diff options
Diffstat (limited to 'dimension')
| -rw-r--r-- | dimension/Makefile.am | 2 | ||||
| -rw-r--r-- | dimension/tokenize.c | 1597 | ||||
| -rw-r--r-- | dimension/tokenize.h | 2 | ||||
| -rw-r--r-- | dimension/tokenize.l | 775 |
4 files changed, 777 insertions, 1599 deletions
diff --git a/dimension/Makefile.am b/dimension/Makefile.am index 421681f..617ac52 100644 --- a/dimension/Makefile.am +++ b/dimension/Makefile.am @@ -28,7 +28,7 @@ dimension_SOURCES = main.c \ progressbar.h \ realize.c \ realize.h \ - tokenize.c \ + tokenize.l \ tokenize.h \ utility.c \ utility.h diff --git a/dimension/tokenize.c b/dimension/tokenize.c deleted file mode 100644 index 94543f1..0000000 --- a/dimension/tokenize.c +++ /dev/null @@ -1,1597 +0,0 @@ -/************************************************************************* - * Copyright (C) 2009 Tavian Barnes <tavianator@gmail.com> * - * * - * This file is part of Dimension. * - * * - * Dimension is free software; you can redistribute it and/or modify it * - * under the terms of the GNU General Public License as published by the * - * Free Software Foundation; either version 3 of the License, or (at * - * your option) any later version. * - * * - * Dimension is distributed in the hope that it will be useful, but * - * WITHOUT ANY WARRANTY; without even the implied warranty of * - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * - * General Public License for more details. * - * * - * You should have received a copy of the GNU General Public License * - * along with this program. If not, see <http://www.gnu.org/licenses/>. * - *************************************************************************/ - -#include "tokenize.h" -#include "utility.h" -#include <stdlib.h> /* For strtoul(), etc. */ -#include <string.h> -#include <ctype.h> /* For isalpha(), etc. */ -#include <sys/mman.h> /* For mmap() */ -#include <libgen.h> /* For dirname() */ -#include <locale.h> - -static int -dmnsn_tokenize_comment(const char *filename, - unsigned int *linep, unsigned int *colp, - char *map, size_t size, char **nextp) -{ - unsigned int line = *linep, col = *colp; - char *next = *nextp; - - if (*next != '/') - return 1; - - if (*(next + 1) == '/') { - /* A '//' comment block */ - do { - ++next; - } while (next - map < size && *next != '\n'); - - ++next; - ++line; - col = 0; - } else if (*(next + 1) == '*') { - /* A multi-line comment block (like this one) */ - do { - ++col; - if (*next == '\n') { - ++line; - col = 0; - } - - ++next; - } while (next - map < size - 1 - && !(*next == '*' && *(next + 1) == '/')); - next += 2; - } else { - return 1; - } - - *linep = line; - *colp = col; - *nextp = next; - return 0; -} - -static int -dmnsn_tokenize_number(const char *filename, - unsigned int *linep, unsigned int *colp, - char *map, size_t size, char **nextp, dmnsn_token *token) -{ - unsigned int line = *linep, col = *colp; - char *next = *nextp; - char *endf, *endi; - - strtoul(next, &endi, 0); - strtod(next, &endf); - if (endf > endi - /* These next conditions catch invalid octal integers being parsed as - floats, eg 08 */ - && (*endi == '.' || *endi == 'e' || *endi == 'E' || *endi == 'p' - || *endi == 'P')) - { - token->type = DMNSN_T_FLOAT; - token->value = malloc(endf - next + 1); - strncpy(token->value, next, endf - next); - token->value[endf - next] = '\0'; - - col += endf - next; - next = endf; - } else if (endi > next) { - token->type = DMNSN_T_INTEGER; - token->value = malloc(endi - next + 1); - strncpy(token->value, next, endi - next); - token->value[endi - next] = '\0'; - - col += endi - next; - next = endi; - } else { - return 1; - } - - *linep = line; - *colp = col; - *nextp = next; - return 0; -} - -/* Tokenize a string */ -static int -dmnsn_tokenize_string(const char *filename, - unsigned int *linep, unsigned int *colp, - char *map, size_t size, char **nextp, dmnsn_token *token) -{ - unsigned int line = *linep, col = *colp; - char *next = *nextp; - unsigned int i = 0, alloc = 32; - char unicode[5] = { 0 }, *end; - unsigned long wchar; - - if (*next != '"') { - return 1; - } - - token->type = DMNSN_T_STRING; - token->value = malloc(alloc); - - ++next; - while (next - map < size && *next != '"') { - if (i + 1 >= alloc) { - alloc *= 2; - token->value = realloc(token->value, alloc); - } - - if (*next == '\\') { - ++col; - ++next; - - switch (*next) { - case 'a': - token->value[i] = '\a'; - break; - - case 'b': - token->value[i] = '\b'; - break; - - case 'f': - token->value[i] = '\f'; - break; - - case 'n': - token->value[i] = '\n'; - break; - - case 'r': - token->value[i] = '\r'; - break; - - case 't': - token->value[i] = '\t'; - break; - - case 'u': - /* Escaped unicode character */ - strncpy(unicode, next + 1, 4); - wchar = strtoul(unicode, &end, 16); - if (next - map >= size - 4) { - dmnsn_diagnostic(filename, line, col, - "EOF before end of escape sequence"); - free(token->value); - return 1; - } - if (end != &unicode[4]) { - dmnsn_diagnostic(filename, line, col, - "WARNING: Invalid unicode character \"\\u%s\"", - unicode); - } else { - token->value[i] = wchar/256; - ++i; - if (i + 1 >= alloc) { - alloc *= 2; - token->value = realloc(token->value, alloc); - } - token->value[i] = wchar%256; - - col += 4; - next += 4; - } - break; - - case 'v': - token->value[i] = '\v'; - break; - - case '\\': - token->value[i] = '\\'; - break; - - case '\'': - token->value[i] = '\''; - break; - - case '"': - token->value[i] = '"'; - break; - - default: - dmnsn_diagnostic(filename, line, col, - "WARNING: unrecognised escape sequence '\\%c'", - (int)*next); - token->value[i] = *next; - break; - } - } else { - token->value[i] = *next; - } - - ++i; - ++col; - ++next; - } - - if (*next != '"') { - dmnsn_diagnostic(filename, line, col, "Non-terminated string"); - free(token->value); - return 1; - } - - ++next; - token->value[i] = '\0'; - - *linep = line; - *colp = col; - *nextp = next; - return 0; -} - -/* Tokenize a keyword or an identifier */ -static int -dmnsn_tokenize_label(const char *filename, - unsigned int *linep, unsigned int *colp, - char *map, size_t size, char **nextp, dmnsn_token *token) -{ - unsigned int line = *linep, col = *colp; - char *next = *nextp; - unsigned int i = 0, alloc = 32; - - if (!isalpha(*next) && *next != '_') { - return 1; - } - - token->type = DMNSN_T_IDENTIFIER; - token->value = malloc(alloc); - - do { - if (i + 1 >= alloc) { - alloc *= 2; - token->value = realloc(token->value, alloc); - } - - token->value[i] = *next; - - ++i; - ++col; - ++next; - } while (next - map < size && (isalnum(*next) || *next == '_')); - - token->value[i] = '\0'; - - /* Now check if we really found a keyword */ - -#define dmnsn_keyword(str, tp) \ - do { \ - if (strcmp(token->value, str) == 0) { \ - free(token->value); \ - token->value = NULL; \ - token->type = tp; \ - \ - *linep = line; \ - *colp = col; \ - *nextp = next; \ - return 0; \ - } \ - } while (0) - - dmnsn_keyword("aa_level", DMNSN_T_AA_LEVEL); - dmnsn_keyword("aa_threshold", DMNSN_T_AA_THRESHOLD); - dmnsn_keyword("abs", DMNSN_T_ABS); - dmnsn_keyword("absorption", DMNSN_T_ABSORPTION); - dmnsn_keyword("accuracy", DMNSN_T_ACCURACY); - dmnsn_keyword("acos", DMNSN_T_ACOS); - dmnsn_keyword("acosh", DMNSN_T_ACOSH); - dmnsn_keyword("adaptive", DMNSN_T_ADAPTIVE); - dmnsn_keyword("adc_bailout", DMNSN_T_ADC_BAILOUT); - dmnsn_keyword("agate", DMNSN_T_AGATE); - dmnsn_keyword("agate_turb", DMNSN_T_AGATE_TURB); - dmnsn_keyword("all", DMNSN_T_ALL); - dmnsn_keyword("all_intersections", DMNSN_T_ALL_INTERSECTIONS); - dmnsn_keyword("alpha", DMNSN_T_ALPHA); - dmnsn_keyword("altitude", DMNSN_T_ALTITUDE); - dmnsn_keyword("always_sample", DMNSN_T_ALWAYS_SAMPLE); - dmnsn_keyword("ambient", DMNSN_T_AMBIENT); - dmnsn_keyword("ambient_light", DMNSN_T_AMBIENT_LIGHT); - dmnsn_keyword("angle", DMNSN_T_ANGLE); - dmnsn_keyword("aperture", DMNSN_T_APERTURE); - dmnsn_keyword("append", DMNSN_T_APPEND); - dmnsn_keyword("arc_angle", DMNSN_T_ARC_ANGLE); - dmnsn_keyword("area_light", DMNSN_T_AREA_LIGHT); - dmnsn_keyword("array", DMNSN_T_ARRAY); - dmnsn_keyword("asc", DMNSN_T_ASC); - dmnsn_keyword("ascii", DMNSN_T_ASCII); - dmnsn_keyword("asin", DMNSN_T_ASIN); - dmnsn_keyword("asinh", DMNSN_T_ASINH); - dmnsn_keyword("assumed_gamma", DMNSN_T_ASSUMED_GAMMA); - dmnsn_keyword("atan", DMNSN_T_ATAN); - dmnsn_keyword("atan2", DMNSN_T_ATAN2); - dmnsn_keyword("atanh", DMNSN_T_ATANH); - dmnsn_keyword("autostop", DMNSN_T_AUTOSTOP); - dmnsn_keyword("average", DMNSN_T_AVERAGE); - dmnsn_keyword("b_spline", DMNSN_T_B_SPLINE); - dmnsn_keyword("background", DMNSN_T_BACKGROUND); - dmnsn_keyword("bezier_spline", DMNSN_T_BEZIER_SPLINE); - dmnsn_keyword("bicubic_patch", DMNSN_T_BICUBIC_PATCH); - dmnsn_keyword("black_hole", DMNSN_T_BLACK_HOLE); - dmnsn_keyword("blob", DMNSN_T_BLOB); - dmnsn_keyword("blue", DMNSN_T_BLUE); - dmnsn_keyword("blur_samples", DMNSN_T_BLUR_SAMPLES); - dmnsn_keyword("bounded_by", DMNSN_T_BOUNDED_BY); - dmnsn_keyword("box", DMNSN_T_BOX); - dmnsn_keyword("boxed", DMNSN_T_BOXED); - dmnsn_keyword("bozo", DMNSN_T_BOZO); - dmnsn_keyword("brick", DMNSN_T_BRICK); - dmnsn_keyword("brick_size", DMNSN_T_BRICK_SIZE); - dmnsn_keyword("brightness", DMNSN_T_BRIGHTNESS); - dmnsn_keyword("brilliance", DMNSN_T_BRILLIANCE); - dmnsn_keyword("bump_map", DMNSN_T_BUMP_MAP); - dmnsn_keyword("bump_size", DMNSN_T_BUMP_SIZE); - dmnsn_keyword("bumps", DMNSN_T_BUMPS); - dmnsn_keyword("camera", DMNSN_T_CAMERA); - dmnsn_keyword("caustics", DMNSN_T_CAUSTICS); - dmnsn_keyword("ceil", DMNSN_T_CEIL); - dmnsn_keyword("cells", DMNSN_T_CELLS); - dmnsn_keyword("charset", DMNSN_T_CHARSET); - dmnsn_keyword("checker", DMNSN_T_CHECKER); - dmnsn_keyword("chr", DMNSN_T_CHR); - dmnsn_keyword("circular", DMNSN_T_CIRCULAR); - dmnsn_keyword("clipped_by", DMNSN_T_CLIPPED_BY); - dmnsn_keyword("clock", DMNSN_T_CLOCK); - dmnsn_keyword("clock_delta", DMNSN_T_CLOCK_DELTA); - dmnsn_keyword("clock_on", DMNSN_T_CLOCK_ON); - dmnsn_keyword("collect", DMNSN_T_COLLECT); - dmnsn_keyword("color", DMNSN_T_COLOR); - dmnsn_keyword("colour", DMNSN_T_COLOR); - dmnsn_keyword("color_map", DMNSN_T_COLOR_MAP); - dmnsn_keyword("colour_map", DMNSN_T_COLOR_MAP); - dmnsn_keyword("component", DMNSN_T_COMPONENT); - dmnsn_keyword("composite", DMNSN_T_COMPOSITE); - dmnsn_keyword("concat", DMNSN_T_CONCAT); - dmnsn_keyword("cone", DMNSN_T_CONE); - dmnsn_keyword("confidence", DMNSN_T_CONFIDENCE); - dmnsn_keyword("conic_sweep", DMNSN_T_CONIC_SWEEP); - dmnsn_keyword("conserve_energy", DMNSN_T_CONSERVE_ENERGY); - dmnsn_keyword("contained_by", DMNSN_T_CONTAINED_BY); - dmnsn_keyword("control0", DMNSN_T_CONTROL0); - dmnsn_keyword("control1", DMNSN_T_CONTROL1); - dmnsn_keyword("coords", DMNSN_T_COORDS); - dmnsn_keyword("cos", DMNSN_T_COS); - dmnsn_keyword("cosh", DMNSN_T_COSH); - dmnsn_keyword("count", DMNSN_T_COUNT); - dmnsn_keyword("crackle", DMNSN_T_CRACKLE); - dmnsn_keyword("crand", DMNSN_T_CRAND); - dmnsn_keyword("cube", DMNSN_T_CUBE); - dmnsn_keyword("cubic", DMNSN_T_CUBIC); - dmnsn_keyword("cubic_spline", DMNSN_T_CUBIC_SPLINE); - dmnsn_keyword("cubic_wave", DMNSN_T_CUBIC_WAVE); - dmnsn_keyword("cutaway_textures", DMNSN_T_CUTAWAY_TEXTURES); - dmnsn_keyword("cylinder", DMNSN_T_CYLINDER); - dmnsn_keyword("cylindrical", DMNSN_T_CYLINDRICAL); - dmnsn_keyword("defined", DMNSN_T_DEFINED); - dmnsn_keyword("degrees", DMNSN_T_DEGREES); - dmnsn_keyword("density", DMNSN_T_DENSITY); - dmnsn_keyword("density_file", DMNSN_T_DENSITY_FILE); - dmnsn_keyword("density_map", DMNSN_T_DENSITY_MAP); - dmnsn_keyword("dents", DMNSN_T_DENTS); - dmnsn_keyword("df3", DMNSN_T_DF3); - dmnsn_keyword("difference", DMNSN_T_DIFFERENCE); - dmnsn_keyword("diffuse", DMNSN_T_DIFFUSE); - dmnsn_keyword("dimension_size", DMNSN_T_DIMENSION_SIZE); - dmnsn_keyword("dimensions", DMNSN_T_DIMENSIONS); - dmnsn_keyword("direction", DMNSN_T_DIRECTION); - dmnsn_keyword("disc", DMNSN_T_DISC); - dmnsn_keyword("dispersion", DMNSN_T_DISPERSION); - dmnsn_keyword("dispersion_samples", DMNSN_T_DISPERSION_SAMPLES); - dmnsn_keyword("dist_exp", DMNSN_T_DIST_EXP); - dmnsn_keyword("distance", DMNSN_T_DISTANCE); - dmnsn_keyword("div", DMNSN_T_DIV); - dmnsn_keyword("double_illuminate", DMNSN_T_DOUBLE_ILLUMINATE); - dmnsn_keyword("eccentricity", DMNSN_T_ECCENTRICITY); - dmnsn_keyword("emission", DMNSN_T_EMISSION); - dmnsn_keyword("error_bound", DMNSN_T_ERROR_BOUND); - dmnsn_keyword("evaluate", DMNSN_T_EVALUATE); - dmnsn_keyword("exp", DMNSN_T_EXP); - dmnsn_keyword("expand_thresholds", DMNSN_T_EXPAND_THRESHOLDS); - dmnsn_keyword("exponent", DMNSN_T_EXPONENT); - dmnsn_keyword("exterior", DMNSN_T_EXTERIOR); - dmnsn_keyword("extinction", DMNSN_T_EXTINCTION); - dmnsn_keyword("face_indices", DMNSN_T_FACE_INDICES); - dmnsn_keyword("facets", DMNSN_T_FACETS); - dmnsn_keyword("fade_color", DMNSN_T_FADE_COLOR); - dmnsn_keyword("fade_colour", DMNSN_T_FADE_COLOR); - dmnsn_keyword("fade_distance", DMNSN_T_FADE_DISTANCE); - dmnsn_keyword("fade_power", DMNSN_T_FADE_POWER); - dmnsn_keyword("falloff", DMNSN_T_FALLOFF); - dmnsn_keyword("falloff_angle", DMNSN_T_FALLOFF_ANGLE); - dmnsn_keyword("false", DMNSN_T_FALSE); - dmnsn_keyword("file_exists", DMNSN_T_FILE_EXISTS); - dmnsn_keyword("filter", DMNSN_T_FILTER); - dmnsn_keyword("final_clock", DMNSN_T_FINAL_CLOCK); - dmnsn_keyword("final_frame", DMNSN_T_FINAL_FRAME); - dmnsn_keyword("finish", DMNSN_T_FINISH); - dmnsn_keyword("fisheye", DMNSN_T_FISHEYE); - dmnsn_keyword("flatness", DMNSN_T_FLATNESS); - dmnsn_keyword("flip", DMNSN_T_FLIP); - dmnsn_keyword("floor", DMNSN_T_FLOOR); - dmnsn_keyword("focal_point", DMNSN_T_FOCAL_POINT); - dmnsn_keyword("fog", DMNSN_T_FOG); - dmnsn_keyword("fog_alt", DMNSN_T_FOG_ALT); - dmnsn_keyword("fog_offset", DMNSN_T_FOG_OFFSET); - dmnsn_keyword("fog_type", DMNSN_T_FOG_TYPE); - dmnsn_keyword("form", DMNSN_T_FORM); - dmnsn_keyword("frame_number", DMNSN_T_FRAME_NUMBER); - dmnsn_keyword("frequency", DMNSN_T_FREQUENCY); - dmnsn_keyword("fresnel", DMNSN_T_FRESNEL); - dmnsn_keyword("function", DMNSN_T_FUNCTION); - dmnsn_keyword("gather", DMNSN_T_GATHER); - dmnsn_keyword("gif", DMNSN_T_GIF); - dmnsn_keyword("global_lights", DMNSN_T_GLOBAL_LIGHTS); - dmnsn_keyword("global_settings", DMNSN_T_GLOBAL_SETTINGS); - dmnsn_keyword("gradient", DMNSN_T_GRADIENT); - dmnsn_keyword("granite", DMNSN_T_GRANITE); - dmnsn_keyword("gray", DMNSN_T_GRAY); - dmnsn_keyword("gray_threshold", DMNSN_T_GRAY_THRESHOLD); - dmnsn_keyword("green", DMNSN_T_GREEN); - dmnsn_keyword("height_field", DMNSN_T_HEIGHT_FIELD); - dmnsn_keyword("hexagon", DMNSN_T_HEXAGON); - dmnsn_keyword("hf_gray_16", DMNSN_T_HF_GRAY_16); - dmnsn_keyword("hierarchy", DMNSN_T_HIERARCHY); - dmnsn_keyword("hypercomplex", DMNSN_T_HYPERCOMPLEX); - dmnsn_keyword("hollow", DMNSN_T_HOLLOW); - dmnsn_keyword("iff", DMNSN_T_IFF); - dmnsn_keyword("image_height", DMNSN_T_IMAGE_HEIGHT); - dmnsn_keyword("image_map", DMNSN_T_IMAGE_MAP); - dmnsn_keyword("image_pattern", DMNSN_T_IMAGE_PATTERN); - dmnsn_keyword("image_width", DMNSN_T_IMAGE_WIDTH); - dmnsn_keyword("initial_clock", DMNSN_T_INITIAL_CLOCK); - dmnsn_keyword("initial_frame", DMNSN_T_INITIAL_FRAME); - dmnsn_keyword("inside", DMNSN_T_INSIDE); - dmnsn_keyword("inside_vector", DMNSN_T_INSIDE_VECTOR); - dmnsn_keyword("int", DMNSN_T_INT); - dmnsn_keyword("interior", DMNSN_T_INTERIOR); - dmnsn_keyword("interior_texture", DMNSN_T_INTERIOR_TEXTURE); - dmnsn_keyword("internal", DMNSN_T_INTERNAL); - dmnsn_keyword("interpolate", DMNSN_T_INTERPOLATE); - dmnsn_keyword("intersection", DMNSN_T_INTERSECTION); - dmnsn_keyword("intervals", DMNSN_T_INTERVALS); - dmnsn_keyword("inverse", DMNSN_T_INVERSE); - dmnsn_keyword("ior", DMNSN_T_IOR); - dmnsn_keyword("irid", DMNSN_T_IRID); - dmnsn_keyword("irid_wavelength", DMNSN_T_IRID_WAVELENGTH); - dmnsn_keyword("isosurface", DMNSN_T_ISOSURFACE); - dmnsn_keyword("jitter", DMNSN_T_JITTER); - dmnsn_keyword("jpeg", DMNSN_T_JPEG); - dmnsn_keyword("julia", DMNSN_T_JULIA); - dmnsn_keyword("julia_fractal", DMNSN_T_JULIA_FRACTAL); - dmnsn_keyword("lambda", DMNSN_T_LAMBDA); - dmnsn_keyword("lathe", DMNSN_T_LATHE); - dmnsn_keyword("leopard", DMNSN_T_LEOPARD); - dmnsn_keyword("light_group", DMNSN_T_LIGHT_GROUP); - dmnsn_keyword("light_source", DMNSN_T_LIGHT_SOURCE); - dmnsn_keyword("linear_spline", DMNSN_T_LINEAR_SPLINE); - dmnsn_keyword("linear_sweep", DMNSN_T_LINEAR_SWEEP); - dmnsn_keyword("ln", DMNSN_T_LN); - dmnsn_keyword("load_file", DMNSN_T_LOAD_FILE); - dmnsn_keyword("location", DMNSN_T_LOCATION); - dmnsn_keyword("log", DMNSN_T_LOG); - dmnsn_keyword("look_at", DMNSN_T_LOOK_AT); - dmnsn_keyword("looks_like", DMNSN_T_LOOKS_LIKE); - dmnsn_keyword("low_error_factor", DMNSN_T_LOW_ERROR_FACTOR); - dmnsn_keyword("magnet", DMNSN_T_MAGNET); - dmnsn_keyword("major_radius", DMNSN_T_MAJOR_RADIUS); - dmnsn_keyword("mandel", DMNSN_T_MANDEL); - dmnsn_keyword("map_type", DMNSN_T_MAP_TYPE); - dmnsn_keyword("marble", DMNSN_T_MARBLE); - dmnsn_keyword("material", DMNSN_T_MATERIAL); - dmnsn_keyword("material_map", DMNSN_T_MATERIAL_MAP); - dmnsn_keyword("matrix", DMNSN_T_MATRIX); - dmnsn_keyword("max", DMNSN_T_MAX); - dmnsn_keyword("max_extent", DMNSN_T_MAX_EXTENT); - dmnsn_keyword("max_gradient", DMNSN_T_MAX_GRADIENT); - dmnsn_keyword("max_intersections", DMNSN_T_MAX_INTERSECTIONS); - dmnsn_keyword("max_iteration", DMNSN_T_MAX_ITERATION); - dmnsn_keyword("max_sample", DMNSN_T_MAX_SAMPLE); - dmnsn_keyword("max_trace", DMNSN_T_MAX_TRACE); - dmnsn_keyword("max_trace_level", DMNSN_T_MAX_TRACE_LEVEL); - dmnsn_keyword("media", DMNSN_T_MEDIA); - dmnsn_keyword("media_attenuation", DMNSN_T_MEDIA_ATTENUATION); - dmnsn_keyword("media_interaction", DMNSN_T_MEDIA_INTERACTION); - dmnsn_keyword("merge", DMNSN_T_MERGE); - dmnsn_keyword("mesh", DMNSN_T_MESH); - dmnsn_keyword("mesh2", DMNSN_T_MESH2); - dmnsn_keyword("metallic", DMNSN_T_METALLIC); - dmnsn_keyword("method", DMNSN_T_METHOD); - dmnsn_keyword("metric", DMNSN_T_METRIC); - dmnsn_keyword("min", DMNSN_T_MIN); - dmnsn_keyword("min_extent", DMNSN_T_MIN_EXTENT); - dmnsn_keyword("minimum_reuse", DMNSN_T_MINIMUM_REUSE); - dmnsn_keyword("mod", DMNSN_T_MOD); - dmnsn_keyword("mortar", DMNSN_T_MORTAR); - dmnsn_keyword("natural_spline", DMNSN_T_NATURAL_SPLINE); - dmnsn_keyword("nearest_count", DMNSN_T_NEAREST_COUNT); - dmnsn_keyword("no", DMNSN_T_NO); - dmnsn_keyword("no_bump_scale", DMNSN_T_NO_BUMP_SCALE); - dmnsn_keyword("no_image", DMNSN_T_NO_IMAGE); - dmnsn_keyword("no_reflection", DMNSN_T_NO_REFLECTION); - dmnsn_keyword("no_shadow", DMNSN_T_NO_SHADOW); - dmnsn_keyword("noise_generator", DMNSN_T_NOISE_GENERATOR); - dmnsn_keyword("normal", DMNSN_T_NORMAL); - dmnsn_keyword("normal_indices", DMNSN_T_NORMAL_INDICES); - dmnsn_keyword("normal_map", DMNSN_T_NORMAL_MAP); - dmnsn_keyword("normal_vectors", DMNSN_T_NORMAL_VECTORS); - dmnsn_keyword("number_of_waves", DMNSN_T_NUMBER_OF_WAVES); - dmnsn_keyword("object", DMNSN_T_OBJECT); - dmnsn_keyword("octaves", DMNSN_T_OCTAVES); - dmnsn_keyword("off", DMNSN_T_OFF); - dmnsn_keyword("offset", DMNSN_T_OFFSET); - dmnsn_keyword("omega", DMNSN_T_OMEGA); - dmnsn_keyword("omnimax", DMNSN_T_OMNIMAX); - dmnsn_keyword("on", DMNSN_T_ON); - dmnsn_keyword("once", DMNSN_T_ONCE); - dmnsn_keyword("onion", DMNSN_T_ONION); - dmnsn_keyword("open", DMNSN_T_OPEN); - dmnsn_keyword("orient", DMNSN_T_ORIENT); - dmnsn_keyword("orientation", DMNSN_T_ORIENTATION); - dmnsn_keyword("orthographic", DMNSN_T_ORTHOGRAPHIC); - dmnsn_keyword("panoramic", DMNSN_T_PANORAMIC); - dmnsn_keyword("parallel", DMNSN_T_PARALLEL); - dmnsn_keyword("parametric", DMNSN_T_PARAMETRIC); - dmnsn_keyword("pass_through", DMNSN_T_PASS_THROUGH); - dmnsn_keyword("pattern", DMNSN_T_PATTERN); - dmnsn_keyword("perspective", DMNSN_T_PERSPECTIVE); - dmnsn_keyword("pgm", DMNSN_T_PGM); - dmnsn_keyword("phase", DMNSN_T_PHASE); - dmnsn_keyword("phong", DMNSN_T_PHONG); - dmnsn_keyword("phong_size", DMNSN_T_PHONG_SIZE); - dmnsn_keyword("photons", DMNSN_T_PHOTONS); - dmnsn_keyword("pi", DMNSN_T_PI); - dmnsn_keyword("pigment", DMNSN_T_PIGMENT); - dmnsn_keyword("pigment_map", DMNSN_T_PIGMENT_MAP); - dmnsn_keyword("pigment_pattern", DMNSN_T_PIGMENT_PATTERN); - dmnsn_keyword("planar", DMNSN_T_PLANAR); - dmnsn_keyword("plane", DMNSN_T_PLANE); - dmnsn_keyword("png", DMNSN_T_PNG); - dmnsn_keyword("point_at", DMNSN_T_POINT_AT); - dmnsn_keyword("poly", DMNSN_T_POLY); - dmnsn_keyword("poly_wave", DMNSN_T_POLY_WAVE); - dmnsn_keyword("polygon", DMNSN_T_POLYGON); - dmnsn_keyword("pot", DMNSN_T_POT); - dmnsn_keyword("pow", DMNSN_T_POW); - dmnsn_keyword("ppm", DMNSN_T_PPM); - dmnsn_keyword("precision", DMNSN_T_PRECISION); - dmnsn_keyword("precompute", DMNSN_T_PRECOMPUTE); - dmnsn_keyword("pretrace_end", DMNSN_T_PRETRACE_END); - dmnsn_keyword("pretrace_start", DMNSN_T_PRETRACE_START); - dmnsn_keyword("prism", DMNSN_T_PRISM); - dmnsn_keyword("prod", DMNSN_T_PROD); - dmnsn_keyword("projected_through", DMNSN_T_PROJECTED_THROUGH); - dmnsn_keyword("pwr", DMNSN_T_PWR); - dmnsn_keyword("quadratic_spline", DMNSN_T_QUADRATIC_SPLINE); - dmnsn_keyword("quadric", DMNSN_T_QUADRIC); - dmnsn_keyword("quartic", DMNSN_T_QUARTIC); - dmnsn_keyword("quaternion", DMNSN_T_QUATERNION); - dmnsn_keyword("quick_color", DMNSN_T_QUICK_COLOR); - dmnsn_keyword("quick_colour", DMNSN_T_QUICK_COLOR); - dmnsn_keyword("quilted", DMNSN_T_QUILTED); - dmnsn_keyword("radial", DMNSN_T_RADIAL); - dmnsn_keyword("radians", DMNSN_T_RADIANS); - dmnsn_keyword("radiosity", DMNSN_T_RADIOSITY); - dmnsn_keyword("radius", DMNSN_T_RADIUS); - dmnsn_keyword("rainbow", DMNSN_T_RAINBOW); - dmnsn_keyword("ramp_wave", DMNSN_T_RAMP_WAVE); - dmnsn_keyword("rand", DMNSN_T_RAND); - dmnsn_keyword("ratio", DMNSN_T_RATIO); - dmnsn_keyword("reciprocal", DMNSN_T_RECIPROCAL); - dmnsn_keyword("recursion_limit", DMNSN_T_RECURSION_LIMIT); - dmnsn_keyword("red", DMNSN_T_RED); - dmnsn_keyword("reflection", DMNSN_T_REFLECTION); - dmnsn_keyword("reflection_exponent", DMNSN_T_REFLECTION_EXPONENT); - dmnsn_keyword("refraction", DMNSN_T_REFRACTION); - dmnsn_keyword("repeat", DMNSN_T_REPEAT); - dmnsn_keyword("rgb", DMNSN_T_RGB); - dmnsn_keyword("rgbf", DMNSN_T_RGBF); - dmnsn_keyword("rgbft", DMNSN_T_RGBFT); - dmnsn_keyword("rgbt", DMNSN_T_RGBT); - dmnsn_keyword("right", DMNSN_T_RIGHT); - dmnsn_keyword("ripples", DMNSN_T_RIPPLES); - dmnsn_keyword("rotate", DMNSN_T_ROTATE); - dmnsn_keyword("roughness", DMNSN_T_ROUGHNESS); - dmnsn_keyword("samples", DMNSN_T_SAMPLES); - dmnsn_keyword("save_file", DMNSN_T_SAVE_FILE); - dmnsn_keyword("scale", DMNSN_T_SCALE); - dmnsn_keyword("scallop_wave", DMNSN_T_SCALLOP_WAVE); - dmnsn_keyword("scattering", DMNSN_T_SCATTERING); - dmnsn_keyword("seed", DMNSN_T_SEED); - dmnsn_keyword("select", DMNSN_T_SELECT); - dmnsn_keyword("shadowless", DMNSN_T_SHADOWLESS); - dmnsn_keyword("sin", DMNSN_T_SIN); - dmnsn_keyword("sine_wave", DMNSN_T_SINE_WAVE); - dmnsn_keyword("sinh", DMNSN_T_SINH); - dmnsn_keyword("size", DMNSN_T_SIZE); - dmnsn_keyword("sky", DMNSN_T_SKY); - dmnsn_keyword("sky_sphere", DMNSN_T_SKY_SPHERE); - dmnsn_keyword("slice", DMNSN_T_SLICE); - dmnsn_keyword("slope", DMNSN_T_SLOPE); - dmnsn_keyword("slope_map", DMNSN_T_SLOPE_MAP); - dmnsn_keyword("smooth", DMNSN_T_SMOOTH); - dmnsn_keyword("smooth_triangle", DMNSN_T_SMOOTH_TRIANGLE); - dmnsn_keyword("solid", DMNSN_T_SOLID); - dmnsn_keyword("sor", DMNSN_T_SOR); - dmnsn_keyword("spacing", DMNSN_T_SPACING); - dmnsn_keyword("specular", DMNSN_T_SPECULAR); - dmnsn_keyword("sphere", DMNSN_T_SPHERE); - dmnsn_keyword("sphere_sweep", DMNSN_T_SPHERE_SWEEP); - dmnsn_keyword("spherical", DMNSN_T_SPHERICAL); - dmnsn_keyword("spiral1", DMNSN_T_SPIRAL1); - dmnsn_keyword("spiral2", DMNSN_T_SPIRAL2); - dmnsn_keyword("spline", DMNSN_T_SPLINE); - dmnsn_keyword("split_union", DMNSN_T_SPLIT_UNION); - dmnsn_keyword("spotlight", DMNSN_T_SPOTLIGHT); - dmnsn_keyword("spotted", DMNSN_T_SPOTTED); - dmnsn_keyword("sqr", DMNSN_T_SQR); - dmnsn_keyword("sqrt", DMNSN_T_SQRT); - dmnsn_keyword("str", DMNSN_T_STR); - dmnsn_keyword("strcmp", DMNSN_T_STRCMP); - dmnsn_keyword("strength", DMNSN_T_STRENGTH); - dmnsn_keyword("strlen", DMNSN_T_STRLEN); - dmnsn_keyword("strlwr", DMNSN_T_STRLWR); - dmnsn_keyword("strupr", DMNSN_T_STRUPR); - dmnsn_keyword("sturm", DMNSN_T_STURM); - dmnsn_keyword("substr", DMNSN_T_SUBSTR); - dmnsn_keyword("sum", DMNSN_T_SUM); - dmnsn_keyword("superellipsoid", DMNSN_T_SUPERELLIPSOID); - dmnsn_keyword("sys", DMNSN_T_SYS); - dmnsn_keyword("t", DMNSN_T_T); - dmnsn_keyword("tan", DMNSN_T_TAN); - dmnsn_keyword("tanh", DMNSN_T_TANH); - dmnsn_keyword("target", DMNSN_T_TARGET); - dmnsn_keyword("text", DMNSN_T_TEXT); - dmnsn_keyword("texture", DMNSN_T_TEXTURE); - dmnsn_keyword("texture_list", DMNSN_T_TEXTURE_LIST); - dmnsn_keyword("texture_map", DMNSN_T_TEXTURE_MAP); - dmnsn_keyword("tga", DMNSN_T_TGA); - dmnsn_keyword("thickness", DMNSN_T_THICKNESS); - dmnsn_keyword("threshold", DMNSN_T_THRESHOLD); - dmnsn_keyword("tiff", DMNSN_T_TIFF); - dmnsn_keyword("tightness", DMNSN_T_TIGHTNESS); - dmnsn_keyword("tile2", DMNSN_T_TILE2); - dmnsn_keyword("tiles", DMNSN_T_TILES); - dmnsn_keyword("tolerance", DMNSN_T_TOLERANCE); - dmnsn_keyword("toroidal", DMNSN_T_TOROIDAL); - dmnsn_keyword("torus", DMNSN_T_TORUS); - dmnsn_keyword("trace", DMNSN_T_TRACE); - dmnsn_keyword("transform", DMNSN_T_TRANSFORM); - dmnsn_keyword("translate", DMNSN_T_TRANSLATE); - dmnsn_keyword("transmit", DMNSN_T_TRANSMIT); - dmnsn_keyword("triangle", DMNSN_T_TRIANGLE); - dmnsn_keyword("triangle_wave", DMNSN_T_TRIANGLE_WAVE); - dmnsn_keyword("true", DMNSN_T_TRUE); - dmnsn_keyword("ttf", DMNSN_T_TTF); - dmnsn_keyword("turb_depth", DMNSN_T_TURB_DEPTH); - dmnsn_keyword("turbulence", DMNSN_T_TURBULENCE); - dmnsn_keyword("type", DMNSN_T_TYPE); - dmnsn_keyword("u", DMNSN_T_U); - dmnsn_keyword("u_steps", DMNSN_T_U_STEPS); - dmnsn_keyword("ultra_wide_angle", DMNSN_T_ULTRA_WIDE_ANGLE); - dmnsn_keyword("union", DMNSN_T_UNION); - dmnsn_keyword("up", DMNSN_T_UP); - dmnsn_keyword("use_alpha", DMNSN_T_USE_ALPHA); - dmnsn_keyword("use_color", DMNSN_T_USE_COLOR); - dmnsn_keyword("use_colour", DMNSN_T_USE_COLOR); - dmnsn_keyword("use_index", DMNSN_T_USE_INDEX); - dmnsn_keyword("utf8", DMNSN_T_UTF8); - dmnsn_keyword("uv_indices", DMNSN_T_UV_INDICES); - dmnsn_keyword("uv_mapping", DMNSN_T_UV_MAPPING); - dmnsn_keyword("uv_vectors", DMNSN_T_UV_VECTORS); - dmnsn_keyword("v", DMNSN_T_V); - dmnsn_keyword("v_steps", DMNSN_T_V_STEPS); - dmnsn_keyword("val", DMNSN_T_VAL); - dmnsn_keyword("variance", DMNSN_T_VARIANCE); - dmnsn_keyword("vaxis_rotate", DMNSN_T_VAXIS_ROTATE); - dmnsn_keyword("vcross", DMNSN_T_VCROSS); - dmnsn_keyword("vdot", DMNSN_T_VDOT); - dmnsn_keyword("vertex_vectors", DMNSN_T_VERTEX_VECTORS); - dmnsn_keyword("vlength", DMNSN_T_VLENGTH); - dmnsn_keyword("vnormalize", DMNSN_T_VNORMALIZE); - dmnsn_keyword("vrotate", DMNSN_T_VROTATE); - dmnsn_keyword("vstr", DMNSN_T_VSTR); - dmnsn_keyword("vturbulence", DMNSN_T_VTURBULENCE); - dmnsn_keyword("warp", DMNSN_T_WARP); - dmnsn_keyword("water_level", DMNSN_T_WATER_LEVEL); - dmnsn_keyword("waves", DMNSN_T_WAVES); - dmnsn_keyword("width", DMNSN_T_WIDTH); - dmnsn_keyword("wood", DMNSN_T_WOOD); - dmnsn_keyword("wrinkles", DMNSN_T_WRINKLES); - dmnsn_keyword("x", DMNSN_T_X); - dmnsn_keyword("y", DMNSN_T_Y); - dmnsn_keyword("yes", DMNSN_T_YES); - dmnsn_keyword("z", DMNSN_T_Z); - - *linep = line; - *colp = col; - *nextp = next; - return 0; -} - -/* Tokenize a language directive (#include, #declare, etc.) */ -static int -dmnsn_tokenize_directive(const char *filename, - unsigned int *linep, unsigned int *colp, - char *map, size_t size, char **nextp, - dmnsn_token *token) -{ - unsigned int line = *linep, col = *colp; - char *next = *nextp; - unsigned int i = 0, alloc = 32; - - if (*next != '#') { - return 1; - } - - ++next; - /* Handle spaces between `#' and directive */ - while (next - map < size && (*next == ' ' || *next == '\t')) { - ++next; - } - - char *directive = malloc(alloc); - - while (next - map < size && (isalnum(*next) || *next == '_')) { - if (i + 1 >= alloc) { - alloc *= 2; - directive = realloc(directive, alloc); - } - - directive[i] = *next; - - ++i; - ++col; - ++next; - } - - directive[i] = '\0'; - - /* Now check if we really found a directive */ - -#define dmnsn_directive(str, tp) \ - do { \ - if (strcmp(directive, str) == 0) { \ - free(directive); \ - token->type = tp; \ - \ - *linep = line; \ - *colp = col; \ - *nextp = next; \ - return 0; \ - } \ - } while (0) - - dmnsn_directive("break", DMNSN_T_BREAK); - dmnsn_directive("case", DMNSN_T_CASE); - dmnsn_directive("debug", DMNSN_T_DEBUG); - dmnsn_directive("declare", DMNSN_T_DECLARE); - dmnsn_directive("default", DMNSN_T_DEFAULT); - dmnsn_directive("else", DMNSN_T_ELSE); - dmnsn_directive("end", DMNSN_T_END); - dmnsn_directive("error", DMNSN_T_ERROR); - dmnsn_directive("fclose", DMNSN_T_FCLOSE); - dmnsn_directive("fopen", DMNSN_T_FOPEN); - dmnsn_directive("if", DMNSN_T_IF); - dmnsn_directive("ifdef", DMNSN_T_IFDEF); - dmnsn_directive("ifndef", DMNSN_T_IFNDEF); - dmnsn_directive("include", DMNSN_T_INCLUDE); - dmnsn_directive("local", DMNSN_T_LOCAL); - dmnsn_directive("macro", DMNSN_T_MACRO); - dmnsn_directive("range", DMNSN_T_RANGE); - dmnsn_directive("read", DMNSN_T_READ); - dmnsn_directive("render", DMNSN_T_RENDER); - dmnsn_directive("statistics", DMNSN_T_STATISTICS); - dmnsn_directive("switch", DMNSN_T_SWITCH); - dmnsn_directive("undef", DMNSN_T_UNDEF); - dmnsn_directive("version", DMNSN_T_VERSION); - dmnsn_directive("warning", DMNSN_T_WARNING); - dmnsn_directive("while", DMNSN_T_WHILE); - dmnsn_directive("write", DMNSN_T_WRITE); - - free(directive); - return 1; -} - -dmnsn_array * -dmnsn_tokenize(const char *filename, FILE *file) -{ - if (fseeko(file, 0, SEEK_END) != 0) { - fprintf(stderr, "Couldn't seek on input stream\n"); - return NULL; - } - - off_t size = ftello(file); - - int fd = fileno(file); - if (fd == -1) { - fprintf(stderr, "Couldn't get file descriptor to input stream\n"); - return NULL; - } - - char *map = mmap(NULL, size, PROT_READ, MAP_PRIVATE, fd, 0), *next = map; - - if (map == MAP_FAILED) { - fprintf(stderr, "Couldn't mmap() input stream\n"); - return NULL; - } - - /* Save the current locale */ - char *lc_ctype = strdup(setlocale(LC_CTYPE, NULL)); - char *lc_numeric = strdup(setlocale(LC_NUMERIC, NULL)); - - /* Set the locale to `C' to make isalpha(), strtoul(), etc. consistent */ - setlocale(LC_CTYPE, "C"); - setlocale(LC_NUMERIC, "C"); - - dmnsn_token token; - dmnsn_array *tokens = dmnsn_new_array(sizeof(dmnsn_token)); - - unsigned int line = 1, col = 0; - - while (next - map < size) { - /* Saves some code repetition */ - token.value = NULL; - token.line = line; - token.col = col; - - switch (*next) { - case ' ': - case '\r': - case '\t': - case '\f': - case '\v': - /* Skip whitespace */ - ++next; - ++col; - continue; - - case '\n': - ++next; - ++line; - col = 0; - continue; - - /* Macro to make basic symbol tokens easier */ -#define dmnsn_simple_token(c, tp) \ - case c: \ - token.type = tp; \ - ++col; \ - ++next; \ - break - - /* Some simple punctuation marks */ - dmnsn_simple_token('{', DMNSN_T_LBRACE); - dmnsn_simple_token('}', DMNSN_T_RBRACE); - dmnsn_simple_token('(', DMNSN_T_LPAREN); - dmnsn_simple_token(')', DMNSN_T_RPAREN); - dmnsn_simple_token('[', DMNSN_T_LBRACKET); - dmnsn_simple_token(']', DMNSN_T_RBRACKET); - dmnsn_simple_token('+', DMNSN_T_PLUS); - dmnsn_simple_token('-', DMNSN_T_MINUS); - dmnsn_simple_token('*', DMNSN_T_STAR); - dmnsn_simple_token(',', DMNSN_T_COMMA); - dmnsn_simple_token(';', DMNSN_T_SEMICOLON); - dmnsn_simple_token('?', DMNSN_T_QUESTION); - dmnsn_simple_token(':', DMNSN_T_COLON); - dmnsn_simple_token('&', DMNSN_T_AND); - dmnsn_simple_token('|', DMNSN_T_PIPE); - dmnsn_simple_token('=', DMNSN_T_EQUALS); - - case '<': - if (*(next + 1) == '=') { - token.type = DMNSN_T_LESS_EQUAL; - ++col; - ++next; - } else { - token.type = DMNSN_T_LESS; - } - ++col; - ++next; - break; - - case '>': - if (*(next + 1) == '=') { - token.type = DMNSN_T_GREATER_EQUAL; - ++col; - ++next; - } else { - token.type = DMNSN_T_GREATER; - } - ++col; - ++next; - break; - - case '!': - if (*(next + 1) == '=') { - token.type = DMNSN_T_NOT_EQUAL; - ++col; - ++next; - } else { - token.type = DMNSN_T_BANG; - } - ++col; - ++next; - break; - - /* Possible comment */ - case '/': - if (dmnsn_tokenize_comment(filename, &line, &col, - map, size, &next) == 0) { - continue; - } else { - /* Just the normal punctuation mark */ - token.type = DMNSN_T_SLASH; - ++col; - ++next; - } - break; - - /* Numeric values */ - case '0': - case '1': - case '2': - case '3': - case '4': - case '5': - case '6': - case '7': - case '8': - case '9': - if (dmnsn_tokenize_number(filename, &line, &col, - map, size, &next, &token) != 0) { - dmnsn_diagnostic(filename, line, col, "Invalid numeric value"); - goto bailout; - } - break; - - case '.': /* Number may begin with a decimal point, as in `.2' */ - if (dmnsn_tokenize_number(filename, &line, &col, - map, size, &next, &token) != 0) { - token.type = DMNSN_T_DOT; - ++col; - ++next; - } - break; - - case '#': - /* Language directive */ - if (dmnsn_tokenize_directive(filename, &line, &col, - map, size, &next, &token) != 0) { - dmnsn_diagnostic(filename, line, col, "Invalid language directive"); - goto bailout; - } - break; - - case '"': - if (dmnsn_tokenize_string(filename, &line, &col, - map, size, &next, &token) != 0) { - dmnsn_diagnostic(filename, line, col, "Invalid string"); - goto bailout; - } - break; - - default: - if (dmnsn_tokenize_label(filename, &line, &col, - map, size, &next, &token) != 0) { - /* Unrecognised character */ - dmnsn_diagnostic(filename, line, col, - "Unrecognized character '%c' (0x%X)", - (int)*next, (unsigned int)*next); - goto bailout; - } - break; - } - - token.filename = strdup(filename); - dmnsn_array_push(tokens, &token); - } - - munmap(map, size); - - /* Restore the original locale */ - setlocale(LC_CTYPE, lc_ctype); - setlocale(LC_NUMERIC, lc_numeric); - free(lc_ctype); - free(lc_numeric); - - return tokens; - - bailout: - dmnsn_delete_tokens(tokens); - munmap(map, size); - - /* Restore the original locale */ - setlocale(LC_CTYPE, lc_ctype); - setlocale(LC_NUMERIC, lc_numeric); - free(lc_ctype); - free(lc_numeric); - - return NULL; -} - -void -dmnsn_delete_tokens(dmnsn_array *tokens) -{ - dmnsn_token *token; - unsigned int i; - for (i = 0; i < dmnsn_array_size(tokens); ++i) { - token = dmnsn_array_at(tokens, i); - free(token->filename); - free(token->value); - } - dmnsn_delete_array(tokens); -} - -static void -dmnsn_print_token(FILE *file, dmnsn_token token) -{ - const char *tname; - if (token.type == DMNSN_T_LPAREN) { - tname = "\\("; - } else if (token.type == DMNSN_T_RPAREN) { - tname = "\\)"; - } else { - tname = dmnsn_token_string(token.type); - } - - if (token.value) { - fprintf(file, "(%s \"%s\")", tname, token.value); - } else { - fprintf(file, "%s", tname); - } -} - -void -dmnsn_print_token_sexpr(FILE *file, const dmnsn_array *tokens) -{ - dmnsn_token token; - unsigned int i; - - if (dmnsn_array_size(tokens) == 0) { - fprintf(file, "()"); - } else { - fprintf(file, "("); - dmnsn_array_get(tokens, 0, &token); - dmnsn_print_token(file, token); - - for (i = 1; i < dmnsn_array_size(tokens); ++i) { - fprintf(file, " "); - dmnsn_array_get(tokens, i, &token); - dmnsn_print_token(file, token); - } - - fprintf(file, ")"); - } - - fprintf(file, "\n"); -} - -const char * -dmnsn_token_string(dmnsn_token_type token_type) -{ - switch (token_type) { - /* Macro to shorten this huge switch */ -#define dmnsn_token_map(type, str) \ - case type: \ - return str; - - /* Punctuation */ - - dmnsn_token_map(DMNSN_T_LBRACE, "{"); - dmnsn_token_map(DMNSN_T_RBRACE, "}") - dmnsn_token_map(DMNSN_T_LPAREN, "("); - dmnsn_token_map(DMNSN_T_RPAREN, ")"); - dmnsn_token_map(DMNSN_T_LBRACKET, "["); - dmnsn_token_map(DMNSN_T_RBRACKET, "]"); - dmnsn_token_map(DMNSN_T_PLUS, "+"); - dmnsn_token_map(DMNSN_T_MINUS, "-"); - dmnsn_token_map(DMNSN_T_STAR, "*"); - dmnsn_token_map(DMNSN_T_SLASH, "/"); - dmnsn_token_map(DMNSN_T_COMMA, ","); - dmnsn_token_map(DMNSN_T_SEMICOLON, ";"); - dmnsn_token_map(DMNSN_T_QUESTION, "?"); - dmnsn_token_map(DMNSN_T_COLON, ":"); - dmnsn_token_map(DMNSN_T_AND, "&"); - dmnsn_token_map(DMNSN_T_DOT, "."); - dmnsn_token_map(DMNSN_T_PIPE, "|"); - dmnsn_token_map(DMNSN_T_LESS, "<"); - dmnsn_token_map(DMNSN_T_GREATER, ">"); - dmnsn_token_map(DMNSN_T_BANG, "!"); - dmnsn_token_map(DMNSN_T_EQUALS, "="); - - dmnsn_token_map(DMNSN_T_LESS_EQUAL, "<="); - dmnsn_token_map(DMNSN_T_GREATER_EQUAL, ">="); - dmnsn_token_map(DMNSN_T_NOT_EQUAL, "!="); - - /* Numeric values */ - dmnsn_token_map(DMNSN_T_INTEGER, "integer"); - dmnsn_token_map(DMNSN_T_FLOAT, "float"); - - /* Keywords */ - dmnsn_token_map(DMNSN_T_AA_LEVEL, "aa_level"); - dmnsn_token_map(DMNSN_T_AA_THRESHOLD, "aa_threshold"); - dmnsn_token_map(DMNSN_T_ABS, "abs"); - dmnsn_token_map(DMNSN_T_ABSORPTION, "absorption"); - dmnsn_token_map(DMNSN_T_ACCURACY, "accuracy"); - dmnsn_token_map(DMNSN_T_ACOS, "acos"); - dmnsn_token_map(DMNSN_T_ACOSH, "acosh"); - dmnsn_token_map(DMNSN_T_ADAPTIVE, "adaptive"); - dmnsn_token_map(DMNSN_T_ADC_BAILOUT, "adc_bailout"); - dmnsn_token_map(DMNSN_T_AGATE, "agate"); - dmnsn_token_map(DMNSN_T_AGATE_TURB, "agate_turb"); - dmnsn_token_map(DMNSN_T_ALL, "all"); - dmnsn_token_map(DMNSN_T_ALL_INTERSECTIONS, "all_intersections"); - dmnsn_token_map(DMNSN_T_ALPHA, "alpha"); - dmnsn_token_map(DMNSN_T_ALTITUDE, "altitude"); - dmnsn_token_map(DMNSN_T_ALWAYS_SAMPLE, "always_sample"); - dmnsn_token_map(DMNSN_T_AMBIENT, "ambient"); - dmnsn_token_map(DMNSN_T_AMBIENT_LIGHT, "ambient_light"); - dmnsn_token_map(DMNSN_T_ANGLE, "angle"); - dmnsn_token_map(DMNSN_T_APERTURE, "aperture"); - dmnsn_token_map(DMNSN_T_APPEND, "append"); - dmnsn_token_map(DMNSN_T_ARC_ANGLE, "arc_angle"); - dmnsn_token_map(DMNSN_T_AREA_LIGHT, "area_light"); - dmnsn_token_map(DMNSN_T_ARRAY, "array"); - dmnsn_token_map(DMNSN_T_ASC, "asc"); - dmnsn_token_map(DMNSN_T_ASCII, "ascii"); - dmnsn_token_map(DMNSN_T_ASIN, "asin"); - dmnsn_token_map(DMNSN_T_ASINH, "asinh"); - dmnsn_token_map(DMNSN_T_ASSUMED_GAMMA, "assumed_gamma"); - dmnsn_token_map(DMNSN_T_ATAN, "atan"); - dmnsn_token_map(DMNSN_T_ATAN2, "atan2"); - dmnsn_token_map(DMNSN_T_ATANH, "atanh"); - dmnsn_token_map(DMNSN_T_AUTOSTOP, "autostop"); - dmnsn_token_map(DMNSN_T_AVERAGE, "average"); - dmnsn_token_map(DMNSN_T_B_SPLINE, "b_spline"); - dmnsn_token_map(DMNSN_T_BACKGROUND, "background"); - dmnsn_token_map(DMNSN_T_BEZIER_SPLINE, "bezier_spline"); - dmnsn_token_map(DMNSN_T_BICUBIC_PATCH, "bicubic_patch"); - dmnsn_token_map(DMNSN_T_BLACK_HOLE, "black_hole"); - dmnsn_token_map(DMNSN_T_BLOB, "blob"); - dmnsn_token_map(DMNSN_T_BLUE, "blue"); - dmnsn_token_map(DMNSN_T_BLUR_SAMPLES, "blur_samples"); - dmnsn_token_map(DMNSN_T_BOUNDED_BY, "bounded_by"); - dmnsn_token_map(DMNSN_T_BOX, "box"); - dmnsn_token_map(DMNSN_T_BOXED, "boxed"); - dmnsn_token_map(DMNSN_T_BOZO, "bozo"); - dmnsn_token_map(DMNSN_T_BRICK, "brick"); - dmnsn_token_map(DMNSN_T_BRICK_SIZE, "brick_size"); - dmnsn_token_map(DMNSN_T_BRIGHTNESS, "brightness"); - dmnsn_token_map(DMNSN_T_BRILLIANCE, "brilliance"); - dmnsn_token_map(DMNSN_T_BUMP_MAP, "bump_map"); - dmnsn_token_map(DMNSN_T_BUMP_SIZE, "bump_size"); - dmnsn_token_map(DMNSN_T_BUMPS, "bumps"); - dmnsn_token_map(DMNSN_T_CAMERA, "camera"); - dmnsn_token_map(DMNSN_T_CAUSTICS, "caustics"); - dmnsn_token_map(DMNSN_T_CEIL, "ceil"); - dmnsn_token_map(DMNSN_T_CELLS, "cells"); - dmnsn_token_map(DMNSN_T_CHARSET, "charset"); - dmnsn_token_map(DMNSN_T_CHECKER, "checker"); - dmnsn_token_map(DMNSN_T_CHR, "chr"); - dmnsn_token_map(DMNSN_T_CIRCULAR, "circular"); - dmnsn_token_map(DMNSN_T_CLIPPED_BY, "clipped_by"); - dmnsn_token_map(DMNSN_T_CLOCK, "clock"); - dmnsn_token_map(DMNSN_T_CLOCK_DELTA, "clock_delta"); - dmnsn_token_map(DMNSN_T_CLOCK_ON, "clock_on"); - dmnsn_token_map(DMNSN_T_COLLECT, "collect"); - dmnsn_token_map(DMNSN_T_COLOR, "color"); - dmnsn_token_map(DMNSN_T_COLOR_MAP, "color_map"); - dmnsn_token_map(DMNSN_T_COMPONENT, "component"); - dmnsn_token_map(DMNSN_T_COMPOSITE, "composite"); - dmnsn_token_map(DMNSN_T_CONCAT, "concat"); - dmnsn_token_map(DMNSN_T_CONE, "cone"); - dmnsn_token_map(DMNSN_T_CONFIDENCE, "confidence"); - dmnsn_token_map(DMNSN_T_CONIC_SWEEP, "conic_sweep"); - dmnsn_token_map(DMNSN_T_CONSERVE_ENERGY, "conserve_energy"); - dmnsn_token_map(DMNSN_T_CONTAINED_BY, "contained_by"); - dmnsn_token_map(DMNSN_T_CONTROL0, "control0"); - dmnsn_token_map(DMNSN_T_CONTROL1, "control1"); - dmnsn_token_map(DMNSN_T_COORDS, "coords"); - dmnsn_token_map(DMNSN_T_COS, "cos"); - dmnsn_token_map(DMNSN_T_COSH, "cosh"); - dmnsn_token_map(DMNSN_T_COUNT, "count"); - dmnsn_token_map(DMNSN_T_CRACKLE, "crackle"); - dmnsn_token_map(DMNSN_T_CRAND, "crand"); - dmnsn_token_map(DMNSN_T_CUBE, "cube"); - dmnsn_token_map(DMNSN_T_CUBIC, "cubic"); - dmnsn_token_map(DMNSN_T_CUBIC_SPLINE, "cubic_spline"); - dmnsn_token_map(DMNSN_T_CUBIC_WAVE, "cubic_wave"); - dmnsn_token_map(DMNSN_T_CUTAWAY_TEXTURES, "cutaway_textures"); - dmnsn_token_map(DMNSN_T_CYLINDER, "cylinder"); - dmnsn_token_map(DMNSN_T_CYLINDRICAL, "cylindrical"); - dmnsn_token_map(DMNSN_T_DEFINED, "defined"); - dmnsn_token_map(DMNSN_T_DEGREES, "degrees"); - dmnsn_token_map(DMNSN_T_DENSITY, "density"); - dmnsn_token_map(DMNSN_T_DENSITY_FILE, "density_file"); - dmnsn_token_map(DMNSN_T_DENSITY_MAP, "density_map"); - dmnsn_token_map(DMNSN_T_DENTS, "dents"); - dmnsn_token_map(DMNSN_T_DF3, "df3"); - dmnsn_token_map(DMNSN_T_DIFFERENCE, "difference"); - dmnsn_token_map(DMNSN_T_DIFFUSE, "diffuse"); - dmnsn_token_map(DMNSN_T_DIMENSION_SIZE, "dimension_size"); - dmnsn_token_map(DMNSN_T_DIMENSIONS, "dimensions"); - dmnsn_token_map(DMNSN_T_DIRECTION, "direction"); - dmnsn_token_map(DMNSN_T_DISC, "disc"); - dmnsn_token_map(DMNSN_T_DISPERSION, "dispersion"); - dmnsn_token_map(DMNSN_T_DISPERSION_SAMPLES, "dispersion_samples"); - dmnsn_token_map(DMNSN_T_DIST_EXP, "dist_exp"); - dmnsn_token_map(DMNSN_T_DISTANCE, "distance"); - dmnsn_token_map(DMNSN_T_DIV, "div"); - dmnsn_token_map(DMNSN_T_DOUBLE_ILLUMINATE, "double_illuminate"); - dmnsn_token_map(DMNSN_T_ECCENTRICITY, "eccentricity"); - dmnsn_token_map(DMNSN_T_EMISSION, "emission"); - dmnsn_token_map(DMNSN_T_ERROR_BOUND, "error_bound"); - dmnsn_token_map(DMNSN_T_EVALUATE, "evaluate"); - dmnsn_token_map(DMNSN_T_EXP, "exp"); - dmnsn_token_map(DMNSN_T_EXPAND_THRESHOLDS, "expand_thresholds"); - dmnsn_token_map(DMNSN_T_EXPONENT, "exponent"); - dmnsn_token_map(DMNSN_T_EXTERIOR, "exterior"); - dmnsn_token_map(DMNSN_T_EXTINCTION, "extinction"); - dmnsn_token_map(DMNSN_T_FACE_INDICES, "face_indices"); - dmnsn_token_map(DMNSN_T_FACETS, "facets"); - dmnsn_token_map(DMNSN_T_FADE_COLOR, "fade_color"); - dmnsn_token_map(DMNSN_T_FADE_DISTANCE, "fade_distance"); - dmnsn_token_map(DMNSN_T_FADE_POWER, "fade_power"); - dmnsn_token_map(DMNSN_T_FALLOFF, "falloff"); - dmnsn_token_map(DMNSN_T_FALLOFF_ANGLE, "falloff_angle"); - dmnsn_token_map(DMNSN_T_FALSE, "false"); - dmnsn_token_map(DMNSN_T_FILE_EXISTS, "file_exists"); - dmnsn_token_map(DMNSN_T_FILTER, "filter"); - dmnsn_token_map(DMNSN_T_FINAL_CLOCK, "final_clock"); - dmnsn_token_map(DMNSN_T_FINAL_FRAME, "final_frame"); - dmnsn_token_map(DMNSN_T_FINISH, "finish"); - dmnsn_token_map(DMNSN_T_FISHEYE, "fisheye"); - dmnsn_token_map(DMNSN_T_FLATNESS, "flatness"); - dmnsn_token_map(DMNSN_T_FLIP, "flip"); - dmnsn_token_map(DMNSN_T_FLOOR, "floor"); - dmnsn_token_map(DMNSN_T_FOCAL_POINT, "focal_point"); - dmnsn_token_map(DMNSN_T_FOG, "fog"); - dmnsn_token_map(DMNSN_T_FOG_ALT, "fog_alt"); - dmnsn_token_map(DMNSN_T_FOG_OFFSET, "fog_offset"); - dmnsn_token_map(DMNSN_T_FOG_TYPE, "fog_type"); - dmnsn_token_map(DMNSN_T_FORM, "form"); - dmnsn_token_map(DMNSN_T_FRAME_NUMBER, "frame_number"); - dmnsn_token_map(DMNSN_T_FREQUENCY, "frequency"); - dmnsn_token_map(DMNSN_T_FRESNEL, "fresnel"); - dmnsn_token_map(DMNSN_T_FUNCTION, "function"); - dmnsn_token_map(DMNSN_T_GATHER, "gather"); - dmnsn_token_map(DMNSN_T_GIF, "gif"); - dmnsn_token_map(DMNSN_T_GLOBAL_LIGHTS, "global_lights"); - dmnsn_token_map(DMNSN_T_GLOBAL_SETTINGS, "global_settings"); - dmnsn_token_map(DMNSN_T_GRADIENT, "gradient"); - dmnsn_token_map(DMNSN_T_GRANITE, "granite"); - dmnsn_token_map(DMNSN_T_GRAY, "gray"); - dmnsn_token_map(DMNSN_T_GRAY_THRESHOLD, "gray_threshold"); - dmnsn_token_map(DMNSN_T_GREEN, "green"); - dmnsn_token_map(DMNSN_T_HEIGHT_FIELD, "height_field"); - dmnsn_token_map(DMNSN_T_HEXAGON, "hexagon"); - dmnsn_token_map(DMNSN_T_HF_GRAY_16, "hf_gray_16"); - dmnsn_token_map(DMNSN_T_HIERARCHY, "hierarchy"); - dmnsn_token_map(DMNSN_T_HYPERCOMPLEX, "hypercomplex"); - dmnsn_token_map(DMNSN_T_HOLLOW, "hollow"); - dmnsn_token_map(DMNSN_T_IFF, "iff"); - dmnsn_token_map(DMNSN_T_IMAGE_HEIGHT, "image_height"); - dmnsn_token_map(DMNSN_T_IMAGE_MAP, "image_map"); - dmnsn_token_map(DMNSN_T_IMAGE_PATTERN, "image_pattern"); - dmnsn_token_map(DMNSN_T_IMAGE_WIDTH, "image_width"); - dmnsn_token_map(DMNSN_T_INITIAL_CLOCK, "initial_clock"); - dmnsn_token_map(DMNSN_T_INITIAL_FRAME, "initial_frame"); - dmnsn_token_map(DMNSN_T_INSIDE, "inside"); - dmnsn_token_map(DMNSN_T_INSIDE_VECTOR