def gen_cFile(self):
fp = open(os.path.join(ModuleObj.get_genPath(), self.__fileName), 'w')
gen_str = ''
gen_str += ModuleObj.writeComment()
gen_str += self.fill_cFile()
fp.write(gen_str)
fp.close()
def get_cfgInfo(self):
cp = configparser.ConfigParser(allow_no_value=True)
cp.read(ModuleObj.get_cmpPath())
PmicData._var_list = cp.options('APPLICATION')
if self.__chipName == '':
return
#parse the pmic config file
cmpPath = os.path.join(sys.path[0], 'config', self.__chipName + '.cmp')
if not os.path.exists(cmpPath) or not os.path.isfile(cmpPath):
log(LogLevel.error,
'Can not find %s pmic config file!' % (self.__chipName))
sys.exit(-1)
cp.read(cmpPath)
self.__defLdo = cp.get('PMIC_TABLE', 'LDO_APPNAME_DEFAULT')
self.__headerList = cp.get('PMIC_TABLE', 'INCLUDE_HEADER').split(':')
self.__func = cp.get('PMIC_TABLE', 'FUNCTION')
for i in range(1, cp.getint('PMIC_TABLE', 'NUM_LDO') + 1):
key = 'LDO_NAME%d' % (i)
self.__paraList.append(cp.get(key, 'PARAMETER_NAME'))
#parse app count in fig file
cp.read(ModuleObj.get_chipId() + '.fig')
cp.read(ModuleObj.get_figPath())
self.__appCount = cp.getint('Chip Type', 'PMIC_APP_COUNT')
def read(self, node):
nodes = node.childNodes
for node in nodes:
if node.nodeType == xml.dom.Node.ELEMENT_NODE:
if cmp(node.nodeName, 'count') == 0:
self.__count = node.childNodes[0].nodeValue
continue
varNode = node.getElementsByTagName('varName')
detNode = node.getElementsByTagName('debounce_time')
polNode = node.getElementsByTagName('polarity')
senNode = node.getElementsByTagName('sensitive_level')
deeNode = node.getElementsByTagName('debounce_en')
data = EintData()
if len(varNode):
data.set_varName(varNode[0].childNodes[0].nodeValue)
if len(detNode):
data.set_debounceTime(detNode[0].childNodes[0].nodeValue)
if len(polNode):
data.set_polarity(polNode[0].childNodes[0].nodeValue)
if len(senNode):
data.set_sensitiveLevel(senNode[0].childNodes[0].nodeValue)
if len(deeNode):
data.set_debounceEnable(deeNode[0].childNodes[0].nodeValue)
ModuleObj.set_data(self, node.nodeName, data)
return True
def read(self, node):
nodes = node.childNodes
for node in nodes:
if node.nodeType == xml.dom.Node.ELEMENT_NODE:
if node.nodeName == 'count':
continue
varNode = node.getElementsByTagName('varName')
curNode = node.getElementsByTagName('current')
key = re.findall(
r'\D+',
node.nodeName)[0].upper() + self.__suffix + '%s' % (
re.findall(r'\d+', node.nodeName)[0])
if key not in ModuleObj.get_data(self):
continue
data = ModuleObj.get_data(self)[key]
if len(varNode):
data.set_varName(varNode[0].childNodes[0].nodeValue)
if len(curNode):
data.set_current(curNode[0].childNodes[0].nodeValue)
ModuleObj.set_data(self, key, data)
return True
def fill_dtsiFile(self):
gen_str = '''#include <dt-bindings/interrupt-controller/irq.h>\n'''
gen_str += '''#include <dt-bindings/interrupt-controller/arm-gic.h>\n'''
gen_str += '''\n'''
gen_str += self.fill_mappingTable()
sorted_list = sorted(ModuleObj.get_data(self).keys(), key=compare)
for key in sorted_list:
value = ModuleObj.get_data(self)[key]
gen_str += '''&%s {\n''' %(value.get_varName().lower())
gen_str += '''\tinterrupt-parent = <&eintc>;\n'''
temp = ''
