#ifndef PHP_EXT_HTTP_H
#define PHP_EXT_HTTP_H
-#define PHP_HTTP_EXT_VERSION "2.0.0beta2"
+#define PHP_HTTP_EXT_VERSION "2.0.0beta3"
zend_module_entry http_module_entry;
#define phpext_http_ptr &http_module_entry
#endif
#define PHP_HTTP_BUFFER(p) ((php_http_buffer_t *) (p))
-#define PHP_HTTP_BUFFER_VAL(p) (PHP_HTTP_BUFFER(p))->data
-#define PHP_HTTP_BUFFER_LEN(p) (PHP_HTTP_BUFFER(p))->used
#define FREE_PHP_HTTP_BUFFER_PTR(STR) pefree(STR, STR->pmem)
#define FREE_PHP_HTTP_BUFFER_VAL(STR) php_http_buffer_dtor(STR)
#define FREE_PHP_HTTP_BUFFER(free, STR) \
switch (free) \
{ \
- case PHP_HTTP_BUFFER_FREE_NOT: break; \
- case PHP_HTTP_BUFFER_FREE_PTR: pefree(STR, STR->pmem); break; \
- case PHP_HTTP_BUFFER_FREE_VAL: php_http_buffer_dtor(STR); break; \
- case PHP_HTTP_BUFFER_FREE_ALL: \
- { \
- php_http_buffer_t *PTR = (STR); \
- php_http_buffer_free(&PTR); \
- } \
+ case PHP_HTTP_BUFFER_FREE_NOT: \
+ break; \
+ case PHP_HTTP_BUFFER_FREE_PTR: \
+ pefree(STR, STR->pmem); break; \
+ break; \
+ case PHP_HTTP_BUFFER_FREE_VAL: \
+ php_http_buffer_dtor(STR); \
+ break; \
+ case PHP_HTTP_BUFFER_FREE_ALL: { \
+ php_http_buffer_t *PTR = (STR); \
+ php_http_buffer_free(&PTR); \
+ break; \
+ } \
+ default:\
break; \
- default: break; \
}
#define RETURN_PHP_HTTP_BUFFER_PTR(STR) RETURN_PHP_HTTP_BUFFER((STR), PHP_HTTP_BUFFER_FREE_PTR, 0)
}
php_http_buffer_fix(&buf);
- *str = PHP_HTTP_BUFFER_VAL(&buf);
- *len = PHP_HTTP_BUFFER_LEN(&buf);
+ *str = buf.data;
+ *len = buf.used;
}
#define PHP_HTTP_BEGIN_ARGS(method, req_args) PHP_HTTP_BEGIN_ARGS_EX(HttpCookie, method, 0, req_args)
}
php_http_buffer_fix(&curl->options.cookies);
- if (PHP_HTTP_BUFFER_LEN(&curl->options.cookies)) {
- if (CURLE_OK != curl_easy_setopt(ch, CURLOPT_COOKIE, PHP_HTTP_BUFFER_VAL(&curl->options.cookies))) {
+ if (curl->options.cookies.used) {
+ if (CURLE_OK != curl_easy_setopt(ch, CURLOPT_COOKIE, curl->options.cookies.data)) {
return FAILURE;
}
}
php_http_buffer_init(&header);
php_http_buffer_appendf(&header, is_quoted?"%s: %s":"%s: \"%s\"", curl->options.range_request?"If-Match":"If-None-Match", Z_STRVAL_P(val));
php_http_buffer_fix(&header);
- curl->options.headers = curl_slist_append(curl->options.headers, PHP_HTTP_BUFFER_VAL(&header));
+ curl->options.headers = curl_slist_append(curl->options.headers, header.data);
php_http_buffer_dtor(&header);
return SUCCESS;
}
}
}
- if (PHP_HTTP_BUFFER_LEN(&curl->options.ranges)) {
+ if (curl->options.ranges.used) {
curl->options.range_request = 1;
/* ditch last comma */
- PHP_HTTP_BUFFER_VAL(&curl->options.ranges)[PHP_HTTP_BUFFER_LEN(&curl->options.ranges)-- -1] = '\0';
