Business Unit Common Data Node describing the location. Contains one or more of RetailStore, DistributionCenter, InventoryLocation and AdminstrativeCenter. The name of the business unit separate legal entity which conducts retail operations for the retail enterprise in some geographical location. It may be treated as a division internally - yet it is still a separate legal entity a unique line of business within a corporation Any area of a store from which particular revenues can be said to derive A grouping of items with similar point of sale control and processing attributes. This entity type may also be used to control sales that are not properly identified at the item-level. an administrative unit in a large store which certain retail functions have been grouped A warehouse or other storage facility that receives merchandise in bulk from Suppliers and supplies merchandise to RetailStores. It may be co-located at the same Site as a RetailStore or AdministrativeCenter. A group of offices at which the retail enterprise conducts administrative (non-selling) operations. May be co-located at a Site with RetailStore, DistributionCenter, or InventoryLocation. A retail outlet that sells merchandise and services through either a physical location, catalog, web page or other channel. It may or may not be identical to a Site. It may be co-located at the same Site as a DistributionCenter, InventoryLocation or AdministrativeCenter. organizational hierarchy so that destination can be targeted to individual location, region, division etc, not to be confused with reporting the entire hierarchy as is done with the Organizational Hierarchy Structure - i.e. an instance of an organization hierarchy at a particular level. UUID to uniquely identifying this request derived from ISO-639-2 language codes Afar Abkhazian Achinese Acoli Adangme Afro-Asiatic (Other) Afrihili Afrikaans Akan Akkadian Albanian Aleut Algonquian languages Amharic English, Old (ca.450-1100) Apache languages Arabic Aramaic Armenian Araucanian Arapaho Artificial (Other) Arawak Assamese Athapascan languages Australian languages Avaric Avestan Awadhi Aymara Azerbaijani Banda Bamileke languages Bashkir Baluchi Bambara Balinese Basque Basa Baltic (Other) Beja Belarusian Bemba Bengali Berber (Other) Bhojpuri Bihari Bikol Bini Bislama Siksika Bantu (Other) Tibetan Bosnian Braj Breton Batak (Indonesia) Buriat Buginese Bulgarian Burmese Caddo Central American Indian (Other) Carib Catalan Caucasian (Other) Cebuano Celtic (Other) Czech Chamorro Chibcha Chechen Chagatai Chinese Chuukese Mari Chinook jargon Choctaw Chipewyan Cherokee Church Slavic Chuvash Cheyenne Chamic languages Coptic Cornish Corsican Creoles and pidgins, English-based (Other) Creoles and pidgins, French-based (Other) Creoles and pidgins, Portuguese-based (Other) Cree Creoles and pidgins(Other) Cushitic (Other) Welsh Czech Dakota Danish Dayak Delaware Slave (Athapascan) German Dogrib Dinka Divehi Dogri Dravidian (Other) Duala Dutch, Middle (ca. 1050-1350) Dutch Dyula Dzongkha Efik Egyptian (Ancient) Ekajuk Greek, Modern (1453-) Elamite English English, Middle (1100-1500) Esperanto Estonian Basque Ewe Ewondo Fang Faroese Persian Fanti Fijian Finnish Finno-Ugrian (Other) Fon French French French, Middle (ca.1400-1600) French, Old (842-ca.1400) Frisian Fulah Friulian Ga Gayo Gbaya Germanic (Other) Georgian German Geez Gilbertese Gaelic Scottish Gaelic Irish Gallegan Manx German, Middle High (ca.1050-1500) German, Old High (ca.750-1050) Gondi Gorontalo Gothic Grebo Greek, Ancient (to 1453) Greek, Modern (1453-) Guarani Gujarati Gwich´in Haida Hausa Hawaiian Hebrew Herero Hiligaynon Himachali Hindi Hittite Hmong Hiri Motu Croatian Hungarian Hupa Armenian Iban Igbo Icelandic Ijo Inuktitut Interlingue Iloko Interlingua (International Auxiliary Language Association) Indic (Other) Indonesian Indo-European (Other) Inupiaq Iranian (Other) Iroquoian languages Icelandic Italian Javanese Japanese Judeo-Persian Judeo-Arabic Kara-Kalpak Kabyle Kachin Kalaallisut Kamba Kannada Karen Kashmiri Georgian Kanuri Kawi Kazakh Khasi Khoisan (Other) Khmer Khotanese Gikuyu Kikuyu Kinyarwanda Kirghiz Kimbundu Konkani Komi Kongo Korean Kosraean Kpelle Kru Kurukh Kuanyama Kumyk Kurdish Kutenai Ladino Lahnda Lamba Lao Latin Latvian Lezghian Lingala Lithuanian Mongo Lozi Letzeburgesch Luba-Lulua Luba-Katanga Ganda Luiseno Lunda Luo (Kenya and Tanzania) Lushai Macedonian Madurese Magahi Marshall Maithili Makasar Malayalam Mandingo Maori Austronesian (Other) Marathi Masai Malay Mandar Mende Irish, Middle (900-1200) Micmac Minangkabau Miscellaneous languages Macedonian Mon-Khmer (Other) Malagasy Maltese Manchu Manipuri Manobo languages Mohawk Moldavian Mongolian Mossi Maori Malay Multiple languages Munda languages Creek Marwari