Unified Coverage Report :: Module

Line Coverage for Module : prim_intr_hw ( parameter Width=1,FlopOutput=1,IntrT="Status" )
Line Coverage for Module self-instances :

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_fmt_threshold

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_rx_threshold

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_acq_threshold

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_controller_halt

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_tx_stretch

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_tx_threshold

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_acq_overflow

	Line No.	Total	Covered	Percent
TOTAL		10	10	100.00
ALWAYS	75	4	4	100.00
CONT_ASSIGN	81	1	1	100.00
CONT_ASSIGN	83	1	1	100.00
CONT_ASSIGN	88	1	1	100.00
ALWAYS	95	3	3	100.00



74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75         2/2                if (!rst_ni) test_q <= '0;
           Tests:       T1 T2 T3  | T1 T2 T3 
76         2/2                else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
           Tests:       T1 T2 T3  | T119 T202 T203 
                        MISSING_ELSE
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81         1/1              assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
           Tests:       T1 T2 T3 
82                      
83         1/1              assign status = event_intr_i | test_q;
           Tests:       T1 T2 T3 
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88         1/1              assign unused_reg2hw = ^reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Line Coverage for Module : prim_intr_hw ( parameter Width=1,FlopOutput=1,IntrT="Event" )
Line Coverage for Module self-instances :

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_rx_overflow

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_scl_interference

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_sda_interference

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_stretch_timeout

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_sda_unstable

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_cmd_complete

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_unexp_stop

SCORE	LINE
100.00	100.00

tb.dut.i2c_core.intr_hw_host_timeout

	Line No.	Total	Covered	Percent
TOTAL		7	7	100.00
CONT_ASSIGN	62	1	1	100.00
CONT_ASSIGN	64	1	1	100.00
CONT_ASSIGN	67	1	1	100.00
CONT_ASSIGN	69	1	1	100.00
ALWAYS	95	3	3	100.00



61                          logic  [Width-1:0]    new_event;
62         1/1              assign new_event =
           Tests:       T1 T2 T3 
63                                     (({Width{reg2hw_intr_test_qe_i}} & reg2hw_intr_test_q_i) | event_intr_i);
64         1/1              assign hw2reg_intr_state_de_o = |new_event;
           Tests:       T1 T2 T3 
65                          // for scalar interrupts, this resolves to '1' with new event
66                          // for vector interrupts, new events are OR'd in to existing interrupt state
67         1/1              assign hw2reg_intr_state_d_o  =  new_event | reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
68                      
69         1/1              assign status = reg2hw_intr_state_q_i ;
           Tests:       T1 T2 T3 
70                        end : g_intr_event
71                        else if (IntrT == "Status") begin : g_intr_status
72                          logic [Width-1:0] test_q; // Storing test. Cleared by SW
73                      
74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75                            if (!rst_ni) test_q <= '0;
76                            else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81                          assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
82                      
83                          assign status = event_intr_i | test_q;
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88                          assign unused_reg2hw = ^reg2hw_intr_state_q_i;
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Module : prim_intr_hw ( parameter Width=1,FlopOutput=1,IntrT="Status" )
Cond Coverage for Module self-instances :

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_fmt_threshold

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_rx_threshold

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_acq_threshold

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_controller_halt

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_tx_stretch

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_tx_threshold

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_acq_overflow

	Total	Covered	Percent
Conditions	9	9	100.00
Logical	9	9	100.00
Non-Logical	0	0
Event	0	0

 LINE       81
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T3,T4,T5

 LINE       83
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T3,T4,T5

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T4,T5,T6
1	1	Covered	T3,T4,T5

Cond Coverage for Module : prim_intr_hw ( parameter Width=1,FlopOutput=1,IntrT="Event" )
Cond Coverage for Module self-instances :

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_rx_overflow

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_scl_interference

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_sda_interference

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_stretch_timeout

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_sda_unstable

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_cmd_complete

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_unexp_stop

SCORE	COND
100.00	100.00

tb.dut.i2c_core.intr_hw_host_timeout

	Total	Covered	Percent
Conditions	12	12	100.00
Logical	12	12	100.00
Non-Logical	0	0
Event	0	0

 LINE       62
 EXPRESSION ((({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i) | event_intr_i)
             -----------------------------1----------------------------   ------2-----

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T17,T18
1	0	Covered	T119,T202,T203

 LINE       62
 SUB-EXPRESSION (({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i)
                 ----------------1----------------   ----------2---------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T119,T202,T203

 LINE       67
 EXPRESSION (g_intr_event.new_event | reg2hw_intr_state_q_i)
             -----------1----------   ----------2----------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T17,T18
1	0	Covered	T3,T17,T18

