NULL); + fct_nlist__init(&(nk->logger_list)); + nk->lt_usr = NULL; /* Supplied via 'install' mechanics. */ + nk->lt_sys = FCT_LOGGER_TYPES; + fct_nlist__init2(&(nk->prefix_list), 0); + fct_nlist__init2(&(nk->ts_list), 0); + nk->cl_is_parsed =0; + /* Save a copy of the arguments. We do a delay parse of the command + line arguments in order to allow the client code to optionally configure + the command line parser.*/ + nk->cl_argc = argc; + nk->cl_argv = argv; + fct_namespace_init(&(nk->ns)); + return 1; +} + + +/* Takes OWNERSHIP of the test suite after we have finished executing +its contents. This way we can build up all kinds of summaries at the end +of a run. */ +static void +fctkern__add_ts(fctkern_t *nk, fct_ts_t *ts) +{ + FCT_ASSERT( nk != NULL ); + FCT_ASSERT( ts != NULL ); + fct_nlist__append(&(nk->ts_list), ts); +} + + +/* Returns FCT_TRUE if the supplied test_name passes the filters set on +this test suite. If there are no filters, we return FCT_TRUE always. */ +static nbool_t +fctkern__pass_filter(fctkern_t *nk, char const *test_name) +{ + size_t prefix_i =0; + size_t prefix_list_size =0; + FCT_ASSERT( nk != NULL && "invalid arg"); + FCT_ASSERT( test_name != NULL ); + FCT_ASSERT( strlen(test_name) > 0 ); + prefix_list_size = fctkern__filter_cnt(nk); + /* If there is no filter list, then we return FCT_TRUE always. */ + if ( prefix_list_size == 0 ) + { + return FCT_TRUE; + } + /* Iterate through the prefix filter list, and see if we have + anything that does not pass. All we require is ONE item that + passes the test in order for us to succeed here. */ + for ( prefix_i = 0; prefix_i != prefix_list_size; ++prefix_i ) + { + char const *prefix = (char const*)fct_nlist__at( + &(nk->prefix_list), prefix_i + ); + nbool_t pass = fct_filter_pass(prefix, test_name); + if ( pass ) + { + return FCT_TRUE; + } + } + /* Otherwise, we never managed to find a prefix that satisfied the + supplied test name. Therefore we have failed to pass to the filter + list test. */ + return FCT_FALSE; +} + + +/* Returns the number of tests that were performed. */ +static size_t +fctkern__tst_cnt(fctkern_t const *nk) +{ + size_t tally =0; + FCT_ASSERT( nk != NULL ); + FCT_NLIST_FOREACH_BGN(fct_ts_t *, ts, &(nk->ts_list)) + { + tally += fct_ts__tst_cnt(ts); + } + FCT_NLIST_FOREACH_END(); + return tally; +} + + +/* Returns the number of tests that passed. */ +static size_t +fctkern__tst_cnt_passed(fctkern_t const *nk) +{ + size_t tally =0; + FCT_ASSERT( nk != NULL ); + + FCT_NLIST_FOREACH_BGN(fct_ts_t*, ts, &(nk->ts_list)) + { + tally += fct_ts__tst_cnt_passed(ts); + } + FCT_NLIST_FOREACH_END(); + + return tally; +} + + +/* Returns the number of tests that failed. */ +#define fctkern__tst_cnt_failed(nk) \ + (fctkern__tst_cnt(nk) - fctkern__tst_cnt_passed(nk)) + + +/* Returns the number of checks made throughout the entire test. */ +#if defined(FCT_USE_TEST_COUNT) +static size_t +fctkern__chk_cnt(fctkern_t const *nk) +{ + size_t tally =0; + FCT_ASSERT( nk != NULL ); + + FCT_NLIST_FOREACH_BGN(fct_ts_t *, ts, &(nk->ts_list)) + { + tally += fct_ts__chk_cnt(ts); + } + FCT_NLIST_FOREACH_END(); + return tally; +} +#endif /* FCT_USE_TEST_COUNT */ + + +/* Indicates the very end of all the tests. */ +#define fctkern__end(nk) /* unused */ + + +static void +fctkern__log_suite_start(fctkern_t *nk, fct_ts_t const *ts) +{ + FCT_ASSERT( nk != NULL ); + FCT_ASSERT( ts != NULL ); + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &(nk->logger_list)) + { + fct_logger__on_test_suite_start(logger, ts); + } + FCT_NLIST_FOREACH_END(); +} + + +static void +fctkern__log_suite_end(fctkern_t *nk, fct_ts_t const *ts) +{ + FCT_ASSERT( nk != NULL ); + FCT_ASSERT( ts != NULL ); + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &(nk->logger_list)) + { + fct_logger__on_test_suite_end(logger, ts); + } + FCT_NLIST_FOREACH_END(); +} + + +static void +fctkern__log_suite_skip(fctkern_t *nk, char const *condition, char const *name) +{ + if ( nk == NULL ) + { + return; + } + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &(nk->logger_list)) + { + fct_logger__on_test_suite_skip(logger, condition, name); + } + FCT_NLIST_FOREACH_END(); +} + + +static void +fctkern__log_test_skip(fctkern_t *nk, char const *condition, char const *name) +{ + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &(nk->logger_list)) + { + fct_logger__on_test_skip(logger, condition, name); + } + FCT_NLIST_FOREACH_END(); +} + + +/* Use this for displaying information about a "Check" (i.e. +a condition). */ +static void +fctkern__log_chk(fctkern_t *nk, fctchk_t const *chk) +{ + FCT_ASSERT( nk != NULL ); + FCT_ASSERT( chk != NULL ); + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &(nk->logger_list)) + { + fct_logger__on_chk(logger, chk); + } + FCT_NLIST_FOREACH_END(); +} + + +/* Use this for displaying warning messages. */ +static void +fctkern__log_warn(fctkern_t *nk, char const *warn) +{ + FCT_ASSERT( nk != NULL ); + FCT_ASSERT( warn != NULL ); + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &(nk->logger_list)) + { + fct_logger__on_warn(logger, warn); + } + FCT_NLIST_FOREACH_END(); +} + + +/* Called whenever a test is started. */ +static void +fctkern__log_test_start(fctkern_t *nk, fct_test_t const *test) +{ + FCT_ASSERT( nk != NULL ); + FCT_ASSERT( test != NULL ); + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &(nk->logger_list)) + { + fct_logger__on_test_start(logger, test); + } + FCT_NLIST_FOREACH_END(); +} + + +static void +fctkern__log_test_end(fctkern_t *nk, fct_test_t *test) +{ + FCT_ASSERT( nk != NULL ); + FCT_ASSERT( test != NULL ); + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &(nk->logger_list)) + { + fct_logger__on_test_end(logger, test); + } + FCT_NLIST_FOREACH_END(); +} + + +#define fctkern__log_start(_NK_) \ + {\ + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &((_NK_)->logger_list))\ + {\ + fct_logger__on_fctx_start(logger, (_NK_));\ + }\ + FCT_NLIST_FOREACH_END();\ + } + + +#define fctkern__log_end(_NK_) \ + {\ + FCT_NLIST_FOREACH_BGN(fct_logger_i*, logger, &((_NK_)->logger_list))\ + {\ + fct_logger__on_fctx_end(logger, (_NK_));\ + }\ + FCT_NLIST_FOREACH_END();\ + } + + + + +/* +----------------------------------------------------------- +LOGGER INTERFACE + +Defines an interface to a logging system. A logger +must define the following functions in order to hook +into the logging system. + +See the "Standard Logger" and "Minimal Logger" as examples +of the implementation. +----------------------------------------------------------- +*/ + +/* Common event argument. The values of the each event may or may not be +defined depending on the event in question. */ +struct _fct_logger_evt_t +{ + fctkern_t const *kern; + fctchk_t const *chk; + fct_test_t const *test; + fct_ts_t const *ts; + char const *msg; + char const *cndtn; + char const *name; +}; + + +typedef struct _fct_logger_i_vtable_t +{ + /* 1 + * Fired when an "fct_chk*" (check) function is completed. The event + * will contain a reference to the "chk" object created. + * */ + void (*on_chk)(fct_logger_i *logger, fct_logger_evt_t const *e); + + /* 2 + * Fired when a test starts and before any checks are made. The + * event will have its "test" object set. */ + void (*on_test_start)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); + /* 3 */ + void (*on_test_end)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); + /* 4 */ + void (*on_test_suite_start)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); + /* 5 */ + void (*on_test_suite_end)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); + /* 6 */ + void (*on_fctx_start)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); + /* 7 */ + void (*on_fctx_end)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); + /* 8 + Called when the logger object must "clean up". */ + void (*on_delete)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); + /* 9 */ + void (*on_warn)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); + /* -- new in 1.2 -- */ + /* 10 */ + void (*on_test_suite_skip)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); + /* 11 */ + void (*on_test_skip)( + fct_logger_i *logger, + fct_logger_evt_t const *e + ); +} fct_logger_i_vtable_t; + +#define _fct_logger_head \ + fct_logger_i_vtable_t vtable; \ + fct_logger_evt_t evt + +struct _fct_logger_i +{ + _fct_logger_head; +}; + + +static void +fct_logger__stub(fct_logger_i *l, fct_logger_evt_t const *e) +{ + fct_unused(l); + fct_unused(e); +} + + +static fct_logger_i_vtable_t fct_logger_default_vtable = +{ + fct_logger__stub, /* 1. on_chk */ + fct_logger__stub, /* 2. on_test_start */ + fct_logger__stub, /* 3. on_test_end */ + fct_logger__stub, /* 4. on_test_suite_start */ + fct_logger__stub, /* 5. on_test_suite_end */ + fct_logger__stub, /* 6. on_fctx_start */ + fct_logger__stub, /* 7. on_fctx_end */ + fct_logger__stub, /* 8. on_delete */ + fct_logger__stub, /* 9. on_warn */ + fct_logger__stub, /* 10. on_test_suite_skip */ + fct_logger__stub, /* 11. on_test_skip */ +}; + + +/* Initializes the elements of a logger interface so they are at their +standard values. */ +static void +fct_logger__init(fct_logger_i *logger) +{ + FCT_ASSERT( logger != NULL ); + memcpy( + &(logger->vtable), + &fct_logger_default_vtable, + sizeof(fct_logger_i_vtable_t) + ); + memset(&(logger->evt),0, sizeof(fct_logger_evt_t)); +} + +static void +fct_logger__del(fct_logger_i *logger) +{ + if ( logger ) + { + logger->vtable.on_delete(logger, &(logger->evt)); + } +} + + +static void +fct_logger__on_test_start(fct_logger_i *logger, fct_test_t const *test) +{ + logger->evt.test = test; + logger->vtable.on_test_start(logger, &(logger->evt)); +} + + +static void +fct_logger__on_test_end(fct_logger_i *logger, fct_test_t *test) +{ + logger->evt.test = test; + logger->vtable.on_test_end(logger, &(logger->evt)); +} + + +static void +fct_logger__on_test_suite_start(fct_logger_i *logger, fct_ts_t const *ts) +{ + logger->evt.ts = ts; + logger->vtable.on_test_suite_start(logger, &(logger->evt)); +} + + +static void +fct_logger__on_test_suite_end(fct_logger_i *logger, fct_ts_t const *ts) +{ + logger->evt.ts = ts; + logger->vtable.on_test_suite_end(logger, &(logger->evt)); +} + + +static void +fct_logger__on_test_suite_skip( + fct_logger_i *logger, + char const *condition, + char const *name +) +{ + logger->evt.cndtn = condition; + logger->evt.name = name; + logger->vtable.on_test_suite_skip(logger, &(logger->evt)); +} + + +static void +fct_logger__on_test_skip( + fct_logger_i *logger, + char const *condition, + char const *name +) +{ + logger->evt.cndtn = condition; + logger->evt.name = name; + logger->vtable.on_test_skip(logger, &(logger->evt)); +} + + +static