luke
/
nextpnr
mirror of https://github.com/YosysHQ/nextpnr.git
1
0
Fork 0
Code Issues Packages Projects Releases Wiki Activity
nextpnr/himbaechel/CMakeLists.txt

94 lines
3.0 KiB
CMake
Raw Normal View History

Allow splitting nextpnr-himbaechel per microarchitecture. This is added primarily for YoWASP.
2025-01-16 22:09:33 +01:00
option(HIMBAECHEL_SPLIT "Whether to build one executable per Himbächel microarchitecture" OFF)
set(HIMBAECHEL_SOURCES
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
arch.cc
archdefs.h
arch.h
arch_pybindings.cc
arch_pybindings.h
chipdb.h
himbaechel_api.cc
himbaechel_api.h
himbaechel_constids.h
himbaechel_gfxids.h
himbaechel_helpers.cc
himbaechel_helpers.h
)
Allow splitting nextpnr-himbaechel per microarchitecture. This is added primarily for YoWASP.
2025-01-16 22:09:33 +01:00
if (HIMBAECHEL_SPLIT)
function(add_nextpnr_himbaechel_microarchitecture microtarget)
cmake_parse_arguments(arg "" "" "CORE_SOURCES;TEST_SOURCES" ${ARGN})
list(TRANSFORM arg_CORE_SOURCES PREPEND ${CMAKE_CURRENT_SOURCE_DIR}/)
list(TRANSFORM arg_TEST_SOURCES PREPEND ${CMAKE_CURRENT_SOURCE_DIR}/)
add_nextpnr_architecture(himbaechel-${microtarget}
CORE_SOURCES ${HIMBAECHEL_SOURCES}
MAIN_SOURCE main.cc
CURRENT_SOURCE_DIR ${CMAKE_SOURCE_DIR}/himbaechel
CURRENT_BINARY_DIR ${CMAKE_CURRENT_BINARY_DIR}
)
target_sources(nextpnr-himbaechel-${microtarget}-core INTERFACE ${arg_CORE_SOURCES})
if (BUILD_TESTS)
target_sources(nextpnr-himbaechel-${microtarget}-test PRIVATE ${arg_TEST_SOURCES})
endif()
endfunction()
else()
add_nextpnr_architecture(himbaechel
CORE_SOURCES ${HIMBAECHEL_SOURCES}
MAIN_SOURCE main.cc
)
function(add_nextpnr_himbaechel_microarchitecture microtarget)
cmake_parse_arguments(arg "" "" "CORE_SOURCES;TEST_SOURCES" ${ARGN})
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
Allow splitting nextpnr-himbaechel per microarchitecture. This is added primarily for YoWASP.
2025-01-16 22:09:33 +01:00
target_sources(nextpnr-himbaechel-core INTERFACE ${arg_CORE_SOURCES})
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
CMake: exclude *-bba and *-chipdb targets from `make all`. Due to the way CMake-generated Makefiles evaluate dependencies, this calls the `.bba` generation custom command twice, which then fails as they both use the same `.bba.new` file as an output and one of them moves it first. This broke builds using `make -j` but not builds using `make -j nextpnr-himbaechel-example`.
2025-01-29 05:27:10 +01:00
add_library(nextpnr-himbaechel-${microtarget}-bba INTERFACE EXCLUDE_FROM_ALL)
CMake: add support for exporting and importing .bba files. This is useful for certain cross-compilation workloads, and to cache rarely changing build products. To use this functionality, build e.g. as follows: cmake . -B build-export -DEXPORT_BBA_FILES=../bba-files -DARCH=all cmake --build build-export -t nextpnr-all-bba cmake . -B build-import -DIMPORT_BBA_FILES=../bba-files -DARCH=all cmake --build build-import
2025-01-22 23:43:34 +01:00
add_dependencies(nextpnr-himbaechel-bba nextpnr-himbaechel-${microtarget}-bba)
CMake: exclude *-bba and *-chipdb targets from `make all`. Due to the way CMake-generated Makefiles evaluate dependencies, this calls the `.bba` generation custom command twice, which then fails as they both use the same `.bba.new` file as an output and one of them moves it first. This broke builds using `make -j` but not builds using `make -j nextpnr-himbaechel-example`.
2025-01-29 05:27:10 +01:00
add_library(nextpnr-himbaechel-${microtarget}-chipdb INTERFACE EXCLUDE_FROM_ALL)
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
Allow splitting nextpnr-himbaechel per microarchitecture. This is added primarily for YoWASP.
2025-01-16 22:09:33 +01:00
target_link_libraries(nextpnr-himbaechel-core INTERFACE nextpnr-himbaechel-${microtarget}-chipdb)
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
Allow splitting nextpnr-himbaechel per microarchitecture. This is added primarily for YoWASP.
2025-01-16 22:09:33 +01:00
if (BUILD_TESTS)
target_sources(nextpnr-himbaechel-test PRIVATE ${arg_TEST_SOURCES})
endif()
endfunction()
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
Allow splitting nextpnr-himbaechel per microarchitecture. This is added primarily for YoWASP.
