def add_data(self):
sgyt_data = self.db_connection_obj.sess.query(self.db_connection_obj.SEGY_QC_on_disk).filter(
self.db_connection_obj.SEGY_QC_on_disk.deliverable_id == self.deliverable_id).first()
self.grid.addWidget(create_center_data(str(self.deliverable.name)), 1, 0)
if sgyt_data is not None:
self.data_dict = {self.deliverable.name : sgyt_data}
self.grid.addWidget(decide_and_create_label(str(sgyt_data.sgyt_status)),1,1)
self.grid.addWidget(create_center_data(sgyt_data.sgyt_reel_no),1,2)
self.grid.addWidget(create_center_data(sgyt_data.sgyt_exp_uname),1,3)
self.grid.addWidget(create_center_data(sgyt_data.sgyt_time_stamp),1,4)
# now add push button to view log
pb = QtGui.QPushButton("view SGYT")
pb.setObjectName(str(self.deliverable.name))
pb.clicked.connect(self.connect_to_log)
self.grid.addWidget(pb,1,5)
self.grid.addWidget(decide_and_create_label(sgyt_data.sgyt_approval_status),1,7) # this will automatically decide and create the necessary label True false or blank
# pb to approve the log
pb_approval = QtGui.QPushButton("Approve")
pb_approval.setObjectName(self.deliverable.name)
pb_approval.clicked.connect(self.show_approval_popup)
self.grid.addWidget(pb_approval,1,6)
#now check and add aprrover name it the approval status is not blank
if sgyt_data.sgyt_approval_status is not None:
self.grid.addWidget(create_center_data(sgyt_data.sgyt_approver_name), 1, 8)
self.grid.addWidget(create_center_data(sgyt_data.sgyt_approval_time), 1, 9)
else:
self.grid.addWidget(decide_and_create_label(""), 1, 2)
def add_data(self):
# search the SEGY on disk QC table to check if the SEGY file for this deliverable
self.segy_on_disk_qc_obj = self.db_connection_obj.sess.query(self.db_connection_obj.SEGY_QC_on_disk).filter(self.db_connection_obj.SEGY_QC_on_disk.deliverable_id == self.deliverable.id).first()
if self.segy_on_disk_qc_obj is not None:
obj_id = self.segy_on_disk_qc_obj.id_seq_segy_qc
#Now serach for the items in tape write log with the ID corresponding to this id
self.segy_write_obj_list = self.db_connection_obj.sess.query(
self.db_connection_obj.SEGY_write
).filter(self.db_connection_obj.SEGY_write.id_segy_qc == obj_id).all()
self.segy_write_obj_dict = {}
if len(self.segy_write_obj_list) != 0:
for obj in self.segy_write_obj_list:
self.segy_write_obj_dict.update({obj.set_number : obj})
# now add data
for i in range(0,self.deliverable.copies):
self.grid.addWidget(create_center_data(str('Set no: ' + str(i+1))),i+1,0)
self.grid.addWidget(decide_and_create_label(self.segy_on_disk_qc_obj.segy_on_disk_qc_status),i+1,1)
if i+1 in self.segy_write_obj_dict.keys():
if self.segy_on_disk_qc_obj.segy_on_disk_qc_status:
self.grid.addWidget(decide_and_create_label(self.segy_write_obj_dict[i+1].tape_write_status),i+1,2)
if self.segy_write_obj_dict[i + 1].tape_write_status:
self.grid.addWidget(create_center_data(self.segy_write_obj_dict[i + 1].tape_written_by),i+1,3)
self.grid.addWidget(create_center_data(self.segy_write_obj_dict[i + 1].tape_written_on),i+1,4)
pb_approve_log = QtGui.QPushButton('View log')
pb_approve_log.setObjectName(self.segy_write_obj_dict[i + 1].segy_w_path)
pb_approve_log.clicked.connect(self.show_log)
self.grid.addWidget(pb_approve_log,i+1,5)
if self.segy_write_obj_dict[i + 1].tape_qc_run_status:
self.grid.addWidget(decide_and_create_label(self.segy_write_obj_dict[i + 1].tape_qc_status),i+1,6)
