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Diffstat (limited to 'scripts/PYTHON_SOFTWARE/test/tests')
32 files changed, 749 insertions, 0 deletions
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b/scripts/PYTHON_SOFTWARE/test/tests/qamp.py @@ -0,0 +1,86 @@ +from test.helpers.syscmd import SysCommand +import unittest +import serial +import time + +class Qamp(unittest.TestCase): + + def __init__(self, testname, testfunc, undercurrent=0.1, overcurrent=2): + self._current = 0.0 + self._undercurrent=undercurrent + self._overcurrent = overcurrent + self._vshuntfactor=16384.0 + self._ser = serial.Serial() + self._ser.port = '/dev/ttyUSB0' + self._ser.baudrate = 115200 + self._ser.parity = serial.PARITY_NONE + self._ser.timeout = 0 + self._ser.writeTimout = 0 + self._ser.xonxoff = False + self._ser.rtscts = False + self._ser.dsrdtr = False + super(Qamp, self).__init__(testfunc) + self._testMethodDoc = testname + + def __del__(self): + self._ser.close() + + def execute(self): + # Open Serial port ttyUSB0 + error=0 + try: + self._ser.open() + except: + self.fail("failed: IMPOSSIBLE OPEN USB-SERIAL PORT ( {} )".format(self._ser.port)) + error=1 + return -1 + if error==0: + # Clean input and output buffer of serial port + self._ser.flushInput() + self._ser.flushOutput() + # Send command to read Voltage at Shunt resistor + # Prepare cmd + cmd = ('at\n\r') + i=0 + while (i < len(cmd)): + i = i + self._ser.write(cmd[i].encode('ascii')) + time.sleep(0.05) + self._ser.read(1) + res0 = [] + while (self._ser.inWaiting() > 0): # if incoming bytes are waiting to be read from the serial input buffer + res0.append(self._ser.read(1).decode('ascii')) # read the bytes and convert from binary array to ASCII + print(res0) + #CHECK COM FIRST + cmd = ('at+in?\n\r') + i = 0 + + # Write, 1 by 1 byte at a time to avoid hanging of serial receiver code of listener, emphasis being made at sleep of 50 ms. + while (i < len(cmd)): + i = i + self._ser.write(cmd[i].encode('ascii')) + time.sleep(0.05) + self._ser.read(1) + + # Read, 1 by 1 byte + res = [] + while (self._ser.inWaiting() > 0): # if incoming bytes are waiting to be read from the serial input buffer + res.append(self._ser.read(1).decode('ascii')) # read the bytes and convert from binary array to ASCII + + string = ''.join(res) + string = string.replace('\n', '') + try: + self._current = float(int(string, 0)) / self._vshuntfactor + except: + self.fail("failed: CAN'T READ CONSUMPTION (CURRENT=0?)") + error=1 + return -1 + if error==0: + print(self._current) + # In order to give a valid result it is importarnt to define an under current value + if (self._current > float(self._overcurrent)): + self.fail("failed: OVERCURRENT DETECTED ( {} )".format(self._current)) + return -1 + + if (self._current < float(self._undercurrent)): + self.fail("failed: UNDERCURRENT DETECTED ( {} )".format(self._current)) + return -1 + diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qaudio.py b/scripts/PYTHON_SOFTWARE/test/tests/qaudio.py new file mode 100644 index 0000000..b262c2d --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qaudio.py @@ -0,0 +1,44 @@ +from test.helpers.syscmd import SysCommand +import unittest +#class name +class Qaudio(unittest.TestCase): + # Initialize the variables + + def __init__(self, testname, testfunc, dtmfFile): + # Doing this we will initialize the class and later on perform a particular method inside this class + super(Qaudio, self).__init__(testfunc) + self._testMethodDoc = testname + self._dtmfFile=dtmfFile + self.__sum=0 + self.__refSum = 25 # 1+3+5+7+9 + + def execute(self): + str_cmd = "amixer -c 0 sset 'PCM' 100 2> /dev/null" # .format(self.__dtmfFile) + #Some cases de volume level is not enough to the tes. It needs to be increased + volume_up = SysCommand("volume_up", str_cmd) + if volume_up.execute() == 0: + str_cmd = "aplay test/files/dtmf-13579.wav 2> /dev/null & arecord -r 8000 -d 1 recorded.wav 2> /dev/null" #.format(self.