Burmese Mayan languages Nahuatl North American Indian (Other) Nauru Navajo Ndebele, South Ndebele, North Ndonga German, Low Low German Low Saxon Saxon, Low Nepali Newari Nias Niger-Kordofanian (Other) Niuean Dutch Norwegian Nynorsk Nynorsk, Norwegian Bokmål, Norwegian Norwegian Bokmål Norse, Old Norwegian Sotho, Northern Nubian languages Chichewa Nyanja Nyamwezi Nyankole Nyoro Nzima Occitan (post 1500) Provençal Ojibwa Oriya Oromo Osage Ossetian Ossetic Turkish, Ottoman (1500-1928) Otomian languages Papuan (Other) Pangasinan Pahlavi Pampanga Panjabi Papiamento Palauan Persian, Old (ca.600-400) Persian Philippine (Other) Phoenician Pali Polish Pohnpeian Portuguese Prakrit languages Provençal, Old (to 1500) Pushto Quechua Rajasthani Rapanui Rarotongan Romance (Other) Raeto-Romance Romany Romanian Romanian Rundi Russian Sandawe Sango Yakut South American Indian (Other) Salishan languages Samaritan Aramaic Sanskrit Sasak Santali Serbian Scots Croatian Selkup Semitic (Other) Irish, Old (to 900) Sign languages Shan Sidamo Sinhalese Siouan languages Sino-Tibetan (Other) Slavic (Other) Slovak Slovak Slovenian Northern Sami Sami languages (Other) Samoan Shona Sindhi Soninke Sogdian Somali Songhai Sotho, Southern Castilian Spanish Albanian Sardinian Serbian Serer Nilo-Saharan (Other) Swati Sukuma Sundanese Susu Sumerian Swahili Swedish Syriac Tahitian Tai (Other) Tamil Tatar Telugu Timne Tereno Tetum Tajik Tagalog Thai Tibetan Tigre Tigrinya Tiv Tokelau Tlingit Tamashek Tonga (Nyasa) Tonga (Tonga Islands) Tok Pisin Tsimshian Tswana Tsonga Turkmen Tumbuka Turkish Altaic (Other) Tuvalu Twi Tuvinian Ugaritic Uighur Ukrainian Umbundu Undetermined Urdu Uzbek Vai Venda Vietnamese Volapük Votic Wakashan languages Walamo Waray Washo Welsh Sorbian languages Wolof Xhosa Yao Yapese Yiddish Yoruba Yupik languages Zapotec Zenaga Chuang Zhuang Chinese Zande Zulu Zuni UUID identifying this particular instance of the error This is a UUID which ties this response to the original request The unique identifier for the WORKSTATION, typically the serial number. Describes the mode this Worskstation was in when it made the purchase.. The common header for use in the Flattened Service Schemat enum: ISO-4217 / UN/ECE REC 09 Codes Andorran Peseta UAE Dirham Afghani Leck Armenian Dram Netherlands Antillan Guilder Kwanza Argentine Peso Schilling Australian Dollar Aruban Guilder Azerbaijanian Manat Convertible Marks Barbados Dollar Taka Belgian Franc Lev Bulgarian Lev Bahraini Dinar Burundi Franc Bermudian Dollar Brunei Dollar Boliviano Mvdol Brazilian Real Bahamian Dollar Ngultrum Pula Belarussian Ruble Belize Dollar Canadian Dollar Franc Congolais Swiss Franc Unidades de fomento Chilean Peso Yuan Renminbi Colombian Peso Costa Rican Colon Cuban Peso Cape Verde Escudo Cyprus Pound Czech Koruna Deutsche Mark Djibouti Franc Danish Krone Dominican Peso Algerian Dinar Sucre Unidad de Valor Constante (UVC) Kroon Egyptian Pound Nakfa Spanish Peseta Ethiopian Birr euro Markka Fiji Dollar Falkland Islands Pound French Franc Pound Sterling Lari Cedi Gibraltar Pound Dalasi Guinea Franc Drachma Quetzal Guinea-Bissau Peso Guyana Dollar Hong Kong Dollar Lempira Croatian kuna Gourde Forint Rupiah Irish Pound New Israeli Sheqel Indian Rupee Iraqi Dinar Iranian Rial Iceland Krona Italian Lira Jamaican Dollar Jordanian Dinar Yen Kenyan Shilling Som Riel Comoro Franc North Korean Won Won Kuwaiti Dinar Cayman Islands Dollar Tenge Kip Lebanese Pound Sri Lanka Rupee Liberian Dollar Loti Lithuanian Litus Luxembourg Franc Latvian Lats Lybian Dinar Moroccan Dirham Moldovan Leu Malagasy Franc Denar Kyat Tugrik Pataca Ouguiya Maltese Lira Mauritius Rupee Rufiyaa Kwacha Mexican Peso Mexican Unidad de Inversion (UDI) Malaysian Ringgit Metical Namibia Dollar Naira Cordoba Oro Netherlands Guilder Norvegian Krone Nepalese Rupee New Zealand Dollar Rial Omani Balboa Nuevo Sol Kina Philippine Peso Pakistan Rupee Zloty Portuguese Escudo Guarani Qatari Rial Leu Russian Ruble Russian Ruble Rwanda Franc Saudi Riyal Solomon Islands Dollar Seychelles Rupee Sudanese Dinar Swedish Krona Singapore Dollar Saint Helena Pound Tolar Slovak Koruna Leone Somali Shilling Suriname Guilder Dobra El Salvador Colon Syrian Pound Lilangeni Baht Somoni Manat Tunisian Dinar Pa´anga Timor Escudo Turkish Lira Trinidad and Tobago Dollar New Taiwan Dollar Tanzanian Shilling Hryvnia Uganda Shilling US Dollar US Dollar (Next day) US Dollar (Same day) Peso Uruguayo Uzbekistan Sum Bolivar Dong Vatu Tala CFA Franc BEAC Silver Gold European Composite Unit (EURCO) European Monetary Unit (E.M.U.-6) European Unit of Account 9 (E.U.A.-9) European Unit of Account 17 (E.U.A.