void +fct_logger__on_chk(fct_logger_i *logger, fctchk_t const *chk) +{ + logger->evt.chk = chk; + logger->vtable.on_chk(logger, &(logger->evt)); +} + +/* When we start all our tests. */ +#define fct_logger__on_fctx_start(LOGGER, KERN) \ + (LOGGER)->evt.kern = (KERN);\ + (LOGGER)->vtable.on_fctx_start((LOGGER), &((LOGGER)->evt)); + + +/* When we have reached the end of ALL of our testing. */ +#define fct_logger__on_fctx_end(LOGGER, KERN) \ + (LOGGER)->evt.kern = (KERN);\ + (LOGGER)->vtable.on_fctx_end((LOGGER), &((LOGGER)->evt)); + + +static void +fct_logger__on_warn(fct_logger_i *logger, char const *msg) +{ + logger->evt.msg = msg; + logger->vtable.on_warn(logger, &(logger->evt)); +} + + +/* Commmon routine to record strings representing failures. The +chk should be a failure before we call this, and the list is a list +of char*'s that will eventually be free'd by the logger. */ +static void +fct_logger_record_failure(fctchk_t const* chk, fct_nlist_t* fail_list) +{ + /* For now we will truncate the string to some set amount, later + we can work out a dynamic string object. */ + char *str = (char*)malloc(sizeof(char)*FCT_MAX_LOG_LINE); + FCT_ASSERT( str != NULL ); + fct_snprintf( + str, + FCT_MAX_LOG_LINE, + "%s(%d):\n %s", + fctchk__file(chk), + fctchk__lineno(chk), + fctchk__msg(chk) + ); + /* Append it to the listing ... */ + fct_nlist__append(fail_list, (void*)str); +} + + +/* Another common routine, to print the failures at the end of a run. */ +static void +fct_logger_print_failures(fct_nlist_t const *fail_list) +{ + puts( + "\n----------------------------------------------------------------------------\n" + ); + puts("FAILED TESTS\n\n"); + FCT_NLIST_FOREACH_BGN(char *, cndtn_str, fail_list) + { + printf("%s\n", cndtn_str); + } + FCT_NLIST_FOREACH_END(); + + puts("\n"); +} + + + + +/* +----------------------------------------------------------- +MINIMAL LOGGER +----------------------------------------------------------- + +At the moment the MINIMAL LOGGER is currently disabled. Hope +to bring it back online soon. The only reason it is +disabled is that we don't currently have the ability to specify +loggers. +*/ + + +/* Minimal logger, reports the minimum amount of information needed +to determine "something is happening". */ +struct _fct_minimal_logger_t +{ + _fct_logger_head; + /* A list of char*'s that needs to be cleaned up. */ + fct_nlist_t failed_cndtns_list; +}; + + +static void +fct_minimal_logger__on_chk( + fct_logger_i *self_, + fct_logger_evt_t const *e +) +{ + fct_minimal_logger_t *self = (fct_minimal_logger_t*)self_; + if ( fctchk__is_pass(e->chk) ) + { + fputs(".", stdout); + } + else + { + fputs("x", stdout); + fct_logger_record_failure(e->chk, &(self->failed_cndtns_list)); + + } +} + +static void +fct_minimal_logger__on_fctx_end( + fct_logger_i *self_, + fct_logger_evt_t const *e +) +{ + fct_minimal_logger_t *self = (fct_minimal_logger_t*)self_; + fct_unused(e); + if ( fct_nlist__size(&(self->failed_cndtns_list)) >0 ) + { + fct_logger_print_failures(&(self->failed_cndtns_list)); + } +} + + +static void +fct_minimal_logger__on_delete( + fct_logger_i *self_, + fct_logger_evt_t const *e +) +{ + fct_minimal_logger_t *self = (fct_minimal_logger_t*)self_; + fct_unused(e); + fct_nlist__final(&(self->failed_cndtns_list), free); + free(self); + +} + + +fct_logger_i* +fct_minimal_logger_new(void) +{ + fct_minimal_logger_t *self = (fct_minimal_logger_t*)\ + calloc(1,sizeof(fct_minimal_logger_t)); + if ( self == NULL ) + { + return NULL; + } + fct_logger__init((fct_logger_i*)self); + self->vtable.on_chk = fct_minimal_logger__on_chk; + self->vtable.on_fctx_end = fct_minimal_logger__on_fctx_end; + self->vtable.on_delete = fct_minimal_logger__on_delete; + fct_nlist__init2(&(self->failed_cndtns_list), 0); + return (fct_logger_i*)self; +} + + +/* +----------------------------------------------------------- +STANDARD LOGGER +----------------------------------------------------------- +*/ + +struct _fct_standard_logger_t +{ + _fct_logger_head; + + /* Start time. For now we use the low-accuracy time_t version. */ + fct_timer_t timer; + + /* A list of char*'s that needs to be cleaned up. */ + fct_nlist_t failed_cndtns_list; +}; + + +#define FCT_STANDARD_LOGGER_MAX_LINE 68 + + +/* When a failure occurrs, we will record the details so we can display +them when the log "finishes" up. */ +static void +fct_standard_logger__on_chk( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + fct_standard_logger_t *logger = (fct_standard_logger_t*)logger_; + /* Only record failures. */ + if ( !fctchk__is_pass(e->chk) ) + { + fct_logger_record_failure(e->chk, &(logger->failed_cndtns_list)); + } +} + + +static void +fct_standard_logger__on_test_skip( + fct_logger_i* logger_, + fct_logger_evt_t const *e +) +{ + char const *condition = e->cndtn; + char const *name = e->name; + char msg[256] = {'\0'}; + fct_unused(logger_); + fct_unused(condition); + fct_snprintf(msg, sizeof(msg), "%s (%s)", name, condition); + msg[sizeof(msg)-1] = '\0'; + fct_dotted_line_start(FCT_STANDARD_LOGGER_MAX_LINE, msg); + fct_dotted_line_end("- SKIP -"); +} + + +static void +fct_standard_logger__on_test_start( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + fct_unused(logger_); + fct_dotted_line_start( + FCT_STANDARD_LOGGER_MAX_LINE, + fct_test__name(e->test) + ); +} + + +static