def pop(self): if len(self.timestack) == 0: printf.error(os.path.abspath(__file__) + ": len(timestack) is 0") sys.exit(1) data = time.timestack.pop() now = datetime.now() timer = now - data[1] str_timer = " - " + str(timer.seconds/3600) + 'h:' \ + str(timer.seconds%3600/60) + 'm:' \ + str(timer.seconds%60) + 's' printf.status(data[0] + str_timer) return
def main():
# start links
printf.reset()
time.push(os.path.abspath(__file__))
links_args = arg.links_args()
# Judge source folder
if not os.path.isdir(links_args['-s']):
printf.error("No a dir - " + links_args['-s'])
if not os.path.isdir(links_args['-d']):
cmd.do("mkdir -p " + links_args['-d'])
links_args['-s'] = os.path.abspath(links_args['-s'])
# create folder and link for file
printf.status("links ...")
for root, dirs, files in os.walk(links_args['-s']):
# set filter
if '.git' in dirs:
dirs.remove('.git') # don't visit .git directories
if '.svn' in dirs:
dirs.remove('.svn') # don't visit .svn directories
# Create folder
current_folder = root.replace(links_args['-s'], "")
new_folder = links_args['-d'] + "/" + current_folder
cmd_mkdir = "mkdir -p " + "\"" + new_folder + "\""
os.system(cmd_mkdir)
sys.stdout.write('\r' + current_folder)
sys.stdout.flush()
#print "\r\n", cmd_mkdir
#raw_input("Press ENTER to exit")
# link for files
for f in files:
source_file = "\"" + root + "/" + f + "\""
link_file = "\"" + new_folder + "/" + f + "\""
cmd_ln = "ln -sf " + source_file + " " + link_file
os.system(cmd_ln)
#print "\r\n", cmd_ln
size = len(current_folder)
sys.stdout.write('\r' + ' '*size)
sys.stdout.flush()
# done.
print ""
printf.status("links done.")
# end links
time.pop()
sys.exit(0)
def main():
# Judge args
printf.reset()
if len(sys.argv) != 3:
printf.silence("Usage:")
printf.silence(sys.argv[0] + " [input file] [output file]")
sys.exit(1)
if not os.path.isfile(sys.argv[1]):
printf.error("Not a file - " + sys.argv[1])
# print env
printf.status("All env ...")
for x in range(0, len(env_name_dict)):
printf.silence(env_name_dict[x] + " = " + os.environ[env_name_dict[x]])
# copy and replace
cmd.do("cp -f " + sys.argv[1] + " " + sys.argv[2])
for x in range(0, len(env_name_dict)):
replace = "sed -i \'s" + "|$(" + env_name_dict[x] + ")|" + os.environ[env_name_dict[x]] + "|g\' " + sys.argv[2]
cmd.do(replace)
sys.exit(0)
def main():
printf.reset()
printf.status("deploy html ...")
# walk
for root, dirs, files in os.walk(os.getcwd()):
for f in files:
if f.split(".")[-1].upper() == "MD":
of = root + "/" + f
nf = root + "/" + f[0:len(f) - 2] + "html"
command = "pandoc -s -S " + of + " -o " + nf
cmd.do(command)
# copy
if not os.path.isdir(apache_path):
printf.error("Error path: " + apache_path)
command = "cp -rf * " + apache_path
cmd.do(command)
#delete
command = "find " + apache_path + " -name \"*.md\" | xargs rm -f"
cmd.do(command)
sys.exit(0)
def pop(self): if len(self.pathstack) == 0: printf.error(os.path.abspath(__file__) + ": len(pathstack) is 0") sys.exit(1) self.change(self.pathstack.pop()) return
def change(self, new_path):
if not os.path.isdir(new_path):
printf.error(new_path + " - " + " not a path !")
printf.status("change path: " + new_path)
os.chdir(new_path)
return
def do_patch(self):
global patch_cmd
printf.status("patch ...")
# olny list all repos name
if self.patch_args.has_key("-l"):
if self.patch_args['-l'] != "":
printf.status("only for list !")
return
# patch all projects
n = 0
for i in build_ini.list_of_dict:
# 只为当前使用的section执行补丁动作
n = n + 1
if self.patch_args.has_key("-o") and self.patch_args['-o'] != "":
if self.patch_args['-o'] != str(n):
printf.status("no need patch!")
continue
# 保存当前section的ini参数
self.ini_args = i
printf.silence("patch project: " + i[glb.project_name])
# 设置源码路径
if not i.has_key(glb.source_path):
printf.warn("warnning: No source path !")
continue
self.in_path = os.path.abspath(i[glb.source_path])
# 设置源码路径 - 此路径下的非托管文件全部生成补丁
del self.in_all_path[:] # 清除上次的值
for key_search in i:
if key_search.find(glb.source_path_all) != -1:
value = i[key_search]
self.in_all_path.append(os.path.abspath(value))
# 设置补丁路径
if not i.has_key(glb.patch_path):
printf.warn("warnning: No patch path !")