-17) East Caribbean Dollar SDR Gold-Franc UIC-Franc CFA Franc BCEAO Palladium CFP Franc Platinum Codes Specifically reserved for testing purposes Yemeni Rial Yugoslavian Dinar South Africa Rand Kwacha Zimbabwe Dollar Information for the service provider like the card number, and the member number, etc. to specify the user (owner) is set by information on the card. An application can send arbitrary data to the device by setting this property before issuing method. Also, it is possible to pass it to the application by storing the data not stored in any other property by the data sent from the device in this property as a processing result. The stored data depends on implementation the device. Setting the settlement amount on the electronic money service. 64-bit integer. Sometimes used for currency values where 4 decimal places are implied. E.g., if the integer is “1234567”, then the currency value is “123.4567”. The content of the approval code depends on implementation the device. When a unique number is issued to the processing done with the device, the information is set. If true, all specific methods will be performed asynchronously. Setting the balance on the electronic money service. 64-bit integer. Sometimes used for currency values where 4 decimal places are implied. E.g., if the integer is “1234567”, then the currency value is “123.4567”. Setting the balance point on the point service. 64-bit integer. Sometimes used for currency values where 4 decimal places are implied. E.g., if the integer is “1234567”, then the currency value is “123.4567”. If, true, the activation processing has been implemented; otherwise it is false. If true, the AdditionalSecurityInformation property may be utilized; otherwise it is false. If true, the additional of electronic value has been implemented; otherwise it is false. If true, the authorizeCompletion method has been implemented; otherwise it is false. If true, the authorizePreSales method has been implemented; otherwise it is false. If true, the authorizeRefund method has been implemented; otherwise it is false. If true, the authorizeVoid method has been implemented; otherwise it is false. If true, the authorizeVoidPreSales method has been implemented; otherwise it is false. If true, the cancellation of the operation to electronic value has been implemented; otherwise it is false. The presence of the card detection is shown. When the sensor exists, the detection is set to the DetectionStatus property. Electronic Money Device: Show the device has charged method by cashDeposit method or not. If true, the cashDeposit method is implemented, otherwise false. If true, the CenterResultCode property has been implemented; otherwise it is false. If true, the checkCard method has been implemented; otherwise it is false. Shows the daily log ability of the device. It is shown whether the detection processing of the card, the ejection processing of the card, the storing processing of the card and these processing can be controlled from the application or the reader writer. According to the service, the grain size of the demand such as “settlement demand” and “balance inquiry demand” is large, and a detailed part like detection and the ejection of the card might not be able to be controlled from the application. In this case, detection and the ejection processing are controlled by the reader writer. If true, the electronic money service is effective; otherwise it is false. If true, the enumeration of service in the card is effective; otherwise it is false. If true, the transaction log is obtained as an indirect file; otherwise it is false. If true, the item “Installments” which is stored in the DailyLog property as the result of accessDailyLog will be provided; otherwise it is false. If true, the security lock setting has been implemented; otherwise it is false. If true, the state confirmation of the transaction log has been implemented; otherwise it is false. If true, the specification of the medium identifier has been implemented; otherwise it is false. If true, the membership certificate service is supported otherwise it is false If true, the PaymentDetail property has been implemented; otherwise it is false. If true, the electronic value reader/writer is equipped with the PIN device. If true, the point service is effective; otherwise it is false. If true, the subtraction of electronic value has been implemented; otherwise it is false. If true, the item “TaxOthers” which is stored in the DailyLog property as the result of access DailyLog will be provided; otherwise it is false. If true, The electronic value reader/writer supports a training mode. If true, the transaction mode has been implemented; otherwise it is false. If true, the transaction log has been implemented; otherwise it is false. If true, the TransactionNumber property has been implemented; otherwise it is false. If true, the security lock release has been