, "inside_vector"); - dmnsn_token_map(DMNSN_T_INT, "int"); - dmnsn_token_map(DMNSN_T_INTERIOR, "interior"); - dmnsn_token_map(DMNSN_T_INTERIOR_TEXTURE, "interior_texture"); - dmnsn_token_map(DMNSN_T_INTERNAL, "internal"); - dmnsn_token_map(DMNSN_T_INTERPOLATE, "interpolate"); - dmnsn_token_map(DMNSN_T_INTERSECTION, "intersection"); - dmnsn_token_map(DMNSN_T_INTERVALS, "intervals"); - dmnsn_token_map(DMNSN_T_INVERSE, "inverse"); - dmnsn_token_map(DMNSN_T_IOR, "ior"); - dmnsn_token_map(DMNSN_T_IRID, "irid"); - dmnsn_token_map(DMNSN_T_IRID_WAVELENGTH, "irid_wavelength"); - dmnsn_token_map(DMNSN_T_ISOSURFACE, "isosurface"); - dmnsn_token_map(DMNSN_T_JITTER, "jitter"); - dmnsn_token_map(DMNSN_T_JPEG, "jpeg"); - dmnsn_token_map(DMNSN_T_JULIA, "julia"); - dmnsn_token_map(DMNSN_T_JULIA_FRACTAL, "julia_fractal"); - dmnsn_token_map(DMNSN_T_LAMBDA, "lambda"); - dmnsn_token_map(DMNSN_T_LATHE, "lathe"); - dmnsn_token_map(DMNSN_T_LEOPARD, "leopard"); - dmnsn_token_map(DMNSN_T_LIGHT_GROUP, "light_group"); - dmnsn_token_map(DMNSN_T_LIGHT_SOURCE, "light_source"); - dmnsn_token_map(DMNSN_T_LINEAR_SPLINE, "linear_spline"); - dmnsn_token_map(DMNSN_T_LINEAR_SWEEP, "linear_sweep"); - dmnsn_token_map(DMNSN_T_LN, "ln"); - dmnsn_token_map(DMNSN_T_LOAD_FILE, "load_file"); - dmnsn_token_map(DMNSN_T_LOCATION, "location"); - dmnsn_token_map(DMNSN_T_LOG, "log"); - dmnsn_token_map(DMNSN_T_LOOK_AT, "look_at"); - dmnsn_token_map(DMNSN_T_LOOKS_LIKE, "looks_like"); - dmnsn_token_map(DMNSN_T_LOW_ERROR_FACTOR, "low_error_factor"); - dmnsn_token_map(DMNSN_T_MAGNET, "magnet"); - dmnsn_token_map(DMNSN_T_MAJOR_RADIUS, "major_radius"); - dmnsn_token_map(DMNSN_T_MANDEL, "mandel"); - dmnsn_token_map(DMNSN_T_MAP_TYPE, "map_type"); - dmnsn_token_map(DMNSN_T_MARBLE, "marble"); - dmnsn_token_map(DMNSN_T_MATERIAL, "material"); - dmnsn_token_map(DMNSN_T_MATERIAL_MAP, "material_map"); - dmnsn_token_map(DMNSN_T_MATRIX, "matrix"); - dmnsn_token_map(DMNSN_T_MAX, "max"); - dmnsn_token_map(DMNSN_T_MAX_EXTENT, "max_extent"); - dmnsn_token_map(DMNSN_T_MAX_GRADIENT, "max_gradient"); - dmnsn_token_map(DMNSN_T_MAX_INTERSECTIONS, "max_intersections"); - dmnsn_token_map(DMNSN_T_MAX_ITERATION, "max_iteration"); - dmnsn_token_map(DMNSN_T_MAX_SAMPLE, "max_sample"); - dmnsn_token_map(DMNSN_T_MAX_TRACE, "max_trace"); - dmnsn_token_map(DMNSN_T_MAX_TRACE_LEVEL, "max_trace_level"); - dmnsn_token_map(DMNSN_T_MEDIA, "media"); - dmnsn_token_map(DMNSN_T_MEDIA_ATTENUATION, "media_attenuation"); - dmnsn_token_map(DMNSN_T_MEDIA_INTERACTION, "media_interaction"); - dmnsn_token_map(DMNSN_T_MERGE, "merge"); - dmnsn_token_map(DMNSN_T_MESH, "mesh"); - dmnsn_token_map(DMNSN_T_MESH2, "mesh2"); - dmnsn_token_map(DMNSN_T_METALLIC, "metallic"); - dmnsn_token_map(DMNSN_T_METHOD, "method"); - dmnsn_token_map(DMNSN_T_METRIC, "metric"); - dmnsn_token_map(DMNSN_T_MIN, "min"); - dmnsn_token_map(DMNSN_T_MIN_EXTENT, "min_extent"); - dmnsn_token_map(DMNSN_T_MINIMUM_REUSE, "minimum_reuse"); - dmnsn_token_map(DMNSN_T_MOD, "mod"); - dmnsn_token_map(DMNSN_T_MORTAR, "mortar"); - dmnsn_token_map(DMNSN_T_NATURAL_SPLINE, "natural_spline"); - dmnsn_token_map(DMNSN_T_NEAREST_COUNT, "nearest_count"); - dmnsn_token_map(DMNSN_T_NO, "no"); - dmnsn_token_map(DMNSN_T_NO_BUMP_SCALE, "no_bump_scale"); - dmnsn_token_map(DMNSN_T_NO_IMAGE, "no_image"); - dmnsn_token_map(DMNSN_T_NO_REFLECTION, "no_reflection"); - dmnsn_token_map(DMNSN_T_NO_SHADOW, "no_shadow"); - dmnsn_token_map(DMNSN_T_NOISE_GENERATOR, "noise_generator"); - dmnsn_token_map(DMNSN_T_NORMAL, "normal"); - dmnsn_token_map(DMNSN_T_NORMAL_INDICES, "normal_indices"); - dmnsn_token_map(DMNSN_T_NORMAL_MAP, "normal_map"); - dmnsn_token_map(DMNSN_T_NORMAL_VECTORS, "normal_vectors"); - dmnsn_token_map(DMNSN_T_NUMBER_OF_WAVES, "number_of_waves"); - dmnsn_token_map(DMNSN_T_OBJECT, "object"); - dmnsn_token_map(DMNSN_T_OCTAVES, "octaves"); - dmnsn_token_map(DMNSN_T_OFF, "off"); - dmnsn_token_map(DMNSN_T_OFFSET, "offset"); - dmnsn_token_map(DMNSN_T_OMEGA, "omega"); - dmnsn_token_map(DMNSN_T_OMNIMAX, "omnimax"); - dmnsn_token_map(DMNSN_T_ON, "on"); - dmnsn_token_map(DMNSN_T_ONCE, "once"); - dmnsn_token_map(DMNSN_T_ONION, "onion"); - dmnsn_token_map(DMNSN_T_OPEN, "open"); - dmnsn_token_map(DMNSN_T_ORIENT, "orient"); - dmnsn_token_map(DMNSN_T_ORIENTATION, "orientation"); - dmnsn_token_map(DMNSN_T_ORTHOGRAPHIC, "orthographic"); - dmnsn_token_map(DMNSN_T_PANORAMIC, "panoramic"); - dmnsn_token_map(DMNSN_T_PARALLEL, "parallel"); - dmnsn_token_map(DMNSN_T_PARAMETRIC, "parametric"); - dmnsn_token_map(DMNSN_T_PASS_THROUGH, "pass_through"); - dmnsn_token_map(DMNSN_T_PATTERN, "pattern"); - dmnsn_token_map(DMNSN_T_PERSPECTIVE, "perspective"); - dmnsn_token_map(DMNSN_T_PGM, "pgm"); - dmnsn_token_map(DMNSN_T_PHASE, "phase"); - dmnsn_token_map(DMNSN_T_PHONG, "phong"); - dmnsn_token_map(DMNSN_T_PHONG_SIZE, "phong_size"); - dmnsn_token_map(DMNSN_T_PHOTONS, "photons"); - dmnsn_token_map(DMNSN_T_PI, "pi"); - dmnsn_token_map(DMNSN_T_PIGMENT, "pigment"); - dmnsn_token_map(DMNSN_T_PIGMENT_MAP, "pigment_map"); - dmnsn_token_map(DMNSN_T_PIGMENT_PATTERN, "pigment_pattern"); - dmnsn_token_map(DMNSN_T_PLANAR, "planar"); - dmnsn_token_map(DMNSN_T_PLANE, "plane"); - dmnsn_token_map(DMNSN_T_PNG, "png"); - dmnsn_token_map(DMNSN_T_POINT_AT, "point_at"); - dmnsn_token_map(DMNSN_T_POLY, "poly"); - dmnsn_token_map(DMNSN_T_POLY_WAVE, "poly_wave"); - dmnsn_token_map(DMNSN_T_POLYGON, "polygon"); - dmnsn_token_map(DMNSN_T_POT, "pot"); - dmnsn_token_map(DMNSN_T_POW, "pow"); - dmnsn_token_map(DMNSN_T_PPM, "ppm"); - dmnsn_token_map(DMNSN_T_PRECISION, "precision"); - dmnsn_token_map(DMNSN_T_PRECOMPUTE, "precompute"); - dmnsn_token_map(DMNSN_T_PRETRACE_END, "pretrace_end"); - dmnsn_token_map(DMNSN_T_PRETRACE_START, "pretrace_start"); - dmnsn_token_map(DMNSN_T_PRISM, "prism"); - dmnsn_token_map(DMNSN_T_PROD, "prod"); - dmnsn_token_map(DMNSN_T_PROJECTED_THROUGH, "projected_through"); - dmnsn_token_map(DMNSN_T_PWR, "pwr"); - dmnsn_token_map(DMNSN_T_QUADRATIC_SPLINE, "quadratic_spline"); - dmnsn_token_map(DMNSN_T_QUADRIC, "quadric"); - dmnsn_token_map(DMNSN_T_QUARTIC, "quartic"); - dmnsn_token_map(DMNSN_T_QUATERNION, "quaternion"); - dmnsn_token_map(DMNSN_T_QUICK_COLOR, "quick_color"); - dmnsn_token_map(DMNSN_T_QUILTED, "quilted"); - dmnsn_token_map(DMNSN_T_RADIAL, "radial"); - dmnsn_token_map(DMNSN_T_RADIANS, "radians"); - dmnsn_token_map(DMNSN_T_RADIOSITY, "radiosity"); - dmnsn_token_map(DMNSN_T_RADIUS, "radius"); - dmnsn_token_map(DMNSN_T_RAINBOW, "rainbow"); - dmnsn_token_map(DMNSN_T_RAMP_WAVE, "ramp_wave"); - dmnsn_token_map(DMNSN_T_RAND, "rand"); - dmnsn_token_map(DMNSN_T_RATIO, "ratio"); - dmnsn_token_map(DMNSN_T_RECIPROCAL, "reciprocal"); - dmnsn_token_map(DMNSN_T_RECURSION_LIMIT, "recursion_limit"); - dmnsn_token_map(DMNSN_T_RED, "red"); - dmnsn_token_map(DMNSN_T_REFLECTION, "reflection"); - dmnsn_token_map(DMNSN_T_REFLECTION_EXPONENT, "reflection_exponent"); - dmnsn_token_map(DMNSN_T_REFRACTION, "refraction"); - dmnsn_token_map(DMNSN_T_REPEAT, "repeat"); - dmnsn_token_map(DMNSN_T_RGB, "rgb"); - dmnsn_token_map(DMNSN_T_RGBF, "rgbf"); - dmnsn_token_map(DMNSN_T_RGBFT, "rgbft"); - dmnsn_token_map(DMNSN_T_RGBT, "rgbt"); - dmnsn_token_map(DMNSN_T_RIGHT, "right"); - dmnsn_token_map(DMNSN_T_RIPPLES, "ripples"); - dmnsn_token_map(DMNSN_T_ROTATE, "rotate"); - dmnsn_token_map(DMNSN_T_ROUGHNESS, "roughness"); - dmnsn_token_map(DMNSN_T_SAMPLES, "samples"); - dmnsn_token_map(DMNSN_T_SAVE_FILE, "save_file"); - dmnsn_token_map(DMNSN_T_SCALE, "scale"); - dmnsn_token_map(DMNSN_T_SCALLOP_WAVE, "scallop_wave"); - dmnsn_token_map(DMNSN_T_SCATTERING, "scattering"); - dmnsn_token_map(DMNSN_T_SEED, "seed"); - dmnsn_token_map(DMNSN_T_SELECT, "select"); - dmnsn_token_map(DMNSN_T_SHADOWLESS, "shadowless"); - dmnsn_token_map(DMNSN_T_SIN, "sin"); - dmnsn_token_map(DMNSN_T_SINE_WAVE, "sine_wave"); - dmnsn_token_map(DMNSN_T_SINH, "sinh"); - dmnsn_token_map(DMNSN_T_SIZE, "size"); - dmnsn_token_map(DMNSN_T_SKY, "sky"); - dmnsn_token_map(DMNSN_T_SKY_SPHERE, "sky_sphere"); - dmnsn_token_map(DMNSN_T_SLICE, "slice"); - dmnsn_token_map(DMNSN_T_SLOPE, "slope"); - dmnsn_token_map(DMNSN_T_SLOPE_MAP, "slope_map"); - dmnsn_token_map(DMNSN_T_SMOOTH, "smooth"); - dmnsn_token_map(DMNSN_T_SMOOTH_TRIANGLE, "smooth_triangle"); - dmnsn_token_map(DMNSN_T_SOLID, "solid"); - dmnsn_token_map(DMNSN_T_SOR, "sor"); - dmnsn_token_map(DMNSN_T_SPACING, "spacing"); - dmnsn_token_map(DMNSN_T_SPECULAR, "specular"); - dmnsn_token_map(DMNSN_T_SPHERE, "sphere"); - dmnsn_token_map(DMNSN_T_SPHERE_SWEEP, "sphere_sweep"); - dmnsn_token_map(DMNSN_T_SPHERICAL, "spherical"); - dmnsn_token_map(DMNSN_T_SPIRAL1, "spiral1"); - dmnsn_token_map(DMNSN_T_SPIRAL2, "spiral2"); - dmnsn_token_map(DMNSN_T_SPLINE, "spline"); - dmnsn_token_map(DMNSN_T_SPLIT_UNION, "split_union"); - dmnsn_token_map(DMNSN_T_SPOTLIGHT, "spotlight"); - dmnsn_token_map(DMNSN_T_SPOTTED, "spotted"); - dmnsn_token_map(DMNSN_T_SQR, "sqr"); - dmnsn_token_map(DMNSN_T_SQRT, "sqrt"); - dmnsn_token_map(DMNSN_T_STR, "str"); - dmnsn_token_map(DMNSN_T_STRCMP, "strcmp"); - dmnsn_token_map(DMNSN_T_STRENGTH, "strength"); - dmnsn_token_map(DMNSN_T_STRLEN, "strlen"); - dmnsn_token_map(DMNSN_T_STRLWR, "strlwr"); - dmnsn_token_map(DMNSN_T_STRUPR, "strupr"); - dmnsn_token_map(DMNSN_T_STURM, "sturm"); - dmnsn_token_map(DMNSN_T_SUBSTR, "substr"); - dmnsn_token_map(DMNSN_T_SUM, "sum"); - dmnsn_token_map(DMNSN_T_SUPERELLIPSOID, "superellipsoid"); - dmnsn_token_map(DMNSN_T_SYS, "sys"); - dmnsn_token_map(DMNSN_T_T, "t"); - dmnsn_token_map(DMNSN_T_TAN, "tan"); - dmnsn_token_map(DMNSN_T_TANH, "tanh"); - dmnsn_token_map(DMNSN_T_TARGET, "target"); - dmnsn_token_map(DMNSN_T_TEXT, "text"); - dmnsn_token_map(DMNSN_T_TEXTURE, "texture"); - dmnsn_token_map(DMNSN_T_TEXTURE_LIST, "texture_list"); - dmnsn_token_map(DMNSN_T_TEXTURE_MAP, "texture_map"); - dmnsn_token_map(DMNSN_T_TGA, "tga"); - dmnsn_token_map(DMNSN_T_THICKNESS, "thickness"); - dmnsn_token_map(DMNSN_T_THRESHOLD, "threshold"); - dmnsn_token_map(DMNSN_T_TIFF, "tiff"); - dmnsn_token_map(DMNSN_T_TIGHTNESS, "tightness"); - dmnsn_token_map(DMNSN_T_TILE2, "tile2"); - dmnsn_token_map(DMNSN_T_TILES, "tiles"); - dmnsn_token_map(DMNSN_T_TOLERANCE, "tolerance"); - dmnsn_token_map(DMNSN_T_TOROIDAL, "toroidal"); - dmnsn_token_map(DMNSN_T_TORUS, "torus"); - dmnsn_token_map(DMNSN_T_TRACE, "trace"); - dmnsn_token_map(DMNSN_T_TRANSFORM, "transform"); - dmnsn_token_map(DMNSN_T_TRANSLATE, "translate"); - dmnsn_token_map(DMNSN_T_TRANSMIT, "transmit"); - dmnsn_token_map(DMNSN_T_TRIANGLE, "triangle"); - dmnsn_token_map(DMNSN_T_TRIANGLE_WAVE, "triangle_wave"); - dmnsn_token_map(DMNSN_T_TRUE, "true"); - dmnsn_token_map(DMNSN_T_TTF, "ttf"); - dmnsn_token_map(DMNSN_T_TURB_DEPTH, "turb_depth"); - dmnsn_token_map(DMNSN_T_TURBULENCE, "turbulence"); - dmnsn_token_map(DMNSN_T_TYPE, "type"); - dmnsn_token_map(DMNSN_T_U, "u"); - dmnsn_token_map(DMNSN_T_U_STEPS, "u_steps"); - dmnsn_token_map(DMNSN_T_ULTRA_WIDE_ANGLE, "ultra_wide_angle"); - dmnsn_token_map(DMNSN_T_UNION, "union"); - dmnsn_token_map(DMNSN_T_UP, "up"); - dmnsn_token_map(DMNSN_T_USE_ALPHA, "use_alpha"); - dmnsn_token_map(DMNSN_T_USE_COLOR, "use_color"); - dmnsn_token_map(DMNSN_T_USE_INDEX, "use_index"); - dmnsn_token_map(DMNSN_T_UTF8, "utf8"); - dmnsn_token_map(DMNSN_T_UV_INDICES, "uv_indices"); - dmnsn_token_map(DMNSN_T_UV_MAPPING, "uv_mapping"); - dmnsn_token_map(DMNSN_T_UV_VECTORS, "uv_vectors"); - dmnsn_token_map(DMNSN_T_V, "v"); - dmnsn_token_map(DMNSN_T_V_STEPS, "v_steps"); - dmnsn_token_map(DMNSN_T_VAL, "val"); - dmnsn_token_map(DMNSN_T_VARIANCE, "variance"); - dmnsn_token_map(DMNSN_T_VAXIS_ROTATE, "vaxis_rotate"); - dmnsn_token_map(DMNSN_T_VCROSS, "vcross"); - dmnsn_token_map(DMNSN_T_VDOT, "vdot"); - dmnsn_token_map(DMNSN_T_VERTEX_VECTORS, "vertex_vectors"); - dmnsn_token_map(DMNSN_T_VLENGTH, "vlength"); - dmnsn_token_map(DMNSN_T_VNORMALIZE, "vnormalize"); - dmnsn_token_map(DMNSN_T_VROTATE, "vrotate"); - dmnsn_token_map(DMNSN_T_VSTR, "vstr"); - dmnsn_token_map(DMNSN_T_VTURBULENCE, "vturbulence"); - dmnsn_token_map(DMNSN_T_WARP, "warp"); - dmnsn_token_map(DMNSN_T_WATER_LEVEL, "water_level"); - dmnsn_token_map(DMNSN_T_WAVES, "waves"); - dmnsn_token_map(DMNSN_T_WIDTH, "width"); - dmnsn_token_map(DMNSN_T_WOOD, "wood"); - dmnsn_token_map(DMNSN_T_WRINKLES, "wrinkles"); - dmnsn_token_map(DMNSN_T_X, "x"); - dmnsn_token_map(DMNSN_T_Y, "y"); - dmnsn_token_map(DMNSN_T_YES, "yes"); - dmnsn_token_map(DMNSN_T_Z, "z"); - - /* Directives */ - dmnsn_token_map(DMNSN_T_BREAK, "#break"); - dmnsn_token_map(DMNSN_T_CASE, "#case"); - dmnsn_token_map(DMNSN_T_DEBUG, "#debug"); - dmnsn_token_map(DMNSN_T_DECLARE, "#declare"); - dmnsn_token_map(DMNSN_T_DEFAULT, "#default"); - dmnsn_token_map(DMNSN_T_ELSE, "#else"); - dmnsn_token_map(DMNSN_T_END, "#end"); - dmnsn_token_map(DMNSN_T_ERROR, "#error"); - dmnsn_token_map(DMNSN_T_FCLOSE, "#fclose"); - dmnsn_token_map(DMNSN_T_FOPEN, "#fopen"); - dmnsn_token_map(DMNSN_T_IF, "#if"); - dmnsn_token_map(DMNSN_T_IFDEF, "#ifdef"); - dmnsn_token_map(DMNSN_T_IFNDEF, "#ifndef"); - dmnsn_token_map(DMNSN_T_INCLUDE, "#include"); - dmnsn_token_map(DMNSN_T_LOCAL, "#local"); - dmnsn_token_map(DMNSN_T_MACRO, "#macro"); - dmnsn_token_map(DMNSN_T_RANGE, "#range"); - dmnsn_token_map(DMNSN_T_READ, "#read"); - dmnsn_token_map(DMNSN_T_RENDER, "#render"); - dmnsn_token_map(DMNSN_T_STATISTICS, "#statistics"); - dmnsn_token_map(DMNSN_T_SWITCH, "#switch"); - dmnsn_token_map(DMNSN_T_UNDEF, "#undef"); - dmnsn_token_map(DMNSN_T_VERSION, "#version"); - dmnsn_token_map(DMNSN_T_WARNING, "#warning"); - dmnsn_token_map(DMNSN_T_WHILE, "#while"); - dmnsn_token_map(DMNSN_T_WRITE, "#write"); - - /* Strings */ - dmnsn_token_map(DMNSN_T_STRING, "string"); - - /* Identifiers */ - dmnsn_token_map(DMNSN_T_IDENTIFIER, "identifier"); - - default: - fprintf(stderr, "Warning: unrecognised token %d.\n", (int)token_type); - return "unrecognized-token"; - } -} diff --git a/dimension/tokenize.h b/dimension/tokenize.h index 98a9c2f..14010f8 100644 --- a/dimension/tokenize.h +++ b/dimension/tokenize.h @@ -524,7 +524,7 @@ struct dmnsn_token { char *value; /* File name, and line and column numbers from source code */ - char *filename; + const char *filename; unsigned int line, col; }; diff --git a/dimension/tokenize.l b/dimension/tokenize.l new file mode 100644 index 0000000..5ebd4ed --- /dev/null +++ b/dimension/tokenize.l @@ -0,0 +1,775 @@ +/************************************************************************* + * Copyright (C) 2009 Tavian Barnes <tavianator@gmail.com> * + * * + * This file is part of Dimension. * + * * + * Dimension is free software; you can redistribute it and/or modify it * + * under the terms of the GNU General Public License as published by the * + * Free Software Foundation; either version 3 of the License, or (at * + * your option) any later version. * + * * + * Dimension is distributed in the hope that it will be useful, but * + * WITHOUT ANY WARRANTY; without even the implied warranty of * + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * + * General Public License for more details. * + * * + * You should have received a copy of the GNU General Public License * + * along with this program. If not, see <http://www.gnu.org/licenses/>. * + *************************************************************************/ + +%option reentrant yylineno noyywrap + +%{ +#define YY_DECL static int yylex(const char *filename, dmnsn_array *tokens, \ + yyscan_t yyscanner) +#include "tokenize.h" +#include "utility.h" +#include <stdlib.h> +#include <stdio.h> +%} + +%x DMNSN_BLOCK_COMMENT +%x DMNSN_LINE_COMMENT +%x DMNSN_STRING +%x DMNSN_STRING_ESCAPE + +%% + +%{ +#define PUSH_TOKEN(token_type) \ + do { \ + token.type = token_type; \ + token.filename = filename; \ + token.line = yylineno; \ + token.col = yycolumn; \ + token.value = NULL; \ + PUSH(); \ + } while (0) + +#define PUSH_VALUE_TOKEN(token_type) \ + do { \ + token.type = token_type; \ + token.filename = filename; \ + token.line = yylineno; \ + token.col = yycolumn; \ + token.value = strdup(yytext); \ + PUSH(); \ + } while (0) + +#define STRING_TOKEN() \ + do { \ + token.type = DMNSN_T_STRING; \ + token.filename = filename; \ + token.line = yylineno; \ + token.col = yycolumn; \ + token.value = malloc(1); \ + token.value[0] = '\0'; \ + string_length = 0; \ + } while (0) + +#define STRCAT(str, len) \ + do { \ + token.value = realloc(token.value, string_length + len + 1); \ + strncpy(token.value + string_length, str, len); \ + string_length += len; \ + } while(0) + +#define PUSH() dmnsn_array_push(tokens, &token) + +dmnsn_token token; +size_t string_length; +unsigned long wchar; +%} + +"/*" BEGIN(DMNSN_BLOCK_COMMENT); +"//" BEGIN(DMNSN_LINE_COMMENT); + +<DMNSN_BLOCK_COMMENT>"*/" BEGIN(INITIAL); +<DMNSN_BLOCK_COMMENT>[^*\n]* ; +<DMNSN_BLOCK_COMMENT>"*" ; +<DMNSN_BLOCK_COMMENT>\n ; + +<DMNSN_LINE_COMMENT>\n BEGIN(INITIAL); +<DMNSN_LINE_COMMENT>[^\n]+ ; + +(?# Punctuation) +"{" PUSH_TOKEN(DMNSN_T_LBRACE); +"}" PUSH_TOKEN(DMNSN_T_RBRACE); +"(" PUSH_TOKEN(DMNSN_T_LPAREN); +")" PUSH_TOKEN(DMNSN_T_RPAREN); +"[" PUSH_TOKEN(DMNSN_T_LBRACKET); +"]" PUSH_TOKEN(DMNSN_T_RBRACKET); +"+" PUSH_TOKEN(DMNSN_T_PLUS); +"-" PUSH_TOKEN(DMNSN_T_MINUS); +"*" PUSH_TOKEN(DMNSN_T_STAR); +"/" PUSH_TOKEN(DMNSN_T_SLASH); +"," PUSH_TOKEN(DMNSN_T_COMMA); +";" PUSH_TOKEN(DMNSN_T_SEMICOLON); +"?" PUSH_TOKEN(DMNSN_T_QUESTION); +":" PUSH_TOKEN(DMNSN_T_COLON); +"&" PUSH_TOKEN(DMNSN_T_AND); +"." PUSH_TOKEN(DMNSN_T_DOT); +"|" PUSH_TOKEN(DMNSN_T_PIPE); +"<" PUSH_TOKEN(DMNSN_T_LESS); +">" PUSH_TOKEN(DMNSN_T_GREATER); +"!" PUSH_TOKEN(DMNSN_T_BANG); +"=" PUSH_TOKEN(DMNSN_T_EQUALS); +"<=" PUSH_TOKEN(DMNSN_T_LESS_EQUAL); +">=" PUSH_TOKEN(DMNSN_T_GREATER_EQUAL); +"!=" PUSH_TOKEN(DMNSN_T_NOT_EQUAL); + +(?# Integers) +[[:digit:]]+ | +0(x|X)[[:digit:]aAbBcCdDeEfF]+ PUSH_VALUE_TOKEN(DMNSN_T_INTEGER); + +(?# Floats) +[[:digit:]]*\.?[[:digit:]]+((e|E)(\+|-)?[[:digit:]]+)? { + PUSH_VALUE_TOKEN(DMNSN_T_FLOAT); +} + +(?# Keywords) +"box" PUSH_TOKEN(DMNSN_T_BOX); +"camera" PUSH_TOKEN(DMNSN_T_CAMERA); +"color" PUSH_TOKEN(DMNSN_T_COLOR); +"colour" PUSH_TOKEN(DMNSN_T_COLOR); +"sphere" PUSH_TOKEN(DMNSN_T_SPHERE); + +(?# Directives) +"#include" PUSH_TOKEN(DMNSN_T_INCLUDE); +"#declare" PUSH_TOKEN(DMNSN_T_DECLARE); + +(?# Identifiers) +[[:alpha:]][[:alnum:]_]* PUSH_VALUE_TOKEN(DMNSN_T_IDENTIFIER); + +(?# Strings) + +"\"" STRING_TOKEN(); BEGIN(DMNSN_STRING); +<DMNSN_STRING>[^\\\"\n]* STRCAT(yytext, yyleng); +<DMNSN_STRING>"\"" PUSH(); BEGIN(INITIAL); + +(?# String escape sequences) + +<DMNSN_STRING>"\\" BEGIN(DMNSN_STRING_ESCAPE); +<DMNSN_STRING_ESCAPE>"a" STRCAT("\a", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"b" STRCAT("\b", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"f" STRCAT("\f", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"n" STRCAT("\n", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"r" STRCAT("\r", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"t" STRCAT("\t", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"v" STRCAT("\v", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"\\" STRCAT("\\", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"'" STRCAT("'", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"\"" STRCAT("\"", 1); BEGIN(DMNSN_STRING); +<DMNSN_STRING_ESCAPE>"u"[[:digit:]aAbBcCdDeEfF]{4} { + wchar = strtoul(yytext + 1, NULL, 16); + STRCAT("", 2); + token.value[string_length - 2] = wchar/256; + token.value[string_length - 1] = wchar%256; + BEGIN(DMNSN_STRING); +} +<DMNSN_STRING_ESCAPE>. { + dmnsn_diagnostic(filename, yylineno, yycolumn, + "WARNING: unrecognised escape sequence '\\%c'", + (int)*yytext); + STRCAT(yytext, yyleng); + BEGIN(DMNSN_STRING); +} + +(?# Ignore whitespace) +[[:space:]]+ ; + +(?# Fall-through) +. { + dmnsn_diagnostic(filename, yylineno, yycolumn, + "Unrecognized character '%c' (0x%X)", + (int)*yytext, (unsigned int)*yytext); + return 1; +} + +%% + +dmnsn_array * +dmnsn_tokenize(const char *filename, FILE *file) +{ + dmnsn_array *tokens = dmnsn_new_array(sizeof(dmnsn_token)); + + yyscan_t scanner; + + yylex_init(&scanner); + yyset_in(file, scanner); + + if (yylex(filename, tokens, scanner) != 0) { + dmnsn_delete_tokens(tokens); + tokens = NULL; + } + + yylex_destroy(scanner); + + return tokens; +} + +void +dmnsn_delete_tokens(dmnsn_array *tokens) +{ + dmnsn_token *token; + unsigned int i; + for (i = 0; i < dmnsn_array_size(tokens); ++i) { + token = dmnsn_array_at(tokens, i); + free(token->value); + } + dmnsn_delete_array(tokens); +} + +static void +dmnsn_print_token(FILE *file, dmnsn_token token) +{ + const char *tname; + if (token.type == DMNSN_T_LPAREN) { + tname = "\\("; + } else if (token.type == DMNSN_T_RPAREN) { + tname = "\\)"; + } else { + tname = dmnsn_token_string(token.type); + } + + if (token.value) { + fprintf(file, "(%s \"%s\")", tname, token.value); + } else { + fprintf(file, "%s", tname); + } +} + +void +dmnsn_print_token_sexpr(FILE *file, const dmnsn_array *tokens) +{ + dmnsn_token token; + unsigned int i; + + if (dmnsn_array_size(tokens) == 0) { + fprintf(file, "()"); + } else { + fprintf(file, "("); + dmnsn_array_get(tokens, 0, &token); + dmnsn_print_token(file, token); + + for (i = 1; i < dmnsn_array_size(tokens); ++i) { + fprintf(file, " "); + dmnsn_array_get(tokens, i, &token); + dmnsn_print_token(file, token); + } + + fprintf(file, ")"); + } + + fprintf(file, "\n"); +} + +const char * +dmnsn_token_string(dmnsn_token_type token_type) +{ + switch (token_type) { + /* Macro to shorten this huge switch */ +#define dmnsn_token_map(type, str) \ + case type: \ + return str; + + /* Punctuation */ + + dmnsn_token_map(DMNSN_T_LBRACE, "{"); + dmnsn_token_map(DMNSN_T_RBRACE, "}") + dmnsn_token_map(DMNSN_T_LPAREN, "("); + dmnsn_token_map(DMNSN_T_RPAREN, ")"); + dmnsn_token_map(DMNSN_T_LBRACKET, "["); + dmnsn_token_map(DMNSN_T_RBRACKET, "]"); + dmnsn_token_map(DMNSN_T_PLUS, "+"); + dmnsn_token_map(DMNSN_T_MINUS, "-"); + dmnsn_token_map(DMNSN_T_STAR, "*"); + dmnsn_token_map(DMNSN_T_SLASH, "/"); + dmnsn_token_map(DMNSN_T_COMMA, ","); + dmnsn_token_map(DMNSN_T_SEMICOLON, ";"); + dmnsn_token_map(DMNSN_T_QUESTION, "?"); + dmnsn_token_map(DMNSN_T_COLON, ":"); + dmnsn_token_map(DMNSN_T_AND, "&"); + dmnsn_token_map(DMNSN_T_DOT, "."); + dmnsn_token_map(DMNSN_T_PIPE, "|"); + dmnsn_token_map(DMNSN_T_LESS, "<"); + dmnsn_token_map(DMNSN_T_GREATER, ">"); + dmnsn_token_map(DMNSN_T_BANG, "!"); + dmnsn_token_map(DMNSN_T_EQUALS, "="); + + dmnsn_token_map(DMNSN_T_LESS_EQUAL, "<="); + dmnsn_token_map(DMNSN_T_GREATER_EQUAL, ">="); + dmnsn_token_map(DMNSN_T_NOT_EQUAL, "!