polarity = value.get_polarity()
sensitive = value.get_sensitiveLevel()
if cmp(polarity, 'High') == 0 and cmp(sensitive, 'Edge') == 0:
temp = 'IRQ_TYPE_EDGE_RISING'
elif cmp(polarity, 'Low') == 0 and cmp(sensitive, 'Edge') == 0:
temp = 'IRQ_TYPE_EDGE_FALLING'
elif cmp(polarity, 'High') == 0 and cmp(sensitive, 'Level') == 0:
temp = 'IRQ_TYPE_LEVEL_HIGH'
elif cmp(polarity, 'Low') == 0 and cmp(sensitive, 'Level') == 0:
temp = 'IRQ_TYPE_LEVEL_LOW'
gen_str += '''\tinterrupts = <%s %s>;\n''' %(self.refGpio(key[4:], True)[0], temp)
gen_str += '''\tdebounce = <%s %d>;\n''' %(self.refGpio(key[4:], True)[0], string.atoi(value.get_debounceTime()) * 1000)
gen_str += '''\tstatus = \"okay\";\n'''
gen_str += '''};\n'''
gen_str += '''\n'''
return gen_str
def fill_dtsiFile(self):
gen_str = '''&auxadc {\n'''
gen_str += '''\tadc_channel@ {\n'''
gen_str += '''\t\tcompatible = "mediatek,adc_channel";\n'''
val = -1
# sort by the key, or the sequence is dissorted
#sorted_list = sorted(ModuleObj.get_data(self).keys())
for key in sorted_key(ModuleObj.get_data(self).keys()):
value = ModuleObj.get_data(self)[key]
if value == "TEMPERATURE":
gen_str += '''\t\tmediatek,%s0 = <%d>;\n''' % (
value.lower(), string.atoi(key[3:]))
else:
gen_str += '''\t\tmediatek,%s = <%d>;\n''' % (
value.lower(), string.atoi(key[3:]))
if value == "ADC_FDD_RF_PARAMS_DYNAMIC_CUSTOM_CH":
val = string.atoi(key[3:])
gen_str += '''\t\tstatus = \"okay\";\n'''
gen_str += '''\t};\n'''
gen_str += '''};\n'''
gen_str += self.fill_extraNode(val)
return gen_str
def fill_pinctrl_hFile(self):
gen_str = '''#include <linux/pinctrl/pinctrl.h>\n'''
gen_str += '''#include <pinctrl-mtk-common.h>\n\n'''
gen_str += '''static const struct mtk_desc_pin mtk_pins_%s[] = {\n''' % (
ModuleObj.get_chipId().lower())
#sorted_list = sorted(ModuleObj.get_data(self).keys(), key = compare)
for key in sorted_key(list(ModuleObj.get_data(self).keys())):
#for key in sorted_list:
value = ModuleObj.get_data(self)[key]
gen_str += '''\tMTK_PIN(\n'''
gen_str += '''\t\tPINCTRL_PIN(%s, \"%s\"),\n''' % (key[4:],
key.upper())
gen_str += '''\t\tNULL, \"%s\",\n''' % (
ModuleObj.get_chipId().lower())
gen_str += '''\t\tMTK_EINT_FUNCTION(NO_EINT_SUPPORT, NO_EINT_SUPPORT)'''
for i in range(0, GpioData._modNum):
mode_name = GpioData.get_modeName(key, i)
if mode_name != '':
lst = []
if mode_name.find('//') != -1:
lst = mode_name.split('//')
else:
lst.append(mode_name)
for j in range(0, len(lst)):
gen_str += ''',\n\t\tMTK_FUNCTION(%d, "%s")''' % (
i + j * 8, lst[j])
gen_str += '''\n\t),\n'''
gen_str += '''};\n'''
return gen_str
def parse(self):
if not os.path.exists(self.__path):
msg = '%s is not a available path!' % (self.__path)
log(LogLevel.error, msg)
return False
data = xml.dom.minidom.parse(self.__path)
root = data.documentElement
# get 'general' node
node = root.getElementsByTagName('general')
# get chip name and project name
ModuleObj.set_chipId(node[0].getAttribute('chip'))
msg = 'Chip ID : %s' % (node[0].getAttribute('chip'))
log(LogLevel.info, msg)
msg = 'Project Info: %s' % (
node[0].getElementsByTagName('proj')[0].childNodes[0].nodeValue)
log(LogLevel.info, msg)
# initialize the objects mapping table
self.init_objs()