__dtmfFile) + audio_loop = SysCommand("audio_loop", str_cmd) + if audio_loop.execute() == 0: + lines = audio_loop.getOutput().splitlines() + str_cmd = "multimon -t wav -a DTMF recorded.wav -q 2> /dev/null" + dtmf_decoder = SysCommand("dtmf_decoder", str_cmd) + if dtmf_decoder.execute() == 0: + self.__raw_out = dtmf_decoder.getOutput() + if self.__raw_out == "": + return -1 + lines = dtmf_decoder.getOutput().splitlines() + for i in range(0, 5): + aux=[int(s) for s in lines[i].split() if s.isdigit()] + self.__sum=self.__sum+aux[0] + self.failUnless(self.__sum == self.__refSum), "failed: incorrect dtmf code" + str(self.__sum) + else: + self.fail("failed: fail reading recorded file") + return -1 + else: + self.fail("failed: fail playing/recording file") + return -1 + else: + self.fail("failed: could not increase loud level") + return -1 + return 0 diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qbutton.py b/scripts/PYTHON_SOFTWARE/test/tests/qbutton.py new file mode 100644 index 0000000..1fb204a --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qbutton.py @@ -0,0 +1,51 @@ +from test.helpers.syscmd import SysCommand +import unittest +import uuid +import time + +class Qbutton(unittest.TestCase): + + def __init__(self, testname, testfunc, gpio): + if gpio == "SOPA": + super(Qbutton, self).__init__("buttonSopa") + else: + super(Qbutton, self).__init__("buttonGpio") + self._testMethodDoc = testname + + def buttonGpio(self): + print("normal-button-test-using-gpio") + self.fail("failed: GPIO BUTTON FAIL") + + def buttonSopa(self): + str_cmd = "i2cset -f -y 1 0x2d 0x40 0x31" + disable_pmic = SysCommand("disable_pmic", str_cmd) + disable_pmic.execute() + # BUG: REPEAT THIS EXECUTION TWICE BECAUSE FIRST TIME IT RETURNS AN ERROR + time.sleep(0.1) + disable_pmic.execute() + if disable_pmic.execute() == 0: + str_cmd = "i2cset -f -y 1 0x2d 0x50 0xff" + reset_button = SysCommand("reset_button", str_cmd) + if reset_button.execute() == 0: + str_cmd = "i2cget -f -y 1 0x2d 0x50" + get_button_val = SysCommand("get_button_val", str_cmd) + print("\n\t --> PRESS button for 1 sec (TIMEOUT: 10s) \n") + timeout = 0 + while timeout < 20: + if get_button_val.execute() == 0: + get_button_val.execute() + button_value = get_button_val.getOutput() + button_value=button_value.decode('ascii').split("x") + if int(button_value[1]) == 4: + timeout = 20 + time.sleep(0.5) + timeout = timeout + 1 + if timeout==20 and int(button_value[1]) == 0: + self.fail("failed: timeout exceeded") + else: + timeout = 20 + self.fail("failed: not button input") + else: + self.fail("failed: could not complete i2c reset button state") + else: + self.fail("failed: could not complete i2c disable PMIC") diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qduplex_ser.py b/scripts/PYTHON_SOFTWARE/test/tests/qduplex_ser.py new file mode 100644 index 0000000..98bda81 --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qduplex_ser.py @@ -0,0 +1,46 @@ +from test.helpers.syscmd import SysCommand +import unittest +import uuid +import serial +import time + +class Qduplex(unittest.TestCase): + + def __init__(self, testname, testfunc, port1, port2, baudrate): + super(Qduplex, self).__init__(testfunc) + self.__port1 = port1 + self.__serial1 = serial.Serial(self.__port1, timeout=1) + self.__serial1.baudrate = baudrate + + self.__port2 = port2 + self.__serial2 = serial.Serial(self.__port2, timeout=1) + self.__serial2.baudrate = baudrate + self._testMethodDoc = testname + + def __del__(self): + self.__serial1.close() + self.__serial2.close() + + def execute(self): + self.__serial1.flushInput() + self.__serial1.flushOutput() + self.__serial2.flushInput() + self.__serial2.flushOutput() + test_uuid = str(uuid.uuid4()).encode() + self.__serial1.write(test_uuid) + time.sleep(0.05) # there might be a small delay + if self.__serial2.inWaiting() == 0: + self.fail("failed: PORT {} wait timeout exceded, wrong communication?".format(self.__port2)) + else: + if (self.