+ curl->options.ranges.data[curl->options.ranges.used - 1] = '\0';
}
}
- if (CURLE_OK != curl_easy_setopt(ch, CURLOPT_RANGE, PHP_HTTP_BUFFER_VAL(&curl->options.ranges))) {
+ if (CURLE_OK != curl_easy_setopt(ch, CURLOPT_RANGE, curl->options.ranges.data)) {
return FAILURE;
}
return SUCCESS;
php_http_buffer_appendf(&header, "%s: %s", header_key.str, Z_STRVAL_P(header_cpy));
php_http_buffer_fix(&header);
- curl->options.headers = curl_slist_append(curl->options.headers, PHP_HTTP_BUFFER_VAL(&header));
+ curl->options.headers = curl_slist_append(curl->options.headers, header.data);
php_http_buffer_reset(&header);
zval_ptr_dtor(&header_cpy);
if (Z_OK == (status = deflateCopy(to_ctx, from_ctx))) {
if ((to_ctx->opaque = php_http_buffer_init_ex(NULL, PHP_HTTP_DEFLATE_BUFFER_SIZE, p ? PHP_HTTP_BUFFER_INIT_PERSISTENT : 0))) {
- php_http_buffer_append(to_ctx->opaque, PHP_HTTP_BUFFER_VAL(from_ctx->opaque), PHP_HTTP_BUFFER_LEN(from_ctx->opaque));
+ php_http_buffer_append(to_ctx->opaque, PHP_HTTP_BUFFER(from_ctx->opaque)->data, PHP_HTTP_BUFFER(from_ctx->opaque)->used);
to->ctx = to_ctx;
return to;
}
if (Z_OK == (status = inflateCopy(to_ctx, from_ctx))) {
if ((to_ctx->opaque = php_http_buffer_init_ex(NULL, PHP_HTTP_DEFLATE_BUFFER_SIZE, p ? PHP_HTTP_BUFFER_INIT_PERSISTENT : 0))) {
- php_http_buffer_append(to_ctx->opaque, PHP_HTTP_BUFFER_VAL(from_ctx->opaque), PHP_HTTP_BUFFER_LEN(from_ctx->opaque));
+ php_http_buffer_append(to_ctx->opaque, PHP_HTTP_BUFFER(from_ctx->opaque)->data, PHP_HTTP_BUFFER(from_ctx->opaque)->used);
to->ctx = to_ctx;
return to;
}
if (php_http_buffer_init_ex(&to_ctx->buffer, PHP_HTTP_BUFFER_DEFAULT_SIZE, p ? PHP_HTTP_BUFFER_INIT_PERSISTENT : 0)) {
to_ctx->hexlen = from_ctx->hexlen;
to_ctx->zeroed = from_ctx->zeroed;
- php_http_buffer_append(&to_ctx->buffer, PHP_HTTP_BUFFER_VAL(&from_ctx->buffer), PHP_HTTP_BUFFER_LEN(&from_ctx->buffer));
+ php_http_buffer_append(&to_ctx->buffer, from_ctx->buffer.data, from_ctx->buffer.used);
to->ctx = to_ctx;
return to;
}
/* append input to our buffer */
php_http_buffer_append(PHP_HTTP_BUFFER(ctx->opaque), data, data_len);
- ctx->next_in = (Bytef *) PHP_HTTP_BUFFER_VAL(ctx->opaque);
- ctx->avail_in = PHP_HTTP_BUFFER_LEN(ctx->opaque);
+ ctx->next_in = (Bytef *) PHP_HTTP_BUFFER(ctx->opaque)->data;
+ ctx->avail_in = PHP_HTTP_BUFFER(ctx->opaque)->used;
/* deflate */
*encoded_len = PHP_HTTP_DEFLATE_BUFFER_SIZE_GUESS(data_len);
case Z_STREAM_END:
/* cut processed chunk off the buffer */
if (ctx->avail_in) {
- php_http_buffer_cut(PHP_HTTP_BUFFER(ctx->opaque), 0, PHP_HTTP_BUFFER_LEN(ctx->opaque) - ctx->avail_in);
