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/* Copyright 2021 The Chromium OS Authors. All rights reserved.
* Use of this source code is governed by a BSD-style license that can be
* found in the LICENSE file.
*/
#include "battery.h"
#include "mock/tcpci_i2c_mock.h"
#include "task.h"
#include "driver/tcpm/tcpci.h"
#include "test_util.h"
#include "timer.h"
#include "usb_tcpmv2_compliance.h"
#include "usb_tc_sm.h"
#define BUFFER_SIZE 100
#define EXT_MSG_CHUNKED BIT(15)
#define EXT_MSG_DATA_SIZE_1 1
#define HEADER_BYTE_OFFSET 1
#define HEADER_NUM_BYTES 2
#define SCEDB_NUM_BATTERY_OFFSET 22
#define SCEDB_NUM_BYTES 24
#define BSDO_INV_BATTERY_REF(bsdo) (((bsdo) >> 8) & 1)
#define BSDO_BATTERY_INFO(bsdo) (((bsdo) >> 8) & 0xFF)
static int number_of_fixed_batteries(void)
{
return CONFIG_NUM_FIXED_BATTERIES;
}
static int number_of_swappable_batteries(void)
{
return 0;
}
/*****************************************************************************
* TD.PD.SRC3.E9 Battery Status Fields Checks - Invalid Battery reference
*
* Description:
* As Consumer (UFP), the Tester sends a Get_Battery_Status message with
* an invalid battery reference to the UUT, waits for a Battery_Status
* message from the Provider (DFP, UUT) and verifies correct field values.
*/
int test_td_pd_src3_e9(void)
{
int msg_len;
uint8_t data[BUFFER_SIZE];
uint32_t ext_msg;
int num_fixed_batteries;
int num_swappable_battery_slots;
int ref;
int found_index;
struct possible_tx possible[2];
TEST_EQ(tcpci_startup(), EC_SUCCESS, "%d");
/*
* a) Run PROC.PD.E1 Bring-up according to the UUT role.
*/
TEST_EQ(proc_pd_e1(PD_ROLE_DFP, INITIAL_AND_ALREADY_ATTACHED),
EC_SUCCESS, "%d");
/*
* b) The Tester waits until it can start an AMS (Run PROC.PD.E3) and
* sends a Get_Source_Cap_Extended message to the UUT.
*/
TEST_EQ(proc_pd_e3(), EC_SUCCESS, "%d");
partner_send_msg(TCPCI_MSG_SOP, PD_CTRL_GET_SOURCE_CAP_EXT, 0, 0, NULL);
/*
* c) If a Source_Capabilities_Extended message is received, the
* Tester record the Number of Batteries/Battery Slots field.
*/
possible[0].tx_type = TCPCI_MSG_SOP;
possible[0].ctrl_msg = PD_CTRL_NOT_SUPPORTED;
possible[0].data_msg = 0;
possible[1].tx_type = TCPCI_MSG_SOP;
possible[1].ctrl_msg = 0;
possible[1].data_msg = PD_EXT_SOURCE_CAP;
TEST_EQ(verify_tcpci_possible_tx(possible,
2,
&found_index,
data,
sizeof(data),
&msg_len,
0),
EC_SUCCESS, "%d");
if (found_index == 1) {
mock_set_alert(TCPC_REG_ALERT_TX_SUCCESS);
task_wait_event(10 * MSEC);
TEST_EQ(msg_len, HEADER_BYTE_OFFSET +
HEADER_NUM_BYTES +
SCEDB_NUM_BYTES,
"%d");
num_fixed_batteries =
data[HEADER_BYTE_OFFSET +
HEADER_NUM_BYTES +
SCEDB_NUM_BATTERY_OFFSET] &
0x0F;
num_swappable_battery_slots =
(data[HEADER_BYTE_OFFSET +
HEADER_NUM_BYTES +
SCEDB_NUM_BATTERY_OFFSET] >> 4) &
0x0F;
}
/*
* If a Not_Supported message is received, the Tester reads the
* Number of Batteries/Battery Slots field (combine
* Num_Fixed_Batteries and Num_Swappable_Battery_Slots) from the
* VIF.
