8 					 struct message_block *block_r);
10 					    struct message_block *block_r);
13 			       struct message_block *block_r ATTR_UNUSED)  in preparsed_parse_eof()
51 				       struct message_block *block_r)  in preparsed_parse_body_finish()  argument
57 	return ctx->parse_next_block(ctx, block_r);  in preparsed_parse_body_finish()
61 					   struct message_block *block_r)  in preparsed_parse_prologue_finish()  argument
68 	return ctx->parse_next_block(ctx, block_r);  in preparsed_parse_prologue_finish()
72 				     struct message_block *block_r)  in preparsed_parse_body_more()  argument
80 	if ((ret = message_parser_read_more(ctx, block_r, &full)) <= 0)  in preparsed_parse_body_more()
83 	if (ctx->input->v_offset + block_r->size >= end_offset) {  in preparsed_parse_body_more()
84 		block_r->size = end_offset - ctx->input->v_offset;  in preparsed_parse_body_more()
87 	ctx->skip = block_r->size;  in preparsed_parse_body_more()
92 					 struct message_block *block_r)  in preparsed_parse_prologue_more()  argument
102 	if ((ret = message_parser_read_more(ctx, block_r, &full)) <= 0)  in preparsed_parse_prologue_more()
105 	if (ctx->input->v_offset + block_r->size >= end_offset) {  in preparsed_parse_prologue_more()
107 		block_r->size = end_offset - ctx->input->v_offset;  in preparsed_parse_prologue_more()
108 		cur = block_r->data + block_r->size - 1;  in preparsed_parse_prologue_more()
111 		if (block_r->size < 5 || *cur != '\n') {  in preparsed_parse_prologue_more()
120 		for (; cur >= block_r->data; cur--) {  in preparsed_parse_prologue_more()
129 		if (cur != block_r->data && cur[-1] == '\r') cur--;  in preparsed_parse_prologue_more()
132 		block_r->size = cur - block_r->data;			  in preparsed_parse_prologue_more()
135 		ctx->skip = block_r->size;  in preparsed_parse_prologue_more()
145 	if (ctx->input->v_offset + block_r->size >= boundary_min_start) {  in preparsed_parse_prologue_more()
148 		block_r->size = boundary_min_start - ctx->input->v_offset;  in preparsed_parse_prologue_more()
150 	ctx->skip = block_r->size;  in preparsed_parse_prologue_more()
155 					 struct message_block *block_r)  in preparsed_parse_epilogue_more()  argument
163 	if ((ret = message_parser_read_more(ctx, block_r, &full)) <= 0)  in preparsed_parse_epilogue_more()
166 	if (ctx->input->v_offset + block_r->size >= end_offset) {  in preparsed_parse_epilogue_more()
167 		block_r->size = end_offset - ctx->input->v_offset;  in preparsed_parse_epilogue_more()
170 	ctx->skip = block_r->size;  in preparsed_parse_epilogue_more()
175 					     struct message_block *block_r)  in preparsed_parse_epilogue_boundary()  argument
190 	if ((ret = message_parser_read_more(ctx, block_r, &full)) <= 0)  in preparsed_parse_epilogue_boundary()
194 	if (block_r->size < 7) {  in preparsed_parse_epilogue_boundary()
199 	data = block_r->data;  in preparsed_parse_epilogue_boundary()
200 	size = block_r->size;  in preparsed_parse_epilogue_boundary()
224 	block_r->size = 0;  in preparsed_parse_epilogue_boundary()
231 				     struct message_block *block_r)  in preparsed_parse_body_init()  argument
250 	return ctx->parse_next_block(ctx, block_r);  in preparsed_parse_body_init()
254 					 struct message_block *block_r)  in preparsed_parse_epilogue_init()  argument
271 	return ctx->parse_next_block(ctx, block_r);  in preparsed_parse_epilogue_init()
275 					 struct message_block *block_r)  in preparsed_parse_finish_header()  argument
290 	return ctx->parse_next_block(ctx, block_r);  in preparsed_parse_finish_header()
294 				       struct message_block *block_r)  in preparsed_parse_next_header()  argument
306 		block_r->hdr = hdr;  in preparsed_parse_next_header()
307 		block_r->size = 0;  in preparsed_parse_next_header()
315 	block_r->hdr = NULL;  in preparsed_parse_next_header()
316 	block_r->size = 0;  in preparsed_parse_next_header()
328 					    struct message_block *block_r)  in preparsed_parse_next_header_init()  argument
348 	return preparsed_parse_next_header(ctx, block_r);  in preparsed_parse_next_header_init()