void +fct_standard_logger__on_test_end( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + nbool_t is_pass; + fct_unused(logger_); + is_pass = fct_test__is_pass(e->test); + fct_dotted_line_end((is_pass) ? "PASS" : "FAIL ***" ); +} + + +static void +fct_standard_logger__on_fctx_start( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + fct_standard_logger_t *logger = (fct_standard_logger_t*)logger_; + fct_unused(e); + fct_timer__start(&(logger->timer)); +} + + +static void +fct_standard_logger__on_fctx_end( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + fct_standard_logger_t *logger = (fct_standard_logger_t*)logger_; + nbool_t is_success =1; + double elasped_time =0; + size_t num_tests =0; + size_t num_passed =0; + + fct_timer__stop(&(logger->timer)); + + is_success = fct_nlist__size(&(logger->failed_cndtns_list)) ==0; + + if ( !is_success ) + { + fct_logger_print_failures(&(logger->failed_cndtns_list)); + } + puts( + "\n----------------------------------------------------------------------------\n" + ); + num_tests = fctkern__tst_cnt(e->kern); + num_passed = fctkern__tst_cnt_passed(e->kern); + printf( + "%s (%lu/%lu tests", + (is_success) ? "PASSED" : "FAILED", + (unsigned long) num_passed, + (unsigned long) num_tests + ); + elasped_time = fct_timer__duration(&(logger->timer)); + if ( elasped_time > 0.0000001 ) + { + printf(" in %.6fs)\n", elasped_time); + } + else + { + /* Don't bother displaying the time to execute. */ + puts(")\n"); + } +} + + +static void +fct_standard_logger__on_delete( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + fct_standard_logger_t *logger = (fct_standard_logger_t*)logger_; + fct_unused(e); + fct_nlist__final(&(logger->failed_cndtns_list), free); + free(logger); + logger_ =NULL; +} + + +static void +fct_standard_logger__on_warn( + fct_logger_i* logger_, + fct_logger_evt_t const *e +) +{ + fct_unused(logger_); + (void)printf("WARNING: %s", e->msg); +} + + +fct_logger_i* +fct_standard_logger_new(void) +{ + fct_standard_logger_t *logger = (fct_standard_logger_t *)calloc( + 1, sizeof(fct_standard_logger_t) + ); + if ( logger == NULL ) + { + return NULL; + } + fct_logger__init((fct_logger_i*)logger); + logger->vtable.on_chk = fct_standard_logger__on_chk; + logger->vtable.on_test_start = fct_standard_logger__on_test_start; + logger->vtable.on_test_end = fct_standard_logger__on_test_end; + logger->vtable.on_fctx_start = fct_standard_logger__on_fctx_start; + logger->vtable.on_fctx_end = fct_standard_logger__on_fctx_end; + logger->vtable.on_delete = fct_standard_logger__on_delete; + logger->vtable.on_warn = fct_standard_logger__on_warn; + logger->vtable.on_test_skip = fct_standard_logger__on_test_skip; + fct_nlist__init2(&(logger->failed_cndtns_list), 0); + fct_timer__init(&(logger->timer)); + return (fct_logger_i*)logger; +} + + +/* +----------------------------------------------------------- +JUNIT LOGGER +----------------------------------------------------------- +*/ + + +/* JUnit logger */ +struct _fct_junit_logger_t +{ + _fct_logger_head; +}; + + +static void +fct_junit_logger__on_test_suite_start( + fct_logger_i *l, + fct_logger_evt_t const *e +) +{ + fct_unused(l); + fct_unused(e); + FCT_SWITCH_STDOUT_TO_BUFFER(); + FCT_SWITCH_STDERR_TO_BUFFER(); +} + + +static void +fct_junit_logger__on_test_suite_end( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + fct_ts_t const *ts = e->ts; /* Test Suite */ + nbool_t is_pass; + double elasped_time = 0; + char std_buffer[1024]; + int read_length; + int first_out_line; + + fct_unused(logger_); + + elasped_time = fct_ts__duration(ts); + + FCT_SWITCH_STDOUT_TO_STDOUT(); + FCT_SWITCH_STDERR_TO_STDERR(); + + /* opening testsuite tag */ + printf("\t\n", + (unsigned long) fct_ts__tst_cnt(ts) + - fct_ts__tst_cnt_passed(ts), + (unsigned long) fct_ts__tst_cnt(ts), + fct_ts__name(ts), + elasped_time); + + FCT_NLIST_FOREACH_BGN(fct_test_t*, test, &(ts->test_list)) + { + is_pass = fct_test__is_pass(test); + + /* opening testcase tag */ + if (is_pass) + { + printf("\t\t\n", + fct_test__name(test), + fct_test__duration(test) + ); + } + + FCT_NLIST_FOREACH_BGN(fctchk_t*, chk, &(test->failed_chks)) + { + /* error tag */ + printf("\t\t\t", chk->msg); + printf("file:%s, line:%d", chk->file, chk->lineno); + printf("\n"); + } + FCT_NLIST_FOREACH_END(); + + /* closing testcase tag */ + if (is_pass) + { + printf(" />\n"); + } + else + { + printf("\t\t\n"); + } + } + FCT_NLIST_FOREACH_END(); + + /* print the std streams */ + first_out_line = 1; + printf("\t\t\n\t\t\t 0) + { + if (first_out_line) + { + printf("\n"); + first_out_line = 0; + } + printf("%.*s", read_length, std_buffer); + } + printf("]]>\n\t\t\n"); + + first_out_line = 1; + printf("\t\t\n\t\t\t 0) + { + if (first_out_line) + { + printf("\n"); + first_out_line = 0; + } + printf("%.