__serial2.readline() != test_uuid): + self.fail("failed: PORT {} write/read mismatch".format(self.__port2)) + + test_uuid = str(uuid.uuid4()).encode() + self.__serial2.write(test_uuid) + time.sleep(0.05) # there might be a small delay + if self.__serial1.inWaiting() == 0: + self.fail("failed: PORT {} wait timeout exceded, wrong communication?".format(self.__port1)) + else: + if (self.__serial1.readline() != test_uuid): + self.fail("failed: PORT {} write/read mismatch".format(self.__port1)) + diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qeeprom.py b/scripts/PYTHON_SOFTWARE/test/tests/qeeprom.py new file mode 100644 index 0000000..f72f78f --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qeeprom.py @@ -0,0 +1,38 @@ +from test.helpers.syscmd import SysCommand +import unittest +import uuid + +class Qeeprom(unittest.TestCase): + + def __init__(self, testname, testfunc): + super(Qeeprom, self).__init__(testfunc) + self._testMethodDoc = testname + + def execute(self): + str_cmd = "find /sys/ -iname 'eeprom'" + eeprom_location = SysCommand("eeprom_location", str_cmd) + if eeprom_location.execute() == 0: + self.__raw_out = eeprom_location.getOutput() + if self.__raw_out == "": + self.fail("Unable to get EEPROM location. IS EEPROM CONNECTED?") + return -1 + eeprom=self.__raw_out.decode('ascii') + test_uuid = uuid.uuid4() + str_cmd="echo '{}' > {}".format(str(test_uuid), eeprom) + eeprom_write = SysCommand("eeprom_write", str_cmd) + if eeprom_write.execute() == 0: + self.__raw_out = eeprom_write.getOutput() + if self.__raw_out == "": + self.fail("Unable to write on the EEPROM?") + return -1 + str_cmd = "head -2 {}".format(eeprom) + eeprom_read = SysCommand("eeprom_read", str_cmd) + if eeprom_read.execute() == 0: + self.__raw_out = eeprom_read.getOutput() + if self.__raw_out == "": + self.fail("Unable to read from the EEPROM?") + return -1 + if(str(self.__raw_out).find(str(test_uuid)) == -1): + self.fail("failed: READ/WRITE mismatch") + else: + self.fail("failed: could not complete find eeprom command") diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qethernet.py b/scripts/PYTHON_SOFTWARE/test/tests/qethernet.py new file mode 100644 index 0000000..2ac447c --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qethernet.py @@ -0,0 +1,57 @@ +from test.helpers.syscmd import SysCommand +import unittest + + +class Qethernet(unittest.TestCase): + __sip = None + __raw_out = None + __MB_req = None + __MB_real = None + __BW_real = None + __dat_list = None + __bind = None + __OKBW = None + + def __init__(self, testname, testfunc, sip = None, OKBW=100, bind=None): + super(Qethernet, self).__init__(testfunc) + if sip is not None: + self.__sip = sip + if sip is not None: + self.__bind = bind + self.__MB_req = '10' + self.__OKBW=OKBW + self._testMethodDoc = testname + + def execute(self): + print + if self.__bind is None: + str_cmd = "iperf -c {} -x CMSV -n {}M".format(self.__sip, self.__MB_req) + else: + str_cmd = "iperf -c {} -x CMSV -n {}M -B {}".format(self.__sip, self.__MB_req, self.__bind) + iperf_command = SysCommand("iperf", str_cmd) + if iperf_command.execute() == 0: + self.__raw_out = iperf_command.getOutput() + if self.__raw_out == "": + return -1 + lines = iperf_command.getOutput().splitlines() + dat = lines[1] + dat = dat.decode('ascii') + dat_list = dat.split( ) + for d in dat_list: + a = dat_list.pop(0) + if a == "sec": + break + self.__MB_real = dat_list[0] + self.__BW_real = dat_list[2] + self.__dat_list = dat_list + #print(self.__MB_real) + #print(self.__BW_real) + self.failUnless(float(self.__BW_real)>float(self.__OKBW)*0.9,"failed: speed is lower than spected. Speed(MB/s)" + str(self.__BW_real)) + else: + self.fail("failed: could not complete iperf command") + + def get_Total_MB(self): + return self.__MB_real; + + def get_Total_BW(self): + return self.