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channel_configurations.feature
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Feature: Channel configurations
@conf
Scenario: Communication using 868, normal rate class, channel index 0 using PN9
Given a channel configuration using 868 band, normal rate class and channel index 0 using PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, normal rate class, channel index 270 using PN9
Given a channel configuration using 868 band, normal rate class and channel index 270 using PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, hi rate class, channel index 0 using PN9
Given a channel configuration using 868 band, hi rate class and channel index 0 using PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, hi rate class, channel index 270 using PN9
Given a channel configuration using 868 band, hi rate class and channel index 270 using PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, lo rate class, channel index 0 using PN9
Given a channel configuration using 868 band, lo rate class and channel index 0 using PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, lo rate class, channel index 279 using PN9
Given a channel configuration using 868 band, lo rate class and channel index 279 using PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@band433 @conf
Scenario: Communication using 433, normal rate class, channel index 0 using PN9
Given a channel configuration using 433 band, normal rate class and channel index 0 using PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@band915 @conf
Scenario: Communication using 915, normal rate class, channel index 0 using PN9
Given a channel configuration using 915 band, normal rate class and channel index 0 using PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@lora @conf
Scenario: Communication using 868, lora class, channel index 0 using PN9
Given a channel configuration using 868 band, lora class and channel index 0 using PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, normal rate class, channel index 0 using FEC and PN9
Given a channel configuration using 868 band, normal rate class and channel index 0 using FEC and PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, normal rate class, channel index 270 using FEC and PN9
Given a channel configuration using 868 band, normal rate class and channel index 270 using FEC and PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, hi rate class, channel index 0 using FEC and PN9
Given a channel configuration using 868 band, hi rate class and channel index 0 using FEC and PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, hi rate class, channel index 270 using FEC and PN9
Given a channel configuration using 868 band, hi rate class and channel index 270 using FEC and PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, lo rate class, channel index 0 using FEC and PN9
Given a channel configuration using 868 band, lo rate class and channel index 0 using FEC and PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@conf
Scenario: Communication using 868, lo rate class, channel index 279 using FEC and PN9
Given a channel configuration using 868 band, lo rate class and channel index 279 using FEC and PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@band433 @conf
Scenario: Communication using 433, normal rate class, channel index 0 using FEC and PN9
Given a channel configuration using 433 band, normal rate class and channel index 0 using FEC and PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@band915 @conf
Scenario: Communication using 915, normal rate class, channel index 0 using FEC and PN9
Given a channel configuration using 915 band, normal rate class and channel index 0 using FEC and PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration
@lora @conf
Scenario: Communication using 868, lora class, channel index 0 using FEC and PN9
Given a channel configuration using 868 band, lora class and channel index 0 using FEC and PN9
And a testdevice using an access profile based on this channel configuration
And a DUT, using an access profile based on this channel configuration and listening for foreground packets
When the testdevice executes a command forwarded to the D7ASP interface using this access profile
Then the responder should receive this command on the expected channel configuration