def new_log(position, log):
#
FM.change_directory('data/ordered/logs/')
#Find the
files = FM.list_files()
file_chsn = 0
for i in range(0, len(files)):
for n in range(0, len(files[i])):
if files[i][n] == '.':
file_num = int(files[i][:n])
if file_num > file_chsn:
file_chsn = file_num
if FM.file_length(str(file_chsn)) == 10:
file_chsn += 1
FM.append_substring(str(file_chsn), log)
#
FM.change_directory('../dates/')
FM.append_substring(str(file_chsn), get_time())
FM.change_directory('../coord/')
# WILL BE EDITED IN FUTURE
FM.append_substring(str(file_chsn), '40.5698452,-105.10956120000003')
index = FM.file_length(str(file_chsn)) - 1
FM.change_directory('../../' + position)
FM.append_substring('notes', str(file_chsn) + ',' + str(index) + ',0')
# go back to surface folder
FM.change_directory('../' * (LP.folder_layers(position) + 1))
def dealWithIconPath(badge_path=""):
"""外部入口"""
log_utils.info("进入appicon处理程序---开始处理icon")
# 检查资源
tempfile = file_manager.getFullPath("upload/icon")
file_manager.clear(tempfile)
# 1、获取icon的全路径文件夹
iconPath = file_manager.getFullPath(Index.root_icon)
# 2、获取该路径下的所有文件
icons = file_manager.list_files(iconPath, [], ".DS_Store")
if len(icons) == 0:
log_utils.info("还没有上传appicon资源文件，请上传之后操作！")
return 101
else:
# 如果数组不为空，取出第一个元素
# 获取到icon文件
for filename in icons:
if ".png" in filename:
appIconDir = filename
iOSIconSizes = [
("icon-20@2x", 40),
("icon-20@3x", 60),
("icon-29", 29),
("icon-29@2x", 58),
("icon-29@3x", 87),
("icon-40@2x", 80),
("icon-40@3x", 120),
("icon-60@2x", 120),
("icon-60@3x", 180),
("icon-1024", 1024),
("icon-40", 40),
("icon-72", 72),
("icon-29-ipad", 29),
("icon-72@2x", 144),
("icon-76", 76),
("icon-76@2x", 152),
("icon-83.5@2x", 167),
("icon-57", 57),
("icon-57@2x", 114),
("icon-20-ipad", 20),
("icon-20-ipad@2x", 40),
("icon-50", 50),
("icon-50@2x", 100),
("icon-29-ipad@2x", 58),
]
AndroidIconList = [("drawable-ldpi", 36, "icon-36"),
("drawable-mdpi", 48, "icon-48"),
("drawable-hdpi", 72, "icon-72"),
("drawable-xhdpi", 96, "icon-96"),
("drawable-xxhdpi", 144, "icon-144"),
("drawable-xxxhdpi", 192, "icon-192"),
("drawable", 512, "icon-512")]
processingIcons(appIconDir, "ios", iOSIconSizes)
processingIcons(appIconDir, "android", AndroidIconList)
make_archiveWithInfo()
def gather_paths(position):
# cd to position and gather log paths and strengths
FM.change_directory('data/' + position)
paths = FM.get_all('notes')
# separate paths information by comma and put into list
for i in range(0, len(paths)):
paths[i] = paths[i].split(',')
paths[i].insert(2, i)
for n in range(0, len(paths[i])):
paths[i][n] = int(paths[i][n])
# find number of layers position is from data folder
layers = LP.folder_layers(position)
# cd back to logs folder (could be any of the ordered data folders)
FM.change_directory('../' * layers + 'ordered/logs/')
# get all file names in logs folder
file_names = FM.list_files()
# find number in each file name (take out .txt and convert to int)
for i in range(0, len(file_names)):
for n in range(0, len(file_names[i])):
if file_names[i][n] == '.':
file_names[i] = int(file_names[i][:n])
break
# file_paths is for knowing the filename for the first
file_paths = []
log_paths = []
# store each necessary file name in file_paths
for i in range(0, len(file_names)):
for n in range(0, len(paths)):
if paths[n][0] == file_names[i]:
file_paths.append(file_names[i])
break
# setup log_paths for each file in file_paths
for i in range(0, len(file_paths)):
log_paths.append([])