# get module nodes from DWS file
nodes = node[0].getElementsByTagName('module')
for node in nodes:
tag = node.getAttribute('name')
obj = self.create_obj(tag)
if obj == None:
msg = 'can not find %s node in DWS!' % (tag)
log(LogLevel.error, msg)
return False
obj.parse(node)
return True
def get_cfgInfo(self):
cp = configparser.ConfigParser(allow_no_value=True)
cp.read(ModuleObj.get_cmpPath())
# get GPIO_FREQ section
keys = cp.options('GPIO_FREQ')
for key in keys:
value = cp.get('GPIO_FREQ', key)
GpioData._freqMap[key] = value
# get GPIO_MODE section
keys = cp.options('GPIO_MODE')
for key in keys:
value = cp.get('GPIO_MODE', key)
GpioData._specMap[key] = value
GpioData._mapList = cp.options('GPIO_VARIABLES_MAPPING')
cp.read(ModuleObj.get_figPath())
ops = cp.options('GPIO')
for op in ops:
value = cp.get('GPIO', op)
list = re.split(r' +|\t+', value)
tmp_list = list[0:len(list) - 2]
temp = []
for item in tmp_list:
str = item[6:len(item) - 1]
temp.append(str)
GpioData._modeMap[op] = temp
data = GpioData()
data.set_smtNum(string.atoi(list[len(list) - 1]))
ModuleObj.set_data(self, op.lower(), data)
def gen_mapDtsi(self):
gen_str = ''
fp = open(os.path.join(ModuleObj.get_genPath(), self.__fileMap), 'w')
gen_str += ModuleObj.writeComment()
gen_str += self.fill_mapping_dtsiFile()
fp.write(gen_str)
fp.close()
def __init__(self):
ModuleObj.__init__(self, 'pmic_drv.h', 'cust_pmic.dtsi')
self.__fileName = 'pmic_drv.c'
self.__chipName = ''
self.__defLdo = ''
self.__appCount = -1
self.__func = ''
self.__paraList = []
self.__headerList = []
def fill_hFile(self):
gen_str = ''
sorted_list = sorted(ModuleObj.get_data(self).keys())
for key in sorted_list:
value = ModuleObj.get_data(self)[key]
gen_str += '''#define AUXADC_%s_CHANNEL\t\t\t%s\n''' %(value.upper(), key[3:])
return gen_str
def __init__(self):
ModuleObj.__init__(self, 'cust_gpio_boot.h', 'cust_gpio.dtsi')
self.__fileName = 'cust_gpio_usage.h'
self.__filePinfunc = '%s-pinfunc.h' % (ModuleObj.get_chipId().lower())
self.__filePinCtrl = 'pinctrl-mtk-%s.h' % (
ModuleObj.get_chipId().lower())
self.__fileScp = 'cust_scp_gpio_usage.h'
self.__fileMap = 'cust_gpio_usage_mapping.dtsi'
self.__drvCur = False
def gen_scpUsage(self):
gen_str = ''
fp = open(os.path.join(ModuleObj.get_genPath(), self.__fileScp), 'w')
gen_str += ModuleObj.writeComment()
gen_str += ModuleObj.writeHeader(self.__fileScp)
gen_str += self.fill_cFile()
gen_str += ModuleObj.writeTail(self.__fileScp)
fp.write(gen_str)
fp.close()
def gen_pinCtrl(self):
gen_str = ''
fp = open(os.path.join(ModuleObj.get_genPath(), self.__filePinCtrl),
'w')
gen_str += ModuleObj.writeComment()
gen_str += ModuleObj.writeHeader(self.__filePinCtrl)
gen_str += self.fill_pinctrl_hFile()
gen_str += ModuleObj.writeTail(self.__filePinCtrl)
fp.write(gen_str)
fp.close()
def fill_hFile(self):
gen_str = ''
gen_str += '''#ifdef __cplusplus\n'''
gen_str += '''extern \"C\" {\n'''
gen_str += '''#endif\n'''
gen_str += '''#define CUST_EINTF_TRIGGER_RISING\t\t\t1\n'''
gen_str += '''#define CUST_EINTF_TRIGGER_FALLING\t\t\t2\n'''
gen_str += '''#define CUST_EINTF_TRIGGER_HIGH\t\t\t4\n'''
gen_str += '''#define CUST_EINTF_TRIGGER_LOW\t\t\t8\n'''