+ php_http_buffer_cut(PHP_HTTP_BUFFER(ctx->opaque), 0, PHP_HTTP_BUFFER(ctx->opaque)->used - ctx->avail_in);
} else {
php_http_buffer_reset(PHP_HTTP_BUFFER(ctx->opaque));
}
php_http_buffer_append(PHP_HTTP_BUFFER(ctx->opaque), data, data_len);
retry_raw_inflate:
- ctx->next_in = (Bytef *) PHP_HTTP_BUFFER_VAL(ctx->opaque);
- ctx->avail_in = PHP_HTTP_BUFFER_LEN(ctx->opaque);
+ ctx->next_in = (Bytef *) PHP_HTTP_BUFFER(ctx->opaque)->data;
+ ctx->avail_in = PHP_HTTP_BUFFER(ctx->opaque)->used;
switch (status = php_http_inflate_rounds(ctx, PHP_HTTP_ENCODING_STREAM_FLUSH_FLAG(s->flags), decoded, decoded_len)) {
case Z_OK:
case Z_STREAM_END:
/* cut off */
if (ctx->avail_in) {
- php_http_buffer_cut(PHP_HTTP_BUFFER(ctx->opaque), 0, PHP_HTTP_BUFFER_LEN(ctx->opaque) - ctx->avail_in);
+ php_http_buffer_cut(PHP_HTTP_BUFFER(ctx->opaque), 0, PHP_HTTP_BUFFER(ctx->opaque)->used - ctx->avail_in);
} else {
php_http_buffer_reset(PHP_HTTP_BUFFER(ctx->opaque));
}
php_http_buffer_init(&tmp);
/* we have data in our buffer */
- while (PHP_HTTP_BUFFER_LEN(&ctx->buffer)) {
+ while (ctx->buffer.used) {
/* we already know the size of the chunk and are waiting for data */
if (ctx->hexlen) {
/* not enough data buffered */
- if (PHP_HTTP_BUFFER_LEN(&ctx->buffer) < ctx->hexlen) {
+ if (ctx->buffer.used < ctx->hexlen) {
/* flush anyway? */
if (s->flags & PHP_HTTP_ENCODING_STREAM_FLUSH_FULL) {
/* flush all data (should only be chunk data) */
- php_http_buffer_append(&tmp, PHP_HTTP_BUFFER_VAL(&ctx->buffer), PHP_HTTP_BUFFER_LEN(&ctx->buffer));
+ php_http_buffer_append(&tmp, ctx->buffer.data, ctx->buffer.used);
/* waiting for less data now */
- ctx->hexlen -= PHP_HTTP_BUFFER_LEN(&ctx->buffer);
+ ctx->hexlen -= ctx->buffer.used;
/* no more buffered data */
php_http_buffer_reset(&ctx->buffer);
/* break */
/* we seem to have all data of the chunk */
else {
- php_http_buffer_append(&tmp, PHP_HTTP_BUFFER_VAL(&ctx->buffer), ctx->hexlen);
+ php_http_buffer_append(&tmp, ctx->buffer.data, ctx->hexlen);
/* remove outgoing data from the buffer */
- php_http_buffer_cut(PHP_HTTP_BUFFER(&ctx->buffer), 0, ctx->hexlen);
+ php_http_buffer_cut(&ctx->buffer, 0, ctx->hexlen);
/* reset hexlen */
ctx->hexlen = 0;
/* continue */
size_t off = 0;
/* ignore preceeding CRLFs (too loose?) */
- while (off < PHP_HTTP_BUFFER_LEN(&ctx->buffer) && (
- PHP_HTTP_BUFFER_VAL(&ctx->buffer)[off] == '\n' ||
- PHP_HTTP_BUFFER_VAL(&ctx->buffer)[off] == '\r')) {
+ while (off < ctx->buffer.used && (
+ ctx->buffer.data[off] == '\n' ||
+ ctx->buffer.data[off] == '\r')) {
++off;
}
if (off) {
- php_http_buffer_cut(PHP_HTTP_BUFFER(&ctx->buffer), 0, off);
