file_save_directory_to_disk() applied the exact source mode (fchmod)
inline for explicit --dirs/STATUS_MKDIR entries. A restrictive source
mode (e.g. 0555) then made the directory read-only before its children
were written, so a non-root receiver failed each child with EACCES. The
recursive -a path never hit this because it defers directory metadata.
Remove the inline fchmod and let the existing deferred
dir_metadata_list_apply() stamp the exact mode at end of transfer, as the
recursive path does. Keep the inline ownership and xattrs (a direct
file_save_to_disk_full() caller has no deferred pass) and document the
resulting intentional ordering. Capture errno before output_escape() in
the inline timestamp diagnostic so strerror() reports the real error, and
add the missing trailing newline to tests/test_xattr.c.
Pure structural split of src/shared/file_receive.c into focused translation
units behind the unchanged file_receive.h facade:
- file_save.c : save-to-disk, special nodes, --delay-updates staging
- incremental_check.c : xattr/delta/basis/fuzzy receive + check state machine
- delete_commit.c : manifest receive + delete budget walkers
- file_receive.c : wire receive dispatch + deferred dir metadata
The shared receive_file_xattrs helper and MAX_FILE_DATA_SIZE are declared in
incremental_check.h. file_save_to_disk_full_ex is decomposed into static
helpers (validation, special dispatch, dir/symlink creation, path resolution,
pre-write policies, data install) routed through one cleanup epilogue.
No behavior change.
Move the filter rule-tree/context helpers and entry inspection into
scanner_filter.c, the parallel scanner into scanner_parallel.c, and keep
the sequential scanner in scanner.c. Shared internal declarations live in
the new scanner_internal.h; scanner.h stays the public façade.
Decompose directory_scanner_next into static helpers (skipped-entry,
selection-protection, mount/-x, directory-finish and per-entry handlers)
with no semantic change.
Move the stats/progress reporting, scanner-preparation/scan helpers and
manifest/list/dry-run senders out of the ~3.9k-line client_send.c into
client_report.c, client_scan.c and client_manifest.c, sharing declarations
through the new internal client_send_internal.h. client_send.c keeps the
transfer orchestration and is now ~2.1k lines.
Decompose the monolithic send_files into static phase helpers
(send_files_prepare/_prepare_delete/_run/_finalize/_cleanup) driven by a
single SendFilesState; ownership, ordering and exit codes are unchanged.
No behavior change.
The earlier modifier-rejection change rejected e/n/w on all rules, but rsync
3.4.1 accepts them (plus the '-' merge-only modifier) on merge and dir-merge
rules. Restrict the rejection to non-merge rules and consume the merge-file
modifiers (e/n/w/-) so they no longer leak into the merge filename.
- is_merge_rule()/is_merge_modifier_char() gate the merge-only modifiers.
- scan vs consume sets: e/n/w still count as modifier-run chars on every rule
(pure tokens like -new/-press stay rejected), but are only consumed on merge
rules, preserving mixed-token parsing such as H,!secret -> ecret.
- '-' is accepted/consumed only on merge/dir-merge (e.g. dir-merge,- .rules).
- x remains rejected everywhere with its dedicated message.
- e/n/w/- semantics remain unimplemented and are documented as accepted-but-
ignored in filter.h.
Tests: split the merge forms out of the rejection test into a new acceptance
test asserting the merge file is read and dir_merge_names keeps the modifier-
free basename; non-merge pure-modifier forms still rejected.
secret_file_open() opened secret files with O_NONBLOCK and only cleared it
for S_ISREG, so on a FIFO/process-substitution source (--password-file
<(...), --early-input <(...)) fgets() failed immediately with EAGAIN when
the writer had not yet produced data, breaking slow producers.
Keep O_NONBLOCK at open() (a writer-less FIFO must not block the open) and
route all three readers through a new secret_read_line() helper. It
accumulates a line across reads and, on EAGAIN/EWOULDBLOCK (or a partial
line) with no newline and no EOF, clearerr()s and polls for readability
against one overall CLOCK_MONOTONIC deadline of
CREDENTIAL_FIFO_READ_TIMEOUT_MS (3000 ms); on timeout or a real read error
it fails with a clear message. EOF finishes normally. Regular files are
left blocking and read exactly as before.
Handles a line split across several write()s and keeps the owner/mode
fstat gate, O_NOFOLLOW and the /dev/fd/N exception unchanged.
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