Float gvsoc ci

Makefile

@@ -20,6 +20,7 @@
 
 SHELL 			:= /bin/bash
 
+CMAKE_BUILDDIR  	?= build
 BUILD_DIR 		?= ../sw/tests/$(test)
 MAGIA_DIR 		?= ../
 GVSOC_DIR 		?= ./gvsoc
@@ -39,7 +40,9 @@ tiles_2 		:= $(shell echo $$(( $(tiles) * $(tiles) )))
 tiles_log    	:= $(shell awk 'BEGIN { printf "%.0f", log($(tiles_2))/log(2) }')
 tiles_log_real  := $(shell awk 'BEGIN { printf "%.0f", log($(tiles))/log(2) }')
 
-.PHONY: gvsoc
+GVRUN ?= $(GVSOC_DIR)/install/bin/gvrun
+
+.PHONY: gvsoc build
 
 clean:
 	rm -rf build/
@@ -66,8 +69,8 @@ ifeq ($(compiler), GCC_MULTILIB)
 	sed -i -E 's/^#add_subdirectory\(flatatt\)/add_subdirectory\(flatatt\)/' ./tests/magia/mesh/CMakeLists.txt
 	sed -i -E 's/^\/\/#include "utils\/attention_utils.h"/#include "utils\/attention_utils.h"/' ./targets/magia/include/tile.h
 endif
-	cmake -DTARGET_PLATFORM=$(target_platform) -DEVAL=$(eval) -DCOMPILER=$(compiler) -B build --trace-expand
-	cmake --build build --verbose
+	cmake -DTARGET_PLATFORM=$(target_platform) -DEVAL=$(eval) -DCOMPILER=$(compiler) -B $(CMAKE_BUILDDIR) --trace-expand
+	cmake --build $(CMAKE_BUILDDIR) --verbose
 
 set_mesh:
 ifeq ($(tiles), 1)
@@ -81,14 +84,14 @@ run: set_mesh
 ifndef test
 	$(error Proper formatting is: make run test=<test_name> platform=rtl|gvsoc)
 endif
-ifeq (,$(wildcard ./build/bin/$(test)))
+ifeq (,$(wildcard $(CMAKE_BUILDDIR)/bin/$(test)))
 	$(error No test found with name: $(test))
 endif
 ifndef platform
 	$(error Proper formatting is: make run test=<test_name> platform=rtl|gvsoc)
 endif
 ifeq ($(platform), gvsoc)
-	$(GVSOC_DIR)/install/bin/gvsoc --target=magia --binary=./build/bin/$(test) --trace-level=trace run
+	$(GVRUN) --target=magia --param binary=$(CMAKE_BUILDDIR)/bin/$(test) $(GVRUN_ARGS) run
 else ifeq ($(platform), rtl)
 	mkdir -p $(BUILD_DIR) && cd $(BUILD_DIR) && mkdir -p build
 	cp ./build/bin/$(test) $(BUILD_DIR)/build/verif

testset.cfg

@@ -0,0 +1,65 @@
+from gvtest.testsuite import *
+from functools import partial
+
+# This script can be used to run all the tests for different tile sizes on gvsoc
+# First compile all the tests for all the tiles with:
+#   make build compiler=GCC_PULP tiles=2 CMAKE_BUILDDIR=$PWD/build/tile2
+#   make build compiler=GCC_PULP tiles=4 CMAKE_BUILDDIR=$PWD/build/tile4
+#   make build compiler=GCC_PULP tiles=8 CMAKE_BUILDDIR=$PWD/build/tile8
+# Then execute:
+#   gvtest
+# Available tests can be obtained with:
+#   gvtest tests
+# Single test can be run with:
+#   gvtest --test magia-sdk:tile8:test_float --stdout
+
+def tests_build(tile_name, nb_tile, testset):
+
+    tests = [
+        "test_helloworld",
+        "test_fsync_levels",
+        "test_fsync_diag",
+        "test_mm_is",
+        "test_fsync_sync",
+        "test_mm_os",
+        "test_idma",
+        "test_fsync_rc",
+        "test_float",
+        "test_cemm_global",
+        "test_mm_is_nb",
+        "test_mm_is_2",
+        "test_mm_ws_2",
+        "test_mm_ws",
+        "test_amo",
+        "test_mm_ws_nb",
+        "test_brah",
+        "test_mm_os_2",
+    ]
+
+    skipped_tests = {
+        'tile2': ['test_mm_is_nb', 'test_mm_ws_2', 'test_brah', 'test_mm_os_2'],
+        'tile4': ['test_cemm_global', 'test_mm_is_nb', 'test_mm_is_2', 'test_brah', 'test_mm_os_2'],
+        'tile8': ['test_mm_ws', 'test_amo', 'test_mm_ws_nb', 'test_brah', 'test_mm_os_2'],
+    }
+
+    for test_name in tests:
+        test = testset.new_test(test_name)
+        cwd = testset.get_path()
+        work_dir = f'{cwd}/build/{tile_name}/work/{test_name}'
+        test.add_command(Shell('run', f'make run platform=gvsoc CMAKE_BUILDDIR={cwd}/build/{tile_name} GVRUN=gvrun test={test_name} GVRUN_ARGS="--work-dir {work_dir}'
+            f' --attr magia/n_tiles_x={nb_tile} --attr magia/n_tiles_y={nb_tile}"'))
+
+        if skipped_tests.get(tile_name) is not None and test_name in skipped_tests.get(tile_name):
+            print(f"\033[31mSkipping Magia test {test_name} for tile {tile_name}\033")
+            test.skip('Failing, to be fixed')
+
+
+def testset_build(testset):
+
+    testset.set_name('magia-sdk')
+
+    for tile in [2, 4, 8]:
+        name = f'tile{tile}'
+        tile_testset = testset.new_testset(name)
+        tile_testset.add_target('magia')
+        tile_testset.add_testset(callback=partial(tests_build, name, tile))