+ php_http_buffer_cut(&ctx->buffer, 0, off);
}
/* still data there? */
- if (PHP_HTTP_BUFFER_LEN(&ctx->buffer)) {
+ if (ctx->buffer.used) {
int eollen;
const char *eolstr;
/* we need eol, so we can be sure we have all hex digits */
php_http_buffer_fix(&ctx->buffer);
- if ((eolstr = php_http_locate_bin_eol(PHP_HTTP_BUFFER_VAL(&ctx->buffer), PHP_HTTP_BUFFER_LEN(&ctx->buffer), &eollen))) {
+ if ((eolstr = php_http_locate_bin_eol(ctx->buffer.data, ctx->buffer.used, &eollen))) {
char *stop = NULL;
/* read in chunk size */
- ctx->hexlen = strtoul(PHP_HTTP_BUFFER_VAL(&ctx->buffer), &stop, 16);
+ ctx->hexlen = strtoul(ctx->buffer.data, &stop, 16);
/* if strtoul() stops at the beginning of the buffered data
- there's domething oddly wrong, i.e. bad input */
- if (stop == PHP_HTTP_BUFFER_VAL(&ctx->buffer)) {
+ there's something oddly wrong, i.e. bad input */
+ if (stop == ctx->buffer.data) {
php_http_error(HE_WARNING, PHP_HTTP_E_ENCODING, "Failed to parse chunk len from '%.*s'", MIN(16, ctx->buffer.used), ctx->buffer.data);
php_http_buffer_dtor(&tmp);
return FAILURE;
}
/* cut out <chunk size hex><chunk extension><eol> */
- php_http_buffer_cut(PHP_HTTP_BUFFER(&ctx->buffer), 0, eolstr + eollen - PHP_HTTP_BUFFER_VAL(&ctx->buffer));
+ php_http_buffer_cut(&ctx->buffer, 0, eolstr + eollen - ctx->buffer.data);
/* buffer->hexlen is 0 now or contains the size of the next chunk */
if (!ctx->hexlen) {
size_t off = 0;
/* ignore following CRLFs (too loose?) */
- while (off < PHP_HTTP_BUFFER_LEN(&ctx->buffer) && (
- PHP_HTTP_BUFFER_VAL(&ctx->buffer)[off] == '\n' ||
- PHP_HTTP_BUFFER_VAL(&ctx->buffer)[off] == '\r')) {
+ while (off < ctx->buffer.used && (
+ ctx->buffer.data[off] == '\n' ||
+ ctx->buffer.data[off] == '\r')) {
++off;
}
if (off) {
- php_http_buffer_cut(PHP_HTTP_BUFFER(&ctx->buffer), 0, off);
+ php_http_buffer_cut(&ctx->buffer, 0, off);
}
ctx->zeroed = 1;
}
php_http_buffer_fix(&tmp);
- *decoded = PHP_HTTP_BUFFER_VAL(&tmp);
- *decoded_len = PHP_HTTP_BUFFER_LEN(&tmp);
+ *decoded = tmp.data;
+ *decoded_len = tmp.used;
return SUCCESS;
}
php_http_buffer_fix(&ctx->buffer);
php_http_buffer_data(&ctx->buffer, decoded, decoded_len);
/* waiting for less data now */
- ctx->hexlen -= PHP_HTTP_BUFFER_LEN(&ctx->buffer);
+ ctx->hexlen -= ctx->buffer.used;
/* no more buffered data */
php_http_buffer_reset(&ctx->buffer);
} else {
*encoded = emalloc(*encoded_len);
/* deflate remaining input */
- ctx->next_in = (Bytef *) PHP_HTTP_BUFFER_VAL(ctx->opaque);
- ctx->avail_in = PHP_HTTP_BUFFER_LEN(ctx->opaque);
+ ctx->next_in = (Bytef *) PHP_HTTP_BUFFER(ctx->opaque)->data;
+ ctx->avail_in = PHP_HTTP_BUFFER(ctx->opaque)->used;
