- Change lookup function signatures from uint16_t to uint8_t since
indices are stored in uint8_t fields (max 255 per category)
- Use cpp_string_escape() for string table entries to prevent
compilation errors from special characters in user-provided strings
Replace uint32_t entity_string_packed_ with 3 separate uint8_t
fields (device_class_idx_, uom_idx_, icon_idx_) placed after the
1-byte EntityFlags struct. These fill the 3 padding bytes that
the compiler would insert anyway for alignment, saving 4 bytes
per entity with zero layout overhead.
The set_entity_strings(uint32_t) API is preserved — it unpacks
into the individual fields.
8 bits per field (max 255) is more than sufficient — even large
configs use fewer than 40 unique icons, 14 device classes, and
11 units of measurement. This frees up 8 bits in the packed
uint32_t for future use.
NumberTraits no longer needs get_device_class_ref() or
get_unit_of_measurement_ref() — no internal callers exist.
Callers should use number->get_device_class_ref() directly.
Eliminates offsetof warning on non-standard-layout type.
- Blobs now start directly with first string (no wasted \0 prefix)
- Lookup functions handle index 0 by pointing to trailing null of blob
- get_*_ref() simplified: just calls lookup, no separate empty check
- Removes EMPTY_REF constant and per-getter branch
- Replace DeferredStatement with FINAL-priority coroutine job
- Add named constants for bit shifts and max values
- Use _DC_SHIFT in packed calculation for consistency
- Restore Args docstring on _setup_entity_impl
The logger only writes to UART, never reads. Previously it used
tx_buffer_size (512 bytes) for both RX and TX buffers. Since ESP-IDF
requires rx_buffer_size > UART_HW_FIFO_LEN (128), use the minimum
of 129 bytes instead of 512, saving ~383 bytes of heap.
The logger only writes to UART, never reads. Previously it used
tx_buffer_size (512 bytes) for both RX and TX buffers. Since ESP-IDF
requires rx_buffer_size > UART_HW_FIFO_LEN (128), use the minimum
of 129 bytes instead of 512, saving ~383 bytes of heap.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Expose the scheduler's existing 64-bit millisecond tracking as a public
API and use it in the uptime sensors, replacing their manual rollover
handling.
Co-Authored-By: J. Nick Koston <nick@koston.org>
Tracks heap usage per component during both construction and setup() phases.
Logs deltas inline as components are registered and set up, then prints a
sorted summary after setup() completes. Storage is freed after the summary.
This is a diagnostic tool - not intended for production use. It was used to
discover the logger's unused UART event queue allocation (#14168).
The logger's uart_driver_install() was allocating a 10-item FreeRTOS
event queue but passing nullptr as the queue handle, meaning nothing
could ever read from it. Setting the queue size to 0 saves ~212 bytes
of heap.
Replace std::unique_ptr<Socket> with raw Socket* for listen sockets
that are created once in setup() and live for the program lifetime.
The unique_ptr move-assign generates dead code to destroy the previous
value (which is always nullptr in setup), including a virtual destructor
call through the vtable that the compiler cannot eliminate because
__uniq_ptr_impl::reset is not inlined.
Changes:
- Use .release() to extract raw pointer from socket factory return
- Add socket_failed_/server_failed_ helpers that combine error logging,
cleanup, and mark_failed into a single call
- Convert error messages to LOG_STR for flash storage on ESP8266
- Socket destructor already calls close(), so explicit close() before
delete is unnecessary
Saves 20 bytes on ESP32-IDF, 180 bytes on ESP8266.
Resolve conflict in defines.h - keep both new NRF52 defines
(USE_LOGGER_EARLY_MESSAGE, USE_LOGGER_WAIT_FOR_CDC from dev) and
existing defines (USE_LOGGER_UART_SELECTION_USB_CDC, USE_LOGGER_USB_CDC
from this branch).
Remove unnecessary template parameters from mark_matching_items_removed_locked_
since all callers use the same concrete type (std::vector<std::unique_ptr<SchedulerItem>>).
Eliminate has_cancelled_timeout_in_container_locked_ entirely by inlining its
logic into the only caller (is_retry_cancelled_locked_), which is deprecated
and will be removed in 2026.8.0.
Saves 32 bytes of flash.
Clyde Stubbs