gen_str += '''#define CUST_EINT_DEBOUNCE_DISABLE\t\t\t0\n'''
gen_str += '''#define CUST_EINT_DEBOUNCE_ENABLE\t\t\t1\n'''
gen_str += '''\n\n'''
sorted_list = sorted(list(ModuleObj.get_data(self).keys()),
key=compare)
for key in sorted_list:
value = ModuleObj.get_data(self)[key]
gen_str += '''#define CUST_EINT_%s_NUM\t\t\t%s\n''' % (
value.get_varName().upper(), key[4:])
gen_str += '''#define CUST_EINT_%s_DEBOUNCE_CN\t\t%s\n''' % (
value.get_varName().upper(), value.get_debounceTime())
temp = ''
polarity = value.get_polarity()
sensitive = value.get_sensitiveLevel()
if cmp(polarity, 'High') == 0 and cmp(sensitive, 'Edge') == 0:
temp = 'CUST_EINTF_TRIGGER_RISING'
elif cmp(polarity, 'Low') == 0 and cmp(sensitive, 'Edge') == 0:
temp = 'CUST_EINTF_TRIGGER_FALLING'
elif cmp(polarity, 'High') == 0 and cmp(sensitive, 'Level') == 0:
temp = 'CUST_EINTF_TRIGGER_HIGH'
elif cmp(polarity, 'Low') == 0 and cmp(sensitive, 'Level') == 0:
temp = 'CUST_EINTF_TRIGGER_LOW'
gen_str += '''#define CUST_EINT_%s_TYPE\t\t\t%s\n''' % (
value.get_varName().upper(), temp)
temp = ''
if cmp(value.get_debounceEnable(), 'Disable') == 0:
temp = 'CUST_EINT_DEBOUNCE_DISABLE'
elif cmp(value.get_debounceEnable(), 'Enable') == 0:
temp = 'CUST_EINT_DEBOUNCE_ENABLE'
gen_str += '''#define CUST_EINT_%s_DEBOUNCE_EN\t\t%s\n\n''' % (
value.get_varName().upper(), temp)
gen_str += '''#ifdef __cplusplus\n'''
gen_str += '''}\n'''
gen_str += '''#endif\n'''
return gen_str
def fill_hFile(self):
gen_str = ''
for key in sorted_key(list(ModuleObj.get_data(self).keys())):
value = ModuleObj.get_data(self)[key]
if value.get_varName() == '':
continue
idx = string.atoi(key[5:])
name = self.__list[idx]
gen_str += '''#define GPIO_%s\t\tGPIO_%s\n''' % (
name.upper(), value.get_varName())
return gen_str
def fill_mapping_dtsiFile(self):
gen_str = '''&gpio_usage_mapping {\n'''
#sorted_list = sorted(ModuleObj.get_data(self).keys(), key = compare)
for key in sorted_key(list(ModuleObj.get_data(self).keys())):
#for key in sorted_list:
value = ModuleObj.get_data(self)[key]
for varName in value.get_varNames():
if varName != '' and varName.lower() in GpioData._mapList:
gen_str += '''\t%s = <&pio %s 0>;\n''' % (varName, key[4:])
gen_str += '''};\n'''
return gen_str
def read(self, node):
nodes = node.childNodes
for node in nodes:
if node.nodeType == xml.dom.Node.ELEMENT_NODE:
if node.nodeName == 'count':
continue
varNode = node.getElementsByTagName('varName')
data = PowerData()
data.set_varName(varNode[0].childNodes[0].nodeValue)
ModuleObj.set_data(self, node.nodeName, data)
return True
def getCfgInfo(self):
cp = configparser.ConfigParser(allow_no_value=True)
cp.read(ModuleObj.get_figPath())
self.__list = cp.options('POWER')
self.__list = self.__list[1:]
self.__list = sorted(self.__list)
def read(self, node):
nodes = node.childNodes
try:
for node in nodes:
if node.nodeType == xml.dom.Node.ELEMENT_NODE:
if node.nodeName == 'count':
count = node.childNodes[0].nodeValue
continue
subNode = node.getElementsByTagName('varName')
if len(subNode):
ModuleObj.set_data(self, node.nodeName, subNode[0].childNodes[0].nodeValue)
except:
msg = 'read adc content fail!'