# organize log and strength with their respective file
for i in range(0, len(file_paths)):
for n in range(0, len(paths)):
if paths[n][0] == file_paths[i]:
log_paths[i].append([paths[n][1], paths[n][2], paths[n][3]])
# cd back to bumplog folder
FM.change_directory('../../../')
return file_paths, log_paths
def getpath(dir):
# 2、获取该路径下的所有文件
icons = file_manager.list_files(dir, [], ".DS_Store");
if len(icons) == 0:
log_utils.info("还没有上传appicon资源文件，请上传之后操作！")
return 101
else:
# 如果数组不为空，取出第一个元素
# 获取到icon文件
for filename in icons:
if ".png" in filename:
appIconDir = filename
return appIconDir
@author: RiguiFD
"""
import file_manager as fm
import signal_processing as sp
import pandas as pd
# Open Parameter File. This 'FullParam' dictionary has most of the Parameters
# That shall be used for NVH_ML
full_param_path = 'C:\\Users\\riguifd\\Documents\\GitHub\\NVH_ML\\NVH_ML\\param.yaml'
main_param = fm.load_yaml_file(full_param_path)
# Get All TDMS file names and entire file path from target directory
list_of_files = fm.list_files(main_param['list_files'])
folder_path = main_param['list_files']['folder_path']
list_of_file_paths = [folder_path + file for file in list_of_files]
full_result = pd.DataFrame()
for file_path in list_of_file_paths:
print(file_path)
sgnl, time, sgnl_param = fm.load_signal_from_tdms(
file_path, main_param['load_signal_from_tdms'])
print(sgnl_param['f_name'])
result = pd.DataFrame({'file_name': [sgnl_param['f_name']]})
for test in main_param['analysis']:
print(test['test_name'])
slcd_sgnl, slcd_time, slcd_sgnl_par = fm.slicing_by_time(
def dealWithSplashPath():
log_utils.info("进入splash处理程序---开始处理splash")
# 检查资源
tempfile = file_manager.getFullPath("upload/splash/ios")
file_manager.clear(tempfile) #去掉DS_Store文件
# 1、获取icon的全路径文件夹
iosIconPath = file_manager.getFullPath(Index.root_splash + "/ios")
androidIconPath = file_manager.getFullPath(Index.root_splash + "/android")
# 2、获取该路径下的所有文件
icons = file_manager.list_files(iosIconPath, [], ".DS_Store")
if len(icons) == 0:
log_utils.info("还没有上传splash资源文件，请上传之后操作！")
return 101
else:
# 如果数组不为空，取出第一个元素
# 获取到icon文件
for filename in icons:
if "L.png" in filename:
launchimageL = filename
elif "P.png" in filename:
launchimageP = filename
log_utils.info(launchimageL)
log_utils.info(launchimageP)
# ios 需要提供尺寸 1125x2436 和 2436x1125
# android 需要提供 1920x1080 和 1080x1920
iOSSplashSizes = [("Default-Portrait-2436h", (1125, 2436)),
("Default-Landscape-2436h", (2436, 1125)),
("Default-Portrait@3x", (1242, 2208)),
("Default-667h@2x", (750, 1334)),
("Default-Landscape@3x", (2208, 1242)),
("Default-Portrait@2x", (1536, 2048)),
("Default-Landscape", (1024, 768)),
("Default-Landscape@2x", (2048, 1536)),
("Default", (320, 480)), ("Default@2x", (640, 960)),
("Default-568h@2x", (640, 1136)),
("Default-Portrait", (768, 1024))]
AndroidSplashList = [("drawable_ldpi", (320, 240)),
("drawable_mdpi", (480, 320)),
("drawable_hdpi", (800, 480)),
("drawable_xhdpi", (1280, 720)),
("drawable_xxhdpi", (1920, 1080)),
("drawable_ldpi", (240, 320)),
("drawable_mdpi", (320, 480)),
("drawable_hdpi", (480, 800)),
("drawable_xhdpi", (720, 1280)),
("drawable_xxhdpi", (1080, 1920))]
processingWithSplash(launchimageL, "ios", iOSSplashSizes)
processingWithSplash(launchimageP, "ios", iOSSplashSizes)
processingAndroidSplash(launchimageL, "android", AndroidSplashList)
processingAndroidSplash(launchimageP, "android", AndroidSplashList)
log_utils.printf()
print("所有闪屏图片处理完毕，接下来是打包过程，请稍后....")