*/
else {
TEST_EQ(found_index, 0, "%d");
mock_set_alert(TCPC_REG_ALERT_TX_SUCCESS);
task_wait_event(10 * MSEC);
num_fixed_batteries = number_of_fixed_batteries();
num_swappable_battery_slots = number_of_swappable_batteries();
}
/*
* d) The Tester waits until it can start an AMS (Run PROC.PD.E3) and
* sends a Get_Battery_Status message, with Battery Status Ref set
* to 8, to the UUT.
*/
ref = 8;
ext_msg = EXT_MSG_CHUNKED | EXT_MSG_DATA_SIZE_1 |
(ref << 16);
partner_send_msg(TCPCI_MSG_SOP, PD_EXT_GET_BATTERY_STATUS, 1, 1,
&ext_msg);
/*
* e) If a Not_Supported message is received, and
* 1. If the recorded Number of Batteries/Battery Slots field is 0,
* the test passes and stops here.
* 2. If the recorded Number of Batteries/Battery Slots field is
* not 0, the test fails.
*/
possible[0].tx_type = TCPCI_MSG_SOP;
possible[0].ctrl_msg = PD_CTRL_NOT_SUPPORTED;
possible[0].data_msg = 0;
possible[1].tx_type = TCPCI_MSG_SOP;
possible[1].ctrl_msg = 0;
possible[1].data_msg = PD_DATA_BATTERY_STATUS;
TEST_EQ(verify_tcpci_possible_tx(possible,
2,
&found_index,
data,
sizeof(data),
&msg_len,
0),
EC_SUCCESS, "%d");
if (found_index == 0) {
mock_set_alert(TCPC_REG_ALERT_TX_SUCCESS);
task_wait_event(10 * MSEC);
TEST_EQ(num_fixed_batteries, 0, "%d");
TEST_EQ(num_swappable_battery_slots, 0, "%d");
return EC_SUCCESS;
}
/*
* f) Upon receipt of the Battery_Status message, the Tester verifies:
*/
else {
uint16_t header;
uint32_t bsdo;
TEST_EQ(found_index, 1, "%d");
mock_set_alert(TCPC_REG_ALERT_TX_SUCCESS);
task_wait_event(10 * MSEC);
/*
* 1. Number of Data Objects field = 001b
*/
header = UINT16_FROM_BYTE_ARRAY_LE(data, HEADER_BYTE_OFFSET);
TEST_EQ(PD_HEADER_CNT(header), 1, "%d");
/*
* 2. Port Power Role field = 1b (Source)
*/
TEST_EQ(PD_HEADER_PROLE(header), 1, "%d");
/*
* 3. Specification Revision field = 10b (Rev 3.0)
*/
TEST_EQ(PD_HEADER_REV(header), PD_REV30, "%d");
/*
* 4. Port Data Role field = 1b (DFP)
*/
TEST_EQ(PD_HEADER_DROLE(header), PD_ROLE_DFP, "%d");
/*
* 5. Extended = 0b
*/
TEST_EQ(PD_HEADER_EXT(header), 0, "%d");
/*
* 6. Invalid Battery Reference field (Bit 0) of the
* Battery Info field in the BSDO is 1
*/
bsdo = UINT32_FROM_BYTE_ARRAY_LE(data, HEADER_BYTE_OFFSET +
HEADER_NUM_BYTES);
TEST_EQ(BSDO_INV_BATTERY_REF(bsdo), 1, "%d");
/*
* 7. Bits 7..1 of Battery Info field in the BSDO are 0
* 8. Bits 7..0 of the BSDO are 0
*/
TEST_EQ(BSDO_BATTERY_INFO(bsdo) & GENMASK(7, 1), 0, "%d");
TEST_EQ(bsdo & GENMASK(7, 0), 0, "%d");
}
return EC_SUCCESS;
}
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