User Manual
Table Of Contents
- Appendix B: Command Generator Examples
- B.1 Device Discovery and Remote Name Request
- B.2 Establish Baseband Connection
- B.3 Baseband Disconnection
- B.4 Create Audio Connection
- B.5 L2CAP Connection
- B.6 L2CAP Channel Disconnect
- B.7 SDP Profile Service Search
- B.8 SDP Reset Database and Add Profile Service Record
- B.9 RFCOMM Client Channel Establishment
- B.10 RFCOMM Client Channel Disconnection
- B.11 RFCOMM Register Server Channel
- B.12 Establish TCS Connection
- B.13 OBEX Server Init
- B.14 OBEX Client Connection and Client Get & Put
- Appendix C: Merlin’s Wand Scripting Commands
- C.1 Bluetooth Addresses
- C.2 Basic Commands
- C.3 Pipe Commands
- C.4 HCI Commands
- HCIAcceptConnectionRequest()
- HCIAddSCOConnection()
- HCIAuthenticationRequested()
- HCICatcBerTest()
- HCICatcChangeHeadsetGain()
- HCICatcEnterTestMode()
- HCICatcReadHeadsetGain()
- HCICatcReadRevisionInformation()
- HCICatcSelfTest()
- HCICatcTestControl()
- HCICatcWriteCountryCode()
- HCIChangeConnectionLinkKey()
- HCIChangeConnectionPacketType()
- HCIChangeLocalName()
- HCIDeleteStoredLinkKey()
- HCIEnableDeviceUnderTestMode()
- HCIExitParkMode()
- HCIExitSniffMode()
- HCIHoldMode()
- HCIMasterLinkKey()
- HCIParkMode()
- HCIPINCodeRequestNegativeReply()
- HCIPINCodeRequestReply()
- HCIQoSSetup()
- HCIReadAuthenticationEnable()
- HCIReadBDADDR()
- HCIReadBufferSize()
- HCIReadClockOffset()
- HCIReadConnectionAcceptTimeout()
- HCIReadCountryCode()
- HCIReadCurrentIACLAP()
- HCIReadEncryptionMode()
- HCIReadLinkPolicySettings()
- HCIReadLinkSupervisionTimeout()
- HCIReadLocalName()
- HCIReadLocalSupportedFeatures()
- HCIReadLocalVersionInformation()
- HCIReadLoopbackMode()
- HCIReadNumberOfSupportedIAC()
- HCIReadPageScanMode()
- HCIReadPageScanPeriodMode()
- HCIReadPageTimeout()
- HCIReadPINType()
- HCIReadRemoteSupportedFeatures()
- HCIReadRemoteVersionInformation()
- HCIReadScanEnable()
- HCIReadSCOFlowControlEnable()
- HCIReadStoredLinkKey()
- HCIReadVoiceSetting()
- HCIRejectConnectionRequest()
- HCIRemoveSCOConnection()
- HCIReset()
- HCIRoleDiscovery()
- HCISetConnectionEncryption()
- HCISetEventFilter()
- HCISniffMode()
- HCISwitchRole()
- HCIWriteAuthenticationEnable()
- HCIWriteConnectionAcceptTimeout()
- HCIWriteCurrentIACLAP()
- HCIWriteEncryptionMode()
- HCIWriteLinkPolicySettings()
- HCIWriteLinkSupervisionTimeout()
- HCIWriteLoopbackMode()
- HCIWritePageTimeout()
- HCIWritePINType()
- HCIWriteScanEnable()
- HCIWriteStoredLinkKey()
- HCIWriteVoiceSettings()
- C.5 OBEX Commands
- C.6 RFCOMM Commands
- RFCloseClientChannel()
- RFOpenClientChannel()
- RFRegisterServerChannel()
- RFSendData()
- RFSendDataFromPipe()
- RFReceiveData()
- RFWaitForConnection()
- RFAcceptChannel()
- RFAcceptPortSettings()
- RFCreditFlowEnabled()
- RFRequestPortSettings()
- RFRequestPortStatus()
- RFSetLineStatus()
- RFSetModemStatus()
- RFSendTest()
- RFAdvanceCredit()
- C.7 TCS Commands
- C.8 L2CAP Commands
- C.9 SDP Commands
- C.10 Merlin Commands
- Appendix D: CATC Scripting Language
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CATC MERLIN’S WAND 1.22 APPENDIX D
User’s Manual CATC Scripting Language
Lists
A list can hold zero or more pieces of data. A list that contains zero pieces
of data is called an empty list. An empty list evaluates to false when used in
an expression, whereas a non-empty list evaluates to true. List literals are
expressed using the square bracket ([]) delimiters. List elements can be of
any type, including lists.
[1, 2, 3, 4]
[]
["one", 2, "three", [4, [5, [6]]]]
Raw Bytes
Raw binary values are used primarily for efficient access to packet payloads.
A literal notation is supported using single quotes:
'00112233445566778899AABBCCDDEEFF'
This represents an array of 16 bytes with values starting at 00 and ranging
up to 0xFF. The values can only be hexadecimal digits. Each digit
represents a nybble (four bits), and if there are not an even number of
nybbles specified, an implicit zero is added to the first byte. For example:
'FFF'
is interpreted as
'0FFF'
Null
Null indicates an absence of valid data. The keyword null represents a
literal null value and evaluates to false when used in expressions.
result = null;
D.3 Variables
Variables are used to store information, or data, that can be modified. A
variable can be thought of as a container that holds a value.
All variables have names. Variable names must contain only alphanumeric
characters and the underscore ( _ ) character, and they cannot begin with a
number. Some possible variable names are
x
_NewValue
name_2