2025-01-16 22:09:33 +01:00
endif()
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
Gatemate FPGA initial support (#1473) * Initial code for GateMate * Initial work on forming bitstream * Add CCF parsing * Use CCF to set IO location * Propagate errors * Restructure code * Add support for reading from config * Start adding infrastructure for reading bitstream * Fix script * GPIO initial work * Add IN1->RAM_O2 propagation * Fixed typo * Cleanup * More parameter checks * Add LVDS support * Cleanup * Keep just used connections for now * Naive lut tree CPE pack * Naive pack CC_DFF * pack DFF fixes * Handle MUX flags * Fix DFF pack * Prevent pass trough issues * Cleanup * Use device wrapper class * Update due to API changes * Use pin connection aliases * Start work on BUFG support * Fix CC_L2T5 pack * Add CPE input inverters * Constrain routes to have correct inversion state * Add clock inversion pip * Added MX2 and MX4 support * Fix script * BUFG support * debug print if route found with wrong polarity * Some CC_DFF improvements * Create reproducible chip database * Simplify inversion of special signals * Few more DFF features * Add forgotten virtual port renames * Handle muxes with constant inputs * Allow inversion for muxes * cleanup * DFF input can be constant * init DFF only when needed * cleanup * Add basic PLL support * Add some timings * Add USR_RSTN support * Display few more primitives * Use pass trough signals to validate architecture data * Use extra tile information from chip database * Updates needed for a build system changes * Implement SB_DRIVE support * Properly named configuration bits * autogenerated constids.inc * small fix * Initial code for CPE halfs * Some cleanup * make sure FFs are compatible * reverted due to db change * Merge DFF where applicable * memory allocation issue * fix * better MX2 * ram_i handling * Cleanup MX4 * Support latches * compare L_D flag as well * Move virtual pips * Naive addf pack * carry chains grouping * Keep chip database reproducible * split addf vectors * Block CPEs when GPIO is used * Prepare placement code * RAM_I/RAM_O rewrite * fix ram_i/o index * Display RAM and add new primitives * PLL wip code * CC_PLL_ADV packing * PLL handling cleanup * Add PLL comments * Keep only high fan-out BUFG * Add skeleton for tests * Utilize move_ram_o * GPIO wip * GPIO wip * PLL fixes * cleanup * FF_OBF support * Handle FF_IBF * Make SLEW FAST if not defined as in latest p_r * Make sure FF_OBF only driving GPIO * Moved pll calc into separate file * IDDR handling and started ODDR * Route DDR input for CC_ODDR * Notify error in case ODDR or IDDR are used but not with I/O pin * cleanup for CC_USR_RSTN * Extract proper RAM location for bitstream * Code cleanup * Allow auto place of pads * Use clock source flag * Configure GPIO clock signals * Handle conflicting clk * Use BUGF in proper order * Connected CLK, works without but good for debugging * CC_CFG_CTRL placement * Group RAM data 40 bytes per row * Write BRAM content * RAM wip * Use relative constraints from chipdb * fix broken build * Memory wip * Handle custom clock for memories * Support FIFO * optimize move_ram_io * Fix SR signal handling acorrding to findings * set placer beta * Pre place what we can * Revert "debug print if route found with wrong polarity" This reverts commit cf9ded2f183db0f4e85da454e5d9f2a4da3f5cfe. * Revert "Constrain routes to have correct inversion state" This reverts commit 795c284d4856ff17e37d64f013775e86f1bed803. * Remove virtual pips * Implement post processing inversion * ADDF add ability to route additional CO * Merge two ADDFs in one CPE * Added TODO * clangformat * Cleanup * Add serdes handling in config file * Cleanup * Cleanup * Cleanup * Fix in PLL handling * Fixed ADDF edge case * No need for this * Fix latch * Sanity checks * Support CC_BRAM_20K merge * Start creating testing environment * LVDS fixes * Add connection helper * Cleanup * Fix tabs * Formatting fix * Remove optimization tests for now * remove read_bitstream * removed .c_str() * Removed config parsing * using snake_case * Use bool_or_default where applicable * refactored bitstream write code * Add allow-unconstrained option * Update DFF related messages * Add clock constraint propagation --------- Co-authored-by: Lofty <dan.ravensloft@gmail.com>
2025-04-22 16:41:01 +02:00
set(HIMBAECHEL_UARCHES example gowin xilinx ng-ultra gatemate)
himbaechel: allow subsetting uarches. (#1416) E.g. selecting only Gowin instead of the default shrinks the resulting binary by ~30%.
2025-01-12 08:13:08 +01:00
CMake: align Himbaechel targets with non-Himbaechel ones. Primarily, this commit makes both of them use the `BBAsm` functions to build and compile `.bba` files. In addition, Himbaechel targets are now aligned with the rest in how they are configured: instead of having all uarches enabled with all of the devices disabled (the opposite of the rest of nextpnr), uarches must be enabled explicitly but they come with all devices enabled (except for Xilinx, which does not have a list of devices).
