""" The absolute path to the package. Initialised at app startup by ppd.py """

JINJA_ENV = None
""" The Jinja2 templating environment. Initialised at app startup by ppd.py """

VERSION = '0.93.0'
VERSION__doc = """ The PPDB code version """
SCHEMA = '34.0'
SCHEMA__doc = """ The PPDB database schema version """


BREED_ID_CHAR = 'Z'

USER_FUNC_MEMSEC = 'M'
USER_FUNC_REGSEC = 'R'

                                cherrypy.thread_data.dbconn.close()
                            cherrypy.thread_data.dbconn = None
                        db_connect()
                        curs = cherrypy.thread_data.dbconn.cursor()
                else:
                    raise DBAPIError(inspect.stack()[0][3], "Connection retry failed")
            curs.execute("SET search_path TO %s,public;" % schema)

            curs.execute("set ppdb.username to 'nologin';")
            cherrypy.thread_data.dbconn.commit()
    except psycopg2.OperationalError as exc:
        raise DBAPIOperationalError(inspect.stack()[0][3], exc)
    except psycopg2.Error as exc:
        raise DBAPIError(inspect.stack()[0][3], exc)
    except psycopg2.Warning as exc:
        raise DBAPIWarning(inspect.stack()[0][3], exc)

    along with this program.  If not, see <https://www.gnu.org/licenses/>.
    
"""
# Disable constant name case warnings
# pylint: disable=C0103

# The schema version 
schema_version = "34.0"

#: The table creation order - parent and look-up tables must be created and populated 
#: before their child tables. 
table_list = ["version", "audit_history", "mem_dates",
            "pmt_method", "mem_source", "nonren_reason", "phone_type", "role_type", "county", 
            "adj_county", "country", "region", "in_region", "post_area", "adj_post_area", 
                "mem_class", "member", "person", "mem_pmts", "privacy_options", 

            if { [info exists NEW(change_reason)] } {
                set reason $NEW(change_reason)
            } else {
                set reason "New Record"
            }
            
            spi_exec "INSERT INTO audit_history VALUES (DEFAULT, '$TG_op', 
                    LOCALTIMESTAMP(3), (SELECT current_setting('ppdb.username')), '$reason', 
                    '$TG_table_name', '$NEW($1)', '$row_select_1', '{' || '$old_data' || '}', 
                    '{' || '$new_data' || '}');"
            return SKIP
        } else {
            if {$TG_op eq "UPDATE" || $TG_op eq "DELETE"} {
                if {$TG_op eq "UPDATE"} {
                    set pairs ""

                set old_data [join $pairs ","]   
                if {$2 ne ""} {
                    set row_select_1 $OLD($2)
                } else {
                    set row_select_1 ""
                }
                spi_exec "INSERT INTO audit_history VALUES (DEFAULT, '$TG_op', 
                        LOCALTIMESTAMP(3), (SELECT current_setting('ppdb.username')), '$reason', 
                        '$TG_table_name', '$OLD($1)', '$row_select_1', 
                        '{' || '$old_data' || '}', '{' || '$new_data' || '}');"
                return SKIP;
            } else {
                return SKIP;
            }
        }

                    method_roles = userlib.get_url_roles(url_roles, cherrypy.request.method)
                    
                for role in login_roles:
                    if role in method_roles:
                        cherrypy.request.loginroles = login_roles
                        with pglib.get_conn():
                            with pglib.cursor() as curs:

                                curs.execute("set ppdb.username to ?;", (username,))
                        break
                else:
                    raise util.APIError('403 Forbidden', 
                                                'Your login does not allow you to do that')
            else:
                cherrypy.request.loginroles = userlib.get_user_roles(cherrypy.request.login)
        elif cherrypy.request.path_info != '/':

    if refresh:
        refresh_test_database(dbname)
    
    pglib.initialise(dbconf, False)
    pglib.make_db_connection(dbparm)
    with pglib.get_conn():
        with pglib.cursor() as curs:



            curs.execute("set ppdb.username to 'tester';")
    print("\nTesting %s with PostgreSQL database %s" % (classname, dbname))
    
    
def start_ppd(test_pg_pool=False, test_db=True, refresh=False, auth=True, app='db'):
    """ Start PPD using the CherryPy web server 
    
        - Optionally modify the configuration from config to use the test database.