ctx->avail_out = *encoded_len;
ctx->next_out = (Bytef *) *encoded;
} while (Z_OK == status);
if (Z_STREAM_END == status) {
- /* cut processed intp off */
- php_http_buffer_cut(PHP_HTTP_BUFFER(ctx->opaque), 0, PHP_HTTP_BUFFER_LEN(ctx->opaque) - ctx->avail_in);
+ /* cut processed input off */
+ php_http_buffer_cut(PHP_HTTP_BUFFER(ctx->opaque), 0, PHP_HTTP_BUFFER(ctx->opaque)->used - ctx->avail_in);
/* size down */
*encoded_len -= ctx->avail_out;
z_streamp ctx = s->ctx;
TSRMLS_FETCH_FROM_CTX(s->ts);
- if (!PHP_HTTP_BUFFER_LEN(ctx->opaque)) {
+ if (!PHP_HTTP_BUFFER(ctx->opaque)->used) {
*decoded = NULL;
*decoded_len = 0;
return SUCCESS;
}
- *decoded_len = (PHP_HTTP_BUFFER_LEN(ctx->opaque) + 1) * PHP_HTTP_INFLATE_ROUNDS;
+ *decoded_len = (PHP_HTTP_BUFFER(ctx->opaque)->used + 1) * PHP_HTTP_INFLATE_ROUNDS;
*decoded = emalloc(*decoded_len);
/* inflate remaining input */
- ctx->next_in = (Bytef *) PHP_HTTP_BUFFER_VAL(ctx->opaque);
- ctx->avail_in = PHP_HTTP_BUFFER_LEN(ctx->opaque);
+ ctx->next_in = (Bytef *) PHP_HTTP_BUFFER(ctx->opaque)->data;
+ ctx->avail_in = PHP_HTTP_BUFFER(ctx->opaque)->used;
ctx->avail_out = *decoded_len;
ctx->next_out = (Bytef *) *decoded;
if (Z_STREAM_END == (status = inflate(ctx, Z_FINISH))) {
/* cut processed input off */
- php_http_buffer_cut(PHP_HTTP_BUFFER(ctx->opaque), 0, PHP_HTTP_BUFFER_LEN(ctx->opaque) - ctx->avail_in);
+ php_http_buffer_cut(PHP_HTTP_BUFFER(ctx->opaque), 0, PHP_HTTP_BUFFER(ctx->opaque)->used - ctx->avail_in);
/* size down */
*decoded_len -= ctx->avail_out;
static zend_bool deflate_done(php_http_encoding_stream_t *s)
{
z_streamp ctx = s->ctx;
- return !ctx->avail_in && !PHP_HTTP_BUFFER_LEN(ctx->opaque);
+ return !ctx->avail_in && !PHP_HTTP_BUFFER(ctx->opaque)->used;
}
static zend_bool inflate_done(php_http_encoding_stream_t *s)
{
z_streamp ctx = s->ctx;
- return !ctx->avail_in && !PHP_HTTP_BUFFER_LEN(ctx->opaque);
+ return !ctx->avail_in && !PHP_HTTP_BUFFER(ctx->opaque)->used;
}
static zend_bool dechunk_done(php_http_encoding_stream_t *s)
zend_llist_apply_with_argument(&SG(sapi_headers).headers, grab_headers, &headers TSRMLS_CC);
php_http_buffer_fix(&headers);
- status = php_http_headers_parse(PHP_HTTP_BUFFER_VAL(&headers), PHP_HTTP_BUFFER_LEN(&headers), headers_ht, NULL, NULL TSRMLS_CC);
+ status = php_http_headers_parse(headers.data, headers.used, headers_ht, NULL, NULL TSRMLS_CC);
php_http_buffer_dtor(&headers);
return status;
php_http_buffer_init(&buf);
if (php_http_params_to_string(&buf, Z_ARRVAL_P(zoption_copy), ZEND_STRL(","), ZEND_STRL(";"), ZEND_STRL("="), PHP_HTTP_PARAMS_DEFAULT TSRMLS_CC)) {