2025-01-15 17:20:21 +01:00
set(HIMBAECHEL_UARCH "" CACHE STRING "Microarchitectures for nextpnr-himbaechel build")
himbaechel: allow subsetting uarches. (#1416) E.g. selecting only Gowin instead of the default shrinks the resulting binary by ~30%.
2025-01-12 08:13:08 +01:00
set_property(CACHE HIMBAECHEL_UARCH PROPERTY STRINGS ${HIMBAECHEL_UARCHES})
CMake: align Himbaechel targets with non-Himbaechel ones. Primarily, this commit makes both of them use the `BBAsm` functions to build and compile `.bba` files. In addition, Himbaechel targets are now aligned with the rest in how they are configured: instead of having all uarches enabled with all of the devices disabled (the opposite of the rest of nextpnr), uarches must be enabled explicitly but they come with all devices enabled (except for Xilinx, which does not have a list of devices).
2025-01-15 17:20:21 +01:00
if (NOT HIMBAECHEL_UARCH)
message(STATUS "Microarchitecture needs to be set, set desired one with -DHIMBAECHEL_UARCH=xxx")
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
message(STATUS "Supported Himbächel microarchitectures are :")
CMake: align Himbaechel targets with non-Himbaechel ones. Primarily, this commit makes both of them use the `BBAsm` functions to build and compile `.bba` files. In addition, Himbaechel targets are now aligned with the rest in how they are configured: instead of having all uarches enabled with all of the devices disabled (the opposite of the rest of nextpnr), uarches must be enabled explicitly but they come with all devices enabled (except for Xilinx, which does not have a list of devices).
2025-01-15 17:20:21 +01:00
message(STATUS " all")
foreach (item ${HIMBAECHEL_UARCHES})
message(STATUS " ${item}")
endforeach()
message(FATAL_ERROR "Microarchitecture setting is mandatory")
endif()
if (HIMBAECHEL_UARCH STREQUAL "all")
set(HIMBAECHEL_UARCH ${HIMBAECHEL_UARCHES})
endif()
himbaechel: allow subsetting uarches. (#1416) E.g. selecting only Gowin instead of the default shrinks the resulting binary by ~30%.
2025-01-12 08:13:08 +01:00
CMake: reformat for consistency. Normalize keywords to: if (...) elseif (...) else() endif() foreach (...) endforeach() other(...) Normalize whitespace to 4 spaces.
2025-01-15 10:22:03 +01:00
foreach (uarch ${HIMBAECHEL_UARCH})
CMake: align Himbaechel targets with non-Himbaechel ones. Primarily, this commit makes both of them use the `BBAsm` functions to build and compile `.bba` files. In addition, Himbaechel targets are now aligned with the rest in how they are configured: instead of having all uarches enabled with all of the devices disabled (the opposite of the rest of nextpnr), uarches must be enabled explicitly but they come with all devices enabled (except for Xilinx, which does not have a list of devices).
2025-01-15 17:20:21 +01:00
if (NOT uarch IN_LIST HIMBAECHEL_UARCHES)
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
message(FATAL_ERROR "Microarchitecture ${uarch} is not a supported Himbächel microarchitecture")
CMake: align Himbaechel targets with non-Himbaechel ones. Primarily, this commit makes both of them use the `BBAsm` functions to build and compile `.bba` files. In addition, Himbaechel targets are now aligned with the rest in how they are configured: instead of having all uarches enabled with all of the devices disabled (the opposite of the rest of nextpnr), uarches must be enabled explicitly but they come with all devices enabled (except for Xilinx, which does not have a list of devices).
2025-01-15 17:20:21 +01:00
endif()
CMake: refactor architecture-specific build system parts. Two user-visible changes were made: * `-DUSE_RUST` is replaced with `-DBUILD_RUST`, by analogy with `-DBUILD_PYTHON` * `-DCOVERAGE` was removed as it doesn't work with either modern GCC or Clang
2025-01-16 21:06:10 +01:00
message(STATUS "Configuring Himbächel microarchitecture: ${uarch}")
CMake: align Himbaechel targets with non-Himbaechel ones. Primarily, this commit makes both of them use the `BBAsm` functions to build and compile `.bba` files. In addition, Himbaechel targets are now aligned with the rest in how they are configured: instead of having all uarches enabled with all of the devices disabled (the opposite of the rest of nextpnr), uarches must be enabled explicitly but they come with all devices enabled (except for Xilinx, which does not have a list of devices).
2025-01-15 17:20:21 +01:00
add_subdirectory(uarch/${uarch})
CMake: reformat for consistency. Normalize keywords to: if (...) elseif (...) else() endif() foreach (...) endforeach() other(...) Normalize whitespace to 4 spaces.
2025-01-15 10:22:03 +01:00
endforeach()