def svn_check_path():
for project in svn_projects:
cwd()
name = project['project']
path = project['svn_path']
correct_path(name)
os.system("svn checkout "+path)
cwd()
print os.getcwd()
def svn_db_commits(first = 0):
cwd()
os.chdir("."+svn_xmls)
for project in svn_projects:
name = project['project']
file_name = (name+".xml")
cmd_p(("Start to commit the db in project: "+name))
if os.path.exists(file_name):
if first == 0:
svn_xml_parse_first(file_name, name)
else:
svn_xml_parse_nonfirst(file_name, name)
else:
print "** "+name+" xml file not find ** "
def svn_update_path():
for project in svn_projects:
cwd()
name = project['project']
root = project['root']
correct_path(name)
correct_path(root)
os.system("svn update ")
os.system("svn log -v --xml > "+name+".xml")
xml = ""+name+".xml"
if os.path.exists(xml):
print "copy "+xml+" "+svn_cwd+svn_xmls
os.system("copy "+xml+" "+svn_cwd+svn_xmls)
cwd()
print os.getcwd()
def svn_tags_log_xml(first):
cwd()
os.chdir("."+svn_xmls)
for project in svn_tags:
name = project['project']
file_name = "tags_"+name+".xml"
if os.path.exists(file_name):
ls(file_name)
if first == 0:
svn_tags_xml_parse_first(file_name, name)
else:
svn_tags_xml_parse_nonfirst(file_name, name)
else:
print "** "+file_name+" file not find ** "
svn_log_time_record("tags_sqilte")
def svn_branches_log_update():
cwd()
os.chdir("."+svn_xmls)
for project in svn_branches:
name = project['project']
svn_path = project['svn_path']
file_name = "branches_"+name+".xml"
cmd_svn_log = ("svn log "+svn_path+" -v --xml > "+file_name)
print "CMD:"+cmd_svn_log
os.system(cmd_svn_log)
if os.path.exists(file_name):
ls(file_name)
else:
print "** "+file_name+" file not find ** "
svn_log_time_record("branches_xml")
def check_analysis_folder():
correct_path(svn_cwd+svn_analysis)
#cmd_p(os.getcwd())
cwd()
def check_xml_folder():
correct_path(svn_cwd+svn_xmls)
#cmd_p(os.getcwd())
cwd()
def cmd_query(args):
flag = True
svn_utils.cwd()
print svn_utils.pwd(), "hello"
svn_utils.svn_db_connect()
svn_db_query.svn_db_connect()
os.chdir("."+svn_utils.svn_analysis)
print os.getcwd()
while flag == True:
message = '''
Please choose a query:
0 : quit
1 : author => project
2 : author => projects count
3 : author has more than 1 projects
4 : specific author with AID => project
5 : specific author temproal for all projects
6 : projects => revisions, used for commits history of all projects
7 : projects => revisions, used for relase history of all projects
8 : how long time in average a personal would sepnd on a project
9 : author date project
10: project => authors
11: project => commits
12: project => boundary spanner
13: boundary spanning rate
14: project_trunk_history_amount
15: project_tag_history_amount
16: project_history_amount_multiplot
17: project_history_amount_multiplot_year
18: project_history_amount_multiplot_dependency
'''
x = input (message)
if x == 0:
flag = False
elif x == 1:
svn_db_query.author_project_o()
elif x == 2:
svn_db_query.author_projects_count_0()
elif x == 3:
svn_db_query.author_projects_more_than_2_0()
elif x == 4:
id = input ("type author ID: ")
svn_db_query.s_author_with_id_project_o(id)
elif x == 5:
id = input ("type author ID: ")
svn_db_query.author_revisions_o(id)
elif x == 6:
svn_db_query.project_revisions_o()
elif x == 7:
type = raw_input ("input release type [tags, braches]: ")
if type in ['tags', 'branches']:
svn_db_query.project_revisions_release_o(type)
else :
print "incorrect input [tags, branches], please try again"
elif x == 8:
svn_db_query.hong_long_average_on_project_o()
elif x == 9:
svn_db_query.author_date_project_o()
elif x == 10:
svn_db_query.project_authors_o()
elif x == 11:
svn_db_query.project_commits_o()
elif x == 13:
svn_db_query.boundary_spanning_rate_o()
elif x == 12:
svn_db_query.project_author_spanning_o()
elif x == 14:
svn_db_query.project_trunk_history_amount_o()
elif x == 15:
svn_db_query.project_tag_history_amount_o()
elif x == 16:
svn_db_query.project_history_amount_multiplot_o()
elif x == 17:
svn_db_query.project_history_amount_multiplot_year_o()
elif x == 18:
svn_db_query.project_history_amount_multiplot_dependency_o()
else:
print "incorrect selection, pelase choose again"
svn_db_query.svn_db_close()