- ret = php_http_env_set_response_header_format(0, 1 TSRMLS_CC, "Content-Disposition: %s", PHP_HTTP_BUFFER_VAL(&buf));
+ ret = php_http_env_set_response_header_format(0, 1 TSRMLS_CC, "Content-Disposition: %s", buf.data);
}
php_http_buffer_dtor(&buf);
}
/* we have data in our buffer */
- while (PHP_HTTP_BUFFER_LEN(buffer)) {
+ while (PHP_HTTP_BUFFER(buffer)->used) {
/* we already know the size of the chunk and are waiting for data */
if (buffer->hexlen) {
/* not enough data buffered */
- if (PHP_HTTP_BUFFER_LEN(buffer) < buffer->hexlen) {
+ if (PHP_HTTP_BUFFER(buffer)->used < buffer->hexlen) {
/* flush anyway? */
if (flags & PSFS_FLAG_FLUSH_INC) {
/* flush all data (should only be chunk data) */
out_avail = 1;
- NEW_BUCKET(PHP_HTTP_BUFFER_VAL(buffer), PHP_HTTP_BUFFER_LEN(buffer));
+ NEW_BUCKET(PHP_HTTP_BUFFER(buffer)->data, PHP_HTTP_BUFFER(buffer)->used);
/* waiting for less data now */
- buffer->hexlen -= PHP_HTTP_BUFFER_LEN(buffer);
+ buffer->hexlen -= PHP_HTTP_BUFFER(buffer)->used;
/* no more buffered data */
php_http_buffer_reset(PHP_HTTP_BUFFER(buffer));
/* break */
/* we seem to have all data of the chunk */
else {
out_avail = 1;
- NEW_BUCKET(PHP_HTTP_BUFFER_VAL(buffer), buffer->hexlen);
+ NEW_BUCKET(PHP_HTTP_BUFFER(buffer)->data, buffer->hexlen);
/* remove outgoing data from the buffer */
php_http_buffer_cut(PHP_HTTP_BUFFER(buffer), 0, buffer->hexlen);
size_t off = 0;
/* ignore preceeding CRLFs (too loose?) */
- while (off < PHP_HTTP_BUFFER_LEN(buffer) && (
- PHP_HTTP_BUFFER_VAL(buffer)[off] == '\n' ||
- PHP_HTTP_BUFFER_VAL(buffer)[off] == '\r')) {
+ while (off < PHP_HTTP_BUFFER(buffer)->used && (
+ PHP_HTTP_BUFFER(buffer)->data[off] == '\n' ||
+ PHP_HTTP_BUFFER(buffer)->data[off] == '\r')) {
++off;
}
if (off) {
}
/* still data there? */
- if (PHP_HTTP_BUFFER_LEN(buffer)) {
+ if (PHP_HTTP_BUFFER(buffer)->used) {
int eollen;
const char *eolstr;
/* we need eol, so we can be sure we have all hex digits */
php_http_buffer_fix(PHP_HTTP_BUFFER(buffer));
- if ((eolstr = php_http_locate_bin_eol(PHP_HTTP_BUFFER_VAL(buffer), PHP_HTTP_BUFFER_LEN(buffer), &eollen))) {
+ if ((eolstr = php_http_locate_bin_eol(PHP_HTTP_BUFFER(buffer)->data, PHP_HTTP_BUFFER(buffer)->used, &eollen))) {
char *stop = NULL;
/* read in chunk size */
- buffer->hexlen = strtoul(PHP_HTTP_BUFFER_VAL(buffer), &stop, 16);
+ buffer->hexlen = strtoul(PHP_HTTP_BUFFER(buffer)->data, &stop, 16);
/* if strtoul() stops at the beginning of the buffered data
there's something oddly wrong, i.e. bad input */
- if (stop == PHP_HTTP_BUFFER_VAL(buffer)) {
+ if (stop == PHP_HTTP_BUFFER(buffer)->data) {
