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5418d96ddc
In particular, on systems that define uint32_t as an unsigned long,
gcc complains as follows:
CC vcs-svn/fast_export.o
vcs-svn/fast_export.c: In function `fast_export_modify':
vcs-svn/fast_export.c:28: warning: unsigned int format, uint32_t arg (arg 2)
vcs-svn/fast_export.c:28: warning: int format, uint32_t arg (arg 3)
vcs-svn/fast_export.c: In function `fast_export_commit':
vcs-svn/fast_export.c:42: warning: int format, uint32_t arg (arg 5)
vcs-svn/fast_export.c:62: warning: int format, uint32_t arg (arg 2)
vcs-svn/fast_export.c: In function `fast_export_blob':
vcs-svn/fast_export.c:72: warning: int format, uint32_t arg (arg 2)
vcs-svn/fast_export.c:72: warning: int format, uint32_t arg (arg 3)
CC vcs-svn/svndump.o
vcs-svn/svndump.c: In function `svndump_read':
vcs-svn/svndump.c:260: warning: int format, uint32_t arg (arg 3)
In order to suppress the warnings we use the C99 format specifier
macros PRIo32 and PRIu32 from <inttypes.h>.
Signed-off-by: Ramsay Jones <ramsay@ramsay1.demon.co.uk>
Acked-by: Jonathan Nieder <jrnieder@gmail.com>
Signed-off-by: Junio C Hamano <gitster@pobox.com>
303 lines
8.0 KiB
C
303 lines
8.0 KiB
C
/*
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* Parse and rearrange a svnadmin dump.
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* Create the dump with:
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* svnadmin dump --incremental -r<startrev>:<endrev> <repository> >outfile
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*
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* Licensed under a two-clause BSD-style license.
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* See LICENSE for details.
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*/
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#include "cache.h"
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#include "repo_tree.h"
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#include "fast_export.h"
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#include "line_buffer.h"
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#include "obj_pool.h"
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#include "string_pool.h"
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#define NODEACT_REPLACE 4
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#define NODEACT_DELETE 3
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#define NODEACT_ADD 2
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#define NODEACT_CHANGE 1
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#define NODEACT_UNKNOWN 0
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#define DUMP_CTX 0
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#define REV_CTX 1
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#define NODE_CTX 2
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#define LENGTH_UNKNOWN (~0)
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#define DATE_RFC2822_LEN 31
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/* Create memory pool for log messages */
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obj_pool_gen(log, char, 4096)
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static char* log_copy(uint32_t length, char *log)
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{
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char *buffer;
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log_free(log_pool.size);
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buffer = log_pointer(log_alloc(length));
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strncpy(buffer, log, length);
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return buffer;
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}
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static struct {
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uint32_t action, propLength, textLength, srcRev, srcMode, mark, type;
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uint32_t src[REPO_MAX_PATH_DEPTH], dst[REPO_MAX_PATH_DEPTH];
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} node_ctx;
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static struct {
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uint32_t revision, author;
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unsigned long timestamp;
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char *log;
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} rev_ctx;
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static struct {
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uint32_t uuid, url;
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} dump_ctx;
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static struct {
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uint32_t svn_log, svn_author, svn_date, svn_executable, svn_special, uuid,
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revision_number, node_path, node_kind, node_action,
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node_copyfrom_path, node_copyfrom_rev, text_content_length,
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prop_content_length, content_length;
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} keys;
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static void reset_node_ctx(char *fname)
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{
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node_ctx.type = 0;
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node_ctx.action = NODEACT_UNKNOWN;
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node_ctx.propLength = LENGTH_UNKNOWN;
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node_ctx.textLength = LENGTH_UNKNOWN;
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node_ctx.src[0] = ~0;
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node_ctx.srcRev = 0;
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node_ctx.srcMode = 0;
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pool_tok_seq(REPO_MAX_PATH_DEPTH, node_ctx.dst, "/", fname);
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node_ctx.mark = 0;
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}
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static void reset_rev_ctx(uint32_t revision)
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{
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rev_ctx.revision = revision;
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rev_ctx.timestamp = 0;
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rev_ctx.log = NULL;
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rev_ctx.author = ~0;
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}
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static void reset_dump_ctx(uint32_t url)
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{
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dump_ctx.url = url;
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dump_ctx.uuid = ~0;
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}
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static void init_keys(void)
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{
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keys.svn_log = pool_intern("svn:log");
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keys.svn_author = pool_intern("svn:author");
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keys.svn_date = pool_intern("svn:date");
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keys.svn_executable = pool_intern("svn:executable");
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keys.svn_special = pool_intern("svn:special");
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keys.uuid = pool_intern("UUID");