continue
self.out_path = i[glb.patch_path]
# 创建补丁路径
if not os.path.isdir(self.out_path):
cmd.do("mkdir -p " + self.out_path)
# 切换路径
path.push()
path.change(self.in_path)
# 读取repos类型
if not i.has_key(glb.source_repos):
printf.warn("warnning: No source repos !")
continue
# 设置仓库命令
self.top_path = self.in_path # 默认为根路径
if i[glb.source_repos] == "svn":
patch_cmd = self.cmd_svn
elif i[glb.source_repos] == "git":
patch_cmd = self.cmd_git
self.top_path = os.popen("git rev-parse --show-toplevel").read().split("\n")[0]
else:
printf.error("repos type error - " + i[glb.source_repos])
# 补丁动作
self.action = self.patch_args['-a']
printf.silence("Patch action - " + str(self.action))
if self.action == 0: # 0: 打上补丁
self.patch(0)
elif self.action == 1: # 1：去除补丁
self.patch(1)
elif self.action == 2: # 2：生成补丁
self.patch_new()
# 切回路径
path.pop()
return
def check_out(self, ini):
self.ini = ini
printf.status("parse ini ...")
if not os.path.exists(self.ini):
printf.error(self.ini + " is not exsit !")
sys.exit(1)
# read ini
fp = open(self.ini,"r")
self.configIni.readfp(fp)
fp.close()
# parse all sections
for opts in self.configIni.options("repos"):
# name
i = opts.split(".")[0]
# path
j = os.path.expandvars(self.configIni.get("path", i + ".path"))
# repos
k = self.configIni.get("repos", opts)
self.dict[i] = [j, k]
# print check info
cnt = 0
chk_one_flg = 0
printf.status("repos status ...")
for i in sorted(self.dict):
if self.check_args['-o'] != "":
if self.check_args['-o'] == i:
chk_one_flg = 1
break
else:
continue
cnt = cnt + 1
printf.silence(str(cnt) + " - " + i)
repos_path = self.dict[i][0] + "/" + i
printf.silence("path - " + repos_path)
if os.path.isdir(repos_path):
printf.silence("action - update\n")
else:
printf.silence("action - " + self.dict[i][0] + "\n")
# olny list all repos name
if self.check_args['-l'] != "":
return 0
# judge check one
if self.check_args['-o'] != "" and chk_one_flg == 0:
printf.error("No <" + self.check_args['-o'] + "> @ " + self.ini)
# check out or update
cnt = 0
printf.status("check out or update ...")
for i in sorted(self.dict):
if chk_one_flg == 1:
if self.check_args['-o'] != i:
continue
cnt = cnt + 1
printf.silence(str(cnt) + " - " + i)
repos_path = self.dict[i][0] + "/" + i
if os.path.isdir(repos_path):
printf.silence("action - update\n")
path.push()
path.change(repos_path)
if self.dict[i][1].find("git clone") != -1:
printf.silence("git repos")
cmd.do("git reset --hard")
cmd.do("git pull")
elif self.dict[i][1].find("svn co") != -1:
printf.silence("svn repos")
cmd.do("svn up")
else:
printf.warn("unkown - " + self.dict[i][1])
path.pop()
else:
cmd.do("mkdir -p " + self.dict[i][0])
path.push()
path.change(self.dict[i][0])
cmd.do(self.dict[i][1])
path.pop()
def do_makes(self):
printf.status("build ...")
# olny list all repos name
if self.build_args['-l'] != "":
printf.status("only for list !")
return
# judge build one
build_one_flg = 0
if self.build_args['-o'] != "":
n = len(build_ini.list_of_dict)
build_one_flg = 1
if int(self.build_args['-o']) > n:
printf.error("No project - " + self.build_args['-o'])
# build all projects
n = 0
for i in build_ini.list_of_dict:
n = n + 1
printf.silence("build project: " + i[glb.project_name])
if build_one_flg == 1:
if self.build_args['-o'] != str(n):
printf.status("no need build!")
continue
# 判断是否有编译section关键字
if i[glb.project_name].find(glb.build_key) != -1:
if i[glb.project_name].find(os.environ['DAVINCI_SDK']) == -1:
printf.status("no need build!")
continue
project_path = i[glb.project_path]
path.push()
path.change(project_path)
# 缺省无参数 - clean、make、install
action_sum = self.build_args['-c'] + self.build_args['-m'] + self.build_args['-i']
# 执行相关make动作之前，先打上补丁
patch_repos.patch_args = {"-f":build_ini.ini, "-o": str(n), "-a":0} # 发送标号，从1开始
patch_repos.do_patch()
# make others, 执行完后返回
if self.build_args['-x'] != '':
self.make_others(i)
return
# make clean
if self.build_args['-c'] == 1 or action_sum == 0:
#printf.pause("make clean ...")
self.make_clean(i)
# make
if self.build_args['-m'] == 1 or action_sum == 0:
#printf.pause("make ...")
self.make(i)
# make install
if self.build_args['-i'] == 1 or action_sum == 0:
#printf.pause("make install ...")
self.make_install(i)
path.pop()
return
