Class: AEMO::MSATS Abstract

Inherits:
Object
  • Object
show all
Includes:
HTTParty
Defined in:
lib/aemo/msats.rb

Overview

This class is abstract.

AEMO::MSATS

Author:

  • Joel Courtney

Since:

  • 0.1.0

Constant Summary collapse

HEADERS =

Globally set request headers

Since:

  • 0.1.0

{
  'User-Agent'    => 'Ruby.AEMO.MSATS.Api',
  'Accept'        => 'text/xml',
  'Content-Type'  => 'text/xml'
}.freeze

Class Attribute Summary collapse

Class Method Summary collapse

Instance Method Summary collapse

Constructor Details

#initialize(options = {}) ⇒ MSATS

Instance Methods

Since:

  • 0.1.0



257
258
259
260
261
262
263
 
# File 'lib/aemo/msats.rb', line 257

def initialize(options = {})
  @auth = { username: nil, password: nil }

  @auth[:username]  = options[:username]        if options[:username].is_a?(String)
  @auth[:password]  = options[:password]        if options[:password].is_a?(String)
  @participant_id   = options[:participant_id]  if options[:participant_id].is_a?(String)
end

Class Attribute Details

.auth ⇒ Object

Since:

  • 0.1.0



34
35
36
 
# File 'lib/aemo/msats.rb', line 34

def auth
  @auth
end

.participant_id ⇒ Object

Since:

  • 0.1.0



35
36
37
 
# File 'lib/aemo/msats.rb', line 35

def participant_id
  @participant_id
end

Class Method Details

.authorize(participant_id, username, password) ⇒ Hash

Sets the authentication credentials in a class variable.

Parameters:

  • email (String) —

    cl.ly email

  • password (String) —

    cl.ly password

Returns:

  • (Hash) —

    authentication credentials

Since:

  • 0.1.0



236
237
238
239
 
# File 'lib/aemo/msats.rb', line 236

def authorize(participant_id, username, password)
  @participant_id  = participant_id
  @auth            = { username: username, password: password }
end

.c4(nmi, from_date, to_date, as_at_date, options = {}) ⇒ Hash

Single NMI Master (C4) Report /C4/PARTICIPANT_IDENTIFIER?transactionId=XXX&nmi=XXX&checksum=X&type=XXX&reason=XXX

Parameters:

  • nmi (String, AEMO::NMI) —

    the NMI to run the master report against

  • from_date (Date, String) —

    the from date for the master report

  • to_date (Date, String) —

    the from date for the master report

Returns:

  • (Hash) —

    A hashed view of the NMI Standing Data for a given NMI

Since:

  • 0.1.0



44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
 
# File 'lib/aemo/msats.rb', line 44

def c4(nmi, from_date, to_date, as_at_date, options = {})
  nmi         = AEMO::NMI.new(nmi) if nmi.is_a?(String)
  from_date   = Date.parse(from_date) if from_date.is_a?(String)
  to_date     = Date.parse(to_date) if to_date.is_a?(String)
  as_at_date  = Date.parse(as_at_date) if as_at_date.is_a?(String)

  options[:participantId]   ||= nil
  options[:roleId]          ||= nil
  options[:inittransId]     ||= nil

  query = {
    transactionId:  transaction_id,
    # Note: AEMO has case sensitivity but no consistency across requests.
    NMI:            nmi.nmi,
    fromDate:       from_date,
    toDate:         to_date,
    asatDate:       as_at_date,
    participantId:  @participant_id,
    roleId:         options[:role_id],
    inittransId:    options[:init_trans_id]
  }

  response = get("/C4/#{@participant_id}", basic_auth: @auth, headers: HEADERS, query: query, verify: (options[:verify_ssl] != false))
  if response.response.code != '200'
    response
  else
    response.parsed_response['aseXML']['Transactions']['Transaction']['ReportResponse']['ReportResults']
  end
end

.can_authenticate? ⇒ Boolean

Check if credentials are available to use

Returns:

  • (Boolean) —

    true/false if credentials are available

Since:

  • 0.1.0



244
245
246
 
# File 'lib/aemo/msats.rb', line 244

def can_authenticate?
  !(@participant_id.nil? || @auth[:username].nil? || @auth[:password].nil?)
end

