![]() ![]() This LPV cookie is set to keep Pardot from tracking multiple page views on a single asset over a 30-minute session. This cookie is a security measure to make sure that a malicious user can’t fake a visitor from Pardot and access corresponding prospect information. ![]() For example, the cookie name visitor_id12345-hash stores the hash “855c3697d9979e78ac404c4ba2c66533”, and the account ID is 12345. The visitor hash cookie contains the account ID and stores a unique hash. The visitor cookie is disabled, and the visitor is not tracked. If the visitor opts out or ignores the opt-in banner, the opt-in cookie value is set to false. If a visitor opts in, the value is set to true, and the visitor is cookied and tracked. If Tracking Opt-in preferences is enabled, the pi_opt_in cookie is set with a true or false value when the visitor opts in or out of tracking. This cookie is set for visitors by the Pardot tracking code. The visitor value is the visitor_id in your Pardot account. The account identifier, 12345, makes sure that the visitor is tracked on the correct Pardot account. For example, the cookie name visitor_id12345 stores the visitor ID 1010101010. ![]() The visitor cookie includes a unique visitor ID and the unique identifier for your account. The optional D-PDU API soft ware makes communication channels with higher diagnostic protocols available to applications via the standardized API and thus relieves the application of standard tasks. The standardized Soft ing CAN-L2-API thus supports reliable CAN communication on Layer2 in a simple way. FlexibilityĬombining CANpro USB with appropriate API soft ware enables compact solutions for all kinds of communication applications. This is simple to organize by combining the existing CANpro USB interface with further CAN or EDIC® interfaces from Softing. If your application requires more than one CAN bus at anytime, the number of communication channels available at the PC can quickly be extended. It also allows integration into diagnostic systems in accordance with ISO 22900 (MVCI). The standardized programming interface provides applicati ons with powerful multichannel communication mechanisms with vehicle protocols, such as Diagnosti cs on CAN (ISO 15765) and UDS (ISO 14229). Special automation APIs, such as CANopen and DeviceNET-API, are also available. Local buffering and preprocessing on the VCI result in high performance and a reduction of time-critical tasks for the PC. The CAN-API, which is standard for all CAN interfaces from Soft ing, provides powerful communication mechanisms for CAN applications. ![]()
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