How to use the priority.PRIORITY_HIGH function in priority

To help you get started, we’ve selected a few priority examples, based on popular ways it is used in public projects.

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github intel / intel-cmt-cat / tests / testcases / test_pqos_mbm.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.iface_os
    @pytest.mark.rdt_supported("cqm_mbm_local", "cqm_mbm_total")
    def test_pqos_mbm_tasks(self, iface):
        def get_mbm(output, pid):
            mbl = None
            mbr = None
            lines = output.split("\n")

            for line in lines:
                # pylint: disable=line-too-long
                match = re.search(r"^\s*([0-9]*)\s*[0-9,]*\s*[0-9]*\.[0-9]*\s*[0-9]*k\s*([0-9]*\.[0-9])\s*([0-9]*\.[0-9])\s*$", line)
                if match:
                    curr_pid = int(match.group(1))
                    if curr_pid == pid:
                        mbl = float(match.group(2))
                        mbr = float(match.group(3))
github intel / intel-cmt-cat / tests / testcases / test_pqos_cmt.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.iface_os
    @pytest.mark.rdt_supported("cqm_occup_llc")
    def test_pqos_cmt_llc_occupancy_tasks(self, iface):
        def get_cmt(output, pid):
            cmt = None
            lines = output.split("\n")

            for line in lines:
                # pylint: disable=line-too-long
                match = re.search(r"^\s*([0-9]*)\s*[0-9,]*\s*[0-9]*\.[0-9]*\s*[0-9]*k\s*([0-9]*\.[0-9])\s*$", line)
                if match:
                    curr_pid = int(match.group(1))
                    if curr_pid == pid:
                        cmt = float(match.group(2))
            return cmt
github intel / intel-cmt-cat / tests / testcases / test_rdtset_l2cat.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.iface_os
    @pytest.mark.rdt_supported("cat_l2")
    def test_rdtset_l3cat_set_task(self, iface):
        (_, _, exitstatus) = self.run_rdtset(iface, "-t l2=0xf -c 5-6 -p 1")
        assert exitstatus == 0

        (stdout, _, exitstatus) = self.run_pqos(iface, "-s")
        assert exitstatus == 0
        last_cos = Resctrl.get_ctrl_group_count() - 1
        assert ("COS{} => 1").format(last_cos) in stdout
        assert ("L2CA COS{} => MASK 0xf").format(last_cos) in stdout
github intel / intel-cmt-cat / tests / testcases / test_pqos_l3cat.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.rdt_supported("cat_l3")
    def test_pqos_l3cat_set_negative(self, iface):
        (stdout, _, exitstatus) = self.run_pqos(iface, "-e llc:2=0xffffffff")
        assert exitstatus == 1
        assert "SOCKET 0 L3CA COS2 - FAILED" in stdout
        assert "Allocation configuration error!" in stdout
github intel / intel-cmt-cat / tests / testcases / test_pqos_mba.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.rdt_supported("mba")
    def test_pqos_mba_set_negative(self, iface):
        (stdout, _, exitstatus) = self.run_pqos(iface, "-e mba:2=200")
        assert exitstatus == 1
        assert "MBA COS2 rate out of range (from 1-100)" in stdout
github intel / intel-cmt-cat / tests / testcases / test_pqos_l3cat.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.rdt_supported("cdp_l3")
    def test_pqos_l3cat_set_data(self, iface):
        self.run_pqos(iface, "-R l3cdp-on")

        default_mask = (1 << Env().get('cat', 'l3', 'ways')) - 1

        (stdout, _, exitstatus) = self.run_pqos(iface, "-e llc:3d=0xf")
        assert exitstatus == 0
        assert ("SOCKET 0 L3CA COS3 => DATA 0xf,CODE {}").format(hex(default_mask)) in stdout
github intel / intel-cmt-cat / tests / testcases / test_pqos_l3cat.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.rdt_supported("cat_l3")
    def test_pqos_l3cat_set(self, iface):
        (stdout, _, exitstatus) = self.run_pqos(iface, "-e llc:1=0xf;llc:2=0xf0")
        assert exitstatus == 0
        assert "SOCKET 0 L3CA COS1 => MASK 0xf" in stdout
        assert "SOCKET 0 L3CA COS2 => MASK 0xf0" in stdout
        assert "Allocation configuration altered" in stdout

        (stdout, _, exitstatus) = self.run_pqos(iface, "-s")
        assert exitstatus == 0
        assert "L3CA COS1 => MASK 0xf" in stdout
        assert "L3CA COS2 => MASK 0xf0" in stdout
github intel / intel-cmt-cat / tests / testcases / test_pqos_l3cat.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.rdt_supported("cat_l3")
    def test_pqos_l3cat_reset(self, iface):
        (stdout, _, exitstatus) = self.run_pqos(iface, "-R")
        assert exitstatus == 0
        assert "Allocation reset successful" in stdout
github intel / intel-cmt-cat / tests / testcases / test_pqos_cmt.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.rdt_supported("cqm_occup_llc")
    def test_pqos_cmt_detection(self, iface):
        (stdout, _, exitstatus) = self.run_pqos(iface, "-d")
        assert exitstatus == 0
        assert re.search(r"Cache Monitoring Technology \(CMT\) events:\s*LLC Occupancy", stdout)
github intel / intel-cmt-cat / tests / testcases / test_pqos_l3cat.py View on Github external
    @PRIORITY_HIGH
    @pytest.mark.iface_os
    @pytest.mark.rdt_supported("cat_l3")
    def test_pqos_l3cat_association_tasks_negative(self, iface):
        (stdout, _, exitstatus) = self.run_pqos(iface, "-a pid:2=9999999999")
        assert exitstatus == 1
        assert "Task ID number or class id is out of bounds!" in stdout