self.grid.addWidget(create_center_data(self.segy_write_obj_dict[i + 1].tape_checked_by),i+1,7)
self.grid.addWidget(create_center_data(self.segy_write_obj_dict[i + 1].tape_checked_on),
i + 1, 8)
def add_data(self):
self.data_dir_entry = self.db_connection_obj.sess.query(self.db_connection_obj.Deliverables_data_dir).filter(
self.db_connection_obj.Deliverables_data_dir.deliverable_id == self.deliverable_id).filter(
self.db_connection_obj.Deliverables_data_dir.dir_type == 'data').first()
self.dir_path = self.data_dir_entry.path
sgyt_data = self.db_connection_obj.sess.query(self.db_connection_obj.SEGY_QC_on_disk).filter(
self.db_connection_obj.SEGY_QC_on_disk.deliverable_id == self.deliverable_id).first()
self.data_dict = {self.deliverable.name : sgyt_data}
self.grid.addWidget(create_center_data(self.deliverable.name), 1, 0)
self.grid.addWidget(create_center_data(self.deliverable.name), 1, 13)
self.grid.addWidget(decide_and_create_label(sgyt_data.sgyt_approval_status),1,1)
if sgyt_data.sgyt_approval_status: # if SGYT approval status is not True do not proceed
pb_segy_exp = QtGui.QPushButton("Update")
pb_segy_exp.setObjectName(self.deliverable.name)
pb_segy_exp.clicked.connect(self.show_export_upate_pop_up)
self.grid.addWidget(pb_segy_exp,1,2)
file_name = str(self.deliverable.name + '.sgy')
file_path = posixpath.join(self.dir_path, file_name)
status = check_generic_path(self.DUG_connection_obj, file_path)
if status == 'True': # if the SEGYT file is on disk writing or finished, otherwise STOP
self.grid.addWidget(decide_and_create_label(sgyt_data.segy_disk_export_status), 1, 3)
if sgyt_data.segy_disk_export_status is not None: # if the export status is set to true or false add exporter name and time stamp labels
self.grid.addWidget(create_center_data(sgyt_data.segy_exporter_name),1,4)
self.grid.addWidget(create_center_data(sgyt_data.segy_on_disk_time_stamp),1,5)
if sgyt_data.segy_disk_export_status: # Add the option to QC the file if the export is set to True
self.grid.addWidget(decide_and_create_label(sgyt_data.segy_on_disk_qc_run_status),1,6) # The run status should be update by SEGY on disk QC ops
if sgyt_data.segy_on_disk_qc_run_status: # if the run status is True add the button to approve log and link to the log,extractionstatus
pb_connect_log = QtGui.QPushButton('View QC log')
pb_connect_log.setObjectName(sgyt_data.segy_on_disk_qc_log_path)
pb_connect_log.clicked.connect(self.show_QC_log)
self.grid.addWidget(pb_connect_log,1,7)
self.grid.addWidget(decide_and_create_label(sgyt_data.header_extraction_flag),1,8)
if sgyt_data.header_extraction_flag: # if the extraction status is true, add approve button and qc status button
pb_approve_log = QtGui.QPushButton('Approve')
pb_approve_log.setObjectName(sgyt_data.segy_on_disk_qc_log_path)
pb_approve_log.clicked.connect(self.show_approve_qc_log)
self.grid.addWidget(pb_approve_log,1,9)
self.grid.addWidget(decide_and_create_label(sgyt_data.segy_on_disk_qc_status),1,10)
if sgyt_data.segy_on_disk_qc_status is not None: # Now add the time and name for approver
self.grid.addWidget(create_center_data(sgyt_data.segy_on_disk_qc_approver_name),1,11)
self.grid.addWidget(create_center_data(sgyt_data.segy_on_disk_qc_approval_time_stamp), 1, 12)
def check_sgyt_used_aganist_exported_and_add_gui(self):
