def handle_jlc_without_smd_code(cell_values_array, m_r):
try:
# extract
first_category_value = cell_values_array[COL_NUM_FIRST_CATEGORY]
lcsc_part = cell_values_array[COL_NUM_LCSC_PART]
package = get_component_package(cell_values_array)
r_accuracy = m_r[2]
r_smd_code = get_smd_code(m_r[1])
component_name = ','.join(
[get_r_name(r_smd_code), package, m_r[1], r_accuracy, lcsc_part])
component_name = massage_component_name(component_name)
# translate
temp_lib = gen_r.getLibText(*[
component_name, cell_values_array[COL_NUM_PACKAGE], r_accuracy,
cell_values_array[COL_NUM_LCSC_PART],
cell_values_array[COL_NUM_MFR_PART],
cell_values_array[COL_NUM_FIRST_CATEGORY],
cell_values_array[COL_NUM_SECOND_CATEGORY],
cell_values_array[COL_NUM_SOLDER_JOINT],
cell_values_array[COL_NUM_MANUFACTURER],
cell_values_array[COL_NUM_LIBRARY_TYPE]
])
temp_dcm = gen_r.getDcmText(component_name, '',
cell_values_array[COL_NUM_PACKAGE],
r_accuracy)
return temp_lib, temp_dcm
except Exception as e:
print('debug')
pprint(m_r)
raise e
def handle_jlc_with_resistor_ppm(cell_values_array, m_r):
try:
# extract
first_category_value = cell_values_array[COL_NUM_FIRST_CATEGORY]
lcsc_number = cell_values_array[COL_NUM_LCSC_PART]
package = cell_values_array[COL_NUM_PACKAGE]
ppm_value = m_r[3]
ppm_spec = massage_ppm_value(ppm_value)
component_name = ','.join(
[m_r[1], ppm_spec + 'PPM', package, lcsc_number])
r_text_value = m_r[1]
# r_smd_code = str(parseTextCode(r_text_value.replace('Ω','')))
# r_smd_code = getThreeDigitCode(r_smd_code)
# print(r_smd_code)
# print(getThreeDigitCode(r_smd_code))
# r_accuracy = m_r[2]
# translate
temp_lib = gen_r.getLibText(*[
component_name, cell_values_array[COL_NUM_PACKAGE], None,
cell_values_array[COL_NUM_LCSC_PART],
cell_values_array[COL_NUM_MFR_PART],
cell_values_array[COL_NUM_FIRST_CATEGORY],
cell_values_array[COL_NUM_SECOND_CATEGORY],
cell_values_array[COL_NUM_SOLDER_JOINT],
cell_values_array[COL_NUM_MANUFACTURER],
cell_values_array[COL_NUM_LIBRARY_TYPE]
])
temp_dcm = gen_r.getDcmText(component_name, r_text_value,
cell_values_array[COL_NUM_PACKAGE], '')
return temp_lib, temp_dcm
except Exception as e:
print('debug')
pprint(m_r)
raise e
def handle_r_resistance_precision(cell_values_array, m_r):
try:
# extract
first_category_value = cell_values_array[COL_NUM_FIRST_CATEGORY]
resistance_value = m_r[1]
package = get_component_package(cell_values_array)
lcsc_part = get_component_lcsc_part(cell_values_array)
component_name = ','.join([resistance_value, package, lcsc_part])
component_name = massage_component_name(component_name)
# r_smd_code = str(parseTextCode(r_text_value.replace('Ω','')))
# r_smd_code = getThreeDigitCode(r_smd_code)
# print(r_smd_code)
# print(getThreeDigitCode(r_smd_code))
# r_accuracy = m_r[2]
# translate
temp_lib = gen_r.getLibText(*[
component_name, cell_values_array[COL_NUM_PACKAGE], None,
cell_values_array[COL_NUM_LCSC_PART],
cell_values_array[COL_NUM_MFR_PART],
cell_values_array[COL_NUM_FIRST_CATEGORY],
cell_values_array[COL_NUM_SECOND_CATEGORY],
cell_values_array[COL_NUM_SOLDER_JOINT],
cell_values_array[COL_NUM_MANUFACTURER],
cell_values_array[COL_NUM_LIBRARY_TYPE]
])
temp_dcm = gen_r.getDcmText(component_name, '',
cell_values_array[COL_NUM_PACKAGE], '')
return temp_lib, temp_dcm
except Exception as e:
print('debug')
pprint(m_r)
raise e
def handle_with_power_rating(cell_values_array, m_r):
try:
# extract
first_category_value = cell_values_array[COL_NUM_FIRST_CATEGORY]
lcsc_part = cell_values_array[COL_NUM_LCSC_PART]
component_name = massage_component_name(','.join([m_r[0], lcsc_part]))
r_text_value = component_name
# r_smd_code = str(parseTextCode(r_text_value.replace('Ω','')))
# r_smd_code = getThreeDigitCode(r_smd_code)
# print(r_smd_code)
# print(getThreeDigitCode(r_smd_code))
r_accuracy = m_r[2]
# translate
temp_lib = gen_r.getLibText(*[
component_name, cell_values_array[COL_NUM_PACKAGE], r_accuracy,
cell_values_array[COL_NUM_LCSC_PART],
cell_values_array[COL_NUM_MFR_PART],
cell_values_array[COL_NUM_FIRST_CATEGORY],
cell_values_array[COL_NUM_SECOND_CATEGORY],
cell_values_array[COL_NUM_SOLDER_JOINT],
cell_values_array[COL_NUM_MANUFACTURER],
cell_values_array[COL_NUM_LIBRARY_TYPE]
])
temp_dcm = gen_r.getDcmText(component_name, r_text_value,
cell_values_array[COL_NUM_PACKAGE], '')
return temp_lib, temp_dcm
except Exception as e:
print('debug')
pprint(m_r)
raise e
def handle_jlc_with_part_number(cell_values_array, m_r):
try:
# extract
first_category_value = cell_values_array[COL_NUM_FIRST_CATEGORY]
r_text_value = m_r[1]
# r_smd_code = str(parseTextCode(r_text_value.replace('Ω','')))
# r_smd_code = getThreeDigitCode(r_smd_code)
# print(r_smd_code)
# print(getThreeDigitCode(r_smd_code))
# r_accuracy = m_r[2]
# translate
temp_lib = gen_r.getLibText(*[
r_text_value, cell_values_array[COL_NUM_PACKAGE], None,
cell_values_array[COL_NUM_LCSC_PART],
cell_values_array[COL_NUM_MFR_PART],
cell_values_array[COL_NUM_FIRST_CATEGORY],
cell_values_array[COL_NUM_SECOND_CATEGORY],
cell_values_array[COL_NUM_SOLDER_JOINT],
cell_values_array[COL_NUM_MANUFACTURER],
cell_values_array[COL_NUM_LIBRARY_TYPE]
])
temp_dcm = gen_r.getDcmText(cell_values_array[COL_NUM_MFR_PART],
r_text_value,
cell_values_array[COL_NUM_PACKAGE], '')
return temp_lib, temp_dcm
except Exception as e:
print('debug')
pprint(m_r)
raise e