__MB_real; diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qflash.py b/scripts/PYTHON_SOFTWARE/test/tests/qflash.py new file mode 100644 index 0000000..660e1c0 --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qflash.py @@ -0,0 +1,74 @@ +from test.helpers.syscmd import SysCommand +import unittest +from test.helpers.globalVariables import globalVar + +class Qflasher(unittest.TestCase): + + def __init__(self, testname, testfunc): + super(Qflasher, self).__init__(testfunc) + self._testMethodDoc = testname + model=globalVar.g_mid + if model.find("IGEP0046") == 0: + self._flash_method = "mx6" + self._binlocation="/boot/" + elif model.find("IGEP0034") == 0: + self._flash_method = "nandti" + self._binlocation = "/boot/" + elif model.find("SOPA") == 0: + self._flash_method = "sopaflash" + elif model.find("OMAP3") == 0: + self._flash_method = "nandti" + self._binlocation = "/boot/" + elif model.find("OMAP5") == 0: + self._flash_method = "nandti" + self._binlocation = "/boot/" + + + def execute(self): + # CASE eMMC boards. + if(self._flash_method == "mx6"): + str_cmd= "dd if={}u-boot.imx of=/dev/mmcblk2 bs=512 seek=2 2>&1 >/dev/null".format(self._binlocation) + flash_command = SysCommand("flash_command", str_cmd) + if flash_command.execute() == 0: + str_cmd = "sync" + sync_command = SysCommand("sync_command", str_cmd) + if sync_command.execute() != 0: + self.fail("failed: could not sync") + else: + self.fail("failed: could not complete flash eMMC commands") + # CASE of nandflash boards + elif(self._flash_method == "nandti"): + str_cmd = "nandwrite -p -s 0x0 /dev/mtd0 {}u-boot.img 2>&1 >/dev/null; " \ + "nandwrite -p -s 0x20000 /dev/mtd0 {}u-boot.img 2>&1 >/dev/null; " \ + "nandwrite -p -s 0x40000 /dev/mtd0 {}u-boot.img 2>&1 >/dev/null; " \ + "nandwrite -p -s 0x60000 /dev/mtd0 {}u-boot.img 2>&1 >/dev/null; " \ + "".format(self._binlocation, self._binlocation, self._binlocation, self._binlocation,) + flash_MLO_command = SysCommand("flash_MLO_command", str_cmd) + if flash_MLO_command.execute() == 0: + str_cmd= "nandwrite -p /dev/mtd1 {}u-boot.img 2>&1 >/dev/null".format(self._binlocation) + flash_uBoot_command = SysCommand("flash_command", str_cmd) + if flash_uBoot_command.execute() == 0: + str_cmd = "sync" + sync_command = SysCommand("sync_command", str_cmd) + if sync_command.execute() != 0: + self.fail("failed: could not sync") + else: + self.fail("failed: could not complete flash u-boot commnds") + else: + self.fail("failed: could not complete flash MLO commnd") + + + # CASE of SOPA0000 BOARD. FULL FLASH (u-boot+kernel+rootfs) + elif (self._flash_method == "sopaflash"): + str_cmd = "nandtest /dev/mtd0 >/dev/null" + flash_command = SysCommand("flash_command", str_cmd) + if flash_command.execute() == 0: + str_cmd = "/usr/bin/igep-flash --skip-nandtest --image /opt/firmware/demo-ti-image-*-*.tar* >/dev/null 2>&1" + sync_command = SysCommand("sync_command", str_cmd) + if sync_command.execute() != 0: + self.fail("failed: could not complete flashing procces") + else: + self.fail("failed: could not complete nandtest mtd0") + + else: + self.fail("failed: could not find flash method")
\ No newline at end of file diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qi2c.py b/scripts/PYTHON_SOFTWARE/test/tests/qi2c.py new file mode 100644 index 0000000..409005c --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qi2c.py @@ -0,0 +1,29 @@ +from test.helpers.syscmd import SysCommand +import unittest + +class Qi2c(unittest.TestCase): + + def __init__(self, testname, testfunc, busnum, register): + super(Qi2c, self).__init__(testfunc) + self.__busnum = busnum + self.__register = register.split("/") + self.__devices=[] + self._testMethodDoc = testname + + def execute(self): + str_cmd= "i2cdetect -a -y -r {}".format(self.__busnum) + i2c_command = SysCommand("i2cdetect", str_cmd) + if i2c_command.execute() == 0: + self.__raw_out = i2c_command.getOutput() + if self.__raw_out == "": + return -1 + lines=self.__raw_out.decode('ascii').splitlines() + for i in range(len(lines)): + if (lines[i].count('UU')): + if (lines[i].find("UU")): + self.