Apb3SlaveFactory
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object Apb3SlaveFactory
| package apb
In this function you have to define the read/write logic thanks to element, elementsPerAddress and elementsPerRangeAddress This is the only thing with def busDataWidth that should be implement by class that extends BusSlaveFactoryDelay
In this function you have to define the read/write logic thanks to element, elementsPerAddress and elementsPerRangeAddress This is the only thing with def busDataWidth that should be implement by class that extends BusSlaveFactoryDelay
Return the data width of the bus
Return the data width of the bus
Configuration of the BusSlaveFactory (default value : BIG-endian)
Configuration of the BusSlaveFactory (default value : BIG-endian)
Create a writable Flow register of type dataType at address and placed at bitOffset in the word
Create a writable Flow register of type dataType at address and placed at bitOffset in the word
Create a read write register of type dataType at address and placed at bitOffset in the word
Create a read write register of type dataType at address and placed at bitOffset in the word
Create a write only register of type dataType at address and placed at bitOffset in the word
Create a write only register of type dataType at address and placed at bitOffset in the word
Instanciate an internal register which at each cycle do : reg := reg | that Then when a read occur, the register is cleared.
Instanciate an internal register which at each cycle do : reg := reg | that Then when a read occur, the register is cleared. This register is readable at address and placed at bitOffset in the word
Drive that with a register writable at address placed at bitOffset in the word
Drive that with a register writable at address placed at bitOffset in the word
Drive that with a register writable and readable at address placed at bitOffset in the word
Drive that with a register writable and readable at address placed at bitOffset in the word
Emit on that a transaction when a write happen at address by using data placed at bitOffset in the word
Emit on that a transaction when a write happen at address by using data placed at bitOffset in the word
Contains all elements created
Contains all elements created
Contains all elements related to an address
Contains all elements related to an address
Return true if the bus is reading
Return true if the bus is reading
Return true if the bus is writing
Return true if the bus is writing
Address incrementation used by the read and write multi words
Address incrementation used by the read and write multi words
Permanently assign that by the bus write data from bitOffset
Permanently assign that by the bus write data from bitOffset
Call doThat when a read transaction occurs on address
Call doThat when a read transaction occurs on address
Call doThat when a read transaction occurs and the condition is true
Call doThat when a read transaction occurs and the condition is true
Call doThat when a write transaction occurs on address
Call doThat when a write transaction occurs on address
Call doThat when a write transaction occurs and the condition is true
Call doThat when a write transaction occurs and the condition is true
When the bus read the address, fill the response with that at bitOffset
When the bus read the address, fill the response with that at bitOffset
Make that readable and writable at address and placed at bitOffset in the word
Make that readable and writable at address and placed at bitOffset in the word
Create the memory mapping to write/read that from address
Create the memory mapping to write/read that from address
Create the memory mapping to read that from address If that is bigger than one word it extends the register on followings addresses
Create the memory mapping to read that from address If that is bigger than one word it extends the register on followings addresses
Read that and consume the transaction when a read happen at address.
Read that and consume the transaction when a read happen at address.
When the bus write the address, assign that with bus’s data from bitOffset
When the bus write the address, assign that with bus’s data from bitOffset
Create the memory mapping to write that at address.
Create the memory mapping to write that at address. If that is bigger than one word it extends the register on followings addresses