db_obj = self.db_connection_obj.sess.query(self.db_connection_obj.SEGY_QC_on_disk).filter(self.db_connection_obj.SEGY_QC_on_disk.segy_on_disk_qc_log_path == self.log_path).first()
#--------------------------------------------------------------------------------------------
exported_sgyt_path = db_obj.sgyt_unix_path
user_sgyt_path = db_obj.sgyt_user_path
if return_encoded_stripped_sgyt(self.DUG_connection_obj,exported_sgyt_path) == return_encoded_stripped_sgyt(self.DUG_connection_obj,user_sgyt_path):
sgyt_verification = True
else:
sgyt_verification = False
# Now populate segy file path
self.segy_name.setText(db_obj.segy_on_disk_file_path)
# Now add mismatch flag
self.sgyt_mismatch_flag = decide_and_create_label(sgyt_verification)
self.grid.addWidget(self.sgyt_mismatch_flag, 4, 1)
#Now add trace count
self.no_traces.setText(str(self.extracted_headers_dict['trace_count']))
self.file_size.setText(str(self.extracted_headers_dict['file_size']))
#Now add ebcdic_related_headers if sgyt_verification is True
#creeate EBCDIC key list
ebcdic_sgyt_mapper_dict = {}
dict_ebcdic = self.def_dict['ebcdic']
for key in dict_ebcdic.keys():
key_to_use = dict_ebcdic[key][0]
data_to_use = dict_ebcdic[key][2][0]
ebcdic_sgyt_mapper_dict.update({key_to_use:data_to_use})
if sgyt_verification:
self.sgyt_name.setText(db_obj.sgyt_unix_path)
db_obj_dict = db_obj.__dict__
# print db_obj_dict
# print self.line_edit_dict.keys()
for key in db_obj_dict.keys():
if key in ebcdic_sgyt_mapper_dict.keys():
self.line_edit_dict[key].setText(str(db_obj_dict[ebcdic_sgyt_mapper_dict[key]]))
else:
self.diff_file_name = str('sgyt_diff_') + self.segy_name.text()
cmd = 'diff ' + exported_sgyt_path + " " + user_sgyt_path
stdin, stdout, stderr = self.DUG_connection_obj.ws_client.exec_command(cmd)
self.pop_up_diff = pop_up_text_box_sgyt(stdout.readlines(),'SGT difference')
self.pop_up_diff.show()
self.sgyt_name.setText(db_obj.sgyt_unix_path)
db_obj_dict = db_obj.__dict__
# print db_obj_dict
# print self.line_edit_dict.keys()
for key in db_obj_dict.keys():
if key in ebcdic_sgyt_mapper_dict.keys():
self.line_edit_dict[key].setText(str(db_obj_dict[ebcdic_sgyt_mapper_dict[key]]))
self.db_obj_update = db_obj
self.db_obj_dict = db_obj_dict
self.ebcdic_sgyt_mapper_dict = ebcdic_sgyt_mapper_dict
self.sgyt_match_flag = sgyt_verification
def add_db_entries_to_table(self):
db_entry_reference_dict = {}
db_entry_plot_dict = {}
for db_entry in self.db_segd_qc_entry_list:
db_entry_reference_dict.update({(db_entry.tape_no, db_entry.deliverable_id, db_entry.set_no, db_entry.seq_id):db_entry})
for tape in self.tape_list:
for deliverable in self.deliverables_list:
for i in range(1,int(deliverable.copies)+1):
key = (tape.name,deliverable.id,i,tape.sequence_number)
if key in db_entry_reference_dict.keys():
pass
else:
db_entry_reference_dict.update({key: None})
for key in db_entry_reference_dict.keys():
if db_entry_reference_dict[key] is not None:
if str(db_entry_reference_dict[key].run_finish) == 'True':
db_entry = db_entry_reference_dict[key]
rp = self.rv_dict[(db_entry.tape_no,db_entry.seq_id)]
self.grid.addWidget(decide_and_create_label(db_entry.run_status),rp,int(self.cv_dict[db_entry.deliverable_id][db_entry.set_no]['Run']))
pb = QtGui.QPushButton(str(db_entry.qc_status))
obj_name = str(db_entry.tape_no +"-" +str(db_entry.set_no))
pb.setObjectName(obj_name)
pb.setToolTip(return_SEGD_QC_log_path(self.db_connection_obj,tape_no = obj_name.split("-")[0],set_no=obj_name.split("-")[1]))