make_archiveWithInfo()
def main():
# Get to Blog folder
FM.change_directory('../../content/blog/')
# Find each post
files = FM.list_files()
posts = []
for i in range(0,len(files)):
if files[i] == 'index.md':
del files[i]
break
for i in range(0,len(files)):
if files[i][-3:] == '.md':
posts.append({'url' : files[i][:-3]})
# ----------- Search each file for unordered metadata ----------- #
find_meta = ['title', 'author_id', 'date', 'description']
for i in range(0,len(posts)):
meta = []
for j in range(0,len(find_meta)):
meta.append(find_meta[j])
lines = FM.get_all(posts[i]['url'] + '.md')
# Search front matter for required metadata
encountered_before = False
for j in range(0,len(lines)):
ln = lines[j].strip()
if ln == '+++':
if encountered_before:
lines = lines[j+1:]
break
else:
encountered_before = True
# if inside frontmatter
if encountered_before:
# see if current line contains required metadata
for k in range(0,len(meta)):
if ln[:len(meta[k])] == meta[k]:
# Find the key value separator in line
separator = -1
value = ''
for n in range(len(meta[k]), len(ln)):
if ln[n] == '=':
value = ln[n+1:].strip()
posts[i][meta[k]] = value
del meta[k]
break
# If found all metadata
if len(meta) == 0:
# Find end of Front Matter before breaking
for k in range(j,len(lines)):
if lines[k].strip() == '+++':
lines = lines[k+1:]
break
break
# ERROR: if could not find all required metadata in frontmatter
if len(meta) > 0:
print('\nERROR:')
print('Could not find ', end='')
# print each item not able to be found in frontmatter
for j in range(0,len(meta)):
print(meta[j], end='')
# if not last item in meta, print comma separator
if j < (len(meta) - 1):
print(', ', end='')
print(' in file ' + posts[i] + '.md')
raise SystemExit
# Convert date to string in new key
posts[i]['datestr'] = date_to_string(posts[i]['date'])
# Get read time from markdown content
posts[i]['readtime'] = str(get_readtime(lines))
# --------------------------------------------------------------- #
# Once finished gathering metadata for each post
# Arrange blog posts by date
posts = arrange_by_date(posts)
# Go back to config folder, then go into toml folder
FM.change_directory('../../config/toml/')
# Blog data file name
file_name = 'blog.toml'
# Make sure each required item has quotations surrounding them
rqd_quotes = ['title', 'author_id', 'url', 'description', 'readtime', 'datestr']
for i in range(0,len(posts)):
for j in range(0,len(rqd_quotes)):
key_val = posts[i][rqd_quotes[j]]
if (key_val[0] == '\'' or key_val[0] == '\"') and key_val[0] == key_val[-1]:
continue
else:
new_string = '\"'
for k in range(0,len(key_val)):
if key_val[k] == '\"':
new_string += '\\"'
else:
new_string += key_val[k]
new_string += '\"'
posts[i][rqd_quotes[j]] = new_string
# TOML table name for each blog post
table_name = '[[extra.blog]]'
# Lines to be written to new TOML file
toml_lines = []
for i in range(0,len(posts)):
toml_lines.append(table_name)
for key, value in posts[i].items():
toml_lines.append('\t' + str(key) + ' = ' + str(value))
toml_lines.append('')
toml_files = FM.list_files()
for i in range(0,len(toml_files)):
if file_name == toml_files[i]:
FM.remove_file(toml_files[i])
for i in range(0,len(toml_lines)):
FM.append_substring(file_name, toml_lines[i])