*s", read_length, std_buffer); + } + printf("]]>\n\t\t\n"); + + /* closing testsuite tag */ + printf("\t\n"); +} + +static void +fct_junit_logger__on_fct_start( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + fct_unused(logger_); + fct_unused(e); + printf("\n"); + printf("\n"); +} + +static void +fct_junit_logger__on_fctx_end( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + fct_unused(logger_); + fct_unused(e); + printf("\n"); +} + +static void +fct_junit_logger__on_delete( + fct_logger_i *logger_, + fct_logger_evt_t const *e +) +{ + fct_junit_logger_t *logger = (fct_junit_logger_t*)logger_; + fct_unused(e); + free(logger); + logger_ =NULL; +} + + +fct_junit_logger_t * +fct_junit_logger_new(void) +{ + fct_junit_logger_t *logger = + (fct_junit_logger_t *)calloc(1, sizeof(fct_junit_logger_t)); + if ( logger == NULL ) + { + return NULL; + } + fct_logger__init((fct_logger_i*)logger); + logger->vtable.on_test_suite_start = fct_junit_logger__on_test_suite_start; + logger->vtable.on_test_suite_end = fct_junit_logger__on_test_suite_end; + logger->vtable.on_fctx_start = fct_junit_logger__on_fct_start; + logger->vtable.on_fctx_end = fct_junit_logger__on_fctx_end; + logger->vtable.on_delete = fct_junit_logger__on_delete; + return logger; +} + + +/* +------------------------------------------------------------ +MACRO MAGIC +------------------------------------------------------------ +This is where the show begins! +*/ + +/* This macro invokes a bunch of functions that need to be referenced in +order to avoid a "unreferenced local function has been removed" warning. +The logical acrobatics below try and make it appear to the compiler that +they are needed, but at runtime, only the cheap, first call is made. */ +#define FCT_REFERENCE_FUNCS() \ + {\ + int check = 0 && fctstr_ieq(NULL, NULL);\ + if ( check ) {\ + _fct_cmt("not to be executed");\ + (void)_fct_chk_empty_str(NULL);\ + (void)_fct_chk_full_str(NULL);\ + (void)fct_test__start_timer(NULL);\ + (void)fct_test__stop_timer(NULL);\ + (void)fct_ts_new(NULL);\ + (void)fct_ts__test_begin(NULL);\ + (void)fct_ts__add_test(NULL, NULL);\ + (void)fct_ts__test_end(NULL);\ + (void)fct_ts__inc_total_test_num(NULL);\ + (void)fct_ts__make_abort_test(NULL);\ + (void)fct_ts__setup_abort(NULL);\ + (void)fct_ts__setup_end(NULL);\ + (void)fct_ts__teardown_end(NULL);\ + (void)fct_ts__cnt_end(NULL);\ + (void)fct_ts__is_test_cnt(NULL, 0);\ + (void)fct_xchk_fn(0, "");\ + (void)fct_xchk2_fn(NULL, 0, "");\ + (void)fctkern__cl_parse(NULL);\ + (void)fctkern__add_ts(NULL, NULL);\ + (void)fctkern__pass_filter(NULL, NULL);\ + (void)fctkern__log_suite_start(NULL, NULL);\ + (void)fctkern__log_suite_end(NULL, NULL);\ + (void)fctkern__log_test_skip(NULL, NULL, NULL);\ + (void)fctkern__log_test_start(NULL, NULL);\ + (void)fctkern__log_test_end(NULL, NULL);\ + (void)fctstr_endswith(NULL,NULL);\ + (void)fctstr_iendswith(NULL,NULL);\ + (void)fctstr_ieq(NULL,NULL);\ + (void)fctstr_incl(NULL, NULL);\ + (void)fctstr_iincl(NULL, NULL);\ + (void)fctstr_iendswith(NULL,NULL);\ + (void)fctstr_istartswith(NULL,NULL);\ + (void)fctstr_clone_lower(NULL);\ + (void)fctstr_startswith(NULL,NULL);\ + (void)fctkern__init(NULL, 0, NULL);\ + (void)fctkern__cl_is(NULL, "");\ + (void)fctkern__cl_val2(NULL, NULL, NULL);\ + fctkern__log_suite_skip(NULL, NULL, NULL);\ + (void)fct_clp__is_param(NULL,NULL);\ + _fct_cmt("should never construct an object");\ + (void)fct_test_new(NULL);\ + (void)fct_ts__chk_cnt(NULL);\ + }\ + } + + +#define FCT_INIT(_ARGC_, _ARGV_) \ + fctkern_t fctkern__; \ + fctkern_t* fctkern_ptr__ = &fctkern__; \ + FCT_REFERENCE_FUNCS(); \ + if ( !fctkern__init(fctkern_ptr__, argc, (const char **)argv) ) {\ + (void)fprintf( \ + stderr, "FATAL ERROR: Unable to initialize FCTX Kernel."\ + ); \ + exit(EXIT_FAILURE); \ + } \ + + +#define FCT_FINAL() \ + fctkern_ptr__->ns.num_total_failed = fctkern__tst_cnt_failed( \ + (fctkern_ptr__) \ + ); \ + fctkern__log_end(fctkern_ptr__); \ + fctkern__end(fctkern_ptr__); \ + fctkern__final(fctkern_ptr__); \ + FCT_ASSERT( !((int)fctkern_ptr__->ns.num_total_failed < 0) \ + && "or we got truncated!"); \ + if ( fctkern_ptr__->ns.num_total_failed == \ + fctkern_ptr__->num_expected_failures) { \ + fctkern_ptr__->ns.num_total_failed = 0; \ + } \ + + + +#define FCT_NUM_FAILED() \ + fctkern_ptr__->ns.num_total_failed \ + + + +/* Typically used internally only, this mentions to FCTX that you EXPECT +to _NUM_FAILS_. If you the expected matches the actual, a 0 value is returned +from the program. */ +#define FCT_EXPECTED_FAILURES(_NUM_FAILS_) \ + ((fctkern_ptr__->num_expected_failures = (_NUM_FAILS_))) + + +#define FCT_BGN_FN(_FNNAME_) \ + int _FNNAME_(int argc, char* argv[])\ + { \ + FCT_INIT(argc, argv) + +#define FCT_END_FN() FCT_END() + +/* This defines our start. The fctkern__ is a kernal object +that lives throughout the lifetime of our program. The +fctkern_ptr__ makes it easier to abstract out macros. */ +#define FCT_BGN() FCT_BGN_FN(main) + + +/* Silence Intel complaints about unspecified operand order in user's code */ +#ifndef __INTEL_COMPILER +# define FCT_END_WARNINGFIX_BGN +# define FCT_END_WARNINGFIX_END +#else +# define FCT_END_WARNINGFIX_BGN _Pragma("warning(push,disable:981)"); +# define FCT_END_WARNINGFIX_END _Pragma("warning(pop)"); +#endif + +/* Ends the test suite by returning the number failed. The "chk_cnt" call is +made in order allow strict compilers to pass when it encounters unreferenced +functions. */ +#define FCT_END() \ + { \ + FCT_END_WARNINGFIX_BGN \ + FCT_FINAL(); \ + return FCT_NUM_FAILED();\ + FCT_END_WARNINGFIX_END \ + }\ +} + +#define fctlog_install(_CUST_LOGGER_LIST_) \ + fctkern_ptr__->lt_usr = (_CUST_LOGGER_LIST_) + +/* Re-parses the command line options with the addition of user defined +options. */ +#define fctcl_install(_CLO_INIT_) \ + {\ + fctkern_ptr__->cl_user_opts = (_CLO_INIT_);\ + _fct_cmt("Delay parse in order to allow for user customization.");\ + if ( !fctkern__cl_is_parsed((fctkern_ptr__)) ) {\ + int status = fctkern__cl_parse((fctkern_ptr__));\ + _fct_cmt("Need to parse command line before we start logger.");\ + fctkern__log_start((fctkern_ptr__));\ + switch( status ) {\ + case -1:\ + case 0:\ + fctkern__final(fctkern_ptr__);\ + exit( (status == 0) ? (EXIT_FAILURE) : (EXIT_SUCCESS) );\ + break;\ + default:\ + fct_pass();\ + }\ + }\ + } + + +#define fctcl_is(_OPT_STR_) (fctkern__cl_is(fctkern_ptr__, (_OPT_STR_))) + +#define fctcl_val(_OPT_STR_) (fctcl_val2((_OPT_STR_), NULL)) + +#define fctcl_val2(_OPT_STR_, _DEF_STR_) \ + (fctkern__cl_val2(fctkern_ptr__, (_OPT_STR_), (_DEF_STR_))) + + +/* We delay the first parse of the command line until we get the first +test fixture. This allows the user to possibly add their own parse +specification. */ +#define FCT_FIXTURE_SUITE_BGN(_NAME_) \ + {\ + fctkern_ptr__->ns.ts_curr = fct_ts_new( #_NAME_ );\ + _fct_cmt("Delay parse in order to allow for user customization.");\ + if ( !fctkern__cl_is_parsed((fctkern_ptr__)) ) {\ + int status = fctkern__cl_parse((fctkern_ptr__));\ + _fct_cmt("Need to parse command line before we start logger.");\ + fctkern__log_start((fctkern_ptr__));\ + switch( status ) {\ + case -1:\ + case 0:\ + fct_ts__del((fctkern_ptr__->ns.ts_curr));\ + fctkern__final(fctkern_ptr__);\ + exit( (status == 0) ? (EXIT_FAILURE) : (EXIT_SUCCESS) );\ + break;\ + default:\ + fct_pass();\ + }\ + }\ + if ( fctkern_ptr__->ns.ts_curr == NULL ) {\ + fctkern__log_warn((fctkern_ptr__), "out of memory");\ + }\ + else\ + {\ + fctkern__log_suite_start((fctkern_ptr__), fctkern_ptr__->ns.ts_curr);\ + for (;;)\ + {\ + fctkern_ptr__->ns.test_num = -1;\ + if ( fct_ts__is_ending_mode(fctkern_ptr__->ns.ts_curr) \ + || fct_ts__is_abort_mode(fctkern_ptr__->ns.ts_curr) )\ + {\ + _fct_cmt("flag the test suite as complete.");\ + fct_ts__end(fctkern_ptr__->ns.ts_curr);\ + break;\ + } + + + +/* Closes off a "Fixture" test suite. */ +#define FCT_FIXTURE_SUITE_END() \ + if ( fct_ts__is_cnt_mode(fctkern_ptr__->ns.ts_curr) )\ + {\ + fct_ts__cnt_end(fctkern_ptr__->ns.ts_curr);\ + }\ + }\ + fctkern__add_ts((fctkern_ptr__), fctkern_ptr__->ns.ts_curr);\ + fctkern__log_suite_end((fctkern_ptr__), fctkern_ptr__->ns.ts_curr);\ + fct_ts__end(fctkern_ptr__->ns.ts_curr);\ + fctkern_ptr__->ns.ts_curr = NULL;\ + }\ + } + +#define FCT_FIXTURE_SUITE_BGN_IF(_CONDITION_, _NAME_) \ + fctkern_ptr__->ns.ts_is_skip_suite = !(_CONDITION_);\ + fctkern_ptr__->ns.ts_skip_cndtn = #_CONDITION_;\ + if ( fctkern_ptr__->ns.ts_is_skip_suite ) {\ + fctkern__log_suite_skip((fctkern_ptr__), #_CONDITION_, #_NAME_);\ + }\ + FCT_FIXTURE_SUITE_BGN(_NAME_); + +#define FCT_FIXTURE_SUITE_END_IF() \ + FCT_FIXTURE_SUITE_END();\ + fctkern_ptr__->ns.ts_is_skip_suite =0;\ + fctkern_ptr__->ns.ts_skip_cndtn =NULL;\ + +#define FCT_SETUP_BGN()\ + if ( fct_ts__is_setup_mode(fctkern_ptr__->ns.ts_curr) ) { + +#define FCT_SETUP_END() \ + fct_ts__setup_end(fctkern_ptr__->ns.ts_curr); } + +#define FCT_TEARDOWN_BGN() \ + if ( fct_ts__is_teardown_mode(fctkern_ptr__->ns.ts_curr) ) {\ + +#define FCT_TEARDOWN_END() \ + fct_ts__teardown_end(fctkern_ptr__->ns.ts_curr); \ + continue; \ + } + +/* Lets you create a test suite, where maybe you don't want a fixture. We +do it by 'stubbing' out the setup/teardown logic. */ +#define FCT_SUITE_BGN(Name) \ + FCT_FIXTURE_SUITE_BGN(Name) {\ + FCT_SETUP_BGN() {_fct_cmt("stubbed"); } FCT_SETUP_END()\ + FCT_TEARDOWN_BGN() {_fct_cmt("stubbed");} FCT_TEARDOWN_END()\ + +#define FCT_SUITE_END() } FCT_FIXTURE_SUITE_END() + +#define FCT_SUITE_BGN_IF(_CONDITION_, _NAME_) \ + FCT_FIXTURE_SUITE_BGN_IF(_CONDITION_, (_NAME_)) {\ + FCT_SETUP_BGN() {_fct_cmt("stubbed"); } FCT_SETUP_END()\ + FCT_TEARDOWN_BGN() {_fct_cmt("stubbed");} FCT_TEARDOWN_END()\ + +#define FCT_SUITE_END_IF() } FCT_FIXTURE_SUITE_END_IF() + +typedef enum +{ + FCT_TEST_END_FLAG_Default = 0x0000, + FCT_TEST_END_FLAG_ClearFail = 0x0001 +} FCT_TEST_END_FLAG; + + +#define FCT_TEST_BGN_IF(_CONDITION_, _NAME_) { \ + fctkern_ptr__->ns.test_is_skip = !(_CONDITION_);\ + fctkern_ptr__->ns.test_skip_cndtn = #_CONDITION_;\ + FCT_TEST_BGN(_NAME_) {\ + +#define FCT_TEST_END_IF() \ + } FCT_TEST_END();\ + fctkern_ptr__->ns.test_is_skip = 0;\ + fctkern_ptr__->ns.test_skip_cndtn = NULL;\ + } + + +/* Depending on whether or not we are counting the tests, we will have to +first determine if the test is the "current" count. Then we have to determine +if we can pass the filter. Finally we will execute everything so that when a +check fails, we can "break" out to the end of the test. And in between all +that we do a memory check and fail a test if we can't build a fct_test +object (should be rare). */ +#define FCT_TEST_BGN(_NAME_) \ + {\ + fctkern_ptr__->ns.curr_test_name = #_NAME_;\ + ++(fctkern_ptr__->ns.test_num);\ + if ( fct_ts__is_cnt_mode(fctkern_ptr__->ns.ts_curr) )\ + {\ + fct_ts__inc_total_test_num(fctkern_ptr__->ns.ts_curr);\ + }\ + else if ( fct_ts__is_test_mode(fctkern_ptr__->ns.ts_curr) \ + && fct_ts__is_test_cnt(fctkern_ptr__->ns.ts_curr, fctkern_ptr__->ns.test_num) )\ + {\ + fct_ts__test_begin(fctkern_ptr__->ns.ts_curr);\ + if ( fctkern__pass_filter(fctkern_ptr__, fctkern_ptr__->ns.curr_test_name ) )\ + {\ + fctkern_ptr__->ns.curr_test = fct_test_new( fctkern_ptr__->ns.curr_test_name );\ + if ( fctkern_ptr__->ns.curr_test == NULL ) {\ + fctkern__log_warn(fctkern_ptr__, "out of memory");\ + } else if ( fctkern_ptr__->ns.ts_is_skip_suite \ + || fctkern_ptr__->ns.test_is_skip ) {\ + fct_ts__test_begin(fctkern_ptr__->ns.ts_curr);\ + fctkern__log_test_skip(\ + fctkern_ptr__,\ + fctkern_ptr__->ns.curr_test_name,\ + (fctkern_ptr__->ns.test_is_skip) ?