implemented; otherwise it is false. If true, the update of key information has been implemented; otherwise it is false. If true, the coupon/ticket service is effective; otherwise it is false. If true, the writing of electronic value has been implemented; otherwise it is false This property is updated when an authorization operation successfully completes. It shows credit card company ID. The service that can be used with the card of the recognition by the enumerateCardServices method is enumerated. Contains the code from the approval agency. Check the approval agency for the actual codes to be stored It is selected now, and the character string that identifies effective service is set. Stores the result of the accessDailyLog method. The data is delimited by CR(13 decimal)+LF(10 decimal) for each transaction and is stored in ASCII code. The detailed data of each transaction is comma separated [i.e., delimited by “,” (44)]. If true, the detection processing of the card by the beginDetection/endDetection method and the card ejection processing by the beginRemoval/endRemoval method are controlled by the application. When EVRW_CDC_APPLICATIONCONTROL is specified for the CapDetectionControl property, it is possible to set it. The state of the card that the Electronic Value Reader Writer recognizes is set. Setting the due date and expiration date for the card. Setting the final use date for the card. Holds the last used date in the format “YYYYMMDDHHMMSS”. Shows the state of transaction log. The medium identifier of the card is set. Holds the payment condition of the most recent successful authorization operation. Contains payment condition details as the result of an authorization operation. Payment details vary depending on the value of PaymentCondition. The data will be stored as comma separated ASCII code. An empty string means that no data is stored and represents a string with zero length data Holds the payment media type that the approval method should approve. The PIN entry functionality that is supported by the Electronic Value Reader Setting the settlement point on the point service. 64-bit integer. Sometimes used for currency values where 4 decimal places are implied. E.g., if the integer is “1234567”, then the currency value is “123.4567”. The services that can be used by the Electronic Value Reader Writer is enumerated. Stores a “sequence number” as the result of each method call. This number needs to be checked by an application to see if it matches with the argument sequenceNumber of the originating method. This property is initialized by the open method and updated when the CurrentService property is updated. Setting real amount of the settlement on the electronic money service. 64-bit integer. Sometimes used for currency values where 4 decimal places are implied. E.g., if the integer is “1234567”, then the currency value is “123.4567”. Setting real settlement point on the point service.64-bit integer. Sometimes used for currency values where 4 decimal places are implied. E.g., if the integer is “1234567”, then the currency value is “123.4567”. Stores a “slip number” as the result of each authorization operation. The current state of the Electronic Value R/W device to indicate if the device is in training mode or not. Stores a “transaction number” as the result of each authorization operation This property stores the result of the accessLog method. Stores a “transaction type” as the result of each authorization operation Setting the ID of coupon/ticket on the coupon/ticket service. Setting the IDs of coupon/ticket are enumerated on the coupon/ticket service. Sets the ID of voucher/ticket on the voucher/ticket service. Sets the IDs of voucher/ticket are enumerated on the voucher/ticket service. Sets the ID of voucher/ticket on the voucher/ticket service. There is an insertion slot sensor. There is a card detection sensor There is a stock space sensor. Control is possible by the EVRW. Control is possible by the application No card. The card detection sensor does not detect a card. The is a card in the device. The card detection sensor detects the card. Card remaining at the insertion slot. The insertion slot sensor detects the card. The card is in the stock space. The stock space sensor detects the card. Transaction Log has enough capacity. Transaction Log is nearly full. Transaction Log is full PIN input is not supported. The Electronic Value Reader/Writer is not equipped with the PIN input device. Whe PIN input is required, it is necessary to use an external PIN pad device. The Electronic Value Reader/Writer is equipped with an internal PIN input device for PIN number entry. The PIN entry may be supported by the Electronic Value Reader/Writer device but the CurrentService property is set to empty