pb.clicked.connect(self.show_log)
if str(db_entry.qc_status) == "True":
pb.setStyleSheet('background-color: green')
else:
pb.setStyleSheet('background-color: red')
self.grid.addWidget(pb,rp,int(self.cv_dict[db_entry.deliverable_id][db_entry.set_no]['QC']))
self.grid.addWidget(decide_and_create_label('True'), rp,
int(self.cv_dict[db_entry.deliverable_id][db_entry.set_no]['Prod']))
else:
db_entry = db_entry_reference_dict[key]
rp = self.rv_dict[(db_entry.tape_no,db_entry.seq_id)]
self.grid.addWidget(decide_and_create_label('True'), rp,
int(self.cv_dict[db_entry.deliverable_id][db_entry.set_no]['Prod']))
self.grid.addWidget(decide_and_create_label('Running'), rp,
int(self.cv_dict[db_entry.deliverable_id][db_entry.set_no]['Run']))
else:
rp = self.rv_dict[key[0], key[3]]
self.grid.addWidget(decide_and_create_label('Ready'), rp,
int(self.cv_dict[key[1]][key[2]]['Run']))
self.grid.addWidget(decide_and_create_label('True'), rp,
int(self.cv_dict[key[1]][key[2]]['Prod']))
def __init__(self,parent,type):
super(approve_form_SEGY_on_disk_qc,self).__init__()
self.parent = parent
db_obj_dict = self.parent.db_obj_update.__dict__
self.def_dict = type_dict[type]
self.grid = QtGui.QGridLayout()
#Add label
label_text = str('Approval form : ' + type_name_dict[type])
self.grid.addWidget(create_central_labels(label_text),0,0,1,2)
flag_list_to_use = self.def_dict['flag_list']
for i in range(0,len(flag_list_to_use)):
self.grid.addWidget(create_central_labels(flag_name_dict[flag_list_to_use[i]]),i+1,0)
self.grid.addWidget(decide_and_create_label(db_obj_dict[flag_list_to_use[i]]),i+1,1)
message = 'Approve or reject: ' + db_obj_dict['segy_on_disk_file_path']
self.approve_box = pop_up_approval_box(message = message)
self.approve_box.closed.connect(self.parent.approve_qc_log)
self.grid.addWidget(self.approve_box,len(flag_list_to_use)+2,0,1,2)
self.setLayout(self.grid)
def add_data(self):
data = self.db_connection_obj.sess.query(
self.db_connection_obj.SEGY_QC_on_disk).filter(
self.db_connection_obj.SEGY_QC_on_disk.deliverable_id ==
self.deliverable.id).order_by(
self.db_connection_obj.SEGY_QC_on_disk.id_seq_segy_qc).all(
)
#now create a dictinoary for status
data_dict = {}
for obj in data:
key = obj.line_name
data = obj
data_dict.update({key: data})
self.data_dict = data_dict
#Now search for all available lines that have been shot in orca line
lines_shot = self.db_connection_obj.sess.query(
self.db_connection_obj.Line).order_by(
self.db_connection_obj.Line.sequence_number).all()
line_name_list = []
for aline in lines_shot:
if int(aline.sequence_number) < 9000:
line_name_list.append(
(aline.sequence_number, aline.real_line_name))
else:
pass
# now add the objects in the line_name_list
for i in range(1, len(line_name_list) + 1):
self.grid.addWidget(
create_center_data(str(line_name_list[i - 1][0])), i, 0)
self.grid.addWidget(create_center_data(line_name_list[i - 1][1]),
i, 1)
#now check if some data exists for this in the data_dict
if line_name_list[i - 1][1] in data_dict.keys():
#if yes
sgyt_data = data_dict[line_name_list[i - 1][1]]
self.grid.addWidget(
decide_and_create_label(str(sgyt_data.sgyt_status)), i, 2)
self.grid.addWidget(create_center_data(sgyt_data.sgyt_reel_no),
i, 3)
self.grid.addWidget(
create_center_data(sgyt_data.sgyt_exp_uname), i, 4)
self.grid.addWidget(