="); + + /* Numeric values */ + dmnsn_token_map(DMNSN_T_INTEGER, "integer"); + dmnsn_token_map(DMNSN_T_FLOAT, "float"); + + /* Keywords */ + dmnsn_token_map(DMNSN_T_AA_LEVEL, "aa_level"); + dmnsn_token_map(DMNSN_T_AA_THRESHOLD, "aa_threshold"); + dmnsn_token_map(DMNSN_T_ABS, "abs"); + dmnsn_token_map(DMNSN_T_ABSORPTION, "absorption"); + dmnsn_token_map(DMNSN_T_ACCURACY, "accuracy"); + dmnsn_token_map(DMNSN_T_ACOS, "acos"); + dmnsn_token_map(DMNSN_T_ACOSH, "acosh"); + dmnsn_token_map(DMNSN_T_ADAPTIVE, "adaptive"); + dmnsn_token_map(DMNSN_T_ADC_BAILOUT, "adc_bailout"); + dmnsn_token_map(DMNSN_T_AGATE, "agate"); + dmnsn_token_map(DMNSN_T_AGATE_TURB, "agate_turb"); + dmnsn_token_map(DMNSN_T_ALL, "all"); + dmnsn_token_map(DMNSN_T_ALL_INTERSECTIONS, "all_intersections"); + dmnsn_token_map(DMNSN_T_ALPHA, "alpha"); + dmnsn_token_map(DMNSN_T_ALTITUDE, "altitude"); + dmnsn_token_map(DMNSN_T_ALWAYS_SAMPLE, "always_sample"); + dmnsn_token_map(DMNSN_T_AMBIENT, "ambient"); + dmnsn_token_map(DMNSN_T_AMBIENT_LIGHT, "ambient_light"); + dmnsn_token_map(DMNSN_T_ANGLE, "angle"); + dmnsn_token_map(DMNSN_T_APERTURE, "aperture"); + dmnsn_token_map(DMNSN_T_APPEND, "append"); + dmnsn_token_map(DMNSN_T_ARC_ANGLE, "arc_angle"); + dmnsn_token_map(DMNSN_T_AREA_LIGHT, "area_light"); + dmnsn_token_map(DMNSN_T_ARRAY, "array"); + dmnsn_token_map(DMNSN_T_ASC, "asc"); + dmnsn_token_map(DMNSN_T_ASCII, "ascii"); + dmnsn_token_map(DMNSN_T_ASIN, "asin"); + dmnsn_token_map(DMNSN_T_ASINH, "asinh"); + dmnsn_token_map(DMNSN_T_ASSUMED_GAMMA, "assumed_gamma"); + dmnsn_token_map(DMNSN_T_ATAN, "atan"); + dmnsn_token_map(DMNSN_T_ATAN2, "atan2"); + dmnsn_token_map(DMNSN_T_ATANH, "atanh"); + dmnsn_token_map(DMNSN_T_AUTOSTOP, "autostop"); + dmnsn_token_map(DMNSN_T_AVERAGE, "average"); + dmnsn_token_map(DMNSN_T_B_SPLINE, "b_spline"); + dmnsn_token_map(DMNSN_T_BACKGROUND, "background"); + dmnsn_token_map(DMNSN_T_BEZIER_SPLINE, "bezier_spline"); + dmnsn_token_map(DMNSN_T_BICUBIC_PATCH, "bicubic_patch"); + dmnsn_token_map(DMNSN_T_BLACK_HOLE, "black_hole"); + dmnsn_token_map(DMNSN_T_BLOB, "blob"); + dmnsn_token_map(DMNSN_T_BLUE, "blue"); + dmnsn_token_map(DMNSN_T_BLUR_SAMPLES, "blur_samples"); + dmnsn_token_map(DMNSN_T_BOUNDED_BY, "bounded_by"); + dmnsn_token_map(DMNSN_T_BOX, "box"); + dmnsn_token_map(DMNSN_T_BOXED, "boxed"); + dmnsn_token_map(DMNSN_T_BOZO, "bozo"); + dmnsn_token_map(DMNSN_T_BRICK, "brick"); + dmnsn_token_map(DMNSN_T_BRICK_SIZE, "brick_size"); + dmnsn_token_map(DMNSN_T_BRIGHTNESS, "brightness"); + dmnsn_token_map(DMNSN_T_BRILLIANCE, "brilliance"); + dmnsn_token_map(DMNSN_T_BUMP_MAP, "bump_map"); + dmnsn_token_map(DMNSN_T_BUMP_SIZE, "bump_size"); + dmnsn_token_map(DMNSN_T_BUMPS, "bumps"); + dmnsn_token_map(DMNSN_T_CAMERA, "camera"); + dmnsn_token_map(DMNSN_T_CAUSTICS, "caustics"); + dmnsn_token_map(DMNSN_T_CEIL, "ceil"); + dmnsn_token_map(DMNSN_T_CELLS, "cells"); + dmnsn_token_map(DMNSN_T_CHARSET, "charset"); + dmnsn_token_map(DMNSN_T_CHECKER, "checker"); + dmnsn_token_map(DMNSN_T_CHR, "chr"); + dmnsn_token_map(DMNSN_T_CIRCULAR, "circular"); + dmnsn_token_map(DMNSN_T_CLIPPED_BY, "clipped_by"); + dmnsn_token_map(DMNSN_T_CLOCK, "clock"); + dmnsn_token_map(DMNSN_T_CLOCK_DELTA, "clock_delta"); + dmnsn_token_map(DMNSN_T_CLOCK_ON, "clock_on"); + dmnsn_token_map(DMNSN_T_COLLECT, "collect"); + dmnsn_token_map(DMNSN_T_COLOR, "color"); + dmnsn_token_map(DMNSN_T_COLOR_MAP, "color_map"); + dmnsn_token_map(DMNSN_T_COMPONENT, "component"); + dmnsn_token_map(DMNSN_T_COMPOSITE, "composite"); + dmnsn_token_map(DMNSN_T_CONCAT, "concat"); + dmnsn_token_map(DMNSN_T_CONE, "cone"); + dmnsn_token_map(DMNSN_T_CONFIDENCE, "confidence"); + dmnsn_token_map(DMNSN_T_CONIC_SWEEP, "conic_sweep"); + dmnsn_token_map(DMNSN_T_CONSERVE_ENERGY, "conserve_energy"); + dmnsn_token_map(DMNSN_T_CONTAINED_BY, "contained_by"); + dmnsn_token_map(DMNSN_T_CONTROL0, "control0"); + dmnsn_token_map(DMNSN_T_CONTROL1, "control1"); + dmnsn_token_map(DMNSN_T_COORDS, "coords"); + dmnsn_token_map(DMNSN_T_COS, "cos"); + dmnsn_token_map(DMNSN_T_COSH, "cosh"); + dmnsn_token_map(DMNSN_T_COUNT, "count"); + dmnsn_token_map(DMNSN_T_CRACKLE, "crackle"); + dmnsn_token_map(DMNSN_T_CRAND, "crand"); + dmnsn_token_map(DMNSN_T_CUBE, "cube"); + dmnsn_token_map(DMNSN_T_CUBIC, "cubic"); + dmnsn_token_map(DMNSN_T_CUBIC_SPLINE, "cubic_spline"); + dmnsn_token_map(DMNSN_T_CUBIC_WAVE, "cubic_wave"); + dmnsn_token_map(DMNSN_T_CUTAWAY_TEXTURES, "cutaway_textures"); + dmnsn_token_map(DMNSN_T_CYLINDER, "cylinder"); + dmnsn_token_map(DMNSN_T_CYLINDRICAL, "cylindrical"); + dmnsn_token_map(DMNSN_T_DEFINED, "defined"); + dmnsn_token_map(DMNSN_T_DEGREES, "degrees"); + dmnsn_token_map(DMNSN_T_DENSITY, "density"); + dmnsn_token_map(DMNSN_T_DENSITY_FILE, "density_file"); + dmnsn_token_map(DMNSN_T_DENSITY_MAP, "density_map"); + dmnsn_token_map(DMNSN_T_DENTS, "dents"); + dmnsn_token_map(DMNSN_T_DF3, "df3"); + dmnsn_token_map(DMNSN_T_DIFFERENCE, "difference"); + dmnsn_token_map(DMNSN_T_DIFFUSE, "diffuse"); + dmnsn_token_map(DMNSN_T_DIMENSION_SIZE, "dimension_size"); + dmnsn_token_map(DMNSN_T_DIMENSIONS, "dimensions"); + dmnsn_token_map(DMNSN_T_DIRECTION, "direction"); + dmnsn_token_map(DMNSN_T_DISC, "disc"); + dmnsn_token_map(DMNSN_T_DISPERSION, "dispersion"); + dmnsn_token_map(DMNSN_T_DISPERSION_SAMPLES, "dispersion_samples"); + dmnsn_token_map(DMNSN_T_DIST_EXP, "dist_exp"); + dmnsn_token_map(DMNSN_T_DISTANCE, "distance"); + dmnsn_token_map(DMNSN_T_DIV, "div"); + dmnsn_token_map(DMNSN_T_DOUBLE_ILLUMINATE, "double_illuminate"); + dmnsn_token_map(DMNSN_T_ECCENTRICITY, "eccentricity"); + dmnsn_token_map(DMNSN_T_EMISSION, "emission"); + dmnsn_token_map(DMNSN_T_ERROR_BOUND, "error_bound"); + dmnsn_token_map(DMNSN_T_EVALUATE, "evaluate"); + dmnsn_token_map(DMNSN_T_EXP, "exp"); + dmnsn_token_map(DMNSN_T_EXPAND_THRESHOLDS, "expand_thresholds"); + dmnsn_token_map(DMNSN_T_EXPONENT, "exponent"); + dmnsn_token_map(DMNSN_T_EXTERIOR, "exterior"); + dmnsn_token_map(DMNSN_T_EXTINCTION, "extinction"); + dmnsn_token_map(DMNSN_T_FACE_INDICES, "face_indices"); + dmnsn_token_map(DMNSN_T_FACETS, "facets"); + dmnsn_token_map(DMNSN_T_FADE_COLOR, "fade_color"); + dmnsn_token_map(DMNSN_T_FADE_DISTANCE, "fade_distance"); + dmnsn_token_map(DMNSN_T_FADE_POWER, "fade_power"); + dmnsn_token_map(DMNSN_T_FALLOFF, "falloff"); + dmnsn_token_map(DMNSN_T_FALLOFF_ANGLE, "falloff_angle"); + dmnsn_token_map(DMNSN_T_FALSE, "false"); + dmnsn_token_map(DMNSN_T_FILE_EXISTS, "file_exists"); + dmnsn_token_map(DMNSN_T_FILTER, "filter"); + dmnsn_token_map(DMNSN_T_FINAL_CLOCK, "final_clock"); + dmnsn_token_map(DMNSN_T_FINAL_FRAME, "final_frame"); + dmnsn_token_map(DMNSN_T_FINISH, "finish"); + dmnsn_token_map(DMNSN_T_FISHEYE, "fisheye"); + dmnsn_token_map(DMNSN_T_FLATNESS, "flatness"); + dmnsn_token_map(DMNSN_T_FLIP, "flip"); + dmnsn_token_map(DMNSN_T_FLOOR, "floor"); + dmnsn_token_map(DMNSN_T_FOCAL_POINT, "focal_point"); + dmnsn_token_map(DMNSN_T_FOG, "fog"); + dmnsn_token_map(DMNSN_T_FOG_ALT, "fog_alt"); + dmnsn_token_map(DMNSN_T_FOG_OFFSET, "fog_offset"); + dmnsn_token_map(DMNSN_T_FOG_TYPE, "fog_type"); + dmnsn_token_map(DMNSN_T_FORM, "form"); + dmnsn_token_map(DMNSN_T_FRAME_NUMBER, "frame_number"); + dmnsn_token_map(DMNSN_T_FREQUENCY, "frequency"); + dmnsn_token_map(DMNSN_T_FRESNEL, "fresnel"); + dmnsn_token_map(DMNSN_T_FUNCTION, "function"); + dmnsn_token_map(DMNSN_T_GATHER, "gather"); + dmnsn_token_map(DMNSN_T_GIF, "gif"); + dmnsn_token_map(DMNSN_T_GLOBAL_LIGHTS, "global_lights"); + dmnsn_token_map(DMNSN_T_GLOBAL_SETTINGS, "global_settings"); + dmnsn_token_map(DMNSN_T_GRADIENT, "gradient"); + dmnsn_token_map(DMNSN_T_GRANITE, "granite"); + dmnsn_token_map(DMNSN_T_GRAY, "gray"); + dmnsn_token_map(DMNSN_T_GRAY_THRESHOLD, "gray_threshold"); + dmnsn_token_map(DMNSN_T_GREEN, "green"); + dmnsn_token_map(DMNSN_T_HEIGHT_FIELD, "height_field"); + dmnsn_token_map(DMNSN_T_HEXAGON, "hexagon"); + dmnsn_token_map(DMNSN_T_HF_GRAY_16, "hf_gray_16"); + dmnsn_token_map(DMNSN_T_HIERARCHY, "hierarchy"); + dmnsn_token_map(DMNSN_T_HYPERCOMPLEX, "hypercomplex"); + dmnsn_token_map(DMNSN_T_HOLLOW, "hollow"); + dmnsn_token_map(DMNSN_T_IFF, "iff"); + dmnsn_token_map(DMNSN_T_IMAGE_HEIGHT, "image_height"); + dmnsn_token_map(DMNSN_T_IMAGE_MAP, "image_map"); + dmnsn_token_map(DMNSN_T_IMAGE_PATTERN, "image_pattern"); + dmnsn_token_map(DMNSN_T_IMAGE_WIDTH, "image_width"); + dmnsn_token_map(DMNSN_T_INITIAL_CLOCK, "initial_clock"); + dmnsn_token_map(DMNSN_T_INITIAL_FRAME, "initial_frame"); + dmnsn_token_map(DMNSN_T_INSIDE, "inside"); + dmnsn_token_map(DMNSN_T_INSIDE_VECTOR, "inside_vector"); + dmnsn_token_map(DMNSN_T_INT, "int"); + dmnsn_token_map(DMNSN_T_INTERIOR, "interior"); + dmnsn_token_map(DMNSN_T_INTERIOR_TEXTURE, "interior_texture"); + dmnsn_token_map(DMNSN_T_INTERNAL, "internal"); + dmnsn_token_map(DMNSN_T_INTERPOLATE, "interpolate"); + dmnsn_token_map(DMNSN_T_INTERSECTION, "intersection"); + dmnsn_token_map(DMNSN_T_INTERVALS, "intervals"); + dmnsn_token_map(DMNSN_T_INVERSE, "inverse"); + dmnsn_token_map(DMNSN_T_IOR, "ior"); + dmnsn_token_map(DMNSN_T_IRID, "irid"); + dmnsn_token_map(DMNSN_T_IRID_WAVELENGTH, "irid_wavelength"); + dmnsn_token_map(DMNSN_T_ISOSURFACE, "isosurface"); + dmnsn_token_map(DMNSN_T_JITTER, "jitter"); + dmnsn_token_map(DMNSN_T_JPEG, "jpeg"); + dmnsn_token_map(DMNSN_T_JULIA, "julia"); + dmnsn_token_map(DMNSN_T_JULIA_FRACTAL, "julia_fractal"); + dmnsn_token_map(DMNSN_T_LAMBDA, "lambda"); + dmnsn_token_map(DMNSN_T_LATHE, "lathe"); + dmnsn_token_map(DMNSN_T_LEOPARD, "leopard"); + dmnsn_token_map(DMNSN_T_LIGHT_GROUP, "light_group"); + dmnsn_token_map(DMNSN_T_LIGHT_SOURCE, "light_source"); + dmnsn_token_map(DMNSN_T_LINEAR_SPLINE, "linear_spline"); + dmnsn_token_map(DMNSN_T_LINEAR_SWEEP, "linear_sweep"); + dmnsn_token_map(DMNSN_T_LN, "ln"); + dmnsn_token_map(DMNSN_T_LOAD_FILE, "load_file"); + dmnsn_token_map(DMNSN_T_LOCATION, "location"); + dmnsn_token_map(DMNSN_T_LOG, "log"); + dmnsn_token_map(DMNSN_T_LOOK_AT, "look_at"); + dmnsn_token_map(DMNSN_T_LOOKS_LIKE, "looks_like"); + dmnsn_token_map(DMNSN_T_LOW_ERROR_FACTOR, "low_error_factor"); + dmnsn_token_map(DMNSN_T_MAGNET, "magnet"); + dmnsn_token_map(DMNSN_T_MAJOR_RADIUS, "major_radius"); + dmnsn_token_map(DMNSN_T_MANDEL, "mandel"); + dmnsn_token_map(DMNSN_T_MAP_TYPE, "map_type"); + dmnsn_token_map(DMNSN_T_MARBLE, "marble"); + dmnsn_token_map(DMNSN_T_MATERIAL, "material"); + dmnsn_token_map(DMNSN_T_MATERIAL_MAP, "material_map"); + dmnsn_token_map(DMNSN_T_MATRIX, "matrix"); + dmnsn_token_map(DMNSN_T_MAX, "max"); + dmnsn_token_map(DMNSN_T_MAX_EXTENT, "max_extent"); + dmnsn_token_map(DMNSN_T_MAX_GRADIENT, "max_gradient"); + dmnsn_token_map(DMNSN_T_MAX_INTERSECTIONS, "max_intersections"); + dmnsn_token_map(DMNSN_T_MAX_ITERATION, "max_iteration"); + dmnsn_token_map(DMNSN_T_MAX_SAMPLE, "max_sample"); + dmnsn_token_map(DMNSN_T_MAX_TRACE, "max_trace"); + dmnsn_token_map(DMNSN_T_MAX_TRACE_LEVEL, "max_trace_level"); + dmnsn_token_map(DMNSN_T_MEDIA, "media"); + dmnsn_token_map(DMNSN_T_MEDIA_ATTENUATION, "media_attenuation"); + dmnsn_token_map(DMNSN_T_MEDIA_INTERACTION, "media_interaction"); + dmnsn_token_map(DMNSN_T_MERGE, "merge"); + dmnsn_token_map(DMNSN_T_MESH, "mesh"); + dmnsn_token