\ + (fctkern_ptr__->ns.test_skip_cndtn) :\ + (fctkern_ptr__->ns.ts_skip_cndtn)\ + );\ + fct_ts__test_end(fctkern_ptr__->ns.ts_curr);\ + continue;\ + } else {\ + fctkern__log_test_start(fctkern_ptr__, fctkern_ptr__->ns.curr_test);\ + fct_test__start_timer(fctkern_ptr__->ns.curr_test);\ + for (;;) \ + { + + + + +#define FCT_TEST_END() \ + break;\ + }\ + fct_test__stop_timer(fctkern_ptr__->ns.curr_test);\ + }\ + fct_ts__add_test(fctkern_ptr__->ns.ts_curr, fctkern_ptr__->ns.curr_test);\ + fctkern__log_test_end(fctkern_ptr__, fctkern_ptr__->ns.curr_test);\ + }\ + fct_ts__test_end(fctkern_ptr__->ns.ts_curr);\ + continue;\ + }\ + }\ + + + +/* +--------------------------------------------------------- +CHECKING MACROS +---------------------------------------------------------- + +The chk variants will continue on while the req variants will abort +a test if a chk condition fails. The req variants are useful when you +no longer want to keep checking conditions because a critical condition +is not being met. */ + + +/* To support older compilers that do not have macro variable argument lists +we have to use a function. The macro manages to store away the line/file +location into a global before it runs this function, a trick I picked up from +the error handling in the APR library. The unfortunate thing is that we can +not carry forth the actual test through a "stringize" operation, but if you +wanted to do that you should use fct_chk. */ + +static int fct_xchk_lineno =0; +static char const *fct_xchk_file = NULL; +static fct_test_t *fct_xchk_test = NULL; +static fctkern_t *fct_xchk_kern =NULL; + + +static int +_fct_xchk_fn_varg( + char const *condition, + int is_pass, + char const *format, + va_list args +) +{ + fctchk_t *chk =NULL; + chk = fctchk_new( + is_pass, + condition, + fct_xchk_file, + fct_xchk_lineno, + format, + args + ); + if ( chk == NULL ) + { + fctkern__log_warn(fct_xchk_kern, "out of memory (aborting test)"); + goto finally; + } + + fct_test__add(fct_xchk_test, chk); + fctkern__log_chk(fct_xchk_kern, chk); +finally: + fct_xchk_lineno =0; + fct_xchk_file =NULL; + fct_xchk_test =NULL; + fct_xchk_kern =NULL; + return is_pass; +} + + +static int +fct_xchk2_fn(const char *condition, int is_pass, char const *format, ...) +{ + int r =0; + va_list args; + va_start(args, format); + r = _fct_xchk_fn_varg(condition, is_pass, format, args); + va_end(args); + return r; +} + + +static int +fct_xchk_fn(int is_pass, char const *format, ...) +{ + int r=0; + va_list args; + va_start(args, format); + r = _fct_xchk_fn_varg("", is_pass, format, args); + va_end(args); + return r; +} + + +/* Call this with the following argument list: + + fct_xchk(test_condition, format_str, ...) + +the bulk of this macro presets some globals to allow us to support +variable argument lists on older compilers. The idea came from the APR +libraries error checking routines. */ +#define fct_xchk fct_xchk_kern = fctkern_ptr__,\ + fct_xchk_test = fctkern_ptr__->ns.curr_test,\ + fct_xchk_lineno =__LINE__,\ + fct_xchk_file=__FILE__,\ + fct_xchk_fn + +#define fct_xchk2 fct_xchk_kern = fctkern_ptr__,\ + fct_xchk_test = fctkern_ptr__->ns.curr_test,\ + fct_xchk_lineno =__LINE__,\ + fct_xchk_file=__FILE__,\ + fct_xchk2_fn + + +/* This checks the condition and reports the condition as a string +if it fails. */ +#define fct_chk(_CNDTN_) (fct_xchk((_CNDTN_) ? 1 : 0, #_CNDTN_)) + +#define _fct_req(_CNDTN_) \ + if ( !(fct_xchk((_CNDTN_) ? 1 : 0, #_CNDTN_)) ) { break; } + + +/* When in test mode, construct a mock test object for fct_xchk to operate +with. If we fail a setup up, then we go directly to a teardown mode. */ +#define fct_req(_CNDTN_) \ + if ( fct_ts__is_test_mode(fctkern_ptr__->ns.ts_curr) ) { \ + _fct_req((_CNDTN_)); \ + } \ + else if ( fct_ts__is_setup_mode(fctkern_ptr__->ns.ts_curr) \ + || fct_ts__is_teardown_mode(fctkern_ptr__->ns.ts_curr) ) { \ + fctkern_ptr__->ns.curr_test = fct_ts__make_abort_test( \ + fctkern_ptr__->ns.ts_curr \ + ); \ + if ( !(fct_xchk((_CNDTN_) ? 1 : 0, #_CNDTN_)) ) { \ + fct_ts__setup_abort(fctkern_ptr__->ns.ts_curr); \ + fct_ts__add_test( \ + fctkern_ptr__->ns.ts_curr, fctkern_ptr__->ns.curr_test \ + ); \ + } \ + } else { \ + assert("invalid condition for fct_req!"); \ + _fct_req((_CNDTN_)); \ + } + + +#define fct_chk_eq_dbl(V1, V2) \ + fct_xchk(\ + ((int)(fabs((V1)-(V2)) < DBL_EPSILON)),\ + "chk_eq_dbl: %f != %f",\ + (V1),\ + (V2)\ + ) + + +#define fct_chk_neq_dbl(V1, V2) \ + fct_xchk(\ + ((int)(fabs((V1)-(V2)) >= DBL_EPSILON)),\ + "chk_neq_dbl: %f == %f",\ + (V1),\ + (V2)\ + ) + + +#define fct_chk_eq_str(V1, V2) \ + fct_xchk(fctstr_eq((V1), (V2)),\ + "chk_eq_str: '%s' != '%s'",\ + (V1),\ + (V2)\ + ) + + +#define fct_chk_neq_str(V1, V2) \ + fct_xchk(!fctstr_eq((V1), (V2)),\ + "chk_neq_str: '%s' == '%s'",\ + (V1),\ + (V2)\ + ) + +/* To quiet warnings with GCC, who think we are being silly and passing +in NULL to