create_center_data(sgyt_data.sgyt_time_stamp), i, 5)
# now add push button to view log
pb = QtGui.QPushButton("view SGYT")
pb.setObjectName(line_name_list[i - 1][1])
pb.setToolTip(
self.data_dict[line_name_list[i - 1][1]].sgyt_unix_path)
pb.clicked.connect(self.connect_to_log)
self.grid.addWidget(pb, i, 6)
self.grid.addWidget(
decide_and_create_label(str(
sgyt_data.sgyt_approval_status)), i, 8
) # this will automatically decide and create the necessary label True false or blank
# pb to approve the log
pb_approval = QtGui.QPushButton("Approve")
pb_approval.setObjectName(line_name_list[i - 1][1])
pb_approval.clicked.connect(self.show_approval_popup)
self.grid.addWidget(pb_approval, i, 7)
#now check and add aprrover name it the approval status is not blank
if sgyt_data.sgyt_approval_status is not None:
self.grid.addWidget(
create_center_data(sgyt_data.sgyt_approver_name), i, 9)
self.grid.addWidget(
create_center_data(sgyt_data.sgyt_approval_time), i,
10)
else:
self.grid.addWidget(decide_and_create_label(""), i, 2)
def add_data(self):
#Creating the data for SEGY QC for all entries for a particular deliverable
data_segy_qc = self.db_connection_obj.sess.query(
self.db_connection_obj.SEGY_QC_on_disk).filter(
self.db_connection_obj.SEGY_QC_on_disk.deliverable_id ==
self.deliverable.id).order_by(
self.db_connection_obj.SEGY_QC_on_disk.id_seq_segy_qc).all(
)
#valid SEGY QC id list for the case
valid_segy_qc_list = []
for item in data_segy_qc:
valid_segy_qc_list.append(item.id_seq_segy_qc)
# now create a dictinoary for status
self.segy_ondisk_data_dict = {} # {linename : DAO for segy QC}
for obj in data_segy_qc:
if obj.segy_on_disk_qc_run_status: # for all the objects in SEGY on disk QC we ony want the ones where SEGY on disk QC was run to distinguish between ready and True of False
key = obj.line_name
data = obj
self.segy_ondisk_data_dict.update({key: data})
# Now search for all available lines that have been shot in orca line
lines_shot = self.db_connection_obj.sess.query(
self.db_connection_obj.Line).order_by(
self.db_connection_obj.Line.sequence_number).all()
line_name_list = []
for aline in lines_shot:
if int(aline.sequence_number) < 9000:
line_name_list.append(
(aline.sequence_number, aline.real_line_name))
else:
pass
# creating the data for SEGY write
data_segy_write = self.db_connection_obj.sess.query(
self.db_connection_obj.SEGY_write).filter(
self.db_connection_obj.SEGY_write.set_number ==
self.set_no).all()
self.segy_write_obj_dict_set_wise = {
} # { SEGYQC_id : DAO for SEGY write}
for obj in data_segy_write:
if obj.id_segy_qc in valid_segy_qc_list:
self.segy_write_obj_dict_set_wise.update({obj.id_segy_qc: obj})
# now add the objects
for i in range(1,
len(line_name_list) +
1): # This needs to be added one more time
self.grid.addWidget(
create_center_data(str(line_name_list[i - 1][0])), i, 1)
self.grid.addWidget(create_center_data(line_name_list[i - 1][1]),
i, 2)
if line_name_list[i - 1][1] in self.segy_ondisk_data_dict.keys():
self.grid.addWidget(
decide_and_create_label(self.segy_ondisk_data_dict[
line_name_list[i - 1][1]].segy_on_disk_qc_status), i,
3)
segy_qc_id = self.segy_ondisk_data_dict[line_name_list[i - 1]
[1]].id_seq_segy_qc
if segy_qc_id in self.segy_write_obj_dict_set_wise.keys():
self.grid.addWidget(
create_central_labels(
self.segy_write_obj_dict_set_wise[segy_qc_id].
