"checkit_tiff" is an incredibly fast conformance checker for baseline TIFFs (with various extensions), see http://andreas-romeyke.de
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/* rule based checks if given TIFF is a specific baseline TIFF
*
* author: Andreas Romeyke, 2015-2017
* licensed under conditions of libtiff
* (see http://libtiff.maptools.org/misc.html)
*
*/
#define _GNU_SOURCE
#include "check_renderer.h"
#include <assert.h>
/* color definitions, using ISO 6429 as listed in 'man (5) dir_colors'
0 to restore default color
1 for brighter colors
4 for underlined text
5 for flashing text
30 for black foreground
31 for red foreground
32 for green foreground
33 for yellow (or brown) foreground
34 for blue foreground
35 for purple foreground
36 for cyan foreground
37 for white (or gray) foreground
40 for black background
41 for red background
42 for green background
43 for yellow (or brown) background
44 for blue background
45 for purple background
46 for cyan background
47 for white (or gray) background
*/
#define ANSI_NORMAL "\033[0m"
#define ANSI_BOLD "\033[1m"
#define ANSI_RED "\033[00;31m"
#define ANSI_RED_BOLD "\033[01;31m"
#define ANSI_GREEN "\033[00;32m"
#define ANSI_GREEN_BOLD "\033[01;32m"
#define ANSI_RESET "\033[0m"
#define ANSI_BLACK "\033[00;30m"
#define ANSI_BLACK_BOLD "\033[01;30m"
#define ANSI_BROWN "\033[00;33m"
#define ANSI_BLUE "\033[00;34m"
#define ANSI_BLUE_BOLD "\033[01;34m"
#define ANSI_PURPLE "\033[00;35m"
#define ANSI_CYAN "\033[00;36m"
#define ANSI_GREY "\033[00;37m"
#define ANSI_DARK_GREY "\033[01;30m"
#define ANSI_YELLOW "\033[01;33m"
#define ANSI_WHITE "\033[01;37m"
#define ANSI_INVERSE "\033[7m"
const char * renderer_ansi ( const retmsg_t * ret, short int is_quiet ) {
assert (ret != NULL);
/*
char * res = malloc( sizeof(char) * RENDERSIZE);
if (NULL == res) {
exit(could_not_allocate_memory);
}
memset( res, '\0', RENDERSIZE);
*/
char * res = calloc(RENDERMAXSIZE, sizeof(char));
if (NULL == res) {
exit(could_not_allocate_memory);
}
size_t rendersize_res = RENDERMAXSIZE;
/*
char * tmp = malloc( sizeof(char) * RENDERSIZE);
if (NULL == tmp) {
exit(could_not_allocate_memory);
}
memset( tmp, '\0', RENDERSIZE);
*/
char * tmp = calloc( RENDERMINSIZE, sizeof(char));
if (NULL == tmp) {
exit(could_not_allocate_memory);
}
size_t rendersize_tmp = RENDERMINSIZE;
const retmsg_t * startp = ret;
short int rc_is_valid = 1;
while (NULL != startp) {
assert(startp->rm_msg != NULL);
switch (startp->rm_type) {
case rm_rule: tmp=secstrcat(tmp, ANSI_NORMAL , & rendersize_tmp);
tmp=secstrcat(tmp, "\t--> ", & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_tag: tmp=secstrcat(tmp, "\t", & rendersize_tmp );
tmp=secstrcat(tmp, ANSI_BOLD , & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_mode: tmp=secstrcat(tmp, "\t", & rendersize_tmp );
tmp=secstrcat(tmp, ANSI_BOLD , & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_value: tmp=secstrcat(tmp, ANSI_RED , & rendersize_tmp);
tmp=secstrcat(tmp, " found: ", & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_expected: tmp=secstrcat(tmp, ANSI_BLUE, & rendersize_tmp);
tmp=secstrcat(tmp, " expected: " , & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_hard_error: tmp=secstrcat(tmp, ANSI_RED_BOLD , & rendersize_tmp);
tmp=secstrcat(tmp, "(HE)", & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_error: tmp=secstrcat(tmp, ANSI_RED , & rendersize_tmp);
tmp=secstrcat(tmp, "(EE)", & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_error_description:
tmp=secstrcat(tmp, ANSI_RED , & rendersize_tmp);
tmp=secstrcat(tmp, " ", & rendersize_tmp );
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_warning: tmp=secstrcat(tmp, ANSI_GREY , & rendersize_tmp);
tmp=secstrcat(tmp, "(WW)", & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_logicalor_error:
tmp=secstrcat(tmp, ANSI_YELLOW , & rendersize_tmp);
tmp=secstrcat(tmp, "(LE)", & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_file: res=secstrcat(res, "file: ", & rendersize_res );
res=secstrcat(res, ANSI_BLUE_BOLD, & rendersize_res);
res=secstrcat(res, startp->rm_msg, & rendersize_res);
res=secstrcat(res, ANSI_NORMAL , & rendersize_res);
res=secstrcat(res, "\n", & rendersize_res);
break;
case rm_lineno: tmp=secstrcat(tmp, ANSI_GREY, & rendersize_tmp);
tmp=secstrcat(tmp, " (lineno: ", & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
tmp=secstrcat(tmp, ")", & rendersize_tmp);
break;
case rm_endrule:
case rm_endtiff:
tmp=secstrcat(tmp, ANSI_NORMAL, & rendersize_tmp);
tmp=secstrcat(tmp, "\n", & rendersize_tmp);
/* copy tmp to res, reset tmp */
if ((rc_is_valid == 0) && (is_quiet == 0)) {
} else {
res=secstrcat(res, tmp, & rendersize_res);
}
memset( tmp, '\0', rendersize_tmp);
rc_is_valid =1;
break;
case rm_is_valid: tmp=secstrcat(tmp, ANSI_GREEN_BOLD, & rendersize_tmp);
tmp=secstrcat(tmp, "(./)", & rendersize_tmp);
rc_is_valid = 0;
break;
case rm_summary_valid:
tmp=secstrcat(tmp, ANSI_GREEN_BOLD, & rendersize_tmp);
tmp=secstrcat(tmp, "\n(./)", & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
case rm_summary_invalid:
tmp=secstrcat(tmp, ANSI_RED_BOLD , & rendersize_tmp);
tmp=secstrcat(tmp, "\n(EE)", & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
break;
default: tmp=secstrcat(tmp, ANSI_NORMAL , & rendersize_tmp);
tmp=secstrcat(tmp, startp->rm_msg, & rendersize_tmp);
}
startp=startp->next;
}
res=secstrcat( res, ANSI_NORMAL, & rendersize_res);
res=secstrcat( res, "\n", & rendersize_res);
if (NULL != tmp) {
free(tmp);
}
return res;
}
/* vim: set tabstop=2 softtabstop=2 shiftwidth=2 smarttab expandtab :*/