    """ Return lists of the available areas sorted the way Javascript does"""
    return make_request(cls.host, 'GET', "/test/rptdata/jsareas", 200)['data']
    
def set_cp_domainbase(domainbase):
    """ Set domainbase to CherryPy's config """
    cherrypy.config['domainbase'] = domainbase
    







    
class SelWeb():
    """ Class to contain custom methods """
    
    TEST_MEM_NO = ""
    TEST_PERS_INFO = ""
    TEST_PERS_EMAIL = ""

        else:
            # This is required to run tests on HTTP
            self.uri_tree._cp_config['tools.sessions.secure'] = False
        
        # Add new test branch. These uris are used to get test data and delete test 
        # resources
        self.uri_tree.test = testuri.Test(self.appconf)
        self.uri_tree.test.audit = testuri.Audit(self.appconf) 
        self.uri_tree.test.sheep = testuri.Sheep(self.appconf) 
        self.uri_tree.test.transfer = testuri.Transfer(self.appconf) 
        self.uri_tree.test.member = testuri.Member(self.appconf) 
        self.uri_tree.test.person = testuri.Person(self.appconf)
        self.uri_tree.test.meminfo = testuri.MemInfo(self.appconf) 
        self.uri_tree.test.role = testuri.Role(self.appconf)
        self.uri_tree.test.rptdata = testuri.ReportData(self.appconf)

        """ CC - Click Logout. Check the user is logged out and the root page is displayed """
        self.click("sidenav-open-btn")
        elem = self.wait_for_link_text("Logout User 'admin'") 
        elem.click()
        self.wait_for_element_by_id("title")
        self.assert_equal(self.get_text("title"), "Please log in to continue")
        
    def test_DA(self): # DA - Get login again as admin
        self.set_input_field("uname", "admin", True)
        self.set_input_field("passwd", "admin#", True)
        self.click("loginbtn")
        self.wait_for_element_by_id("sidenav-open-btn")
        
    def test_DB(self): # DB - Open the member data page 
        self.wait_for_element_by_id("sidenav-open-btn").click()
        elem = self.wait_for_link_text("Membership").click() 
        elem = self.wait_for_link_text("Member Data").click() 
    
    def test_DC(self): # DC - Make a change to the payments 
        self.wait_for_element_by_id("edit_pmts_btn").click()
        self.set_input_field("pmt_ref", "test reference", True)
        self.click("pmts_submit")
        self.wait_for_visibility("payments_dialog", False)
        
    def test_DD(self): # DD Check that the audit record user is correct
        resp = test.make_request(self.host, 'GET', "/test/audit/mem_pmts", 200)
        self.assert_equal('admin', resp["data"])
        
    def test_DE(self): # DE logout to return to the login page
        self.click("sidenav-open-btn")
        elem = self.wait_for_link_text("Logout User 'admin'") 
        elem.click()
        self.wait_for_element_by_id("title")
        self.assert_equal(self.get_text("title"), "Please log in to continue")
        
    def test_EA(self):
        """ EA - Click the 'reset password' link  -"""
        elem = self.wait_for_element_by_selector(".pseudo_link")
        self.assert_equal("Forgotten your password?", 
                                            elem.get_attribute("innerHTML").lstrip()) 
        elem.click()
        self.wait_for_visibility("reset_box", True)
        self.wait_for_element_by_id("reset_title")
        self.assert_equal(self.get_text("reset_title"), "Request Password Reset")
        
    def test_EB(self):
        """ EB - Test a user id with no login record """
        self.set_input_field("username_field", "2098", True)
        self.click("resetpw_submit")
        self.wait_for_text("resetpw_msg", "User 2098 is not authorised to log in")
        
    def test_EC(self):
        """ EC - Test a missing email """
        self.set_input_field("username_field", '424', True)
        self.click("resetpw_submit")
        self.wait_for_text("resetpw_msg", "You must specify an email address")
        
    def test_ED(self):
        """ ED - Test a bad email address """
        self.set_input_field("username_field", '424', True)
        self.set_input_field("mem_email_addr", "womble@localhost", True)
        self.click("resetpw_submit")
        self.wait_for_text("resetpw_msg", "email address womble@localhost is not"
                                            " registered to user " + '424')
                
    def test_EE(self):
        """ EE - Test a good user and email address """
        # Empty the local mail file
#~         os.system('> /var/mail/" + self.logname')
        self.set_input_field("username_field", '424', True)
        self.set_input_field("mem_email_addr", self.logname + "@localhost", True)
        self.click("resetpw_submit")
        self.wait_for_visibility("login_box", True)
        self.wait_for_text("login_msg", "An email has been sent to {}@localhost with "
                                    "instructions<br>for resetting the password for"
                                    " user {}".format(self.logname, '424'))
                                                
    def test_FA(self):
        """ FA - Read the link from the email and go to it """
        with open("/var/mail/" + self.logname, "r") as mail:
            for line in mail:
#~             for line in reversed(list(mail)):
                ix = line.find("localhost:8")
                if ix != -1:
                    break
        url = "http:{}".format(line[ix:])
        self.driver.get("http:{}".format(line[ix:]))
        self.wait_for_title("Shetland Sheep Society - Database - Change Password")
        self.assert_equal(self.get_text("title"), "Change Password for '424'")
        
    def test_FB(self):
        """ FB - Enter a poor password and ensure the correct message is displayed """
        self.set_input_field("new_passwd", "", True)
        self.wait_for_text("score", "You must enter a new password!")
        self.assert_equal(self.get_class("score"), "err_msg")
        
        self.set_input_field("new_passwd", "Somborne", True)
        self.wait_for_text_starts_with("score", "Strength: 0. Add another word or two. U")
        self.assert_equal(self.get_class("score"), "err_msg")
        