tape_label), i, 0)
self.grid.addWidget(
decide_and_create_label(
self.segy_write_obj_dict_set_wise[segy_qc_id].
tape_write_status), i, 4)
self.grid.addWidget(
create_center_data(
self.segy_write_obj_dict_set_wise[segy_qc_id].
tape_written_by), i, 5)
self.grid.addWidget(
create_center_data(
self.segy_write_obj_dict_set_wise[segy_qc_id].
tape_written_on), i, 6)
pb_view_log = QtGui.QPushButton('View log')
pb_view_log.setObjectName(str(segy_qc_id))
pb_view_log.clicked.connect(self.show_log)
self.grid.addWidget(pb_view_log, i, 7)
if self.segy_write_obj_dict_set_wise[
segy_qc_id].tape_qc_run_status: # If the tape qc was run
self.grid.addWidget(
decide_and_create_label(
self.segy_write_obj_dict_set_wise[segy_qc_id].
tape_qc_status), i, 8)
self.grid.addWidget(
create_center_data(
self.segy_write_obj_dict_set_wise[segy_qc_id].
tape_checked_by), i, 9)
self.grid.addWidget(
create_center_data(
self.segy_write_obj_dict_set_wise[segy_qc_id].
tape_checked_on), i, 10)
else:
if self.segy_ondisk_data_dict[line_name_list[i - 1]
[1]].segy_on_disk_qc_status:
self.grid.addWidget(decide_and_create_label(""), i, 3)
def add_data(self):
set_start_column = 3
data_segy_qc = self.db_connection_obj.sess.query(
self.db_connection_obj.SEGY_QC_on_disk).filter(
self.db_connection_obj.SEGY_QC_on_disk.deliverable_id ==
self.deliverable.id).order_by(
self.db_connection_obj.SEGY_QC_on_disk.id_seq_segy_qc).all(
)
# valid SEGY QC id list for the case
valid_segy_qc_list = []
for item in data_segy_qc:
valid_segy_qc_list.append(item.id_seq_segy_qc)
# now create a dictinoary for status
self.segy_ondisk_data_dict = {}
for obj in data_segy_qc:
if obj.segy_on_disk_qc_run_status: # for all the objects in SEGY on disk QC we ony want the ones where SEGY on disk QC was run to distinguish between ready and True of False
key = obj.line_name
data = obj
self.segy_ondisk_data_dict.update({key: data})
# Now search for all available lines that have been shot in orca line
lines_shot = self.db_connection_obj.sess.query(
self.db_connection_obj.Line).order_by(
self.db_connection_obj.Line.sequence_number).all()
line_name_list = []
for aline in lines_shot:
if int(aline.sequence_number) < 9000:
line_name_list.append(
(aline.sequence_number, aline.real_line_name))
else:
pass
# creating the data for SEGY write
data_segy_write = self.db_connection_obj.sess.query(
self.db_connection_obj.SEGY_write).all()
self.segy_write_obj_dict = {}
for obj in data_segy_write:
if obj.id_segy_qc in valid_segy_qc_list:
self.segy_write_obj_dict.update({
(obj.id_segy_qc, int(obj.set_number)):
obj
})
#print self.segy_write_obj_dict
# now add the objects
for i in range(1,
len(line_name_list) +
1): # This needs to be added one more time
self.grid.addWidget(
create_center_data(str(line_name_list[i - 1][0])), i + 1, 0)
self.grid.addWidget(create_center_data(line_name_list[i - 1][1]),
i + 1, 1)
