def check_retropie_menu():
oTree = ET.parse(ES_SYSTEMS_PRI_FILE)
oRoot = oTree.getroot()
try:
for sys in oRoot.iter('system'):
if sys.find('name').text == "retropie":
if sys.find('path').text == RETROPIE_MENU:
return True
break
return False
except:
return False
def decompile(apkname):
apk = apkname + '.apk'
eachappPath = os.path.join(sourceApkPath, apk)
deCompileCompletehPath = os.path.join(apkPath, apkname)
sys = platform.system()
print('开始反编译')
if sys.find('Windows') > -1:
cmd = "apktool d -f -s -o {0} {1} <nul".format(deCompileCompletehPath,
eachappPath)
else:
cmd = "apktool d -f -s -o {0} {1}".format(deCompileCompletehPath,
eachappPath)
try:
os.system(cmd)
# 检查反编译文件是否存在标识反编译是否真正完成，避免未进入except的反编译失败场景
if os.path.exists(deCompileCompletehPath):
set_current_package(apkname)
sourcecache.backup(apkname)
print('完成反编译')
return True
else:
cmd = "echo {0}>>{1}".format(eachappPath, "反编译失败")
os.system(cmd)
return False
except Exception as e:
cmd = "echo {0}>>{1}".format(eachappPath, "反编译失败")
os.system(cmd)
return False
pass
def decompile(apk):
apkname = obtain_apk_name(apk)
if not apkname:
print('读取apks文件夹下apk文件出错')
return False
eachappPath = os.path.join(sourceApkPath, apk)
deCompileCompletehPath = os.path.join(apkPath, apkname)
sys = platform.system()
print('开始反编译')
if sys.find('Windows') > -1:
cmd = "apktool d {0} -f -o {1} <nul".format(eachappPath, deCompileCompletehPath)
else:
cmd = "apktool d {0} -f -o {1}".format(eachappPath, deCompileCompletehPath)
try:
os.system(cmd)
# 检查反编译文件是否存在标识反编译是否真正完成，避免未进入except的反编译失败场景
if os.path.exists(deCompileCompletehPath):
print('完成反编译')
return True
else:
deCompileExceptionHandle(apk)
return False
# data_file = '//var/folders/c6/9591_tjd321fgx_4hs6hqmxm0000gn/T/1.apk'
# # 如果类型是文件则进行删除
# if os.path.is_file(data_file):
# os.remove(data_file)
# print('删除1.apk成功')
# else:
# print(f'Error: {data_file} not a valid filename')
except:
deCompileExceptionHandle(apk)
return False
def recompile(appname, appicon, apkname, splash_pic_name):
apkList = os.listdir(apkPath)
print('开始重新编译回包')
for apk in apkList:
if apk.find('.DS_Store') > -1:
continue
if not apkname == apk:
continue
eachapkPath = os.path.join(apkPath, apk)
output_apk_name = create_output_apk_name(
wrapper.Name_family.Builder().appname(appname).splash_picname(splash_pic_name).app_icon(appicon).build())
# apkOutPath = recompileApkPath + apkname + os.sep + appname + '-' + splash_pic_name + '-' + appicon + '.apk'
apkOutPath = recompileApkPath + apkname + os.sep + output_apk_name + '.apk'
sys = platform.system()
if sys.find('Windows') > -1:
cmd = "apktool b {0} -f -o {1} <nul".format(eachapkPath, apkOutPath)
else:
cmd = "apktool b {0} -f -o {1}".format(eachapkPath, apkOutPath)
try:
os.system(cmd)
print('完成重新编译回包')
except:
print('重新编译回包异常')
cmd = "echo {0}>>{1}".format(apkOutPath, "重新编译回包异常")
os.system(cmd)
continue
pass
def decompile(apk, apkname):
# TODO applicaiton_id 可为空处理
# todo 为空标识apks下的apk不需要更改包名，
# todo 但回编译的apk是放在以application_id命名的文件夹下，处理多个boss不设置application_id文件夹覆盖问题
eachappPath = os.path.join(sourceApkPath, apk)
deCompileCompletehPath = os.path.join(apkPath, apkname)
sys = platform.system()
print('开始反编译')
if sys.find('Windows') > -1:
cmd = "apktool d {0} -f -o {1} <nul".format(eachappPath,
deCompileCompletehPath)
else:
cmd = "apktool d {0} -f -s -o {1}".format(eachappPath,
deCompileCompletehPath)
try:
os.system(cmd)
# 检查反编译文件是否存在标识反编译是否真正完成，避免未进入except的反编译失败场景
if os.path.exists(deCompileCompletehPath):
set_current_package(apkname)
sourcecache.backup(apkname)
print('完成反编译')
return True
else:
deCompileExceptionHandle(apk)
return False
except:
deCompileExceptionHandle(apk)
return False
pass
def hide_retropie_menu(p_bEnable=True):
p_bCheck = False
TMP = os.path.join(TMP_LAUNCHER_PATH, "myfile.cfg")
os.system('cp %s %s > /dev/null 2>&1' % (ES_SYSTEMS_PRI_FILE, TMP))
if p_bEnable:
p_sPath = os.path.join(RETROPIE_HOME_PATH, "disabled.retropiemenu")
else:
p_sPath = RETROPIE_MENU
oTree = ET.parse(TMP)
oRoot = oTree.getroot()
try:
for sys in oRoot.iter('system'):
if sys.find('name').text == "retropie":
sys.find('path').text = p_sPath
p_bCheck = True
break
if p_bCheck: oTree.write(TMP)
os.system('sudo cp %s %s > /dev/null 2>&1' %
(TMP, ES_SYSTEMS_PRI_FILE))
os.system("sudo rm %s > /dev/null 2>&1" % TMP)
except:
return False
return p_bCheck
def check_xml_file(p_sFile):
"""
Analize es_systems.cfg a check if execution string is correct in
order to have CRT Edition integration. Also checks if any special
system is missing (non default system on retropie).
sCore will be empty if the system don't require any change in
execution string. By default sCore will be the system but special
systems like retropie o CRT menu has a different format of
launching.