string (““) and the it is not clear where the PIN entry is to occur. Electronic money service Point Service Voucher/Ticket Service Membership certificate service Credit Authorization Terminal service nothing is set to Current Service The training mode is not selected, therefore normal operation is the current state. TRUEThe training mode is selected. The training mode may be supported by the Electronic Value Reader/Writer device but the CurrentService property is set to empty string (““) and the it is not clear what is the current state of the training mode. if true, the UnifiedPOS Service will set DeviceEnabled to false after it receives and enqueus data as a DataEvent. Before any additional input can be received, the application must be set DeviceEnabled to true. If true, then the service/device supports comparing the version of the firmware in the physical device against that of a firmware file. Identifies the reporting capabilities of the device If true, the device accumulates and can provide various statistics regarding usage; otherwise no usage statistics are accumulated. If true, then the device's firmware can be updated via the UpdateFirmware method. if true, the device statistics, or some of the statistics, can be reset to zero using the ResetStatistics method, or updated using the UpdateStatistics method. Holds the results of the most recent call to the CheckHealth method. If true, the device is claimed for exclusive access. If false, the device is released for sharing with other applications. Holds the number of enqueued Data Events. If true, a Data Event will be delivered as soon as input data is enqueued. If changed to true and some input data is already queued, then a Data Event is delivered immediately. Holds an identifier for the UnifiedPOS Control and the company that produced it. Holds the UnifiedPOS Control version number If true, the device is in an operational state. If changed to true, then the device is bought to an operational state. Holds an identifier for the UnifiedPOS Service and the company that produced it. Holds the UnifiedPOS Service version number If true, the UnifiedPOS control will not deliver events. Events will be enqueued until this property is set to false. Identifier of the most recently started asynchronous output Holds an identifier for the physical device Holds a short name identifying the physical device. Contains the type of power notification selection made by the application. Identifies the current power condition of the device, if it can be determined Holds the current state of the device Gets daily log from EVRW Data other than a transaction log is accessed from an electronic value reader writer Gets transaction log from device. Executes the device activation process The Electronic Value Reader Writer’s activation processing is done. Electronic value is added to the card. Purchase after approval is intended Makes a pre-authorization Refund purchase approval is intended Normal purchase approval is intended Purchase cancellation approval is intended The method waits device processing during the value set to the timeout parameter in each millisecond The method waits device processing during the value set to the timeout parameter in each millisecond. If the parameter value is zero, the method tries to begin removal, and returns appropriate status immediately. Electronic value operation demanded from the card is canceled. The card left behind at the card insertion slot is moved to the stock space. Chargings Card Check is intended Check if the medium can be registered with the electronic value service. Used to clear the all the tag values for the control set previously stored by the setParameterInformation method. Executes the closing process of the service selected by CurrentService property. Executes the device deactivation process Called to end the card detection processing. Calling for removal end of the card. Service in which it can use in the card is enumerated, and it sets it to the CardServiceList property. Locks the device, and it is made not to use Executes teh opening process of the service selected by CurrentService property This method is used to refresh the property values that resulted from last successful readValue, writeValue, addValue, subtractValue, cancelValue, and accessLog methods calls. Reads the electronic value from the card. The retrieveResultInformation method is used to associate a tag name with the data value that comes from the card that is being read. Tag name whose value is to be retrieved Register medium to the Electronic Value service The setParameterInformation method is used to associate a tag name with additional the data value parameters that are associated with the card that is being read. Electronic value is subtracted from