strlen, we will filter the predicate through these little +functions */ +static int +_fct_chk_empty_str(char const *s) +{ + if ( s == NULL ) + { + return 1; + } + return strlen(s) ==0; +} +static int +_fct_chk_full_str(char const *s) +{ + if ( s == NULL ) + { + return 0; + } + return strlen(s) >0; +} + + +#define fct_chk_empty_str(V) \ + fct_xchk(_fct_chk_empty_str((V)),\ + "string not empty: '%s'",\ + (V)\ + ) + +#define fct_chk_full_str(V) \ + fct_xchk(_fct_chk_full_str((V)),\ + "string is full: '%s'",\ + (V)\ + ) + + +#define fct_chk_eq_istr(V1, V2) \ + fct_xchk(fctstr_ieq((V1), (V2)),\ + "chk_eq_str: '%s' != '%s'",\ + (V1),\ + (V2)\ + ) + + +#define fct_chk_neq_istr(V1, V2) \ + fct_xchk(!fctstr_ieq((V1), (V2)),\ + "chk_neq_str: '%s' == '%s'",\ + (V1),\ + (V2)\ + ) + + +#define fct_chk_endswith_str(STR, CHECK)\ + fct_xchk(fctstr_endswith((STR),(CHECK)),\ + "fct_chk_endswith_str: '%s' doesn't end with '%s'",\ + (STR),\ + (CHECK)\ + ) + + +#define fct_chk_iendswith_str(STR, CHECK)\ + fct_xchk(fctstr_iendswith((STR), (CHECK)),\ + "fch_chk_iendswith_str: '%s' doesn't end with '%s'.",\ + (STR),\ + (CHECK)\ + ) + +#define fct_chk_excl_str(STR, CHECK_EXCLUDE) \ + fct_xchk(!fctstr_incl((STR), (CHECK_EXCLUDE)),\ + "fct_chk_excl_str: '%s' is included in '%s'",\ + (STR),\ + (CHECK_EXCLUDE)\ + ) + +#define fct_chk_excl_istr(ISTR, ICHECK_EXCLUDE) \ + fct_xchk(!fctstr_iincl((ISTR), (ICHECK_EXCLUDE)),\ + "fct_chk_excl_istr (case insensitive): '%s' is "\ + "included in'%s'",\ + (ISTR),\ + (ICHECK_EXCLUDE)\ + ) + +#define fct_chk_incl_str(STR, CHECK_INCLUDE) \ + fct_xchk(fctstr_incl((STR), (CHECK_INCLUDE)),\ + "fct_chk_incl_str: '%s' does not include '%s'",\ + (STR),\ + (CHECK_INCLUDE)\ + ) + + +#define fct_chk_incl_istr(ISTR, ICHECK_INCLUDE) \ + fct_xchk(fctstr_iincl((ISTR), (ICHECK_INCLUDE)),\ + "fct_chk_incl_istr (case insensitive): '%s' does "\ + "not include '%s'",\ + (ISTR),\ + (ICHECK_INCLUDE)\ + ) + + +#define fct_chk_startswith_str(STR, CHECK)\ + fct_xchk(fctstr_startswith((STR), (CHECK)),\ + "'%s' does not start with '%s'",\ + (STR),\ + (CHECK)\ + ) + + +#define fct_chk_startswith_istr(STR, CHECK)\ + fct_xchk(fctstr_istartswith((STR), (CHECK)),\ + "case insensitive check: '%s' does not start with '%s'",\ + (STR),\ + (CHECK)\ + ) + +#define fct_chk_eq_int(V1, V2) \ + fct_xchk(\ + ((V1) == (V2)),\ + "chq_eq_int: %d != %d",\ + (V1),\ + (V2)\ + ) + + +#define fct_chk_neq_int(V1, V2) \ + fct_xchk(\ + ((V1) != (V2)),\ + "chq_neq_int: %d == %d",\ + (V1),\ + (V2)\ + ) + +#define fct_chk_ex(EXCEPTION, CODE) \ + { \ + bool pass_chk_ex = false; \ + try { \ + CODE; \ + pass_chk_ex = false; \ + } catch ( EXCEPTION ) { \ + pass_chk_ex = true; \ + } catch ( ... ) { \ + pass_chk_ex = false; \ + } \ + fct_xchk( \ + pass_chk_ex, \ + "%s exception not generated", \ + #EXCEPTION \ + ); \ + } \ + +/* +--------------------------------------------------------- +GUT CHECK MACROS +---------------------------------------------------------- + +The following macros are used to help check the "guts" of +the FCT, and to confirm that it all works according to spec. +*/ + +/* Generates a message to STDERR and exits the application with a +non-zero number. */ +#define _FCT_GUTCHK(_CNDTN_) \ + if ( !(_CNDTN_) ) {\ + fprintf(stderr, "gutchk fail: '" #_CNDTN_ "' was not true.\n");\ + exit(1);\ + }\ + else {\ + fprintf(stdout, "gutchk pass: '" #_CNDTN_ "'\n");\ + } + +/* +--------------------------------------------------------- +MULTI-FILE TEST SUITE MACROS +---------------------------------------------------------- + +I struggled trying to figure this out in a way that was +as simple as possible. I wanted to be able to define +the test suite in one object file, then refer it within +the other one within the minimum amount of typing. + +Unfortunately without resorting to some supermacro +work, I could only find a happy comprimise. + +See test_multi.c for an example. +*/ + +/* The following macros are used in your separate object +file to define your test suite. */ + + +#define FCTMF_FIXTURE_SUITE_BGN(NAME) \ + void NAME (fctkern_t *fctkern_ptr__) {\ + FCT_REFERENCE_FUNCS();\ + FCT_FIXTURE_SUITE_BGN( NAME ) { + +#define FCTMF_FIXTURE_SUITE_END() \ + } FCT_FIXTURE_SUITE_END();\ + } + +#define FCTMF_SUITE_BGN(NAME) \ + void NAME (fctkern_t *fctkern_ptr__) {\ + FCT_REFERENCE_FUNCS();\ + FCT_SUITE_BGN( NAME ) { +#define FCTMF_SUITE_END() \ + } FCT_SUITE_END(); \ + } + + +/* Deprecated, no longer required. */ +#define FCTMF_SUITE_DEF(NAME) + + +/* Executes a test suite defined by FCTMF_SUITE* */ +#define FCTMF_SUITE_CALL(NAME) {\ + void NAME (fctkern_t *);\ + NAME (fctkern_ptr__);\ + } + + +/* +--------------------------------------------------------- +FCT QUICK TEST API +---------------------------------------------------------- +The goal of these little macros is to try and get you +up and running with a test as quick as possible. + +The basic idea is that there is one test per test suite. +*/ + +#define FCT_QTEST_BGN(NAME) \ + FCT_SUITE_BGN(NAME) {\ + FCT_TEST_BGN(NAME) {\ + +#define FCT_QTEST_END() \ + } FCT_TEST_END();\ + } FCT_SUITE_END(); + + +#define FCT_QTEST_BGN_IF(_CONDITION_, _NAME_) \ + FCT_SUITE_BGN(_NAME_) {\ + FCT_TEST_BGN_IF(_CONDITION_, _NAME_) {\ + +#define FCT_QTEST_END_IF() \ + } FCT_TEST_END_IF();\ + } FCT_SUITE_END(); + +#endif /* !FCT_INCLUDED__IMB */