.msats_limits(options = {}) ⇒ Hash

MSATS Limits /MSATSLimits/PARTICIPANT_IDENTIFIER?transactionId=XXX

Returns:

  • (Hash) —

    The report results from the MSATS Limits web service query

Since:

  • 0.1.0



78
79
80
81
82
83
84
85
86
87
88
 
# File 'lib/aemo/msats.rb', line 78

def msats_limits(options = {})
  query = {
    transactionId:  transaction_id
  }
  response = get("/MSATSLimits/#{@participant_id}", basic_auth: @auth, headers: HEADERS, query: query, verify: (options[:verify_ssl] != false))
  if response.response.code != '200'
    response
  else
    response.parsed_response['aseXML']['Transactions']['Transaction']['ReportResponse']['ReportResults']
  end
end

.nmi_detail(nmi, options = {}) ⇒ Hash

NMI Detail /NMIDetail/PARTICIPANT_IDENTIFIER?transactionId=XXX&nmi=XXX&checksum=X&type=XXX&reason=XXX

Returns:

  • (Hash) —

    A hashed view of the NMI Standing Data for a given NMI

Since:

  • 0.1.0



193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
 
# File 'lib/aemo/msats.rb', line 193

def nmi_detail(nmi, options = {})
  nmi = AEMO::NMI.new(nmi) if nmi.is_a?(String)

  options[:type]    ||= nil
  options[:reason]  ||= nil

  query = {
    transactionId: transaction_id,
    nmi: nmi.nmi,
    checksum: nmi.checksum,
    type: options[:type],
    reason: options[:reason]
  }

  response = get("/NMIDetail/#{@participant_id}", basic_auth: @auth, headers: HEADERS, query: query, verify: (options[:verify_ssl] != false))
  if response.response.code != '200'
    response
  else
    response.parsed_response['aseXML']['Transactions']['Transaction']['NMIStandingDataResponse']['NMIStandingData']
  end
end

.nmi_discovery_by_address(jurisdiction_code, options = {}) ⇒ Hash

NMI Discovery - By Address

Parameters:

  • jurisdiction_code (String) —

    The Jurisdiction Code

  • meter_serial_number (Integer) —

    The meter’s serial number

Returns:

  • (Hash) —

    The response

Raises:

  • (ArgumentError)

Since:

  • 0.1.0



141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
 
# File 'lib/aemo/msats.rb', line 141

def nmi_discovery_by_address(jurisdiction_code, options = {})
  raise ArgumentError, 'jurisdiction_code is not valid' unless %w[ACT NEM NSW QLD SA VIC TAS].include?(jurisdiction_code)

  options[:building_or_property_name] ||= nil
  options[:location_descriptor] ||= nil
  options[:lot_number] ||= nil
  options[:flat_or_unit_number] ||= nil
  options[:flat_or_unit_type] ||= nil
  options[:floor_or_level_number] ||= nil
  options[:floor_or_level_type] ||= nil
  options[:house_number] ||= nil
  options[:house_number_suffix] ||= nil
  options[:street_name] ||= nil
  options[:street_suffix] ||= nil
  options[:street_type] ||= nil
  options[:suburb_or_place_or_locality] ||= nil
  options[:postcode] ||= nil
  options[:state_or_territory] ||= jurisdiction_code

  query = {
    transactionId:  transaction_id,
    jurisdictionCode: jurisdiction_code,
    buildingOrPropertyName: options[:building_or_property_name],
    locationDescriptor: options[:location_descriptor],
    lotNumber: options[:lot_number],
    flatOrUnitNumber: options[:flat_or_unit_number],
    flatOrUnitType: options[:flat_or_unit_type],
    floorOrLevelNumber: options[:floor_or_level_number],
    floorOrLevelType: options[:floor_or_level_type],
    houseNumber: options[:house_number],
    houseNumberSuffix: options[:house_number_suffix],
    streetName: options[:street_name],
    streetSuffix: options[:street_suffix],
    streetType: options[:street_type],
    suburbOrPlaceOrLocality: options[:suburb_or_place_or_locality],
    postcode: options[:postcode],
    stateOrTerritory: options[:state_or_territory]
  }

  response = get("/NMIDiscovery/#{@participant_id}", basic_auth: @auth, headers: HEADERS, query: query, verify: (options[:verify_ssl] != false))
  if response.response.code != '200'
    response
  else
    myresponse = response.parsed_response['aseXML']['Transactions']['Transaction']['NMIDiscoveryResponse']['NMIStandingData']
    myresponse.is_a?(Hash) ? [myresponse] : myresponse
  end
end