__devices.append("0x{}{}".format((i - 1), hex(int((lines[i].find("UU") - 4) / 3)).split('x')[-1])) + for i in range(len(self.__register)): + if not(self.__register[i] in self.__devices): + self.fail("failed: device {} not found in bus i2c-{}".format(self.__register[i], self.__busnum)) + else: + self.fail("failed: could not complete i2cdedtect command") diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qiperf.py b/scripts/PYTHON_SOFTWARE/test/tests/qiperf.py new file mode 100644 index 0000000..126b6ee --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qiperf.py @@ -0,0 +1,53 @@ +from test.helpers.syscmd import SysCommand + + +class QIperf(object): + __sip = None + __raw_out = None + __MB_req = None + __MB_real = None + __BW_real = None + __dat_list = None + __bind = None + + def __init__(self, sip = None): + if sip is not None: + self.__sip = sip + self.__MB_req = '10' + + def execute(self, sip = None, bind = None): + if sip is not None: + self.__sip = sip + + if bind is None: + str_cmd = "iperf -c {} -x CMSV -n {}M".format(self.__sip, self.__MB_req) + else: + self.__bind = bind + str_cmd = "iperf -c {} -x CMSV -n {}M -B {}".format(self.__sip, self.__MB_req, self.__bind) + t = SysCommand("iperf", str_cmd) + if t.execute() == 0: + self.__raw_out = t.getOutput() + if self.__raw_out == "": + return -1 + lines = t.getOutput().splitlines() + dat = lines[1] + dat = dat.decode('ascii') + dat_list = dat.split( ) + for d in dat_list: + a = dat_list.pop(0) + if a == "sec": + break + self.__MB_real = dat_list[0] + self.__BW_real = dat_list[2] + self.__dat_list = dat_list + print(self.__MB_real) + print(self.__BW_real) + else: + return -1 + return 0 + + def get_Total_MB(self): + return self.__MB_real; + + def get_Total_BW(self): + return self.__MB_real; diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qram.py b/scripts/PYTHON_SOFTWARE/test/tests/qram.py new file mode 100644 index 0000000..8ec0210 --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qram.py @@ -0,0 +1,22 @@ +from test.helpers.syscmd import SysCommand +import unittest + +class Qram(unittest.TestCase): + + def __init__(self, testname, testfunc, memSize): + super(Qram, self).__init__(testfunc) + self.__memSize = memSize + self._testMethodDoc = testname + + def execute(self): + str_cmd= "free -m" + free_command = SysCommand("free_ram", str_cmd) + if free_command.execute() == 0: + self.__raw_out = free_command.getOutput() + if self.__raw_out == "": + return -1 + lines = free_command.getOutput().splitlines() + aux = [int(s) for s in lines[1].split() if s.isdigit()] + self.failUnless(int(aux[0])>int(self.__memSize),"failed: total ram memory size lower than expected") + else: + self.fail("failed: could not complete iperf command") diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qrtc.py b/scripts/PYTHON_SOFTWARE/test/tests/qrtc.py new file mode 100644 index 0000000..1d02f78 --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qrtc.py @@ -0,0 +1,28 @@ +from test.helpers.syscmd import SysCommand +import unittest +import time + +class Qrtc(unittest.TestCase): + + def __init__(self, testname, testfunc, rtc): + super(Qrtc, self).__init__(testfunc) + self.__rtc = rtc + self._testMethodDoc = testname + + def execute(self): + str_cmd = "hwclock -f {}".format(self.__rtc) + rtc_set = SysCommand("rtc_set", str_cmd) + if rtc_set.execute() == 0: + curr_hour = rtc_set.getOutput().decode('ascii').split(" ") + time1 = int((curr_hour[4].split(":"))[2]) + time.sleep(1) + if rtc_set.execute() == 0: + curr_hour = rtc_set.getOutput().decode('ascii').split(" ") + time2 = int((curr_hour[4].split(":"))[2]) + if time1==time2: + self.fail("failed: RTC is not running") + else: + self.fail("failed: couldn't execute hwclock command 2nd time") + else: + self.fail("failed: couldn't execute hwclock command") + diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qscreen.py b/scripts/PYTHON_SOFTWARE/test/tests/qscreen.py new file mode 100644 index 0000000..3beff83 --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qscreen.py @@ -0,0 +1,36 @@ +from test.helpers.syscmd import SysCommand +import unittest +import time +from test.helpers.cv_display_test import pattern_detect + +class Qscreen(unittest.TestCase): + + def __init__(self, testname, testfunc, display): + super(Qscreen, self).