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T11,T12,T13
1	1	Covered	T3,T17,T18

Branch Coverage for Module : prim_intr_hw ( parameter Width=1,FlopOutput=1,IntrT="Status" )
Branch Coverage for Module self-instances :

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_fmt_threshold

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_rx_threshold

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_acq_threshold

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_controller_halt

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_tx_stretch

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_tx_threshold

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_acq_overflow

	Line No.	Total	Covered	Percent
Branches		5	5	100.00
IF	75	3	3	100.00
IF	95	2	2	100.00



75               if (!rst_ni) test_q <= '0;
                 -1-  
                 ==>
76               else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
                      -2-  
                 ==>
                 MISSING_ELSE
                 ==>

Branches:

-1-	-2-	Status	Tests
1	-	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
0	0	Covered	T1,T2,T3



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Branch Coverage for Module : prim_intr_hw ( parameter Width=1,FlopOutput=1,IntrT="Event" )
Branch Coverage for Module self-instances :

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_rx_overflow

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_scl_interference

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_sda_interference

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_stretch_timeout

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_sda_unstable

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_cmd_complete

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_unexp_stop

SCORE	BRANCH
100.00	100.00

tb.dut.i2c_core.intr_hw_host_timeout

	Line No.	Total	Covered	Percent
Branches		2	2	100.00
IF	95	2	2	100.00



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Module : prim_intr_hw

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	25125	25125	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	25125	25125
T1	15	15
T2	15	15
T3	15	15
T4	15	15
T5	15	15
T6	15	15
T7	15	15
T8	15	15
T9	15	15
T10	15	15

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_fmt_threshold

	Line No.	Total	Covered	Percent
TOTAL		10	10	100.00
ALWAYS	75	4	4	100.00
CONT_ASSIGN	81	1	1	100.00
CONT_ASSIGN	83	1	1	100.00
CONT_ASSIGN	88	1	1	100.00
ALWAYS	95	3	3	100.00



74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75         2/2                if (!rst_ni) test_q <= '0;
           Tests:       T1 T2 T3  | T1 T2 T3 
76         2/2                else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
           Tests:       T1 T2 T3  | T119 T202 T203 
                        MISSING_ELSE
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81         1/1              assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
           Tests:       T1 T2 T3 
82                      
83         1/1              assign status = event_intr_i | test_q;
           Tests:       T1 T2 T3 
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88         1/1              assign unused_reg2hw = ^reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_fmt_threshold

	Total	Covered	Percent
Conditions	9	9	100.00
Logical	9	9	100.00
Non-Logical	0	0
Event	0	0

 LINE       81
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T203,T26
1	0	Covered	T3,T4,T5

 LINE       83
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T203,T26
1	0	Covered	T3,T4,T5

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T4,T5,T6
1	1	Covered	T3,T4,T5

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_fmt_threshold

	Line No.	Total	Covered	Percent
Branches		5	5	100.00
IF	75	3	3	100.00
IF	95	2	2	100.00



75               if (!rst_ni) test_q <= '0;
                 -1-  
                 ==>
76               else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
                      -2-  
                 ==>
                 MISSING_ELSE
                 ==>

Branches:

-1-	-2-	Status	Tests
1	-	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
0	0	Covered	T1,T2,T3



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_fmt_threshold

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_rx_threshold

	Line No.	Total	Covered	Percent
TOTAL		10	10	100.00
ALWAYS	75	4	4	100.00
CONT_ASSIGN	81	1	1	100.00
CONT_ASSIGN	83	1	1	100.00
CONT_ASSIGN	88	1	1	100.00
ALWAYS	95	3	3	100.00



74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75         2/2                if (!rst_ni) test_q <= '0;
           Tests:       T1 T2 T3  | T1 T2 T3 
76         2/2                else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
           Tests:       T1 T2 T3  | T119 T202 T203 
                        MISSING_ELSE
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81         1/1              assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
           Tests:       T1 T2 T3 
82                      
83         1/1              assign status = event_intr_i | test_q;
           Tests:       T1 T2 T3 
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88         1/1              assign unused_reg2hw = ^reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_rx_threshold

	Total	Covered	Percent
Conditions	9	9	100.00
Logical	9	9	100.00
Non-Logical	0	0
Event	0	0

 LINE       81
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T10,T40,T41

 LINE       83
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T10,T40,T41

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T203,T26
1	1	Covered	T10,T40,T41

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_rx_threshold

	Line No.	Total	Covered	Percent
Branches		5	5	100.00
IF	75	3	3	100.00
IF	95	2	2	100.00



75               if (!rst_ni) test_q <= '0;
                 -1-  
                 ==>
76               else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
                      -2-  
                 ==>
                 MISSING_ELSE
                 ==>

