* Change X axis in memory orientation to match Y
* X & Y axes can use the same type (Ie.e class)
* Table3D axis iterator: replace reverse() with rbegin()
* Use iterators as part of unit tests
* Doxygen fixes/corrections
* First try on updating closedloop boost control
* added eeprom updates for backward comp[atibility
* fix merge conflict
* Change updates to next release EEPROM version.
* Fix some issues after merging master
* some cleanup to minimize changes and speedup review
* cleanup updates
* chances on updates to alaign with new table format
* move LUT to new config page in eeprom
* little cleanup
* Update storage.h comments
* fix some ini warnings
Co-authored-by: Tjeerd <tjeerdie@users.noreply.github.com>
* Missing include
* 1. Add int16_byte class
2. Add axis factory function for int16_byte instances
(flyweight pattern)
* Separate out axis iteration and I/O conversions
* Optimize for size and performance.
* Fix unit test
* Use table_row_iterator_t to adjust ignitionTable
* Separate 2d & 3d table code, abstract page to table iterator conversion.
This is just moving code around in preparation for future changes.
* Reduce table RAM (.bss) usage
Generate a separate type for each possible
3d axis & size combination.
This turns what was runtime information into
compile time data.
* Save 1 byte per table.
Use a flag value (INT16_MAX) instead of a separate boolean
flag
* File renaming
table_iterator -> table3d_iterator.h
table3d.h -> table3d_interpolate.h
table3d.cpp -> table3d_interpolate.cpp
table3d_types.h -> table3d.h
* Optimize page.cpp: reduce code clutter, maintain performance
* Reduce flash usage
* Encapsulate table metadata
* Performance - hoist if statement
* Replace function with macro
* Use a packed enum as a type identifier
Use a packed enum as a type identifier
Slimmer data types
* Use table iterators for random access to table
values and axis.
* Centralize write buffer check
* Encapsulate 16-bit reference concept
* Performance: make table iterators proper classes
This allows us to chain calls on temporaries - not possible
with regular function calls.
* Performance: encapsulate EEPROM update
& address increment
* Save flash - don't duplicate function
* Performance: directly invalidate table cache
* Separate out iterator reversal
* Separate out entity mapping & per-byte access
Much faster, smaller code footprint & easier to understand
* Code quality fixes
* Separate out axis metadata
* Doxygen comments
* Separate int16_ref into separate file
* Separate out table axies & values into separate types
No need for metadata types & more localised code.
E.g. creating iterators is now alongside the data over
which they iterate.
* Doxygen
* Enhanced programmable outputs
Added possibility to set minimum programmable output time.
Added names for the comparators to make it more user friendly, TS will complain about the change for existing tune.
Added more possibilities
Added possibility to set a minimum or a maximum output time
Added possibility to combine any number of rules or all of them
I got a lot of requests for this feature.
Keeps the RAM usage the same.
fix
* Fixed maximum timing
* Fix STM32 build
* fix!: fix ODR violations
* refactor: move page specific code into a separate CPP file
* refactor: page getter/setter share mapping logic
Extract common page-to-entity mapping logic from
getPageValue() & setPageValue() - place in map_page_offset_to_entity()
and share.
* performance: optimize CRC calc
Calculate page CRC by iterating over entities & tables.
* CRC table calculation - use table iterator
* refactor: use iterators for sendPage()
Re-implement sendPage() using page & table iterators
Future proof & fast
* refactor: sendPageASCII()
Pull put shared code into functions.
Use table iterator
* refactor: use shared axis factor
This puts the axis factor usage in one place
* refactor: encapsulate page size & count
Added getPageCount() & getPageSize()
* Added static_assert for all pages.
* Remove C++ language elements
namesapces, scope resolution, enum struct
* Rename comms.ino to comms.cpp
Provides better encapsulation of non-global
data & functions.
INO files are all mashed together by some
custom process. So everything becomes global and
static functions/variables aren't really private to
the translation unit. Thus breaking encapsulation :-(
tx_haggis
Josh Stewart
Tjeerd
Daniel Tobias
Vitor Moreno B. Sales
Pasi Kemppainen