return PSFS_ERR_FATAL;
}
/* cut out <chunk size hex><chunk extension><eol> */
- php_http_buffer_cut(PHP_HTTP_BUFFER(buffer), 0, eolstr + eollen - PHP_HTTP_BUFFER_VAL(buffer));
+ php_http_buffer_cut(PHP_HTTP_BUFFER(buffer), 0, eolstr + eollen - PHP_HTTP_BUFFER(buffer)->data);
/* buffer->hexlen is 0 now or contains the size of the next chunk */
if (!buffer->hexlen) {
php_stream_notify_info(stream->context, PHP_STREAM_NOTIFY_COMPLETED, NULL, 0);
}
/* flush before close, but only if we are already waiting for more data */
- if (PHP_HTTP_FILTER_IS_CLOSING(stream, flags) && buffer->hexlen && PHP_HTTP_BUFFER_LEN(buffer)) {
+ if (PHP_HTTP_FILTER_IS_CLOSING(stream, flags) && buffer->hexlen && PHP_HTTP_BUFFER(buffer)->used) {
out_avail = 1;
- NEW_BUCKET(PHP_HTTP_BUFFER_VAL(buffer), PHP_HTTP_BUFFER_LEN(buffer));
+ NEW_BUCKET(PHP_HTTP_BUFFER(buffer)->data, PHP_HTTP_BUFFER(buffer)->used);
php_http_buffer_reset(PHP_HTTP_BUFFER(buffer));
buffer->hexlen = 0;
}
php_http_buffer_appends(&buf, PHP_HTTP_CRLF);
/* pass through */
- NEW_BUCKET(PHP_HTTP_BUFFER_VAL(&buf), PHP_HTTP_BUFFER_LEN(&buf));
+ NEW_BUCKET(buf.data, buf.used);
/* reset */
php_http_buffer_reset(&buf);
php_stream_bucket_delref(ptr TSRMLS_CC);
php_http_message_t *old = *message;
/* advance message */
- if (!old || old->type || zend_hash_num_elements(&old->hdrs) || PHP_HTTP_BUFFER_LEN(old)) {
+ if (!old || old->type || zend_hash_num_elements(&old->hdrs)) {
(*message) = php_http_message_init(NULL, 0 TSRMLS_CC);
(*message)->parent = old;
if (headers) {
FOREACH_VAL(pos, *header, val) {
zval *strval = message_header_strval(val TSRMLS_CC);
- php_http_buffer_appendf(&str, PHP_HTTP_BUFFER_LEN(&str) ? ", %s":"%s", Z_STRVAL_P(strval));
+ php_http_buffer_appendf(&str, str.used ? ", %s":"%s", Z_STRVAL_P(strval));
zval_ptr_dtor(&strval);
}
php_http_buffer_fix(&str);
- ZVAL_STRINGL(ret, PHP_HTTP_BUFFER_VAL(&str), PHP_HTTP_BUFFER_LEN(&str), 0);
+ ZVAL_STRINGL(ret, str.data, str.used, 0);
} else {
ret = php_http_zsep(1, IS_STRING, *header);
}
php_http_buffer_init_ex(&str, 0x1000, 0);
message_headers(msg, &str);
- cb(cb_arg, PHP_HTTP_BUFFER_VAL(&str), PHP_HTTP_BUFFER_LEN(&str));
+ cb(cb_arg, str.data, str.used);
php_http_buffer_dtor(&str);
if (php_http_message_body_size(&msg->body)) {
len = dec_len;
if (php_http_encoding_stream_done(parser->dechunk)) {
- cut = buffer->used - PHP_HTTP_BUFFER_LEN(parser->dechunk->ctx);
+ cut = buffer->used - PHP_HTTP_BUFFER(parser->dechunk->ctx)->used;
php_http_message_parser_state_push(parser, 2, PHP_HTTP_MESSAGE_PARSER_STATE_BODY_DONE, PHP_HTTP_MESSAGE_PARSER_STATE_BODY);
} else {
cut = buffer->used;