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keys.revision_number = pool_intern("Revision-number");
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keys.node_path = pool_intern("Node-path");
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keys.node_kind = pool_intern("Node-kind");
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keys.node_action = pool_intern("Node-action");
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keys.node_copyfrom_path = pool_intern("Node-copyfrom-path");
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keys.node_copyfrom_rev = pool_intern("Node-copyfrom-rev");
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keys.text_content_length = pool_intern("Text-content-length");
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keys.prop_content_length = pool_intern("Prop-content-length");
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keys.content_length = pool_intern("Content-length");
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}
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static void read_props(void)
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{
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uint32_t len;
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uint32_t key = ~0;
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char *val = NULL;
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char *t;
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while ((t = buffer_read_line()) && strcmp(t, "PROPS-END")) {
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if (!strncmp(t, "K ", 2)) {
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len = atoi(&t[2]);
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key = pool_intern(buffer_read_string(len));
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buffer_read_line();
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} else if (!strncmp(t, "V ", 2)) {
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len = atoi(&t[2]);
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val = buffer_read_string(len);
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if (key == keys.svn_log) {
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/* Value length excludes terminating nul. */
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rev_ctx.log = log_copy(len + 1, val);
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} else if (key == keys.svn_author) {
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rev_ctx.author = pool_intern(val);
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} else if (key == keys.svn_date) {
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if (parse_date_basic(val, &rev_ctx.timestamp, NULL))
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fprintf(stderr, "Invalid timestamp: %s\n", val);
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} else if (key == keys.svn_executable) {
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node_ctx.type = REPO_MODE_EXE;
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} else if (key == keys.svn_special) {
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node_ctx.type = REPO_MODE_LNK;
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}
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key = ~0;
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buffer_read_line();
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}
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}
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}
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static void handle_node(void)
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{
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if (node_ctx.propLength != LENGTH_UNKNOWN && node_ctx.propLength)
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read_props();
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if (node_ctx.srcRev)
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node_ctx.srcMode = repo_copy(node_ctx.srcRev, node_ctx.src, node_ctx.dst);
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if (node_ctx.textLength != LENGTH_UNKNOWN &&
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node_ctx.type != REPO_MODE_DIR)
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node_ctx.mark = next_blob_mark();
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if (node_ctx.action == NODEACT_DELETE) {
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repo_delete(node_ctx.dst);
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} else if (node_ctx.action == NODEACT_CHANGE ||
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node_ctx.action == NODEACT_REPLACE) {
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if (node_ctx.action == NODEACT_REPLACE &&
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node_ctx.type == REPO_MODE_DIR)
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repo_replace(node_ctx.dst, node_ctx.mark);
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else if (node_ctx.propLength != LENGTH_UNKNOWN)
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repo_modify(node_ctx.dst, node_ctx.type, node_ctx.mark);
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else if (node_ctx.textLength != LENGTH_UNKNOWN)
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node_ctx.srcMode = repo_replace(node_ctx.dst, node_ctx.mark);
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} else if (node_ctx.action == NODEACT_ADD) {
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if (node_ctx.srcRev && node_ctx.propLength != LENGTH_UNKNOWN)
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repo_modify(node_ctx.dst, node_ctx.type, node_ctx.mark);
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else if (node_ctx.srcRev && node_ctx.textLength != LENGTH_UNKNOWN)
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node_ctx.srcMode = repo_replace(node_ctx.dst, node_ctx.mark);
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else if ((node_ctx.type == REPO_MODE_DIR && !node_ctx.srcRev) ||
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node_ctx.textLength != LENGTH_UNKNOWN)
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repo_add(node_ctx.dst, node_ctx.type, node_ctx.mark);
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}
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if (node_ctx.propLength == LENGTH_UNKNOWN && node_ctx.srcMode)
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node_ctx.type = node_ctx.srcMode;
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if (node_ctx.mark)
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fast_export_blob(node_ctx.type, node_ctx.mark, node_ctx.textLength);
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else if (node_ctx.textLength != LENGTH_UNKNOWN)
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buffer_skip_bytes(node_ctx.textLength);
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}
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static void handle_revision(void)
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{
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if (rev_ctx.revision)
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repo_commit(rev_ctx.revision, rev_ctx.author, rev_ctx.log,
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dump_ctx.uuid, dump_ctx.url, rev_ctx.timestamp);
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}
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void svndump_read(const char *url)
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{
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char *val;
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char *t;
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uint32_t active_ctx = DUMP_CTX;
