def remove_entry_from_approve_list(self, form):
"""
removed "Remove"d obsid from the list and recreate basic info lists
input: form --- form passed
output: self.entry_list --- [obsid, seqno, propno, target, title, note, pname, sind],
self.obsidentry
seof.ostatus
"""
#
#--- form['obsidentry'] is a string with format of e.g, 17234:17235;17236
#
obsidentry = re.split(':', form['obsidentry'])
obsid_list = []
for obsid in obsidentry:
try:
if form[str(obsid)] == 'Remove':
continue
except:
pass
if ocf.chkNumeric(obsid):
obsid_list.append(obsid)
#
#--- create approve table lists (returning self.entry_list, self.obsidentry, self.ostatus)
#
self.create_approve_table_list(obsid_list)
self.approved_list = ''
self.rejected_list = ''
def approve_the_list(self, form):
"""
select which observations are approvable and approve them
input: form --- from parameters
submitter --- poc/submitter
outpu: [approved_list, rejected_list]
this also callsadd_to_approved_database, and add the approved
obsids to the sql database.
"""
obsidentry = re.split(':',form['obsidentry'])
ostatus = re.split(':',form['ostatus'])
approved_list = []
rejected_list = []
for i in range(0, len(obsidentry)):
obsid = obsidentry[i]
if ocf.chkNumeric(obsid) == False:
continue
if ostatus[i] == 'y':
approved_list.append(obsid)
else:
rejected_list.append(obsid)
if len(approved_list) == 0:
approved_list = 'na'
if len(rejected_list) == 0:
rejected_list = 'na'
#
#--- update all databases
#
add_to_approved_database(approved_list, self.submitter)
#
#--- send out notification email
#
cle.send_out_email_for_express_approval(approved_list, self.submitter)
self.entry_list = ''
self.obsidentry = ''
self.ostatus = ''
self.approved_list = approved_list
self.rejected_list = rejected_list
def make_obsid_list(input_list):
"""
convert a string list of obsid into a list
input: input_list --- a string list of obsid
output: obsid_list --- a list of obsid
"""
#
#--- split the obsid list entries to a list
#
chk = 0
mc = re.search('-', input_list)
if mc is not None:
chk = 1
test_list = re.split('\,|\;|\/|\s+|\t+', input_list)
obsid_list = []
#
#--- drop none numeric entries (such as blank space)
#
for ent in test_list:
mc = re.search('-', ent)
if mc is not None:
atemp = re.split('-', ent)
try:
begin = int(float(atemp[0]))
end = int(float(atemp[-1])) + 1
for i in range(begin, end):
obsid_list.append(str(i))
except:
pass
if ocf.chkNumeric(ent):
obsid_list.append(ent)
return obsid_list
def update_db(self, form):
"""
update data dictionary based of submitted changes
input: form --- submitted parameters from GET
self.dat_dict --- the current data dictionary
output: self.dat_dict --- updated data dictionary
"""
self.dat_dict = {}
for key in self.org_dict.keys():
self.dat_dict[key] = self.org_dict[key]
fx = open(
'/proj/web-r2d2-v/lib/python2.7/site-packages/r2d2-v/TEST/zzz',
'w')
for key in form.keys():
#
#--- check the value is numeric. if so change back to float or int
#--- before saving in dat_dict
#
nval = form[key]
line = str(key) + '<--->' + str(nval) + '\n'
fx.write(line)
if ocf.chkNumeric(nval):
nval = float(nval)
#
#--- check the original value is float or int
#
try:
mc = re.search('\.', self.org_dict[key])
if mc is not None:
oval = float(self.org_dict[key])
fchk = 1
else:
fchk = 0
except:
fchk = 0
if fchk == 0:
test = int(
nval) #--- checking whether the value is integer
if nval == test:
nval = test
else:
if oval == nval:
nval = oval
#
#--- if the value is in non_list (e.g., None), make sure original and submitted values
#--- take the same format
#
try:
oval = self.org_dict[key]
#fx = open('/proj/web-r2d2-v/lib/python2.7/site-packages/r2d2-v/TEST/zzz', 'a')
#line = str(key) +'<--->' + str(oval) + '<---->' + str(nval) + str(non_list) + '\n'
#fx.write(line)
#fx.close()
if oval in non_list:
if nval in non_list:
nval = oval
except:
pass
#
#--- save the updated value
#
self.dat_dict[key] = nval
#
#---------- special cases start here -----------
#
fx.close()
#
#--- update dra and ddec (ra/dec are in HMS/DMS)
#
[dra, ddec] = ocf.convert_ra_dec_decimal(self.dat_dict['ra'],
self.dat_dict['dec'])
self.dat_dict['dra'] = dra
self.dat_dict['ddec'] = ddec
#
#--- check order flags and then set ordr to 1 if the ordr was originally 0
#
f_list = ['window_flag', 'roll_flag', 'spwindow_flag']
o_list = ['time_ordr', 'roll_ordr', 'ordr']
for i in range(0, 3):
try:
if form[f_list[i]] == 'Y':
if self.dat_dict[o_list[i]] == 0:
self.dat_dict[o_list[i]] = 1
except:
pass
#
#--- if asked increase the order from the current one, increase ordr by 1
#
if form['check'] == "Add Another Time Constraint":
self.add_new_ordr_list('time_ordr', 'window_constraint',
self.spwindow_list)
if form['check'] == "Add Another Roll Constraint":
self.add_new_ordr_list('roll_ordr', 'roll_constraint',
self.roll_list)
if form['check'] == "Add Another ACIS Window Constraint":
self.add_new_ordr_list('ordr', 'chip', self.spwindow_list)
#
#--- remove null rows from the ordered cases
#
if form['check'] == "Remove Null Time Constraint":
self.remove_null_from_ordr_list('time_ordr', 'window_constraint',
'window_flag', self.window_list)
if form['check'] == "Remove Null Roll Constraint":
self.remove_null_from_ordr_list('roll_ordr', 'roll_constraint',
'roll_flag', self.roll_list)
if form['check'] == "Remove Null ACIS Window Constraint":
self.remove_null_from_ordr_list('ordr', 'chip', 'spwindow_flag',
self.spwindow_list)
#
#--- set si_mode to 'New Value Requsted', if any of the following parameters are modified
#
for param in [
'est_cnt_rate', 'forder_cnt_rate', 'raster_scan', 'grating',
'instrument', 'dither_flag'
]:
try:
oval = self.org_dict[param]
except:
oval = None
try:
nval = self.dat_dict[param]
except:
nval = None
if oval != nval:
self.dat_dict['si_mode'] = 'New Value Requsted'
break
def adjust_display_value(name, org_val, req_val, dat_val):
"""
clean up the display values
input: name --- parameter name
org_val --- original value
req_val --- requested value
dat_val --- database value
output: org_val --- modified original value
req_val --- modified requested value
dat_val --- modified database value
"""
#
#-- if the value is None (or something like that), set to <blank>
#
if org_val in non_list:
org_val = ''
if str(org_val).lower() == '<blank>':
org_val = ''
if req_val in non_list:
req_val = ''
#
#--- if req_val and dat_val in non_list, make them <blank>
#
if (req_val in non_list) and (dat_val in non_list):
dat_val = req_val
#
#--- if they are numeric, adjust digit (round to 6 digits) and compare
#
elif ocf.chkNumeric(dat_val):
#
#--- special treatment for pre_id/observatories
#
mc = re.search('pre_id', name)
try:
val0 = float(org_val)
org_val = round(val0, 6)
if mc is not None:
org_val = int(org_val)
except:
pass
try:
val1 = float(req_val)
req_val = round(val1, 6)
if mc is not None:
req_val = int(req_val)