__init__(testfunc) + self.__display = display + self._testMethodDoc = testname + + def execute(self): + str_cmd = "fbi -T 1 --noverbose -d /dev/{} test/files/test_pattern.png 2> /dev/null".format(self.__display) + display_image = SysCommand("display_image", str_cmd) + if display_image.execute() == 0: + str_cmd = "ls /dev/v4l/by-id/usb-Creative_Technology*" + camera_check = SysCommand("camera_check", str_cmd) + if camera_check.execute() == 0: + test_screen = pattern_detect(1) + if not test_screen=="0": + self.fail("failed: {}".format(test_screen)) + str_cmd= "fbi -T 1 /home/root/result_hdmi_img.jpg -d /dev/fb0 --noverbose -a" + show_img = SysCommand("show-image", str_cmd) + show_img.execute() + else: + self.fail("failed: camera not found. USB PROBLEM??") + else: + self.fail("failed: could not display the image") + try: + str_cmd= "fbi -T 1 /home/root/result_hdmi_img.jpg -d /dev/fb0 --noverbose -a" + show_img = SysCommand("show-image", str_cmd) + show_img.execute() + except ValueError: + print("COULD NOT DISPLAY IMAGE") + diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qserial.py b/scripts/PYTHON_SOFTWARE/test/tests/qserial.py new file mode 100644 index 0000000..43ba3c8 --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qserial.py @@ -0,0 +1,30 @@ +from test.helpers.syscmd import SysCommand +import unittest +import uuid +import serial +import time + +class Qserial(unittest.TestCase): + + def __init__(self, testname, testfunc, port, baudrate): + super(Qserial, self).__init__(testfunc) + self.__port = port + self.__serial = serial.Serial(self.__port, timeout=1) + self.__serial.baudrate = baudrate + self._testMethodDoc = testname + + def __del__(self): + self.__serial.close() + + def execute(self): + self.__serial.flushInput() + self.__serial.flushOutput() + test_uuid = str(uuid.uuid4()).encode() + self.__serial.write(test_uuid) + time.sleep(0.05) # there might be a small delay + if self.__serial.inWaiting() == 0: + self.fail("failed: PORT {} wait timeout exceded, wrong communication?".format(self.__port)) + else: + if (self.__serial.readline() != test_uuid): + self.fail("failed: PORT {} write/read mismatch".format(self.__port)) + diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qtemplate.py b/scripts/PYTHON_SOFTWARE/test/tests/qtemplate.py new file mode 100644 index 0000000..940cded --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qtemplate.py @@ -0,0 +1,51 @@ +#IF COMMAND IS NEEDED +from test.helpers.syscmd import SysCommand +import unittest +#class name +class Qtemplate(unittest.TestCase): + # Initialize the variables + __variable1 = "Value-a" + __variable2 = "Value-b" + #.... + __variablen = "Value-n" + + def __init__(self, testname, testfunc, input1=None, inputn=None): + # Doing this we will initialize the class and later on perform a particular method inside this class + super(Qtemplate, self).__init__(testfunc) + self.__testname = testname + self.__input1 = input1 + self.__inputn = inputn + self._testMethodDoc = testname + + + + def execute(self): + str_cmd = "command" + t = SysCommand("command-name", str_cmd) + if t.execute() == 0: + self.__raw_out = t.getOutput() + if self.__raw_out == "": + return -1 + lines = t.getOutput().splitlines() + dat = lines[1] + dat = dat.decode('ascii') + dat_list = dat.split( ) + for d in dat_list: + a = dat_list.pop(0) + if a == "sec": + break + self.__MB_real = dat_list[0] + self.__BW_real = dat_list[2] + self.__dat_list = dat_list + print(self.__MB_real) + print(self.__BW_real) + self.failUnless(int(self.__BW_real)>int(self.__OKBW)*0.9,"FAIL:BECAUSE...") + else: + return -1 + return 0 + + def get_Total_MB(self): + return self.