91 int ifc = r.next_uint();
92 assert(ifc == injected_fields, "Must be");
93 for (int i = 0; i < jfc + ifc; i++) {
94 FieldInfo fi;
95 r.read_field_info(fi);
96 FieldInfo* fi_ref = fields->adr_at(i);
97 assert(fi_ref->name_index() == fi.name_index(), "Must be");
98 assert(fi_ref->signature_index() == fi.signature_index(), "Must be");
99 assert(fi_ref->offset() == fi.offset(), "Must be");
100 assert(fi_ref->access_flags().as_int() == fi.access_flags().as_int(), "Must be");
101 assert(fi_ref->field_flags().as_uint() == fi.field_flags().as_uint(), " Must be");
102 if(fi_ref->field_flags().is_initialized()) {
103 assert(fi_ref->initializer_index() == fi.initializer_index(), "Must be");
104 }
105 if (fi_ref->field_flags().is_generic()) {
106 assert(fi_ref->generic_signature_index() == fi.generic_signature_index(), "Must be");
107 }
108 if (fi_ref->field_flags().is_contended()) {
109 assert(fi_ref->contended_group() == fi.contended_group(), "Must be");
110 }
111 }
112 #endif // ASSERT
113
114 return fis;
115 }
116
117 GrowableArray<FieldInfo>* FieldInfoStream::create_FieldInfoArray(const Array<u1>* fis, int* java_fields_count, int* injected_fields_count) {
118 int length = FieldInfoStream::num_total_fields(fis);
119 GrowableArray<FieldInfo>* array = new GrowableArray<FieldInfo>(length);
120 FieldInfoReader r(fis);
121 *java_fields_count = r.next_uint();
122 *injected_fields_count = r.next_uint();
123 while (r.has_next()) {
124 FieldInfo fi;
125 r.read_field_info(fi);
126 array->append(fi);
127 }
128 assert(array->length() == length, "Must be");
129 assert(array->length() == *java_fields_count + *injected_fields_count, "Must be");
130 return array;
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91 int ifc = r.next_uint();
92 assert(ifc == injected_fields, "Must be");
93 for (int i = 0; i < jfc + ifc; i++) {
94 FieldInfo fi;
95 r.read_field_info(fi);
96 FieldInfo* fi_ref = fields->adr_at(i);
97 assert(fi_ref->name_index() == fi.name_index(), "Must be");
98 assert(fi_ref->signature_index() == fi.signature_index(), "Must be");
99 assert(fi_ref->offset() == fi.offset(), "Must be");
100 assert(fi_ref->access_flags().as_int() == fi.access_flags().as_int(), "Must be");
101 assert(fi_ref->field_flags().as_uint() == fi.field_flags().as_uint(), " Must be");
102 if(fi_ref->field_flags().is_initialized()) {
103 assert(fi_ref->initializer_index() == fi.initializer_index(), "Must be");
104 }
105 if (fi_ref->field_flags().is_generic()) {
106 assert(fi_ref->generic_signature_index() == fi.generic_signature_index(), "Must be");
107 }
108 if (fi_ref->field_flags().is_contended()) {
109 assert(fi_ref->contended_group() == fi.contended_group(), "Must be");
110 }
111 if (fi_ref->field_flags().has_null_marker()) {
112 assert(fi_ref->null_marker_offset() == fi.null_marker_offset(), "Must be");
113 }
114 }
115 #endif // ASSERT
116
117 return fis;
118 }
119
120 GrowableArray<FieldInfo>* FieldInfoStream::create_FieldInfoArray(const Array<u1>* fis, int* java_fields_count, int* injected_fields_count) {
121 int length = FieldInfoStream::num_total_fields(fis);
122 GrowableArray<FieldInfo>* array = new GrowableArray<FieldInfo>(length);
123 FieldInfoReader r(fis);
124 *java_fields_count = r.next_uint();
125 *injected_fields_count = r.next_uint();
126 while (r.has_next()) {
127 FieldInfo fi;
128 r.read_field_info(fi);
129 array->append(fi);
130 }
131 assert(array->length() == length, "Must be");
132 assert(array->length() == *java_fields_count + *injected_fields_count, "Must be");
133 return array;
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