.nmi_discovery_by_delivery_point_identifier(jurisdiction_code, delivery_point_identifier, options = {}) ⇒ Hash

NMI Discovery - By Delivery Point Identifier

Parameters:

  • jurisdiction_code (String) —

    The Jurisdiction Code

  • delivery_point_identifier (Integer) —

    Delivery Point Identifier

Returns:

  • (Hash) —

    The response

Raises:

  • (ArgumentError)

Since:

  • 0.1.0



95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
 
# File 'lib/aemo/msats.rb', line 95

def nmi_discovery_by_delivery_point_identifier(jurisdiction_code, delivery_point_identifier, options = {})
  raise ArgumentError, 'jurisdiction_code is not valid' unless %w[ACT NEM NSW QLD SA VIC TAS].include?(jurisdiction_code)
  raise ArgumentError, 'delivery_point_identifier is not valid' unless delivery_point_identifier.respond_to?('to_i')
  raise ArgumentError, 'delivery_point_identifier is not valid' if delivery_point_identifier.to_i < 10_000_000 || delivery_point_identifier.to_i > 99_999_999

  query = {
    transactionId:  transaction_id,
    jurisdictionCode: jurisdiction_code,
    deliveryPointIdentifier: delivery_point_identifier.to_i
  }

  response = get("/NMIDiscovery/#{@participant_id}", basic_auth: @auth, headers: HEADERS, query: query, verify: (options[:verify_ssl] != false))
  if response.response.code != '200'
    response
  else
    response.parsed_response['aseXML']['Transactions']['Transaction']['NMIDiscoveryResponse']['NMIStandingData']
  end
end

.nmi_discovery_by_meter_serial_number(jurisdiction_code, meter_serial_number, options = {}) ⇒ Hash

NMI Discovery - By Meter Serial Numner

Parameters:

  • jurisdiction_code (String) —

    The Jurisdiction Code

  • meter_serial_number (Integer) —

    The meter’s serial number

Returns:

  • (Hash) —

    The response

Raises:

  • (ArgumentError)

Since:

  • 0.1.0



119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
 
# File 'lib/aemo/msats.rb', line 119

def nmi_discovery_by_meter_serial_number(jurisdiction_code, meter_serial_number, options = {})
  raise ArgumentError, 'jurisdiction_code is not valid' unless %w[ACT NEM NSW QLD SA VIC TAS].include?(jurisdiction_code)

  query = {
    transactionId:  transaction_id,
    jurisdictionCode: jurisdiction_code,
    meterSerialNumber: meter_serial_number.to_i
  }

  response = get("/NMIDiscovery/#{@participant_id}", basic_auth: @auth, headers: HEADERS, query: query, verify: (options[:verify_ssl] != false))
  if response.response.code != '200'
    response
  else
    response.parsed_response['aseXML']['Transactions']['Transaction']['NMIDiscoveryResponse']['NMIStandingData']
  end
end

.system_status(options = {}) ⇒ Hash

Participant System Status /ParticipantSystemStatus/PARTICIPANT_IDENTIFIER?transactionId=XXX

Returns:

  • (Hash) —

    The report results from the Participant System Status web service query

Since:

  • 0.1.0



219
220
221
222
223
224
225
226
227
228
229
 
# File 'lib/aemo/msats.rb', line 219

def system_status(options = {})
  query = {
    transactionId:  transaction_id
  }
  response = get("/ParticipantSystemStatus/#{@participant_id}", basic_auth: @auth, headers: HEADERS, query: query, verify: (options[:verify_ssl] != false))
  if response.response.code != '200'
    response
  else
    response.parsed_response['aseXML']['Transactions']['Transaction']['ReportResponse']['ReportResults']
  end
end

.transaction_id ⇒ String

Method for creating a unique transaction id

Returns:

  • (String) —

    the transaction id

Since:

  • 0.1.0



251
252
253
 
# File 'lib/aemo/msats.rb', line 251

def transaction_id
  Digest::SHA1.hexdigest(Time.now.to_s)[0..35]
end