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图片文件夹或ziprar文件内的图片类型高度宽度大小信息生成.txt（拖拽，图片文件夹或ziprar）.py
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图片文件夹或ziprar文件内的图片类型高度宽度大小信息生成.txt（拖拽，图片文件夹或ziprar）.py
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# encoding:utf-8
# https://github.com/wangandi520/andyspythonscript
# pip install pillow
from PIL import Image
from pathlib import Path
import sys
import datetime
import zipfile
import rarfile
def formatFileSize(sizeBytes):
sizeBytes = float(sizeBytes)
result = float(abs(sizeBytes))
suffix = "B";
if(result > 1024):
suffix = "KB"
mult = 1024
result = result / 1024
if(result > 1024):
suffix = "MB"
mult *= 1024
result = result / 1024
if (result > 1024) :
suffix = "GB"
mult *= 1024
result = result / 1024
if (result > 1024) :
suffix = "TB"
mult *= 1024
result = result / 1000
if (result > 1024) :
suffix = "PB"
mult *= 1024
result = result / 1024
return format(result,'.2f') + suffix
def writeFile(myPath, filereadlines):
newfile = open(myPath, mode='a+', encoding='UTF-8')
newfile.writelines(filereadlines)
newfile.close()
def main(inputPath):
del inputPath[0]
for aPath in inputPath:
# 文件格式
fileType = ['.jpg', '.png']
# 图片宽度统计，size[0]
fileWidth = {}
# 图片高度统计，size[1]
fileHeight = {}
# 图片长度宽度统计，[size[0],，size[1]]
fileWidthAndHeight = {}
# 图片类型统计
numberOfFileType = {}
# 文件夹大小
allFileSize = 0
# 文件夹文件数量
allFileCount = 0
# 输出
outputFile = []
# 压缩文件信息输出到一个文件 = True，各自的文件 = False
outputToOneFile = True
if Path.is_file(Path(aPath)):
if rarfile.is_rarfile(Path(aPath)):
with rarfile.RarFile(Path(aPath)) as rf:
fileNameList = []
for eachFile in rf.infolist():
if not eachFile.is_dir():
fileNameList.append(eachFile.filename)
allFileCount = len(fileNameList)
for fileName in fileNameList:
if Path(fileName).suffix.lower() in fileType:
with rf.open(fileName) as readImage:
tmpImg = Image.open(readImage)
if Path(fileName).suffix not in numberOfFileType:
numberOfFileType[Path(fileName).suffix] = 1
else:
numberOfFileType[Path(fileName).suffix] = numberOfFileType[Path(fileName).suffix] + 1
if (tmpImg.size[1] not in fileHeight):
fileHeight[tmpImg.size[1]] = 1
elif (tmpImg.size[1] in fileHeight):
fileHeight[tmpImg.size[1]] = fileHeight[tmpImg.size[1]] + 1
if (tmpImg.size[0] not in fileWidth):
fileWidth[tmpImg.size[0]] = 1
elif (tmpImg.size[0] in fileWidth):
fileWidth[tmpImg.size[0]] = fileWidth[tmpImg.size[0]] + 1
if ((tmpImg.size[0],tmpImg.size[1]) not in fileWidthAndHeight):
fileWidthAndHeight[(tmpImg.size[0],tmpImg.size[1])] = 1
elif ((tmpImg.size[0],tmpImg.size[1]) in fileWidthAndHeight):
fileWidthAndHeight[(tmpImg.size[0],tmpImg.size[1])] = fileWidthAndHeight[(tmpImg.size[0],tmpImg.size[1])] + 1
outputFile.append(Path(aPath).name + '\n')
for key in sorted(numberOfFileType):
print('类型：' + key[1:] + '，数量: ' + str(numberOfFileType[key]))
outputFile.append('类型：' + key[1:] + '，数量: ' + str(numberOfFileType[key]) + '\n')
for key in fileHeight:
print('高度：' + str(key) + ', 数量: ' + str(fileHeight[key]))
outputFile.append('高度：' + str(key) + ', 数量: ' + str(fileHeight[key]) + '\n')
for key in fileWidth:
print('宽度：' + str(key) + ', 数量: ' + str(fileWidth[key]))
outputFile.append('宽度：' + str(key) + ', 数量: ' + str(fileWidth[key]) + '\n')
for key in fileWidthAndHeight:
print('宽度和高度：' + str(key) + ', 数量: ' + str(fileWidthAndHeight[key]))
outputFile.append('宽度和高度：' + str(key) + ', 数量: ' + str(fileWidthAndHeight[key]) + '\n')
print('文件数量：' + str(allFileCount))
print('文件大小：' + formatFileSize(Path(aPath).stat().st_size))
print('文件创建时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_ctime).strftime('%Y-%m-%d %H:%M:%S'))
print('文件修改时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_mtime).strftime('%Y-%m-%d %H:%M:%S'))
outputFile.append('文件数量：' + str(allFileCount) + '\n')