Branches:

-1-	-2-	Status	Tests
1	-	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
0	0	Covered	T1,T2,T3



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_rx_threshold

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_acq_threshold

	Line No.	Total	Covered	Percent
TOTAL		10	10	100.00
ALWAYS	75	4	4	100.00
CONT_ASSIGN	81	1	1	100.00
CONT_ASSIGN	83	1	1	100.00
CONT_ASSIGN	88	1	1	100.00
ALWAYS	95	3	3	100.00



74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75         2/2                if (!rst_ni) test_q <= '0;
           Tests:       T1 T2 T3  | T1 T2 T3 
76         2/2                else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
           Tests:       T1 T2 T3  | T119 T202 T203 
                        MISSING_ELSE
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81         1/1              assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
           Tests:       T1 T2 T3 
82                      
83         1/1              assign status = event_intr_i | test_q;
           Tests:       T1 T2 T3 
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88         1/1              assign unused_reg2hw = ^reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_acq_threshold

	Total	Covered	Percent
Conditions	9	9	100.00
Logical	9	9	100.00
Non-Logical	0	0
Event	0	0

 LINE       81
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T5,T9,T210

 LINE       83
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T5,T9,T210

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T210,T68,T69
1	1	Covered	T5,T9,T55

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_acq_threshold

	Line No.	Total	Covered	Percent
Branches		5	5	100.00
IF	75	3	3	100.00
IF	95	2	2	100.00



75               if (!rst_ni) test_q <= '0;
                 -1-  
                 ==>
76               else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
                      -2-  
                 ==>
                 MISSING_ELSE
                 ==>

Branches:

-1-	-2-	Status	Tests
1	-	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
0	0	Covered	T1,T2,T3



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_acq_threshold

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_rx_overflow

	Line No.	Total	Covered	Percent
TOTAL		7	7	100.00
CONT_ASSIGN	62	1	1	100.00
CONT_ASSIGN	64	1	1	100.00
CONT_ASSIGN	67	1	1	100.00
CONT_ASSIGN	69	1	1	100.00
ALWAYS	95	3	3	100.00



61                          logic  [Width-1:0]    new_event;
62         1/1              assign new_event =
           Tests:       T1 T2 T3 
63                                     (({Width{reg2hw_intr_test_qe_i}} & reg2hw_intr_test_q_i) | event_intr_i);
64         1/1              assign hw2reg_intr_state_de_o = |new_event;
           Tests:       T1 T2 T3 
65                          // for scalar interrupts, this resolves to '1' with new event
66                          // for vector interrupts, new events are OR'd in to existing interrupt state
67         1/1              assign hw2reg_intr_state_d_o  =  new_event | reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
68                      
69         1/1              assign status = reg2hw_intr_state_q_i ;
           Tests:       T1 T2 T3 
70                        end : g_intr_event
71                        else if (IntrT == "Status") begin : g_intr_status
72                          logic [Width-1:0] test_q; // Storing test. Cleared by SW
73                      
74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75                            if (!rst_ni) test_q <= '0;
76                            else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81                          assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
82                      
83                          assign status = event_intr_i | test_q;
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88                          assign unused_reg2hw = ^reg2hw_intr_state_q_i;
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_rx_overflow

	Total	Covered	Percent
Conditions	12	12	100.00
Logical	12	12	100.00
Non-Logical	0	0
Event	0	0

 LINE       62
 EXPRESSION ((({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i) | event_intr_i)
             -----------------------------1----------------------------   ------2-----

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T86,T106,T107
1	0	Covered	T119,T202,T203

 LINE       62
 SUB-EXPRESSION (({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i)
                 ----------------1----------------   ----------2---------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T119,T202,T203

 LINE       67
 EXPRESSION (g_intr_event.new_event | reg2hw_intr_state_q_i)
             -----------1----------   ----------2----------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T86,T106,T107
1	0	Covered	T86,T106,T107

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T203,T26
1	1	Covered	T86,T106,T107

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_rx_overflow

	Line No.	Total	Covered	Percent
Branches		2	2	100.00
IF	95	2	2	100.00



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_rx_overflow

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_controller_halt

	Line No.	Total	Covered	Percent
TOTAL		10	10	100.00
ALWAYS	75	4	4	100.00
CONT_ASSIGN	81	1	1	100.00
CONT_ASSIGN	83	1	1	100.00
CONT_ASSIGN	88	1	1	100.00
ALWAYS	95	3	3	100.00