except:
pass
try:
val2 = float(dat_val)
dat_val = round(val2, 6)
if mc is not None:
dat_val = int(dat_val)
except:
pass
#
#--- if order = 0, replace them to <blank>
#
mc = re.search('ordr', name)
if mc is not None:
if org_val in [0, '0']:
org_val = ''
if req_val in [0, '0']:
req_val = ''
if dat_val in [0, '0']:
dat_val = ''
return [org_val, req_val, dat_val]
def update_db(self, form):
"""
update data dictionary based of submitted changes
input: form --- submitted parameters from GET
dat_dict --- the current data dictionary
output: dat_dict --- updated data dictionary
"""
#
#--- get db values again
#
[org_dict,
nc_dict] = self.initialize_dat_dicts(form['obsid'], self.submitter)
dat_dict = {}
for key in org_dict.keys():
dat_dict[key] = org_dict[key]
for key in form.keys():
#
#--- check the value is numeric. if so change back to float or int
#--- before saving in dat_dict
#
nval = form[key]
if ocf.chkNumeric(nval):
nval = float(nval)
#
#--- check the original value is float or int
#
try:
mc = re.search('\.', org_dict[key])
if mc is not None:
oval = float(org_dict[key])
fchk = 1
else:
fchk = 0
except:
fchk = 0
if fchk == 0:
test = int(
nval) #--- checking whether the value is integer
if nval == test:
nval = test
else:
if oval == nval:
nval = oval
#
#--- if the value is in non_list (e.g., None), make sure original and submitted values
#--- take the same format
#
try:
oval = org_dict[key]
if oval in self.non_list:
if nval in self.non_list:
nval = oval
except:
pass
#
#--- save the updated value
#
dat_dict[key] = nval
#
#---------- special cases start here -----------
#
#
#--- update dra and ddec (ra/dec are in HMS/DMS)
#
[dra, ddec] = ocf.convert_ra_dec_decimal(dat_dict['ra'],
dat_dict['dec'])
dat_dict['dra'] = dra
dat_dict['ddec'] = ddec
#
#--- check order flags and then set ordr to 1 if the ordr was originally 0
#
f_list = ['window_flag', 'roll_flag', 'spwindow_flag']
o_list = ['time_ordr', 'roll_ordr', 'ordr']
for i in range(0, 3):
try:
if form[f_list[i]] == 'Y':
if dat_dict[o_list[i]] == 0:
dat_dict[o_list[i]] = 1
except:
pass
#
#--- if asked increase the order from the current one, increase ordr by 1
#
if form['check'] == "Add Another Time Constraint":
self.add_new_ordr_list('time_ordr', 'window_constraint',
self.spwindow_list)
if form['check'] == "Add Another Roll Constraint":
self.add_new_ordr_list('roll_ordr', 'roll_constraint',
self.roll_list)
if form['check'] == "Add Another ACIS Window Constraint":
self.add_new_ordr_list('ordr', 'chip', self.spwindow_list)
#
#--- remove null rows from the ordered cases
#
if form['check'] == "Remove Null Time Constraint":
self.remove_null_from_ordr_list('time_ordr', 'window_constraint',
'window_flag', self.window_list)
if form['check'] == "Remove Null Roll Constraint":
self.remove_null_from_ordr_list('roll_ordr', 'roll_constraint',
'roll_flag', self.roll_list)
if form['check'] == "Remove Null ACIS Window Constraint":
self.remove_null_from_ordr_list('ordr', 'chip', 'spwindow_flag',
self.spwindow_list)
#
#--- set si_mode to 'New Value Requsted', if any of the following parameters are modified
#
for param in [
'est_cnt_rate', 'forder_cnt_rate', 'raster_scan', 'grating',
'instrument', 'dither_flag'
]:
try:
oval = org_dict[param]
except:
oval = None
try:
nval = dat_dict[param]
except:
nval = None
if oval != nval:
dat_dict['si_mode'] = 'New Value Requsted'
break
return [org_dict, nc_dict, dat_dict]