    def test_FC(self):
        """ FC - Enter a good password and ensure the correct message is displayed """
        self.set_input_field("new_passwd", "sombornebellalamb", True)
        self.wait_for_text("score", "Strength: 3 - strong enough.")
        self.assert_equal(self.get_class("score"), "ok_msg")
        
    def test_FD(self):
        """ FD - test the conf_passwd field """
        self.set_input_field("conf_passwd", "", True)
        self.wait_for_text("score", "The passwords do not match")
        self.assert_equal(self.get_class("score"), "err_msg")
        
        self.set_input_field("conf_passwd", "sombornebelllamb", True)
        self.wait_for_text("score", "The passwords do not match")
        self.assert_equal(self.get_class("score"), "err_msg")
        
        self.set_input_field("conf_passwd", "sombornebellalamb", True)
        self.wait_for_text("score", "The passwords match")
        self.assert_equal(self.get_class("score"), "ok_msg")
        
    def test_FE(self):
        """ FE: Get a demo password and paste into the new_passwd and conf_passwd fields """
        self.click("genpw_btn")
        self.pause()
        newpw = self.get_text("suggested_pw")
        print("suggested password: {}".format(newpw))
        
        self.set_input_field("new_passwd", newpw, True)
        self.wait_for_text("score", "Strength: 3 - strong enough.")
        self.assert_equal(self.get_class("score"), "ok_msg")
        
        self.set_input_field("conf_passwd", newpw, True)
        self.wait_for_text("score", "The passwords match")
        self.assert_equal(self.get_class("score"), "ok_msg")
        
    def test_FF(self):
        """ FF - Change the password """
        self.click("link_change_btn")
        self.wait_for_visibility("info_dialog", True)
        self.check_info_dialog("Password has been changed")
        self.wait_for_visibility("login_box", True)
        

               
@attr('firefox', 'local', 'logon')
class TestLoginPGFF(TCases):
    
    @classmethod
    def setup_class(cls):
        test.setup_class(cls, 'login', 'Firefox', refresh=True, auth=True)

@cherrypy.expose
class Test(TestBase):
    """ The test URI """
    
    def GET(self):
        """ A GET to the Test URI """
        return "You requested some test function"
 
@cherrypy.expose
class Audit(TestBase):
    """ The test URI """
    
    @cherrypy.tools.json_out()
    def GET(self, tblname=None):
        """ Return the 'app_user' from the latest audit record for the specified table """
        
        cherrypy.response.headers['content-type'] = 'application/json'
        status = xhrc.XHR_NOERR
        if not tblname:
            cherrypy.response.status = 400
            return {"rcode": xhrc.XHR_ERROR, "data": "A table name must be specified"}
            
        with pglib.get_conn(True):
            with pglib.cursor() as curs:
                curs.execute("select app_user from audit_history where tablename = ? "
                                "order by action_tstamp desc limit 1;", (tblname,))
                row = curs.fetchone()
                if not row:
                    cherrypy.response.status = 400
                    return {"rcode": xhrc.XHR_ERROR, 
                            "data": f"Table {tblname} has no audit records"}

                cherrypy.response.status = 200
                return {"rcode": xhrc.XHR_NOERR, "data": row[0]}
                
@cherrypy.expose
class Sheep(TestBase):
    """ The Sheep test URI """
    
    @cherrypy.tools.json_out()
    def GET(self, regn_no=None, move=''):
        """ Return the regn_no of the sheep described by 'regn_no' and 'move' """

                                                        
def clear_history():
    """ Clear the history table """
    with pglib.get_conn():
        with pglib.cursor() as curs:
            curs.execute("delete from audit_history;")
            






def drop_tmp_tables():
    """ Drop the test tables """
    with pglib.get_conn():
        with pglib.cursor() as curs:
            for tblname in AUDIT_TEST_TABLES:
                curs.execute("drop table if exists %s;" % tblname)
                

    @attr('A')
    def test_aa1(self):
        """ AA1 - INSERT to a table with autoincrement key and set_ts trigger """
        TCases.old_reason = 'test_aa1'
        TCases.gts_min = util.isots_now(True)
        with pglib.get_conn():
            with pglib.cursor() as curs:
                curs.execute("select current_setting('ppdb.username');")
                row = curs.fetchone()
                print(row[0]) 
        with pglib.get_conn():
            with pglib.cursor() as curs:
                curs.execute("insert into audit_test_a (field_1, field_2, "
                                    "field_3, change_reason, last_changed) " 
                                    "values(3, 'value', 'extra', ?, '2012-10-09 00:01:00');", 
                                    (self.old_reason,))
        TCases.gts_max = util.isots_now(True)

            
    if not row:
        print(f"No such role '{role}'")
        return
    
    with dbconn:
        with dbconn.cursor() as curs:



            curs.execute("set ppdb.username to 'super';")
            if action == 'add':
                action = 'added'
                curs.execute("insert into user_role values "
                        "(%s, %s, 'superuser', %s);", (user, role, util.isots_now()))
            else:
                action = 'deleted'
                curs.execute("delete from user_role where username = %s and "