"""
global oTree
global oRoot
global bReboot
global lSysInfo
bCheck = False
oTree = ET.parse(p_sFile)
oRoot = oTree.getroot()
for sys in oRoot.iter('system'):
sSystem = sys.find('name').text
sCore = sSystem
sFullName = sys.find('fullname').text
sCommand = sys.find('command').text
sTheme = sys.find('theme').text
for item in SYSTEMS:
if sSystem == item:
# set checked
SYSTEMS[sSystem]["check"] = True
# set core name, empty if is 1CRT or Retropie
sCore = SYSTEMS[sSystem]["core"]
if sTheme != SYSTEMS[sSystem]["theme"]:
sys.find('theme').text = SYSTEMS[sSystem]["theme"]
lSysInfo.append(("-- CHANGED theme for %s" % \
sSystem, "OK"))
bCheck = True
if sCore:
sExecLine = "python %s " % CRT_LAUNCHER_FILE
sExecLine += "%%ROM%% %s " % sCore
sExecLine += "dummy"
if sExecLine != sCommand and not "force" in sCommand:
lSysInfo.append(("-- CHANGED exec line for %s" % \
sSystem, "OK"))
sys.find('command').text = sExecLine
bCheck = True
if bCheck:
oTree.write(p_sFile)
bReboot = True
def recompile2(is_recovery: bool, appname, appicon, apkname, splash_pic_name,
umeng_channel):
try:
apkList = os.listdir(apkPath)
print('开始重新编译回包')
for apk in apkList:
if apk.find('.DS_Store') > -1:
continue
if not apkname == apk:
continue
eachapkPath = os.path.join(apkPath, apk)
output_apk_name = wrapper.Name_family.Builder().appname(
appname).splash_picname(splash_pic_name).app_icon(
appicon).umeng_channel(umeng_channel).build().append()
apkOutPath = recompileApkPath + apkname + os.sep + boss2[
ELEMENT_TAG_APPLICATION_ID] + os.sep + output_apk_name + '.apk'
sys = platform.system()
if sys.find('Windows') > -1:
cmd = "apktool b -f -o {0} {1} <nul".format(
apkOutPath, eachapkPath)
else:
cmd = "apktool b -f -o {0} {1}".format(apkOutPath, eachapkPath)
os.system(cmd)
if is_recovery:
set_current_package(apkname)
sourcecache.recovery(apkname)
print('完成重新编译回包')
except Exception as e:
LogUtil.error('重新编译回包失败')
logging.exception(e)
cmd = "echo {0}>>{1}".format(apkOutPath, "重新编译回包失败")
os.system(cmd)
raise
pass
#for ibin in range(1,default.GetNbinsX()+1):
# print default.GetXaxis().GetBinLabel(ibin),default.GetBinContent(ibin)
colors=[kBlue-9,kBlue,kBlue+2,
15,12,1,
2,3,6,7,50,40,30,20,1]
allHist.append(default)
counter=0
for mysys in allSys:
print "===>", sys
sys=mysys+"High"
sys2=sys
if sys.find("photon")>=0 or sys.find("GeneratorZ")>=0 or sys.find("Kappa")>=0 or sys.find("QCD")>=0 or sys.find("TopTuneA14")>=0 or sys.find("TopRadiation")>=0:
sys2="Nom"
if sys.find("QCD")>=0:
sys2="Nom"
histHigh=createGraph(bkg,sys,region,bkg2,sys2,region2)
histLow=createGraph(bkg,sys.replace("High","Low"),region,bkg2,sys2.replace("High","Low"),region2)
if doSym:
newHists=Symmetrize(default,histLow,histHigh)
histLow=newHists[0]
histHigh=newHists[1]
#for ibin in range(1,default.GetNbinsX()+1):
# print default.GetXaxis().GetBinLabel(ibin),default.GetBinContent(ibin)
colors = [
kBlue - 9, kBlue, kBlue + 2, 15, 12, 1, 2, 3, 6, 7, 50, 40, 30, 20, 1
]
allHist.append(default)
counter = 0
for mysys in allSys:
print "===>", sys
sys = mysys + "High"
sys2 = sys
if sys.find("photon") >= 0 or sys.find("GeneratorZ") >= 0 or sys.find(
"Kappa") >= 0 or sys.find("QCD") >= 0 or sys.find(
"TopTuneA14") >= 0 or sys.find("TopRadiation") >= 0:
sys2 = "Nom"
if sys.find("QCD") >= 0:
sys2 = "Nom"
histHigh = createGraph(bkg, sys, region, bkg2, sys2, region2)
histLow = createGraph(bkg, sys.replace("High", "Low"), region, bkg2,
sys2.replace("High", "Low"), region2)
if doSym:
newHists = Symmetrize(default, histLow, histHigh)
histLow = newHists[0]
histHigh = newHists[1]
