Initial commit

Lts/Tests/DatabaseInitialisation/test_scenario_participant_state.py

@@ -0,0 +1,179 @@
+#!/usr/bin/python
+
+from test_scenario_definitions import *
+import time
+import json
+
+def generate_participant_state():
+
+  start_time = int(time.time()) * 1000
+
+  stmts = []
+
+# sanitation material
+  #start_time += 100
+
+  stock = []
+  for i in range(1, 5):
+    tmp1 = dict()
+    tmp1['materialId'] = i;
+    tmp1['materialCount'] = i*10;
+    stock.append(tmp1)
+
+  json_str_stock = json.dumps(stock)
+  #stmt = 'INSERT INTO ex_42.rec_dynamic_participant_data (sanitation_material_stock, participant_id, sample_time, sanitation_unique_id, qualification ) VALUES (\'%s\', %s, %s, %s, %s )' % (json_str, PPM1_participant_id[i], start_time, 123, 0 )
+
+  #stmt += ';'
+  #stmts.append(stmt)
+
+# firings
+  for i in range(0, 9):
+    start_time += 100
+     
+    tmp = dict()
+    if ((i%2) == 0):
+      tmp['originatorChargeTypeId'] = 38;
+    else:
+      tmp['originatorChargeTypeId'] = 39;
+    tmp['stateTime'] = start_time;
+    tmp['vulnerabilityState'] = i;
+    tmp['originatorId'] = 0;
+    tmp['originatorType'] = 1; #participant
+    tmp['vulnerabilityKindId'] = 0;
+    tmp['vulnerabilityBits'] = 2**i;
+
+    data = []
+    data.append(tmp)
+    json_str = json.dumps(data)
+    stmt = 'INSERT INTO ex_42.rec_dynamic_participant_data ( state_history, sanitation_material_stock, sanitation_unique_id, qualification, has_nbc_protection_active, has_nbc_protection_configured, participant_id, sample_time ) VALUES (\'%s\', \'%s\', \'%s\', \'%s\', false, false, %s, %s )' % (json_str, json_str_stock, 123, 2, PPM1_participant_id[i], start_time )
+
+    stmt += ';'
+    stmts.append(stmt)
+
+# nbc
+  for i in range(13, 15):
+    start_time += 100
+
+    tmp = dict()
+    tmp['originatorChargeTypeId'] = 341; #chemical agent
+    tmp['stateTime'] = start_time;
+    tmp['vulnerabilityState'] = 5;
+    tmp['originatorId'] = 3;   #nbc
+    tmp['originatorType'] = 2; #area effect simulation
+    tmp['vulnerabilityKindId'] = 0;
+    tmp['vulnerabilityBits'] = 2**5;
+
+    data = dict()
+    data['ParticipantManagement::StateInformation'] = []
+    data['ParticipantManagement::StateInformation'].append(tmp)
+    json_str = json.dumps(data)
+    stmt = 'INSERT INTO ex_42.rec_dynamic_participant_data ( state_history, has_nbc_protection_active, has_nbc_protection_configured, participant_id, sample_time ) VALUES (\'%s\', false, false, %s, %s )' % (json_str, PPM1_participant_id[i], start_time )
+
+    stmt += ';'
+    stmts.append(stmt)
+
+# mine area
+  for i in range(15, 17):
+    start_time += 100
+
+    tmp = dict()
+    tmp['originatorChargeTypeId'] = 351; #mine area
+    tmp['stateTime'] = start_time;
+    tmp['vulnerabilityState'] = 8;
+    tmp['originatorId'] = 2;   #mine
+    tmp['originatorType'] = 2; #area effect simulation
+    tmp['vulnerabilityKindId'] = 0;
+    tmp['vulnerabilityBits'] = 2**8;
+
+    data = dict()
+    data['ParticipantManagement::StateInformation'] = []
+    data['ParticipantManagement::StateInformation'].append(tmp)
+    json_str = json.dumps(data)
