def get_product_list(self):
html_analyse = HtmlAnalyse(self.url)
data = {
"Category_Radio": "Rchip",
"Feature_Radio": "Rchip_RFAtten",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_RFAtten",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
contents = html_analyse.post_contents(data=data).encode().decode()
bs_contents = BeautifulSoup(contents, "html.parser")
product_tags = bs_contents.find_all(name="tr")[1:]
return product_tags
def get_product_list(self):
html_analyse = HtmlAnalyse(self.url)
data1 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_CFilm",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_CFilm",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data2 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_Fwirewound",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_Fwirewound",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data3 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_LowOhmWire",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_LowOhmWire",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data4 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_MetalFilm",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_MetalFilm",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data5 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_MetalGlazedFilm",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_MetalGlazedFilm",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data6 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_OFilm",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_OFilm",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data7 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_PulseLoad",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_PulseLoad",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data8 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_Wirewound",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_Wirewound",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data9 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_ZeroOhm",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_ZeroOhm",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data10 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_Cement",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_Cement",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data11 = {
"Category_Radio": "LeadedR",
"Feature_Radio": "LeadedR_AlumiHouse",
"CATEGORY": "LeadedR",
"FEATURE": "LeadedR_AlumiHouse",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
datas = [
data1, data2, data3, data4, data5, data6, data7, data8, data9,
data10, data11
]
all_product_tags = []
for data in datas:
contents = html_analyse.post_contents(data=data).encode().decode()
bs_contents = BeautifulSoup(contents, "html.parser")
product_tags = bs_contents.find_all(name="tr")[1:]
all_product_tags += product_tags
return all_product_tags
def get_product_list(self):
html_analyse = HtmlAnalyse(self.url)
data1 = {
"Category_Radio": "Rchip",
"Feature_Radio": "Rchip_Automotive",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_Automotive",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data2 = {
"Category_Radio": "Rchip",
"Feature_Radio": "Rchip_GeneralPurpose",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_GeneralPurpose",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data3 = {
"Category_Radio": "Rchip",
"Rchip_LeadFree": "Rchip_Automotive",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_LeadFree",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data4 = {
"Category_Radio": "Rchip",
"Feature_Radio": "Rchip_GPHighPrecision",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_GPHighPrecision",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data5 = {
"Category_Radio": "Rchip",
"Feature_Radio": "Rchip_ThinFilm",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_ThinFilm",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data6 = {
"Category_Radio": "Rchip",
"Feature_Radio": "Rchip_Termination",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_Termination",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data7 = {
"Category_Radio": "Rchip",
"Feature_Radio": "Rchip_Surge",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_Surge",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data8 = {
"Category_Radio": "Rchip",
"Feature_Radio": "Rchip_Anti-Sulfurated",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_Anti-Sulfurated",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
data9 = {
"Category_Radio": "Rchip",
"Feature_Radio": "Rchip_MLV",
"CATEGORY": "Rchip",
"FEATURE": "Rchip_MLV",
"INDUCTANCE": "",
"TOLERANCE": "",
"IMPEDANCE": "",
"SIZE": "",
"POWER": "",
"RESISTANCE": "",
"TCR": "",
"CAPACITANCE": "",
"TC": "",
"VOLTAGE": "",
"FREQUENCY": "",
"INSERTIONLOSS": "",
"LIFETIME": "",
"ANTENNA": "",
"ISSEARCH": "OK"
}
datas = [data1, data2, data3, data4, data5, data6, data7, data8, data9]
all_product_tags = []
for data in datas:
contents = html_analyse.post_contents(data=data).encode().decode()
bs_contents = BeautifulSoup(contents, "html.parser")
product_tags = bs_contents.find_all(name="tr")[1:]
all_product_tags += product_tags
return all_product_tags