the card. When enters or exits transaction mode, this method is called. Releases the lock, and it can be use the device. Electronic value service is deleted from a medium The data of an EVR/W is updated Electronic Value Reader Writer’s key information is updated. Eectronic value is witten in the card. Gets daily log from EVRW The sequence number to get daily log. Specify whether the daily log is intermediate total or final total and erase. The maximum waiting time (in milliseconds) until the response is received from the EVRW device. FOREVER (-1), 0 and positive values can be specified Data other than a transaction log is accessed from an electronic value reader writer. An array of one mutable integer whose specific values or usage vary by service Additional data whose usage varies by service Type of the Data being accessed Gets transaction log from device The sequence number to get transaction log The maximum waiting time (in milliseconds) until the response is received from the device. FOREVER(-1), 0, and positive values can be specified. Specifies whether the transaction log is intermediate total or final total Electronic value is added to the card. Sequence number The maximum waiting time (in milliseconds) until the response is received from the device. FOREVER(-1), 0, and positive values can be specified. reusable complex type Sequence number for approval Purchase amount for approval Tax and other amounts for approval. The maximum waiting time (in milliseconds) until the response is received from the EVRW device. FOREVER (-1), 0 and positive values can be specified. Purchase after approval is intended Makes a pre-authorization. Refund purchase approval is intended Normal purchase approval is intended Purchase cancellation approval is intended Pre-authorization cancellation approval is intended The method waits device processing during the value set to the timeout parameter in each millisecond. The type parameter specifies the type of the detected card. The method waits device processing during the value set to the timeout parameter in each millisecond. Electronic value operation demanded from the card is canceled. Sequence number The maximum waiting time (in milliseconds) until the response is received from the device. FOREVER(-1), 0, and positive values can be specified. Chargings Sequence number for charge Amount of money for charge The maximum waiting time (in milliseconds) until the response is received from the EVRW device. FOREVER (-1), 0 and positive values can be specified. Card Check is intended Sequence number for approval The maximum waiting time (in milliseconds) until the response is received from the EVRW device. FOREVER (-1), 0 and positive values can be specified Checks to see if the medium can be registered The maximum waiting time (in milliseconds) until the response is received from teh device. FOREVER (-1), 0, and positive values can be specified Executes the closing process of the service selected by CurrentService property The Electronic Value Reader Writer’s activation processing is done. an array of one mutable integer whose specific values or usage vary by service Additional data whose usage varies by service Executes the device activation process Reads the electronic value from the card. Sequence number The maximum waiting time (in milliseconds) until the response is received from the device. FOREVER(-1), 0, and positive values can be specified. Associate a tag name with the data value that comes from the card that is being read. The string value for the tag specified by the name parameter. If the name parameter is not recognized or not supported for the current card type, the value returned will be an empty string The tag name whose value is to be retrieved Associate a tag name with additional the data value parameters that are associated with the card that is being read The setParameterInformation method is used to associate a tag name with additional the data value parameters that are associated with the card that is being read Electronic value is subtracted from the card. Sequence number The maximum waiting time (in milliseconds) until the response is received from the device. FOREVER(-1), 0, and positive values can be specified When enters or exits transaction mode, this method is called. The transaction control, can be set to one of the following values: The data of an EVR/W is updated. The contents of data are dependent on service. Electronic Value Reader Writer’s key information is updated. Eectronic value is witten in the card. Sequence number The maximum waiting time (in milliseconds) until the response is received from the device. FOREVER(-1), 0, and positive values can be specified. Key Information. Negative List. other information Gets transaction log as an