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1
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#include "xh_config.h" |
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2
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#include "xh_core.h" |
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3
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4
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void |
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5
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63
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xh_h2x_native(xh_h2x_ctx_t *ctx, xh_char_t *key, I32 key_len, SV *value) |
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6
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{ |
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7
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xh_uint_t type; |
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8
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size_t i, len; |
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9
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SV *item_value; |
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10
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xh_char_t *item; |
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11
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I32 item_len; |
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12
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xh_sort_hash_t *sorted_hash; |
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13
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GV *method; |
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14
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15
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63
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value = xh_h2x_resolve_value(ctx, value, &type); |
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16
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17
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63
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100
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if (type & XH_H2X_T_BLESSED && (method = gv_fetchmethod_autoload(SvSTASH(value), "iternext", 0)) != NULL) { |
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50
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18
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while (1) { |
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19
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5
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item_value = xh_h2x_call_method(value, method); |
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20
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5
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100
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if (!SvOK(item_value)) break; |
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50
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50
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21
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4
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(void) xh_h2x_native(ctx, key, key_len, item_value); |
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22
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4
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SvREFCNT_dec(item_value); |
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23
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4
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} |
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24
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1
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goto FINISH; |
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25
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} |
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26
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27
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62
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100
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if (type & XH_H2X_T_SCALAR) { |
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28
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32
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xh_xml_write_node(&ctx->writer, key, key_len, value, type & XH_H2X_T_RAW); |
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29
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} |
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30
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30
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100
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else if (type & XH_H2X_T_HASH) { |
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31
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24
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50
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len = HvUSEDKEYS((HV *) value); |
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32
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24
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50
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if (len == 0) goto ADD_EMPTY_NODE; |
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33
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34
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24
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xh_xml_write_start_node(&ctx->writer, key, key_len); |
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35
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36
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24
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100
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if (len > 1 && ctx->opts.canonical) { |
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50
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37
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2
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sorted_hash = xh_sort_hash((HV *) value, len); |
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38
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7
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100
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for (i = 0; i < len; i++) { |
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39
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5
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xh_h2x_native(ctx, sorted_hash[i].key, sorted_hash[i].key_len, sorted_hash[i].value); |
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40
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} |
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41
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2
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free(sorted_hash); |
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42
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} |
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43
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else { |
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44
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22
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hv_iterinit((HV *) value); |
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45
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44
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100
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while ((item_value = hv_iternextsv((HV *) value, (char **) &item, &item_len))) { |
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46
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22
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xh_h2x_native(ctx, item, item_len, item_value); |
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47
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} |
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48
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} |
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49
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50
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24
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xh_xml_write_end_node(&ctx->writer, key, key_len); |
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51
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} |
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52
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6
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100
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else if (type & XH_H2X_T_ARRAY) { |
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53
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5
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len = av_len((AV *) value) + 1; |
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54
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16
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100
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for (i = 0; i < len; i++) { |
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55
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11
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xh_h2x_native(ctx, key, key_len, *av_fetch((AV *) value, i, 0)); |
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56
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} |
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57
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} |
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58
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else { |
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59
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ADD_EMPTY_NODE: |
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60
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1
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xh_xml_write_empty_node(&ctx->writer, key, key_len); |
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61
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} |
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62
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63
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FINISH: |
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64
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63
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ctx->depth--; |
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65
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63
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} |
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66
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67
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#ifdef XH_HAVE_DOM |
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68
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void |
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69
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xh_h2d_native(xh_h2x_ctx_t *ctx, xmlNodePtr rootNode, xh_char_t *key, I32 key_len, SV *value) |
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70
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{ |
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71
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xh_uint_t type; |
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72
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size_t i, len; |
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73
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SV *item_value; |
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74
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xh_char_t *item; |
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75
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I32 item_len; |
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76
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xh_sort_hash_t *sorted_hash; |
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77
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GV *method; |
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78
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79
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value = xh_h2x_resolve_value(ctx, value, &type); |
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80
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81
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if (type & XH_H2X_T_BLESSED && (method = gv_fetchmethod_autoload(SvSTASH(value), "iternext", 0)) != NULL) { |
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82
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while (1) { |
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83
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item_value = xh_h2x_call_method(value, method); |
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84
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if (!SvOK(item_value)) break; |
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85
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(void) xh_h2d_native(ctx, rootNode, key, key_len, item_value); |
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86
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SvREFCNT_dec(item_value); |
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87
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} |
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88
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goto FINISH; |
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89
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} |
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90
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91
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if (type & XH_H2X_T_SCALAR) { |
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92
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(void) xh_dom_new_node(ctx, rootNode, key, key_len, value, type & XH_H2X_T_RAW); |
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93
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} |
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94
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else if (type & XH_H2X_T_HASH) { |
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95
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len = HvUSEDKEYS((HV *) value); |
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96
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if (len == 0) goto ADD_EMPTY_NODE; |
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97
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98
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rootNode = xh_dom_new_node(ctx, rootNode, key, key_len, NULL, FALSE); |
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99
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100
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if (len > 1 && ctx->opts.canonical) { |
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101
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sorted_hash = xh_sort_hash((HV *) value, len); |
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102
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for (i = 0; i < len; i++) { |
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103
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xh_h2d_native(ctx, rootNode, sorted_hash[i].key, sorted_hash[i].key_len, sorted_hash[i].value); |
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104
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} |
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105
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free(sorted_hash); |
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106
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} |
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107
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else { |
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108
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hv_iterinit((HV *) value); |
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109
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while ((item_value = hv_iternextsv((HV *) value, (char **) &item, &item_len))) { |
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110
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xh_h2d_native(ctx, rootNode, item, item_len, item_value); |
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111
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} |
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112
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} |
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113
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} |
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114
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else if (type & XH_H2X_T_ARRAY) { |
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115
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len = av_len((AV *) value) + 1; |
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116
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for (i = 0; i < len; i++) { |
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117
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(void) xh_h2d_native(ctx, rootNode, key, key_len, *av_fetch((AV *) value, i, 0)); |
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118
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} |
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119
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} |
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120
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else { |
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121
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ADD_EMPTY_NODE: |
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122
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xh_dom_new_node(ctx, rootNode, key, key_len, NULL, FALSE); |
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123
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} |
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124
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125
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FINISH: |
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126
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ctx->depth--; |
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127
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} |
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128
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#endif |