Max14661 Class Reference

max14661_cmds_t - enumerated MAX14661 commands

Definition at line 98 of file max14661.h.

max14661_i2c_adrs_t - enumerated MAX14661 I2C Addresses

Definition at line 68 of file max14661.h.

max14661_regs_t - enumerated MAX14661 register addresses

Definition at line 80 of file max14661.h.

max14661_sw_t - enumerated MAX14661 switch bitmasks

Definition at line 125 of file max14661.h.

Constructor for Max14661 Class.

On Entry:

Parameters:

[in]	sda	- sda pin of I2C bus
[in]	scl	- scl pin of I2C bus
[in]	i2c_adrs	- 7-bit slave address of MAX14661

On Exit:

Returns:

none

Example:

 //declare mux object
 Max14661 mux(D14, D15, MAX14661_I2C_ADRS0); 

Definition at line 71 of file max14661.cpp.

Reads data from direct access registers starting at DIR0 and stores it in byte array pointed at by 'data'.

On Entry:

Parameters:

[in]

data

- pointer to byte array for storing data

On Exit:

Parameters:

[out]

data

- data buffer now contains data read from dir registers

Returns:

return value = 0 on success, non-0 on failure

Example:

 //declare mux object
 Max14661 mux(D14, D15, MAX14661_I2C_ADRS0); 

 uint16_t rtn_val;  
 uint8_t data[4];
 
 //read direct access registers
 rtn_val = mux.rd_dir_registers(data);

Definition at line 277 of file max14661.cpp.

Reads data from shadow registers starting at SHDW0 and stores it in byte array pointed at by 'data'.

On Entry:

Parameters:

[in]

data

- pointer to byte array for storing data

On Exit:

Parameters:

[out]

data

- data buffer now contains data read from shadow registers

Returns:

return value = 0 on success, non-0 on failure

Example:

 //declare mux object
 Max14661 mux(D14, D15, MAX14661_I2C_ADRS0); 

 uint16_t rtn_val;  
 uint8_t data[4];
 
 //read shadow registers
 rtn_val = mux.rd_shadow_registers(data);

Definition at line 320 of file max14661.cpp.

Writes bankA and bankB to coresponding shadow register and then issues copy command for both banks.

On Entry:

Parameters:

[in]	bankA	- binary representation of switch states
[in]	bankB	- binary representation of switch states

On Exit:

Returns:

return value = 0 on success, non-0 on failure

Example:

 //declare mux object
 Max14661 mux(D14, D15, MAX14661_I2C_ADRS0);   

 uint16_t bankA = (SW12 | SW02); //example only
 uint16_t bankB = (SW11 | SW01);
 uint16_t rtn_val;  
  
 //wite shadow registers
 rtn_val = mux.set_switches(bankA, bankB);

Definition at line 231 of file max14661.cpp.

Writes given commands to CMD_A and CMD_B.

On Entry:

Parameters:

[in]	cmdA	- command for CMD_A
[in]	cmdB	- command for CMD_B

On Exit:

Returns:

return value = 0 on success, non-0 on failure

Example:

 //declare mux object
 Max14661 mux(D14, D15, MAX14661_I2C_ADRS0); 

 uint16_t rtn_val;  

 rtn_val = mux.wrt_cmd_registers(DISABLE_BANK, DISABLE_BANK);

Definition at line 101 of file max14661.cpp.

Writes bankA and bankB to coresponding direct access registers.

On Entry:

Parameters:

[in]	bankA	- binary representation of switch states
[in]	bankB	- binary representation of switch states

On Exit:

Returns:

return value = 0 on success, non-0 on failure

Example:

 //declare mux object
 Max14661 mux(D14, D15, MAX14661_I2C_ADRS0);   

 uint16_t bankA = (SW12 | SW02); //example only
 uint16_t bankB = (SW11 | SW01);
 uint16_t rtn_val;  
  
 //wite shadow registers
 rtn_val = mux.wrt_dir_registers(bankA, bankB);

Definition at line 187 of file max14661.cpp.

Writes bankA and bankB to coresponding shadow registers.

On Entry:

Parameters:

[in]	bankA	- binary representation of switch states
[in]	bankB	- binary representation of switch states

On Exit:

Returns:

return value = 0 on success, non-0 on failure

Example:

 //declare mux object
 Max14661 mux(D14, D15, MAX14661_I2C_ADRS0); 

 uint16_t bankA = (SW12 | SW02); //example only
 uint16_t bankB = (SW11 | SW01);
 uint16_t rtn_val;  
  
 //wite shadow registers
 rtn_val = mux.wrt_shadow_registers(bankA, bankB);

Definition at line 144 of file max14661.cpp.