log(LogLevel.error, msg)
return False
return True
def read(self, node):
nodes = node.childNodes
try:
for node in nodes:
if node.nodeType == xml.dom.Node.ELEMENT_NODE:
if cmp(node.nodeName, 'count') == 0:
self.__count = node.childNodes[0].nodeValue
continue
varNode = node.getElementsByTagName('varName')
detNode = node.getElementsByTagName('debounce_time')
polNode = node.getElementsByTagName('polarity')
senNode = node.getElementsByTagName('sensitive_level')
deeNode = node.getElementsByTagName('debounce_en')
dedNode = node.getElementsByTagName('dedicated_en')
srcNode = node.getElementsByTagName('srcPin')
sktNode = node.getElementsByTagName('socketType')
data = Md1EintData()
if len(varNode):
data.set_varName(varNode[0].childNodes[0].nodeValue)
if len(detNode):
data.set_debounceTime(detNode[0].childNodes[0].nodeValue)
if len(polNode):
data.set_polarity(polNode[0].childNodes[0].nodeValue)
if len(senNode):
data.set_sensitiveLevel(senNode[0].childNodes[0].nodeValue)
if len(deeNode):
data.set_debounceEnable(deeNode[0].childNodes[0].nodeValue)
if len(dedNode):
data.set_dedicatedEn(dedNode[0].childNodes[0].nodeValue)
if len(srcNode) and len(srcNode[0].childNodes):
data.set_srcPin(srcNode[0].childNodes[0].nodeValue)
if len(sktNode) and len(sktNode[0].childNodes):
data.set_socketType(sktNode[0].childNodes[0].nodeValue)
ModuleObj.set_data(self, node.nodeName, data)
except:
msg = 'read md1_eint content fail!'
util.log(LogLevel.error, msg)
return False
return True
def fill_hFile(self):
gen_str = '''typedef enum {\n'''
gen_str += '''\tCLOCK_BUFFER_DISABLE,\n'''
gen_str += '''\tCLOCK_BUFFER_SW_CONTROL,\n'''
gen_str += '''\tCLOCK_BUFFER_HW_CONTROL\n'''
gen_str += '''} MTK_CLK_BUF_STATUS;\n'''
gen_str += '''\n'''
gen_str += '''typedef enum {\n'''
gen_str += '''\tCLK_BUF_DRIVING_CURR_AUTO_K = -1,\n'''
gen_str += '''\tCLK_BUF_DRIVING_CURR_0,\n'''
gen_str += '''\tCLK_BUF_DRIVING_CURR_1,\n'''
gen_str += '''\tCLK_BUF_DRIVING_CURR_2,\n'''
gen_str += '''\tCLK_BUF_DRIVING_CURR_3\n'''
gen_str += '''} MTK_CLK_BUF_DRIVING_CURR;\n'''
gen_str += '''\n'''
for key in sorted_key(list(ModuleObj.get_data(self).keys())):
value = ModuleObj.get_data(self)[key]
if key.find('RF') != -1:
gen_str += '''#define %s_STATUS\t\t\t\tCLOCK_BUFFER_%s\n''' % (
key[3:], value.get_varName())
gen_str += '''\n'''
for key in sorted_key(list(ModuleObj.get_data(self).keys())):
if key.find('RF') != -1:
continue
value = ModuleObj.get_data(self)[key]
idx = value.get_curList().index(value.get_current())
if cmp(value.get_curList()[0], DEFAULT_AUTOK) == 0:
idx -= 1
if idx >= 0:
gen_str += '''#define %s_DRIVING_CURR\t\tCLK_BUF_DRIVING_CURR_%d\n''' % (
key, idx)
else:
gen_str += '''#define %s_DRIVING_CURR\t\tCLK_BUF_DRIVING_CURR_AUTO_K\n''' % (
key)
gen_str += '''\n'''