+    stmt = 'INSERT INTO ex_42.rec_dynamic_participant_data ( state_history, has_nbc_protection_active, has_nbc_protection_configured, participant_id, sample_time ) VALUES (\'%s\', false, false, %s, %s )' % (json_str, PPM1_participant_id[i], start_time )
+
+    stmt += ';'
+    stmts.append(stmt)
+
+# functional area
+  for i in range(10, 13):
+    start_time += 100
+
+    tmp = dict()
+    tmp['originatorChargeTypeId'] = 411; #functional area
+    tmp['stateTime'] = start_time;
+    tmp['vulnerabilityState'] = 0;
+    tmp['originatorId'] = 4;   #functional area
+    tmp['originatorType'] = 2; #area effect simulation
+    tmp['vulnerabilityKindId'] = 0;
+    tmp['vulnerabilityBits'] = 0;
+
+    data = dict()
+    data['ParticipantManagement::StateInformation'] = []
+    data['ParticipantManagement::StateInformation'].append(tmp)
+    json_str = json.dumps(data)
+    stmt = 'INSERT INTO ex_42.rec_dynamic_participant_data ( state_history, has_nbc_protection_active, has_nbc_protection_configured, participant_id, sample_time ) VALUES (\'%s\', false, false, %s, %s )' % (json_str, PPM1_participant_id[i], start_time )
+
+    stmt += ';'
+    stmts.append(stmt)
+
+# explosive device
+  for i in range(18, 21):
+    start_time += 100
+
+    tmp = dict()
+    if ((i%2) == 0):
+      tmp['originatorChargeTypeId'] = 48;
+    else:
+      tmp['originatorChargeTypeId'] = 49;
+    tmp['stateTime'] = start_time;
+    tmp['vulnerabilityState'] = i-17; #1,2,3
+    tmp['originatorId'] = 1; #ied 1
+    tmp['originatorType'] = 20; #improvisedExplosiveDevice
+    tmp['vulnerabilityKindId'] = 0;
+    tmp['vulnerabilityBits'] = 2**(i-17);
+
+    data = []
+    data.append(tmp)
+
+#    tmp1 = dict()
+#    tmp1['originatorChargeTypeId'] = 70;
+#    tmp1['stateTime'] = start_time;
+#    tmp1['vulnerabilityState'] = 8;
+#    tmp1['originatorId'] = 1; #ied 1
+#    tmp1['originatorType'] = 20; #improvisedExplosiveDevice
+#    tmp1['vulnerabilityKindId'] = 289;
+#    tmp1['vulnerabilityBits'] = 256;
+
+#    data.append(tmp1)
+
+    json_str = json.dumps(data)
+    stmt = 'INSERT INTO ex_42.rec_dynamic_participant_data ( state_history, has_nbc_protection_active, has_nbc_protection_configured, participant_id, sample_time ) VALUES (\'%s\', false, false, %s, %s )' % (json_str, PPM1_participant_id[i], start_time )
+
+    stmt += ';'
+    stmts.append(stmt)
+
+# air support
+  for i in range(21, 24):
+    start_time += 100
+
+    tmp = dict()
+    tmp['originatorChargeTypeId'] = 471;
+    tmp['stateTime'] = start_time;
+    tmp['vulnerabilityState'] = 8;
+    tmp['originatorId'] = 0;
+    tmp['originatorType'] = 2; #area effect simulation
+    tmp['vulnerabilityKindId'] = 0;
+    tmp['vulnerabilityBits'] = 2**8;
+
+    data = []
+    data.append(tmp)
+    json_str = json.dumps(data)
+    stmt = 'INSERT INTO ex_42.rec_dynamic_participant_data ( state_history, has_nbc_protection_active, has_nbc_protection_configured, participant_id, sample_time ) VALUES (\'%s\', false, false, %s, %s )' % (json_str, PPM1_participant_id[i], start_time )
+
+    stmt += ';'
+    stmts.append(stmt)
+
+  return stmts
+
+if __name__ == "__main__":
+    print '\n'.join(generate_participant_state())