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nuclear@0
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1 #include <stdio.h>
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nuclear@0
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2 #include <stdlib.h>
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3 #include <string.h>
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4 #include <assert.h>
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5 #include "gfx.h"
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nuclear@0
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6 #include "image.h"
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nuclear@0
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7 #include "logger.h"
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8
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9
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nuclear@0
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10 static int proc_event(union gfx_event *ev);
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11
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12 int main(int argc, char **argv)
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nuclear@0
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13 {
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nuclear@7
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14 int i;
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nuclear@7
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15 unsigned int flags = 0;
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nuclear@7
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16 const char *fname = 0;
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nuclear@0
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17 struct ham_image *img;
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18
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nuclear@7
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19 for(i=1; i<argc; i++) {
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nuclear@7
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20 if(argv[i][0] == '-') {
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nuclear@7
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21 if(strcmp(argv[i], "-ilace") == 0) {
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nuclear@7
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22 flags |= GFX_ILACE;
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nuclear@7
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23 } else {
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nuclear@7
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24 fprintf(stderr, "invalid option: %s\n", argv[i]);
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nuclear@7
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25 return 1;
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nuclear@7
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26 }
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nuclear@7
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27 } else {
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nuclear@7
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28 if(fname) {
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nuclear@7
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29 fprintf(stderr, "unexpected argument: %s\n", argv[i]);
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nuclear@7
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30 return 1;
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nuclear@7
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31 }
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nuclear@7
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32 fname = argv[i];
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nuclear@0
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33 }
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nuclear@7
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34 }
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nuclear@7
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35
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nuclear@7
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36 if(fname) {
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nuclear@7
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37 if(!(img = load_ilbm(fname))) {
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nuclear@7
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38 if(!(img = load_ham_image(fname))) {
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nuclear@7
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39 fprintf(stderr, "failed to load image: %s\n", fname);
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nuclear@7
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40 return 1;
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nuclear@7
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41 }
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nuclear@7
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42 }
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nuclear@7
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43 logmsg("loaded %s: %dx%d, %d bitplanes%s\n", fname, img->width, img->height,
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nuclear@7
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44 img->nbitplanes, img->ham ? " (HAM)" : "");
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nuclear@0
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45 } else {
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nuclear@0
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46 printf("generating test image ...\n");
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nuclear@0
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47 if(!(img = gen_ham_image(320, 256, 6))) {
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nuclear@0
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48 fprintf(stderr, "failed to generate image\n");
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nuclear@0
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49 return 1;
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nuclear@0
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50 }
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nuclear@0
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51 }
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nuclear@0
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52
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nuclear@7
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53 if(img->nbitplanes >= 6) img->ham = 1; /* XXX */
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nuclear@7
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54 if(img->ham) flags |= GFX_HAM;
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nuclear@7
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55
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nuclear@7
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56 if(gfx_init(img->nbitplanes, flags) == -1) {
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nuclear@0
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57 return 1;
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nuclear@0
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58 }
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nuclear@7
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59 gfx_set_framebuffer(0, img->width, img->height);
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nuclear@0
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60 gfx_wait_vblank();
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nuclear@3
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61 gfx_show_image(img);
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nuclear@0
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62
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nuclear@0
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63 for(;;) {
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nuclear@0
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64 union gfx_event ev;
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nuclear@0
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65 if(gfx_next_event(&ev, GFX_EVLOOP_BLOCK)) {
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nuclear@0
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66 if(proc_event(&ev) == -1) {
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nuclear@0
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67 break;
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nuclear@0
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68 }
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nuclear@0
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69 }
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nuclear@0
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70 }
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nuclear@0
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71
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nuclear@0
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72 gfx_shutdown();
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nuclear@0
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73 return 0;
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nuclear@0
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74 }
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nuclear@0
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75
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nuclear@0
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76 static int proc_event(union gfx_event *ev)
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nuclear@0
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77 {
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nuclear@0
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78 switch(ev->type) {
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nuclear@0
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79 case GFX_EV_QUIT:
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nuclear@0
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80 return -1;
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nuclear@0
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81
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nuclear@0
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82 case GFX_EV_KEY:
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nuclear@0
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83 switch(ev->key.key) {
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nuclear@0
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84 case 27:
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nuclear@0
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85 return -1;
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nuclear@0
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86 default:
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nuclear@0
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87 break;
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nuclear@0
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88 }
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nuclear@0
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89 break;
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nuclear@0
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90
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nuclear@0
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91 default:
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nuclear@0
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92 break;
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nuclear@0
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93 }
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nuclear@0
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94 return 0;
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nuclear@0
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95 }
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