return gen_str
def fill_cFile(self):
gen_str = ''
for header in self.__headerList:
gen_str += '''#include <%s>\n''' % (header)
gen_str += '''\n'''
gen_str += '''void pmu_drv_tool_customization_init(void)\n'''
gen_str += '''{\n'''
idx = 0
for key in sorted_key(list(ModuleObj.get_data(self).keys())):
value = ModuleObj.get_data(self)[key]
if value.get_defEnable() != 0:
gen_str += '''\t%s(%s,%d);\n''' % (self.__func,
self.__paraList[idx],
value.get_defEnable() - 1)
idx += 1
gen_str += '''}\n'''
return gen_str
def fill_dtsiFile(self):
gen_str = '''&rf_clock_buffer_ctrl {\n'''
gen_str += '''\tmediatek,clkbuf-quantity = <%d>;\n''' % (self.__count)
gen_str += '''\tmediatek,clkbuf-config = <'''
#sorted_list = sorted(ModuleObj.get_data(self).keys())
for key in sorted_key(list(ModuleObj.get_data(self).keys())):
if key.find('RF') == -1:
continue
value = ModuleObj.get_data(self)[key]
gen_str += '''%d ''' % (ClkData._varList.index(
value.get_varName()))
gen_str = gen_str.rstrip()
gen_str += '''>;\n'''
gen_str += '''\tstatus = \"okay\";\n'''
gen_str += '''};\n'''
return gen_str
def get_cfgInfo(self):
cp = configparser.ConfigParser(allow_no_value=True)
cp.read(ModuleObj.get_cmpPath())
ops = cp.options('Key_definition')
for op in ops:
KpdData._keyValueMap[op.upper()] = string.atoi(
cp.get('Key_definition', op))
KpdData._keyValueMap['NC'] = 0
cp.read(ModuleObj.get_figPath())
if cp.has_option('KEYPAD_EXTEND_TYPE', 'KEY_ROW'):
KpdData.set_row_ext(
string.atoi(cp.get('KEYPAD_EXTEND_TYPE', 'KEY_ROW')))
if cp.has_option('KEYPAD_EXTEND_TYPE', 'KEY_COLUMN'):
KpdData.set_col_ext(
string.atoi(cp.get('KEYPAD_EXTEND_TYPE', 'KEY_COLUMN')))
return True
def fill_dtsiFile(self):
gen_str = '''&auxadc {\n'''
gen_str += '''\tadc_channel@ {\n'''
gen_str += '''\t\tcompatible = "mediatek,adc_channel";\n'''
# sort by the key, or the sequence is dissorted
#sorted_list = sorted(ModuleObj.get_data(self).keys())
for key in sorted_key(ModuleObj.get_data(self).keys()):
value = ModuleObj.get_data(self)[key]
if value == "TEMPERATURE":
gen_str += '''\t\tmediatek,%s0 = <%d>;\n''' %(value.lower(), string.atoi(key[3:]))
else:
gen_str += '''\t\tmediatek,%s = <%d>;\n''' %(value.lower(), string.atoi(key[3:]))
gen_str += '''\t\tstatus = \"okay\";\n'''
gen_str += '''\t};\n'''
gen_str += '''};\n'''
return gen_str
def fill_hFile(self):
gen_str = ''
gen_str += '''#define CUST_EINT_MD_LEVEL_SENSITIVE\t\t0\n'''
gen_str += '''#define CUST_EINT_MD_EDGE_SENSITIVE\t\t1\n'''
gen_str += '''\n'''
if self.__bSrcPinEnable:
for (key, value) in list(self.__srcPin.items()):
gen_str += '''#define %s\t\t%s\n''' %(key, value)
gen_str += '''\n'''
gen_str += '''#define CUST_EINT_POLARITY_LOW\t\t0\n'''
gen_str += '''#define CUST_EINT_POLARITY_HIGH\t\t1\n'''
gen_str += '''\n'''