intermediate total. The transaction log for the device is fixed and erased by implementation. The content of the detected card is not asked Only the card that corresponds to the identifier set to the MediumID property as the method call is detected. Begin a transaction End the transaction mode by executing the buffer operation. Gets daily log from EVRW ata other than a transaction log is accessed from an electronic value reader writer. Gets transaction log from device. Executes the device activation process The Electronic Value Reader Writer’s activation processing is done. Electronic value is added to the card. Purchase after approval is intended Makes a pre-authorization Refund purchase approval is intended Normal purchase approval is intended Purchase cancellation approval is intended Pre-authorization cancellation approval is intended The method waits device processing during the value set to the timeout parameter in each millisecond The method waits device processing during the value set to the timeout parameter in each millisecond. If the parameter value is zero, the method tries to begin removal, and returns appropriate status immediately. Electronic value operation demanded from the card is canceled. The card left behind at the card insertion slot is moved to the stock space. Chargings Card Check is intended To a medium, it is checked whether electronic value service can be registered Clears all the tag values for the control set previously stored in SetParameterInformation method Executes the closing process of the service selected by CurrentService property.. Executes the device deactivation process. Called to end the card detection processing. Calling for removal end of the card. Service in which it can use in the card is enumerated, and it sets it to the CardServiceList property. Locks the device, and it is made not to use Executes the opening process of the service selected by CurrentService property.. This method is used to refresh the property values that resulted from last successful readValue, writeValue, addValue, subtractValue, cancelValue, and accessLog methods calls. Reads the electronic value from the card. Electronic value service is registered to a medium The string value for the tag specified by the name parameter. If the name parameter is not recognized or not supported for the current card type, the value returned will be an empty string RemarksThe setParameterInformation method is used to associate a tag name with additional the data value parameters that are associated with the card that is being read. Electronic value is subtracted from the card. When enters or exits transaction mode, this method is called. Releases the lock, and it can be use the device. Electronic value service is deleted from a medium The data of an EVR/W is updated Electronic Value Reader Writer’s key information is updated. Eectronic value is witten in the card. Tests the state of a device Indicates the type of health check to be performed on the device. Requests exclusive access to the device gives the maximum number of milliseconds to wait for exclusive access to be satisfied. If zero then either return immediately or throws exception immediately Specifies either the name of the file containing the firmware or a file containing a set of firmware files whose versions are to be compared against those of the device. Reports the result of the comparison command numbers whose specific values are assigned by the UnifiedPOS Service An array of one modifiable integer whose specific values or usage vary by command and UnifiedPOS Service Additional Data whose usage varies by command and UnifiedPOS service Specifies the device name to open list of name(s), where an empty string means all resettable statistics are to be reset, "M_" means all manufacturer defined resettable statistics are to be reset, and "Acutal_Name1, Actual_Name2" means the specifically defined resettable statistic(s) are to be reset. This is a list of name(s), where an empty string (“”) means ALL statistics are to be retrieved, “U_” means all UnifiedPOS defined statistics are to be retrieved, “M_” means all manufacturer defined statistics are to be retrieved, and “actual_name1, actual_name2” (from the XML file definitions) means that the specifically defined statistic(s) are to be retrieved. The current Service state does not allow this request. For example, if asynchronous output is in progress, certain methods may not be allowed. An attempt was made to access a Physical Device that is claimed by another Control instance. The other Control must release the Physical Device before this access may be made. For exclusive-use devices, the application will also need to claim the Physical Device before the access is legal. An attempt was made to access