outputFile.append('文件大小：' + formatFileSize(Path(aPath).stat().st_size) + '\n')
outputFile.append('文件创建时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_ctime).strftime('%Y-%m-%d %H:%M:%S') + '\n')
outputFile.append('文件修改时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_mtime).strftime('%Y-%m-%d %H:%M:%S') + '\n\n')
if outputToOneFile:
writeFile(Path(aPath).parent.joinpath(Path(aPath).parent.name + '.txt'), outputFile)
else:
writeFile(Path(aPath).parent.joinpath(Path(aPath).name + '.txt'), outputFile)
if zipfile.is_zipfile(Path(aPath)):
with zipfile.ZipFile(Path(aPath)) as zf:
fileNameList = []
for eachFile in zf.infolist():
if not eachFile.is_dir():
fileNameList.append(eachFile.filename)
allFileCount = len(fileNameList)
for fileName in fileNameList:
if Path(fileName).suffix.lower() in fileType:
with zf.open(fileName) as readImage:
tmpImg = Image.open(readImage)
if Path(fileName).suffix not in numberOfFileType:
numberOfFileType[Path(fileName).suffix] = 1
else:
numberOfFileType[Path(fileName).suffix] = numberOfFileType[Path(fileName).suffix] + 1
if (tmpImg.size[1] not in fileHeight):
fileHeight[tmpImg.size[1]] = 1
elif (tmpImg.size[1] in fileHeight):
fileHeight[tmpImg.size[1]] = fileHeight[tmpImg.size[1]] + 1
if (tmpImg.size[0] not in fileWidth):
fileWidth[tmpImg.size[0]] = 1
elif (tmpImg.size[0] in fileWidth):
fileWidth[tmpImg.size[0]] = fileWidth[tmpImg.size[0]] + 1
if ((tmpImg.size[0],tmpImg.size[1]) not in fileWidthAndHeight):
fileWidthAndHeight[(tmpImg.size[0],tmpImg.size[1])] = 1
elif ((tmpImg.size[0],tmpImg.size[1]) in fileWidthAndHeight):
fileWidthAndHeight[(tmpImg.size[0],tmpImg.size[1])] = fileWidthAndHeight[(tmpImg.size[0],tmpImg.size[1])] + 1
outputFile.append(Path(aPath).name + '\n')
for key in sorted(numberOfFileType):
print('类型：' + key[1:] + '，数量: ' + str(numberOfFileType[key]))
outputFile.append('类型：' + key[1:] + '，数量: ' + str(numberOfFileType[key]) + '\n')
for key in fileHeight:
print('高度：' + str(key) + ', 数量: ' + str(fileHeight[key]))
outputFile.append('高度：' + str(key) + ', 数量: ' + str(fileHeight[key]) + '\n')
for key in fileWidth:
print('宽度：' + str(key) + ', 数量: ' + str(fileWidth[key]))
outputFile.append('宽度：' + str(key) + ', 数量: ' + str(fileWidth[key]) + '\n')
for key in fileWidthAndHeight:
print('宽度和高度：' + str(key) + ', 数量: ' + str(fileWidthAndHeight[key]))
outputFile.append('宽度和高度：' + str(key) + ', 数量: ' + str(fileWidthAndHeight[key]) + '\n')
print('文件数量：' + str(allFileCount))
print('文件大小：' + formatFileSize(Path(aPath).stat().st_size))
print('文件创建时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_ctime).strftime('%Y-%m-%d %H:%M:%S'))
print('文件修改时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_mtime).strftime('%Y-%m-%d %H:%M:%S'))
outputFile.append('文件数量：' + str(allFileCount) + '\n')
outputFile.append('文件大小：' + formatFileSize(Path(aPath).stat().st_size) + '\n')
outputFile.append('文件创建时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_ctime).strftime('%Y-%m-%d %H:%M:%S') + '\n')
outputFile.append('文件修改时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_mtime).strftime('%Y-%m-%d %H:%M:%S') + '\n\n')
if outputToOneFile:
writeFile(Path(aPath).parent.joinpath(Path(aPath).parent.name + '.txt'), outputFile)
else:
writeFile(Path(aPath).parent.joinpath(Path(aPath).name + '.txt'), outputFile)
if Path.is_dir(Path(aPath)):
for file in Path(aPath).glob('**/*'):
if Path.is_file(file) and (file.suffix in fileType):
allFileSize = allFileSize + file.stat().st_size
allFileCount = allFileCount + 1
tmpImg = Image.open(file)
if file.suffix not in numberOfFileType:
numberOfFileType[file.suffix] = 1
else:
numberOfFileType[file.suffix] = numberOfFileType[file.suffix] + 1
if (tmpImg.size[1] not in fileHeight):
fileHeight[tmpImg.size[1]] = 1
elif (tmpImg.size[1] in fileHeight):