__MB_real; + + def get_Total_BW(self): + return self.__MB_real; diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qusb.py b/scripts/PYTHON_SOFTWARE/test/tests/qusb.py new file mode 100644 index 0000000..44490bc --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qusb.py @@ -0,0 +1,60 @@ +from test.helpers.syscmd import SysCommand +import unittest + +class Qusb(unittest.TestCase): + + def __init__(self, testname, testfunc, devLabel, numPorts): + super(Qusb, self).__init__(testfunc) + self.__numPorts = numPorts + self._testMethodDoc = testname + self.__devLabel = devLabel + if testname=="USBOTG": + self.__usbFileName = "/this_is_an_usb_otg" + self.__usbtext = "USBOTG" + elif testname=="SATA": + self.__usbFileName = "/this_is_a_sata" + self.__usbtext = "SATA" + else: + self.__usbFileName = "/this_is_an_usb_host" + self.__usbtext = "USBHOST" + self.__numUsbFail=[] + + def execute(self): + str_cmd= "lsblk -o LABEL" + lsblk_command = SysCommand("lsblk", str_cmd) + if lsblk_command.execute() == 0: + self.__raw_out = lsblk_command.getOutput() + if self.__raw_out == "": + return -1 + lines = lsblk_command.getOutput().splitlines() + host_list=[] + for i in range(len(lines)): + if str(lines[i].decode('ascii'))==self.__devLabel: + host_list.append(i) + if len(host_list)==int(self.__numPorts): + str_cmd = "lsblk -o MOUNTPOINT" + lsblk_command = SysCommand("lsblk", str_cmd) + if lsblk_command.execute() == 0: + self.__raw_out = lsblk_command.getOutput() + if self.__raw_out == "": + print("failed: no command output") + self.fail("failed: no command output") + else: + lines = lsblk_command.getOutput().splitlines() + for i in range(len(host_list)): + file_path=str(lines[host_list[i]].decode('ascii')) + self.__usbFileName + usb_file = open(file_path, 'r') + read=usb_file.read() + if read.find(self.__usbtext)!=-1: + print(file_path + " --> OK!") + else: + self.fail("failed: could not read from usb {}".format(lines[host_list[i]].decode('ascii'))) + self.__numUsbFail.append(host_list[i]) + usb_file.close() + else: + self.fail("failed: couldn't execute lsblk command") + + else: + self.fail("failed: reference and real usb host devices number mismatch") + else: + self.fail("failed: couldn't execute lsblk command") diff --git a/scripts/PYTHON_SOFTWARE/test/tests/qwifi.py b/scripts/PYTHON_SOFTWARE/test/tests/qwifi.py new file mode 100644 index 0000000..8235937 --- /dev/null +++ b/scripts/PYTHON_SOFTWARE/test/tests/qwifi.py @@ -0,0 +1,44 @@ +from test.helpers.syscmd import SysCommand +import unittest +import subprocess + +class Qwifi(unittest.TestCase): + + def __init__(self, testname, testfunc, signal): + super(Qwifi, self).__init__(testfunc) + self.__signal = signal + self._testMethodDoc = testname + # WiFi SERVERIP fixed at the moment. + self._serverip = "192.168.5.1" + + def execute(self): + # First check connection with the wifi server using ping command + #str_cmd = "ping -c 1 {} > /dev/null".format(self._serverip) + #wifi_ping = SysCommand("wifi_ping", str_cmd) + #wifi_ping.execute() + #res = subprocess.call(['ping', '-c', '1', self._serverip]) + p = subprocess.Popen(['ping','-c','1',self._serverip,'-W','2'],stdout=subprocess.PIPE) + p.wait() + res=p.poll() + if res == 0: + str_cmd= "iw wlan0 link" + wifi_stats = SysCommand("wifi_stats", str_cmd) + if wifi_stats.execute() == 0: + w_stats = wifi_stats.getOutput().decode('ascii').splitlines() + #self._longMessage = str(self.__raw_out).replace("'", "") + if not w_stats[0] == "Not connected.": + signal_st = w_stats[5].split(" ")[1] + try: + int(signal_st) + if -1*int(signal_st) > int(self.__signal): + self.fail("failed: signal to server lower than expected") + except ValueError: + self.fail("failed: error output (Bad connection?)") + else: + self.fail("failed: error output (Bad connection?)") + #tx_brate = float(w_stats[6].split(" ")[2]) + else: + self.fail("failed: couldn't execute iw command") + else: + self.fail("failed: ping to server {}".format(self._serverip)) + |