a closed Device. The requested operation can not be performed since it has been deprecated. Cannot perform this operation while the Device is disabled. The file name (or other specified value) already exists. The Device cannot perform the requested procedure, even though the Physical Device is connected to the system, powered on, and on-line An attempt was made to perform an illegal or unsupported operation with the Device, or an invalid parameter value was used. The file name (or other specified value) does not exist. The Physical Device is not connected to the system or is not powered on. The Control cannot communicate with the Service, normally because of a setup or configuration error. An attempt was made to access an exclusive-use device that must be claimed before the method or property set action can be used. If the Physical Device is already claimed by another Control instance, then the status E_CLAIMED is returned instead. The Physical Device is off-line. The Service timed out waiting for a response from the Physical Device, or the Control timed out waiting for a response from the Service. A device category-specific error condition occurred. The error condition code is held in an extended error code. This method updates the firmware of a device with the version of the firmware contained or defined in the file specified by the firmwareFileName parameter regardless of whether that firmware’s version is newer than, older than, or the same as the version of the firmware already in the device. If the firmwareFileName parameter specifies a file list, all of the component firmware files should reside in the same directory as the firmware list file. This will allow for distribution of the updated firmware without requiring a modification to the firmware list file. This is a list of name-value pair(s), where an empty string name (““”=value1”) means ALL resettable statistics are to be set to the value “value1”, “U_=value2” means all UnifiedPOS defined resettable statistics are to be set to the value “value2”, “M_=value3” means all manufacturer defined resettable statistics are to be set to the value “value3”, and “actual_name1=value4, actual_name2=value5” (from the XML file definitions) means that the specifically defined resettable statistic(s) are to be set to the specified value(s). Tests the state of a device Requests exclusive access to the device Clears all device input that has been buffered Set all data properties that were populated as a result of firing a DataEvent or ErrorEvent back to their default values. Does not reset the DataCount or State properties Clears all buffered output data, including all asynchronous output. Releases the device and its resources determines whether the version of the firmware contained in the specified file is newer than, older than or the same as the version of the firmware in the physical device Communicates directly with the UnifiedPOS Service. reports errors that are "invalid or bad invocations" or errors that are caused by errant device behavior Opens a device for subsequent I/O Releases exclusive access to the device Resets the defined resettable statistics in a device to zero Retrieves the requested statistics from a device Updates the firmware of a device with the version of the firmware contained or defined in the file specified by the FirmwareFileName parameter regardless of whether that firmware's version is newer than, order than or same as the version of the firmware already in the device. Updates the defined resettable statistics in a device. Tests the state of a device Requests exclusive access to the device Clears all device input that has been buffered Set all data properties that were populated as a result of firing a DataEvent or ErrorEvent back to their default values. Does not reset the DataCount or State properties Clears all buffered output data, including all asynchronous output. Releases the device and its resources determines whether the version of the firmware contained in the specified file is newer than, older than or the same as the version of the firmware in the physical device Communicates directly with the UnifiedPOS Service. reports errors that are "invalid or bad invocations" or errors that are caused by errant device behavior Opens a device for subsequent I/O Releases exclusive access to the device Resets the defined resettable statistics in a device to zero Retrieves the requested statistics from a device Updates the firmware of a device with the version of the firmware contained or defined in the file specified by the FirmwareFileName parameter regardless of whether that firmware's version is newer than, order than or same as the version of the firmware already in the device. Updates the defined resettable statistics in a device.