if line_name_list[i - 1][1] in self.segy_ondisk_data_dict.keys():
self.grid.addWidget(
decide_and_create_label(self.segy_ondisk_data_dict[
line_name_list[i - 1][1]].segy_on_disk_qc_status),
i + 1, 2)
segy_qc_id = self.segy_ondisk_data_dict[line_name_list[i - 1]
[1]].id_seq_segy_qc
if self.segy_ondisk_data_dict[line_name_list[i - 1]
[1]].segy_on_disk_qc_status:
for j in range(0, self.deliverable.copies):
if (segy_qc_id,
j + 1) in self.segy_write_obj_dict.keys():
self.grid.addWidget(
decide_and_create_label(
self.segy_write_obj_dict[(
segy_qc_id, j + 1)].tape_write_status),
i + 1, (int(self.segy_write_obj_dict[
(segy_qc_id, j + 1)].set_number) - 1) * 2 +
set_start_column)
if self.segy_write_obj_dict[(
segy_qc_id, j + 1
)].tape_qc_run_status: # If the tape qc was run
self.grid.addWidget(
decide_and_create_label(
self.segy_write_obj_dict[(
segy_qc_id,
j + 1)].tape_qc_status), i + 1,
(int(self.segy_write_obj_dict[
(segy_qc_id, j + 1)].set_number) - 1) *
2 + set_start_column + 1)
else:
self.grid.addWidget(decide_and_create_label(""),
i + 1,
j * 2 + set_start_column)
def add_data(self):
self.data_dir_entry = self.db_connection_obj.sess.query(
self.db_connection_obj.Deliverables_data_dir).filter(
self.db_connection_obj.Deliverables_data_dir.deliverable_id ==
self.deliverable_id).filter(
self.db_connection_obj.Deliverables_data_dir.dir_type ==
'data').first()
self.dir_path = self.data_dir_entry.path
# data = self.db_connection_obj.sess.query(self.db_connection_obj.SEGY_QC_on_disk).filter(self.db_connection_obj.SEGY_QC_on_disk.deliverable_id == self.deliverable_id).order_by(
# self.db_connection_obj.SEGY_QC_on_disk.id_seq_segy_qc).all()
data = get_data_for_SEGY_qc(self.db_connection_obj,
self.deliverable_id)
# now create a dictinoary for status
data_dict = {}
for obj in data:
key = obj.line_name
data = obj
data_dict.update({key: data})
self.data_dict = data_dict
# Now search for all available lines that have been shot in orca line
lines_shot = self.db_connection_obj.sess.query(
self.db_connection_obj.Line).order_by(
self.db_connection_obj.Line.sequence_number).all()
line_name_list = []
for aline in lines_shot:
if int(aline.sequence_number) < 9000:
line_name_list.append(
(aline.sequence_number, aline.real_line_name))
else:
pass
#now fetch the directory content list
cmd = str("ls " + self.dir_path)
available_file_list = fetch_directory_content_list(
self.DUG_connection_obj, cmd)
available_file_dict = {}
for a_line in line_name_list:
a_line_name_segy = str(a_line[1] + '.sgy')
if a_line_name_segy in available_file_list:
available_file_dict.update({a_line[1]: True})
else:
available_file_dict.update({a_line[1]: False})
# now add the objects in the line_name_list
for i in range(1, len(line_name_list) + 1):
# the 1st two and the last two columens
self.grid.addWidget(
create_center_data(str(line_name_list[i - 1][0])), i, 0)
