void TSS1_Mute (TSS_CONTROL_ID u8ControlId)
{
/* Write your code here ... */
UINT8 u8Event; /* 8 bits local variable used to store the event information */
TSS_KEYPAD_BUFFER_READ(u8Event,Mute);
if(MuteActive == FALSE)
MuteActive = TRUE;
else
MuteActive = FALSE;
return;
}
void TSS1_Delta (TSS_CONTROL_ID u8ControlId)
{
/* Write your code here ... */
UINT8 u8Event; /* 8 bits local variable used to store the event information */
while (!TSS_KEYPAD_BUFFER_EMPTY(Delta)) /* While unread events are in the buffer */
{
TSS_KEYPAD_BUFFER_READ(u8Event,Delta); /* Read the buffer and store the event in the u8Event variable */
CurrentPatch = PATCH_DELTA;
LoadPatch(CurrentPatch);
}
return;
}
/*
** ===================================================================
** Event : TSS1_fCallBack0 (module Events)
**
** Component : TSS1 [TSS_Library]
** Description :
** Callback definition for Control 0. This event is enabled
** only if Control 0 is enabled.
** The default CallBack Name is automatically generated with
** automatic prefix update by current Component Name. User can
** define own name, but then the automatic name update is not
** functional.
** Parameters :
** NAME - DESCRIPTION
** u8ControlId - Valid unique Identifier of
** the Control which generated the CallBack
** function. This Id can be used for finding
** of Callback's source Control.
** Returns : Nothing
** ===================================================================
*/
void TSS1_fCallBack0(TSS_CONTROL_ID u8ControlId)
{
UINT8 u8Event; /* 8 bits local variable used to store the event information */
while (!TSS_KEYPAD_BUFFER_EMPTY(TSS1_cKey0)) /* While unread events are in the buffer */
{
TSS_KEYPAD_BUFFER_READ(u8Event,TSS1_cKey0); /* Read the buffer and store the event in the u8Event variable */
/* Write your code here ... */
//uart_SendStringLn("touch");
(void) u8Event;
}
(void) u8ControlId;
return;
}
void TSS1_ToneVolumeSelect (TSS_CONTROL_ID u8ControlId)
{
/* Write your code here ... */
UINT8 u8Event; /* 8 bits local variable used to store the event information */
while (!TSS_KEYPAD_BUFFER_EMPTY(ToneVolumeSelect)) /* While unread events are in the buffer */
{
TSS_KEYPAD_BUFFER_READ(u8Event,ToneVolumeSelect); /* Read the buffer and store the event in the u8Event variable */
if(CurrentWheel == WHEEL_GREEN)
CurrentWheel = WHEEL_YELLOW;
else
CurrentWheel = WHEEL_GREEN;
}
return;
}
/*FUNCTION*----------------------------------------------------------------
*
* Function Name : hmi_tss_keypad_callback
* Returned Value : void
* Comments :
* This function is callback for TSS buttons.
*
*END*--------------------------------------------------------------------*/
void hmi_tss_keypad_callback(TSS_CONTROL_ID u8ControlId)
{ /* get provider structure from TSS private data */
HMI_PROVIDER_STRUCT_PTR provider_struct = (HMI_PROVIDER_STRUCT_PTR)TSS_GetControlPrivateData(u8ControlId.ControlNumber);
/* get context data */
HMI_TSS_CONTEXT_STRUCT_PTR context_struct = (HMI_TSS_CONTEXT_STRUCT_PTR)provider_struct->CONTEXT_PTR;
/* get keypad structure pointer */
TSS_CSKeypad *keypad_structure = ((TSS_CSKeypad *)TSS_GetControlStruct(context_struct->CONTROL_NUMBER));
uint8_t u8Event; /* 8 bits local variable used to store the event information */
uint8_t flag; /* push / release flag */
/* check if client is attached to provider */
if (context_struct == NULL || context_struct->CLIENT_HANDLE == NULL)
{
return;
}
/* While unread events are in the buffer */
while (!TSS_KEYPAD_BUFFER_EMPTY( *keypad_structure))
{
/* Read the buffer and store the event in the u8Event variable */
TSS_KEYPAD_BUFFER_READ(u8Event, * keypad_structure);
if (u8Event & TSS_KEYPAD_BUFFER_RELEASE_FLAG)
{
u8Event = (uint8_t)(u8Event & TSS_KEYPAD_BUFFER_KEY_MASK); /* Get key index */
flag = HMI_VALUE_RELEASE;
}
else
{
flag = HMI_VALUE_PUSH;
}
/* check if key index is registered in provider */
if (u8Event >= context_struct->TSS_COUNT)
{
return;
}
context_struct->CLIENT_HANDLE->ON_CHANGE(context_struct->CLIENT_HANDLE, context_struct->TSS_TABLE[u8Event].UID, flag);
}
}