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uint32_t len;
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uint32_t key;
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reset_dump_ctx(pool_intern(url));
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while ((t = buffer_read_line())) {
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val = strstr(t, ": ");
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if (!val)
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continue;
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*val++ = '\0';
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*val++ = '\0';
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key = pool_intern(t);
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if (key == keys.uuid) {
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dump_ctx.uuid = pool_intern(val);
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} else if (key == keys.revision_number) {
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if (active_ctx == NODE_CTX)
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handle_node();
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if (active_ctx != DUMP_CTX)
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handle_revision();
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active_ctx = REV_CTX;
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reset_rev_ctx(atoi(val));
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} else if (key == keys.node_path) {
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if (active_ctx == NODE_CTX)
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handle_node();
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active_ctx = NODE_CTX;
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reset_node_ctx(val);
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} else if (key == keys.node_kind) {
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if (!strcmp(val, "dir"))
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node_ctx.type = REPO_MODE_DIR;
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else if (!strcmp(val, "file"))
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node_ctx.type = REPO_MODE_BLB;
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else
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fprintf(stderr, "Unknown node-kind: %s\n", val);
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} else if (key == keys.node_action) {
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if (!strcmp(val, "delete")) {
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node_ctx.action = NODEACT_DELETE;
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} else if (!strcmp(val, "add")) {
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node_ctx.action = NODEACT_ADD;
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} else if (!strcmp(val, "change")) {
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node_ctx.action = NODEACT_CHANGE;
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} else if (!strcmp(val, "replace")) {
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node_ctx.action = NODEACT_REPLACE;
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} else {
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fprintf(stderr, "Unknown node-action: %s\n", val);
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node_ctx.action = NODEACT_UNKNOWN;
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}
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} else if (key == keys.node_copyfrom_path) {
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pool_tok_seq(REPO_MAX_PATH_DEPTH, node_ctx.src, "/", val);
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} else if (key == keys.node_copyfrom_rev) {
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node_ctx.srcRev = atoi(val);
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} else if (key == keys.text_content_length) {
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node_ctx.textLength = atoi(val);
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} else if (key == keys.prop_content_length) {
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node_ctx.propLength = atoi(val);
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} else if (key == keys.content_length) {
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len = atoi(val);
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buffer_read_line();
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if (active_ctx == REV_CTX) {
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read_props();
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} else if (active_ctx == NODE_CTX) {
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handle_node();
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active_ctx = REV_CTX;
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} else {
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fprintf(stderr, "Unexpected content length header: %"PRIu32"\n", len);
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buffer_skip_bytes(len);
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}
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}
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}
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if (active_ctx == NODE_CTX)
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handle_node();
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if (active_ctx != DUMP_CTX)
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handle_revision();
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}
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void svndump_init(const char *filename)
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{
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buffer_init(filename);
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repo_init();
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reset_dump_ctx(~0);
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reset_rev_ctx(0);
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reset_node_ctx(NULL);
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init_keys();
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}
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void svndump_deinit(void)
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{
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log_reset();
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repo_reset();
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reset_dump_ctx(~0);
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reset_rev_ctx(0);
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reset_node_ctx(NULL);
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if (buffer_deinit())
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fprintf(stderr, "Input error\n");
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if (ferror(stdout))
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fprintf(stderr, "Output error\n");
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}
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void svndump_reset(void)
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{
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log_reset();
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buffer_reset();
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repo_reset();
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reset_dump_ctx(~0);
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reset_rev_ctx(0);
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reset_node_ctx(NULL);
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}
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