fileHeight[tmpImg.size[1]] = fileHeight[tmpImg.size[1]] + 1
if (tmpImg.size[0] not in fileWidth):
fileWidth[tmpImg.size[0]] = 1
elif (tmpImg.size[0] in fileWidth):
fileWidth[tmpImg.size[0]] = fileWidth[tmpImg.size[0]] + 1
if ((tmpImg.size[0],tmpImg.size[1]) not in fileWidthAndHeight):
fileWidthAndHeight[(tmpImg.size[0],tmpImg.size[1])] = 1
elif ((tmpImg.size[0],tmpImg.size[1]) in fileWidthAndHeight):
fileWidthAndHeight[(tmpImg.size[0],tmpImg.size[1])] = fileWidthAndHeight[(tmpImg.size[0],tmpImg.size[1])] + 1
folderName = Path(aPath).name
if folderName[0] == '[':
letterCount = 0
for eachLetter in folderName:
if eachLetter in ['[', ']']:
letterCount = letterCount + 1
# 文件夹格式[书名][作者][出版]Vol01
if letterCount == 6:
folderName = folderName
print('书名：' + folderName.split('][')[0][1:])
print('作者：' + folderName.split('][')[1])
outputFile.append('书名：' + folderName.split('][')[0][1:] + '\n')
outputFile.append('作者：' + folderName.split('][')[1] + '\n')
if folderName[-1] != ']' and folderName.split('][')[2].find(']'):
print('出版：' + folderName.split('][')[2].split(']')[0])
print('册数：' + folderName.split('][')[2].split(']')[1])
outputFile.append('出版：' + folderName.split('][')[2].split(']')[0] + '\n')
outputFile.append('册数：' + folderName.split('][')[2].split(']')[1] + '\n')
elif folderName[-1] == ']':
print('扫者：' + folderName.split('][')[2][:-1])
outputFile.append('扫者：' + folderName.split('][')[2][:-1] + '\n')
# 文件夹格式[书名][作者][出版][扫者]Vol01
if letterCount == 8:
folderName = folderName
print('书名：' + folderName.split('][')[0][1:])
print('作者：' + folderName.split('][')[1])
print('出版：' + folderName.split('][')[2])
outputFile.append('书名：' + folderName.split('][')[0][1:] + '\n')
outputFile.append('作者：' + folderName.split('][')[1] + '\n')
outputFile.append('出版：' + folderName.split('][')[2] + '\n')
if folderName[-1] != ']' and folderName.split('][')[3].find(']'):
print('扫者：' + folderName.split('][')[3].split(']')[0])
print('册数：' + folderName.split('][')[3].split(']')[1])
outputFile.append('扫者：' + folderName.split('][')[3].split(']')[0] + '\n')
outputFile.append('册数：' + folderName.split('][')[3].split(']')[1] + '\n')
elif folderName[-1] == ']':
print('扫者：' + folderName.split('][')[3][:-1])
outputFile.append('扫者：' + folderName.split('][')[3][:-1] + '\n')
for key in sorted(numberOfFileType):
print('类型：' + key[1:] + '，数量: ' + str(numberOfFileType[key]))
outputFile.append('类型：' + key[1:] + '，数量: ' + str(numberOfFileType[key]) + '\n')
for key in fileHeight:
print('高度：' + str(key) + ', 数量: ' + str(fileHeight[key]))
outputFile.append('高度：' + str(key) + ', 数量: ' + str(fileHeight[key]) + '\n')
for key in fileWidth:
print('宽度：' + str(key) + ', 数量: ' + str(fileWidth[key]))
outputFile.append('宽度：' + str(key) + ', 数量: ' + str(fileWidth[key]) + '\n')
for key in fileWidthAndHeight:
print('宽度和高度：' + str(key) + ', 数量: ' + str(fileWidthAndHeight[key]))
outputFile.append('宽度和高度：' + str(key) + ', 数量: ' + str(fileWidthAndHeight[key]) + '\n')
print('文件数量：' + str(allFileCount))
print('文件夹大小：' + formatFileSize(allFileSize))
print('文件夹创建时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_ctime).strftime('%Y-%m-%d %H:%M:%S'))
print('文件夹修改时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_mtime).strftime('%Y-%m-%d %H:%M:%S'))
outputFile.append('文件数量：' + str(allFileCount)+ '\n')
outputFile.append('文件夹大小：' + formatFileSize(allFileSize) + '\n')
outputFile.append('文件夹创建时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_ctime).strftime('%Y-%m-%d %H:%M:%S') + '\n')
outputFile.append('文件夹修改时间：' + datetime.datetime.fromtimestamp(Path(aPath).stat().st_mtime).strftime('%Y-%m-%d %H:%M:%S') + '\n')
writeFile(Path(aPath).parent.joinpath(Path(aPath).name + '.txt'), outputFile)
if __name__ == '__main__':
try:
if len(sys.argv) >= 2:
main(sys.argv)
except IndexError:
pass