_map(DMNSN_T_MESH2, "mesh2"); + dmnsn_token_map(DMNSN_T_METALLIC, "metallic"); + dmnsn_token_map(DMNSN_T_METHOD, "method"); + dmnsn_token_map(DMNSN_T_METRIC, "metric"); + dmnsn_token_map(DMNSN_T_MIN, "min"); + dmnsn_token_map(DMNSN_T_MIN_EXTENT, "min_extent"); + dmnsn_token_map(DMNSN_T_MINIMUM_REUSE, "minimum_reuse"); + dmnsn_token_map(DMNSN_T_MOD, "mod"); + dmnsn_token_map(DMNSN_T_MORTAR, "mortar"); + dmnsn_token_map(DMNSN_T_NATURAL_SPLINE, "natural_spline"); + dmnsn_token_map(DMNSN_T_NEAREST_COUNT, "nearest_count"); + dmnsn_token_map(DMNSN_T_NO, "no"); + dmnsn_token_map(DMNSN_T_NO_BUMP_SCALE, "no_bump_scale"); + dmnsn_token_map(DMNSN_T_NO_IMAGE, "no_image"); + dmnsn_token_map(DMNSN_T_NO_REFLECTION, "no_reflection"); + dmnsn_token_map(DMNSN_T_NO_SHADOW, "no_shadow"); + dmnsn_token_map(DMNSN_T_NOISE_GENERATOR, "noise_generator"); + dmnsn_token_map(DMNSN_T_NORMAL, "normal"); + dmnsn_token_map(DMNSN_T_NORMAL_INDICES, "normal_indices"); + dmnsn_token_map(DMNSN_T_NORMAL_MAP, "normal_map"); + dmnsn_token_map(DMNSN_T_NORMAL_VECTORS, "normal_vectors"); + dmnsn_token_map(DMNSN_T_NUMBER_OF_WAVES, "number_of_waves"); + dmnsn_token_map(DMNSN_T_OBJECT, "object"); + dmnsn_token_map(DMNSN_T_OCTAVES, "octaves"); + dmnsn_token_map(DMNSN_T_OFF, "off"); + dmnsn_token_map(DMNSN_T_OFFSET, "offset"); + dmnsn_token_map(DMNSN_T_OMEGA, "omega"); + dmnsn_token_map(DMNSN_T_OMNIMAX, "omnimax"); + dmnsn_token_map(DMNSN_T_ON, "on"); + dmnsn_token_map(DMNSN_T_ONCE, "once"); + dmnsn_token_map(DMNSN_T_ONION, "onion"); + dmnsn_token_map(DMNSN_T_OPEN, "open"); + dmnsn_token_map(DMNSN_T_ORIENT, "orient"); + dmnsn_token_map(DMNSN_T_ORIENTATION, "orientation"); + dmnsn_token_map(DMNSN_T_ORTHOGRAPHIC, "orthographic"); + dmnsn_token_map(DMNSN_T_PANORAMIC, "panoramic"); + dmnsn_token_map(DMNSN_T_PARALLEL, "parallel"); + dmnsn_token_map(DMNSN_T_PARAMETRIC, "parametric"); + dmnsn_token_map(DMNSN_T_PASS_THROUGH, "pass_through"); + dmnsn_token_map(DMNSN_T_PATTERN, "pattern"); + dmnsn_token_map(DMNSN_T_PERSPECTIVE, "perspective"); + dmnsn_token_map(DMNSN_T_PGM, "pgm"); + dmnsn_token_map(DMNSN_T_PHASE, "phase"); + dmnsn_token_map(DMNSN_T_PHONG, "phong"); + dmnsn_token_map(DMNSN_T_PHONG_SIZE, "phong_size"); + dmnsn_token_map(DMNSN_T_PHOTONS, "photons"); + dmnsn_token_map(DMNSN_T_PI, "pi"); + dmnsn_token_map(DMNSN_T_PIGMENT, "pigment"); + dmnsn_token_map(DMNSN_T_PIGMENT_MAP, "pigment_map"); + dmnsn_token_map(DMNSN_T_PIGMENT_PATTERN, "pigment_pattern"); + dmnsn_token_map(DMNSN_T_PLANAR, "planar"); + dmnsn_token_map(DMNSN_T_PLANE, "plane"); + dmnsn_token_map(DMNSN_T_PNG, "png"); + dmnsn_token_map(DMNSN_T_POINT_AT, "point_at"); + dmnsn_token_map(DMNSN_T_POLY, "poly"); + dmnsn_token_map(DMNSN_T_POLY_WAVE, "poly_wave"); + dmnsn_token_map(DMNSN_T_POLYGON, "polygon"); + dmnsn_token_map(DMNSN_T_POT, "pot"); + dmnsn_token_map(DMNSN_T_POW, "pow"); + dmnsn_token_map(DMNSN_T_PPM, "ppm"); + dmnsn_token_map(DMNSN_T_PRECISION, "precision"); + dmnsn_token_map(DMNSN_T_PRECOMPUTE, "precompute"); + dmnsn_token_map(DMNSN_T_PRETRACE_END, "pretrace_end"); + dmnsn_token_map(DMNSN_T_PRETRACE_START, "pretrace_start"); + dmnsn_token_map(DMNSN_T_PRISM, "prism"); + dmnsn_token_map(DMNSN_T_PROD, "prod"); + dmnsn_token_map(DMNSN_T_PROJECTED_THROUGH, "projected_through"); + dmnsn_token_map(DMNSN_T_PWR, "pwr"); + dmnsn_token_map(DMNSN_T_QUADRATIC_SPLINE, "quadratic_spline"); + dmnsn_token_map(DMNSN_T_QUADRIC, "quadric"); + dmnsn_token_map(DMNSN_T_QUARTIC, "quartic"); + dmnsn_token_map(DMNSN_T_QUATERNION, "quaternion"); + dmnsn_token_map(DMNSN_T_QUICK_COLOR, "quick_color"); + dmnsn_token_map(DMNSN_T_QUILTED, "quilted"); + dmnsn_token_map(DMNSN_T_RADIAL, "radial"); + dmnsn_token_map(DMNSN_T_RADIANS, "radians"); + dmnsn_token_map(DMNSN_T_RADIOSITY, "radiosity"); + dmnsn_token_map(DMNSN_T_RADIUS, "radius"); + dmnsn_token_map(DMNSN_T_RAINBOW, "rainbow"); + dmnsn_token_map(DMNSN_T_RAMP_WAVE, "ramp_wave"); + dmnsn_token_map(DMNSN_T_RAND, "rand"); + dmnsn_token_map(DMNSN_T_RATIO, "ratio"); + dmnsn_token_map(DMNSN_T_RECIPROCAL, "reciprocal"); + dmnsn_token_map(DMNSN_T_RECURSION_LIMIT, "recursion_limit"); + dmnsn_token_map(DMNSN_T_RED, "red"); + dmnsn_token_map(DMNSN_T_REFLECTION, "reflection"); + dmnsn_token_map(DMNSN_T_REFLECTION_EXPONENT, "reflection_exponent"); + dmnsn_token_map(DMNSN_T_REFRACTION, "refraction"); + dmnsn_token_map(DMNSN_T_REPEAT, "repeat"); + dmnsn_token_map(DMNSN_T_RGB, "rgb"); + dmnsn_token_map(DMNSN_T_RGBF, "rgbf"); + dmnsn_token_map(DMNSN_T_RGBFT, "rgbft"); + dmnsn_token_map(DMNSN_T_RGBT, "rgbt"); + dmnsn_token_map(DMNSN_T_RIGHT, "right"); + dmnsn_token_map(DMNSN_T_RIPPLES, "ripples"); + dmnsn_token_map(DMNSN_T_ROTATE, "rotate"); + dmnsn_token_map(DMNSN_T_ROUGHNESS, "roughness"); + dmnsn_token_map(DMNSN_T_SAMPLES, "samples"); + dmnsn_token_map(DMNSN_T_SAVE_FILE, "save_file"); + dmnsn_token_map(DMNSN_T_SCALE, "scale"); + dmnsn_token_map(DMNSN_T_SCALLOP_WAVE, "scallop_wave"); + dmnsn_token_map(DMNSN_T_SCATTERING, "scattering"); + dmnsn_token_map(DMNSN_T_SEED, "seed"); + dmnsn_token_map(DMNSN_T_SELECT, "select"); + dmnsn_token_map(DMNSN_T_SHADOWLESS, "shadowless"); + dmnsn_token_map(DMNSN_T_SIN, "sin"); + dmnsn_token_map(DMNSN_T_SINE_WAVE, "sine_wave"); + dmnsn_token_map(DMNSN_T_SINH, "sinh"); + dmnsn_token_map(DMNSN_T_SIZE, "size"); + dmnsn_token_map(DMNSN_T_SKY, "sky"); + dmnsn_token_map(DMNSN_T_SKY_SPHERE, "sky_sphere"); + dmnsn_token_map(DMNSN_T_SLICE, "slice"); + dmnsn_token_map(DMNSN_T_SLOPE, "slope"); + dmnsn_token_map(DMNSN_T_SLOPE_MAP, "slope_map"); + dmnsn_token_map(DMNSN_T_SMOOTH, "smooth"); + dmnsn_token_map(DMNSN_T_SMOOTH_TRIANGLE, "smooth_triangle"); + dmnsn_token_map(DMNSN_T_SOLID, "solid"); + dmnsn_token_map(DMNSN_T_SOR, "sor"); + dmnsn_token_map(DMNSN_T_SPACING, "spacing"); + dmnsn_token_map(DMNSN_T_SPECULAR, "specular"); + dmnsn_token_map(DMNSN_T_SPHERE, "sphere"); + dmnsn_token_map(DMNSN_T_SPHERE_SWEEP, "sphere_sweep"); + dmnsn_token_map(DMNSN_T_SPHERICAL, "spherical"); + dmnsn_token_map(DMNSN_T_SPIRAL1, "spiral1"); + dmnsn_token_map(DMNSN_T_SPIRAL2, "spiral2"); + dmnsn_token_map(DMNSN_T_SPLINE, "spline"); + dmnsn_token_map(DMNSN_T_SPLIT_UNION, "split_union"); + dmnsn_token_map(DMNSN_T_SPOTLIGHT, "spotlight"); + dmnsn_token_map(DMNSN_T_SPOTTED, "spotted"); + dmnsn_token_map(DMNSN_T_SQR, "sqr"); + dmnsn_token_map(DMNSN_T_SQRT, "sqrt"); + dmnsn_token_map(DMNSN_T_STR, "str"); + dmnsn_token_map(DMNSN_T_STRCMP, "strcmp"); + dmnsn_token_map(DMNSN_T_STRENGTH, "strength"); + dmnsn_token_map(DMNSN_T_STRLEN, "strlen"); + dmnsn_token_map(DMNSN_T_STRLWR, "strlwr"); + dmnsn_token_map(DMNSN_T_STRUPR, "strupr"); + dmnsn_token_map(DMNSN_T_STURM, "sturm"); + dmnsn_token_map(DMNSN_T_SUBSTR, "substr"); + dmnsn_token_map(DMNSN_T_SUM, "sum"); + dmnsn_token_map(DMNSN_T_SUPERELLIPSOID, "superellipsoid"); + dmnsn_token_map(DMNSN_T_SYS, "sys"); + dmnsn_token_map(DMNSN_T_T, "t"); + dmnsn_token_map(DMNSN_T_TAN, "tan"); + dmnsn_token_map(DMNSN_T_TANH, "tanh"); + dmnsn_token_map(DMNSN_T_TARGET, "target"); + dmnsn_token_map(DMNSN_T_TEXT, "text"); + dmnsn_token_map(DMNSN_T_TEXTURE, "texture"); + dmnsn_token_map(DMNSN_T_TEXTURE_LIST, "texture_list"); + dmnsn_token_map(DMNSN_T_TEXTURE_MAP, "texture_map"); + dmnsn_token_map(DMNSN_T_TGA, "tga"); + dmnsn_token_map(DMNSN_T_THICKNESS, "thickness"); + dmnsn_token_map(DMNSN_T_THRESHOLD, "threshold"); + dmnsn_token_map(DMNSN_T_TIFF, "tiff"); + dmnsn_token_map(DMNSN_T_TIGHTNESS, "tightness"); + dmnsn_token_map(DMNSN_T_TILE2, "tile2"); + dmnsn_token_map(DMNSN_T_TILES, "tiles"); + dmnsn_token_map(DMNSN_T_TOLERANCE, "tolerance"); + dmnsn_token_map(DMNSN_T_TOROIDAL, "toroidal"); + dmnsn_token_map(DMNSN_T_TORUS, "torus"); + dmnsn_token_map(DMNSN_T_TRACE, "trace"); + dmnsn_token_map(DMNSN_T_TRANSFORM, "transform"); + dmnsn_token_map(DMNSN_T_TRANSLATE, "translate"); + dmnsn_token_map(DMNSN_T_TRANSMIT, "transmit"); + dmnsn_token_map(DMNSN_T_TRIANGLE, "triangle"); + dmnsn_token_map(DMNSN_T_TRIANGLE_WAVE, "triangle_wave"); + dmnsn_token_map(DMNSN_T_TRUE, "true"); + dmnsn_token_map(DMNSN_T_TTF, "ttf"); + dmnsn_token_map(DMNSN_T_TURB_DEPTH, "turb_depth"); + dmnsn_token_map(DMNSN_T_TURBULENCE, "turbulence"); + dmnsn_token_map(DMNSN_T_TYPE, "type"); + dmnsn_token_map(DMNSN_T_U, "u"); + dmnsn_token_map(DMNSN_T_U_STEPS, "u_steps"); + dmnsn_token_map(DMNSN_T_ULTRA_WIDE_ANGLE, "ultra_wide_angle"); + dmnsn_token_map(DMNSN_T_UNION, "union"); + dmnsn_token_map(DMNSN_T_UP, "up"); + dmnsn_token_map(DMNSN_T_USE_ALPHA, "use_alpha"); + dmnsn_token_map(DMNSN_T_USE_COLOR, "use_color"); + dmnsn_token_map(DMNSN_T_USE_INDEX, "use_index"); + dmnsn_token_map(DMNSN_T_UTF8, "utf8"); + dmnsn_token_map(DMNSN_T_UV_INDICES, "uv_indices"); + dmnsn_token_map(DMNSN_T_UV_MAPPING, "uv_mapping"); + dmnsn_token_map(DMNSN_T_UV_VECTORS, "uv_vectors"); + dmnsn_token_map(DMNSN_T_V, "v"); + dmnsn_token_map(DMNSN_T_V_STEPS, "v_steps"); + dmnsn_token_map(DMNSN_T_VAL, "val"); + dmnsn_token_map(DMNSN_T_VARIANCE, "variance"); + dmnsn_token_map(DMNSN_T_VAXIS_ROTATE, "vaxis_rotate"); + dmnsn_token_map(DMNSN_T_VCROSS, "vcross"); + dmnsn_token_map(DMNSN_T_VDOT, "vdot"); + dmnsn_token_map(DMNSN_T_VERTEX_VECTORS, "vertex_vectors"); + dmnsn_token_map(DMNSN_T_VLENGTH, "vlength"); + dmnsn_token_map(DMNSN_T_VNORMALIZE, "vnormalize"); + dmnsn_token_map(DMNSN_T_VROTATE, "vrotate"); + dmnsn_token_map(DMNSN_T_VSTR, "vstr"); + dmnsn_token_map(DMNSN_T_VTURBULENCE, "vturbulence"); + dmnsn_token_map(DMNSN_T_WARP, "warp"); + dmnsn_token_map(DMNSN_T_WATER_LEVEL, "water_level"); + dmnsn_token_map(DMNSN_T_WAVES, "waves"); + dmnsn_token_map(DMNSN_T_WIDTH, "width"); + dmnsn_token_map(DMNSN_T_WOOD, "wood"); + dmnsn_token_map(DMNSN_T_WRINKLES, "wrinkles"); + dmnsn_token_map(DMNSN_T_X, "x"); + dmnsn_token_map(DMNSN_T_Y, "y"); + dmnsn_token_map(DMNSN_T_YES, "yes"); + dmnsn_token_map(DMNSN_T_Z, "z"); + + /* Directives */ + dmnsn_token_map(DMNSN_T_BREAK, "#break"); + dmnsn_token_map(DMNSN_T_CASE, "#case"); + dmnsn_token_map(DMNSN_T_DEBUG, "#debug"); + dmnsn_token_map(DMNSN_T_DECLARE, "#declare"); + dmnsn_token_map(DMNSN_T_DEFAULT, "#default"); + dmnsn_token_map(DMNSN_T_ELSE, "#else"); + dmnsn_token_map(DMNSN_T_END, "#end"); + dmnsn_token_map(DMNSN_T_ERROR, "#error"); + dmnsn_token_map(DMNSN_T_FCLOSE, "#fclose"); + dmnsn_token_map(DMNSN_T_FOPEN, "#fopen"); + dmnsn_token_map(DMNSN_T_IF, "#if"); + dmnsn_token_map(DMNSN_T_IFDEF, "#ifdef"); + dmnsn_token_map(DMNSN_T_IFNDEF, "#ifndef"); + dmnsn_token_map(DMNSN_T_INCLUDE, "#include"); + dmnsn_token_map(DMNSN_T_LOCAL, "#local"); + dmnsn_token_map(DMNSN_T_MACRO, "#macro"); + dmnsn_token_map(DMNSN_T_RANGE, "#range"); + dmnsn_token_map(DMNSN_T_READ, "#read"); + dmnsn_token_map(DMNSN_T_RENDER, "#render"); + dmnsn_token_map(DMNSN_T_STATISTICS, "#statistics"); + dmnsn_token_map(DMNSN_T_SWITCH, "#switch"); + dmnsn_token_map(DMNSN_T_UNDEF, "#undef"); + dmnsn_token_map(DMNSN_T_VERSION, "#version"); + dmnsn_token_map(DMNSN_T_WARNING, "#warning"); + dmnsn_token_map(DMNSN_T_WHILE, "#while"); + dmnsn_token_map(DMNSN_T_WRITE, "#write"); + + /* Strings */ + dmnsn_token_map(DMNSN_T_STRING, "string"); + + /* Identifiers */ + dmnsn_token_map(DMNSN_T_IDENTIFIER, "identifier"); + + default: + fprintf(stderr, "Warning: unrecognised token %d.\n", (int)token_type); + return "unrecognized-token"; + } +} |