gen_str += '''#define CUST_EINT_LEVEL_SENSITIVE\t\t0\n'''
gen_str += '''#define CUST_EINT_EDGE_SENSITIVE\t\t1\n'''
gen_str += '''\n'''
count = 0
for key in sorted_key(list(ModuleObj.get_data(self).keys())):
value = ModuleObj.get_data(self)[key]
if cmp(value.get_varName(), 'NC') == 0:
continue
num = key[4:]
count += 1
gen_str += '''#define CUST_EINT_MD1_%s_NAME\t\t\t"%s"\n''' %(num, value.get_varName())
gen_str += '''#define CUST_EINT_MD1_%s_NUM\t\t\t%s\n''' %(num, num)
gen_str += '''#define CUST_EINT_MD1_%s_DEBOUNCE_CN\t\t%s\n''' %(num, value.get_debounceTime())
gen_str += '''#define CUST_EINT_MD1_%s_POLARITY\t\tCUST_EINT_POLARITY_%s\n''' %(num, value.get_polarity().upper())
gen_str += '''#define CUST_EINT_MD1_%s_SENSITIVE\t\tCUST_EINT_MD_%s_SENSITIVE\n''' %(num, value.get_sensitiveLevel().upper())
gen_str += '''#define CUST_EINT_MD1_%s_DEBOUNCE_EN\t\tCUST_EINT_DEBOUNCE_%s\n''' %(num, value.get_debounceEnable().upper())
gen_str += '''#define CUST_EINT_MD1_%s_DEDICATED_EN\t\t%s\n''' %(num, int(value.get_dedicatedEn()))
if self.__bSrcPinEnable:
gen_str += '''#define CUST_EINT_MD1_%s_SRCPIN\t\t\t%s\n''' %(num, value.get_srcPin())
gen_str += '''\n'''
gen_str += '''#define CUST_EINT_MD1_CNT\t\t\t%d\n''' %(count)
return gen_str
def fill_hFile(self):
gen_str = ''
used = []
for key in sorted_key(list(ModuleObj.get_data(self).keys())):
value = ModuleObj.get_data(self)[key]
for name in value.get_nameList():
if name.strip() != '':
used.append(name)
gen_str += '''#define PMIC_APP_%s\t\t\t%s_POWER_LDO_%s\n''' % (
name, self.__chipName[5:11], value.get_ldoName())
gen_str += '''\n'''
gen_str += '''/**********Output default name********************/\n'''
for varName in PmicData._var_list:
if not varName.upper() in used:
gen_str += '''#define PMIC_APP_%s\t\t\t%s\n''' % (
varName.upper(), self.__defLdo)
return gen_str
def read(self, node):
nodes = node.childNodes
for node in nodes:
if node.nodeType == xml.dom.Node.ELEMENT_NODE:
if cmp(node.nodeName, 'chip') == 0:
if len(node.childNodes) == 0:
break
self.__chipName = node.childNodes[0].nodeValue
continue
if cmp(node.nodeName, 'count') == 0:
continue
ldoNode = node.getElementsByTagName('ldoVar')
defNode = node.getElementsByTagName('defEn')
data = PmicData()
if len(ldoNode):
data.set_ldoName(ldoNode[0].childNodes[0].nodeValue)
if len(defNode):
number = -1
if cmp(defNode[0].childNodes[0].nodeValue, 'SKIP') == 0:
number = 0
elif cmp(defNode[0].childNodes[0].nodeValue, 'OFF') == 0:
number = 1
else:
number = 2
data.set_defEnable(number)
name_list = []
for i in range(0, 6):
key = 'varName%d' % (i)
nameNode = node.getElementsByTagName(key)
if len(nameNode):
name_list.append(nameNode[0].childNodes[0].nodeValue)
data.set_nameList(name_list)
ModuleObj.set_data(self, node.nodeName, data)
return True