self.grid.addWidget(create_center_data(line_name_list[i - 1][1]),
i, 1)
self.grid.addWidget(
create_center_data(str(line_name_list[i - 1][0])), i, 15)
self.grid.addWidget(create_center_data(line_name_list[i - 1][1]),
i, 14)
# now check if some data exists for this in the data_dict
if line_name_list[i - 1][1] in data_dict.keys():
sgyt_data = data_dict[line_name_list[i - 1][1]]
self.grid.addWidget(
decide_and_create_label(sgyt_data.sgyt_approval_status), i,
2) # add SGYT QC status
if sgyt_data.sgyt_approval_status: # if SGYT approval status is not True do not proceed
pb_segy_exp = QtGui.QPushButton("Update")
pb_segy_exp.setObjectName(sgyt_data.line_name)
pb_segy_exp.setToolTip(
posixpath.join(self.dir_path,
str(sgyt_data.line_name + '.sgy')))
pb_segy_exp.clicked.connect(self.show_export_upate_pop_up)
self.grid.addWidget(pb_segy_exp, i, 3)
file_name = str(sgyt_data.line_name + '.sgy')
file_path = posixpath.join(self.dir_path, file_name)
status = available_file_dict[sgyt_data.line_name]
if status: # if the SEGYT file is on disk writing or finished, otherwise STOP
self.grid.addWidget(
decide_and_create_label(
sgyt_data.segy_disk_export_status), i, 4)
if sgyt_data.segy_disk_export_status is not None: # if the export status is set to true or false add exporter name and time stamp labels
self.grid.addWidget(
create_center_data(
sgyt_data.segy_exporter_name), i, 5)
self.grid.addWidget(
create_center_data(
sgyt_data.segy_on_disk_time_stamp), i, 6)
if sgyt_data.segy_disk_export_status: # Add the option to QC the file if the export is set to True
self.grid.addWidget(
decide_and_create_label(
sgyt_data.segy_on_disk_qc_run_status),
i, 7
) # The run status should be update by SEGY on disk QC ops
if sgyt_data.segy_on_disk_qc_run_status: # if the run status is True add the button to approve log and link to the log,extractionstatus
pb_connect_log = QtGui.QPushButton(
'View QC log')
pb_connect_log.setObjectName(
sgyt_data.segy_on_disk_qc_log_path)
pb_connect_log.setToolTip(
sgyt_data.segy_on_disk_qc_log_path)
pb_connect_log.clicked.connect(
self.show_QC_log)
self.grid.addWidget(pb_connect_log, i, 8)
self.grid.addWidget(
decide_and_create_label(
sgyt_data.header_extraction_flag),
i, 9)
if sgyt_data.header_extraction_flag: # if the extraction status is true, add approve button and qc status button
pb_approve_log = QtGui.QPushButton(
'Approve')
pb_approve_log.setObjectName(
sgyt_data.segy_on_disk_qc_log_path)
pb_approve_log.clicked.connect(
self.show_approve_qc_log)
self.grid.addWidget(
pb_approve_log, i, 10)
self.grid.addWidget(
decide_and_create_label(
sgyt_data.
segy_on_disk_qc_status), i, 11)
if sgyt_data.segy_on_disk_qc_status is not None: # Now add the time and name for approver
self.grid.addWidget(
create_center_data(
sgyt_data.
segy_on_disk_qc_approver_name
), i, 12)
self.grid.addWidget(
create_center_data(
sgyt_data.
segy_on_disk_qc_approval_time_stamp
), i, 13)
