Altera Mentor Verification IP Altera Edition AMBA AXI3/4TM - Manual (Page 754)

Mentor VIP AE AXI3/4 User Guide, V10.2b 734
VHDL AXI3 and AXI4 Test Programs
VHDL AXI3 Master BFM Test Program
September 2013
-- Write data burst length of 7 to start address 16.
create_write_transaction(16, 7, tr_id, index, axi_tr_if_0(index));
set_size(AXI_BYTES_4, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE0ACE1";
set_data_words(data_words, 0, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE2ACE3";
set_data_words(data_words, 1, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE4ACE5";
set_data_words(data_words, 2, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE6ACE7";
set_data_words(data_words, 3, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE8ACE9";
set_data_words(data_words, 4, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACEAACEB";
set_data_words(data_words, 5, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACECACED";
set_data_words(data_words, 6, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACEEACEF";
set_data_words(data_words, 7, tr_id, index, axi_tr_if_0(index));
for i in 0 to 7 loop
set_write_strobes(15, i, tr_id, index, axi_tr_if_0(index));
end loop;
set_write_data_mode(AXI_DATA_WITH_ADDRESS, tr_id, index,
axi_tr_if_0(index));
execute_transaction(tr_id, index, axi_tr_if_0(index));
-- Write data burst length of 7 to start address 128 with
-- LSB write strobe inactive.
create_write_transaction(128, 7, tr_id, index, axi_tr_if_0(index));
set_size(AXI_BYTES_4, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE0ACE1";
set_data_words(data_words, 0, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE2ACE3";
set_data_words(data_words, 1, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE4ACE5";
set_data_words(data_words, 2, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE6ACE7";
set_data_words(data_words, 3, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACE8ACE9";
set_data_words(data_words, 4, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACEAACEB";
set_data_words(data_words, 5, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACECACED";
set_data_words(data_words, 6, tr_id, index, axi_tr_if_0(index));
data_words(31 downto 0) := x"ACEEACEF";
set_data_words(data_words, 7, tr_id, index, axi_tr_if_0(index));
set_write_strobes(14, 0, tr_id, index, axi_tr_if_0(index));
for i in 1 to 7 loop
set_write_strobes(15, i, tr_id, index, axi_tr_if_0(index));
end loop;
execute_transaction(tr_id, index, axi_tr_if_0(index));
-- Read data burst of length 1 from address 16.
create_read_transaction(16, 1, tr_id, index, axi_tr_if_0(index));
set_size(AXI_BYTES_4, tr_id, index, axi_tr_if_0(index));
execute_transaction(tr_id, index, axi_tr_if_0(index));