74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75         2/2                if (!rst_ni) test_q <= '0;
           Tests:       T1 T2 T3  | T1 T2 T3 
76         2/2                else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
           Tests:       T1 T2 T3  | T119 T202 T203 
                        MISSING_ELSE
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81         1/1              assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
           Tests:       T1 T2 T3 
82                      
83         1/1              assign status = event_intr_i | test_q;
           Tests:       T1 T2 T3 
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88         1/1              assign unused_reg2hw = ^reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_controller_halt

	Total	Covered	Percent
Conditions	9	9	100.00
Logical	9	9	100.00
Non-Logical	0	0
Event	0	0

 LINE       81
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T3,T17,T11

 LINE       83
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T3,T17,T11

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T203,T26
1	1	Covered	T3,T17,T11

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_controller_halt

	Line No.	Total	Covered	Percent
Branches		5	5	100.00
IF	75	3	3	100.00
IF	95	2	2	100.00



75               if (!rst_ni) test_q <= '0;
                 -1-  
                 ==>
76               else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
                      -2-  
                 ==>
                 MISSING_ELSE
                 ==>

Branches:

-1-	-2-	Status	Tests
1	-	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
0	0	Covered	T1,T2,T3



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_controller_halt

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_scl_interference

	Line No.	Total	Covered	Percent
TOTAL		7	7	100.00
CONT_ASSIGN	62	1	1	100.00
CONT_ASSIGN	64	1	1	100.00
CONT_ASSIGN	67	1	1	100.00
CONT_ASSIGN	69	1	1	100.00
ALWAYS	95	3	3	100.00



61                          logic  [Width-1:0]    new_event;
62         1/1              assign new_event =
           Tests:       T1 T2 T3 
63                                     (({Width{reg2hw_intr_test_qe_i}} & reg2hw_intr_test_q_i) | event_intr_i);
64         1/1              assign hw2reg_intr_state_de_o = |new_event;
           Tests:       T1 T2 T3 
65                          // for scalar interrupts, this resolves to '1' with new event
66                          // for vector interrupts, new events are OR'd in to existing interrupt state
67         1/1              assign hw2reg_intr_state_d_o  =  new_event | reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
68                      
69         1/1              assign status = reg2hw_intr_state_q_i ;
           Tests:       T1 T2 T3 
70                        end : g_intr_event
71                        else if (IntrT == "Status") begin : g_intr_status
72                          logic [Width-1:0] test_q; // Storing test. Cleared by SW
73                      
74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75                            if (!rst_ni) test_q <= '0;
76                            else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81                          assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
82                      
83                          assign status = event_intr_i | test_q;
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88                          assign unused_reg2hw = ^reg2hw_intr_state_q_i;
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_scl_interference

	Total	Covered	Percent
Conditions	12	12	100.00
Logical	12	12	100.00
Non-Logical	0	0
Event	0	0

 LINE       62
 EXPRESSION ((({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i) | event_intr_i)
             -----------------------------1----------------------------   ------2-----

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T17,T18
1	0	Covered	T119,T202,T203

 LINE       62
 SUB-EXPRESSION (({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i)
                 ----------------1----------------   ----------2---------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T119,T202,T203

 LINE       67
 EXPRESSION (g_intr_event.new_event | reg2hw_intr_state_q_i)
             -----------1----------   ----------2----------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T17,T18
1	0	Covered	T3,T17,T18

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T3,T17,T18

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_scl_interference

	Line No.	Total	Covered	Percent
Branches		2	2	100.00
IF	95	2	2	100.00



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_scl_interference

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_sda_interference

	Line No.	Total	Covered	Percent
TOTAL		7	7	100.00
CONT_ASSIGN	62	1	1	100.00
CONT_ASSIGN	64	1	1	100.00
CONT_ASSIGN	67	1	1	100.00
CONT_ASSIGN	69	1	1	100.00
ALWAYS	95	3	3	100.00



61                          logic  [Width-1:0]    new_event;
62         1/1              assign new_event =
           Tests:       T1 T2 T3 
63                                     (({Width{reg2hw_intr_test_qe_i}} & reg2hw_intr_test_q_i) | event_intr_i);
64         1/1              assign hw2reg_intr_state_de_o = |new_event;
           Tests:       T1 T2 T3 
65                          // for scalar interrupts, this resolves to '1' with new event
66                          // for vector interrupts, new events are OR'd in to existing interrupt state
67         1/1              assign hw2reg_intr_state_d_o  =  new_event | reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
68                      
69         1/1              assign status = reg2hw_intr_state_q_i ;
           Tests:       T1 T2 T3 
70                        end : g_intr_event
71                        else if (IntrT == "Status") begin : g_intr_status
72                          logic [Width-1:0] test_q; // Storing test. Cleared by SW
73                      
74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75                            if (!rst_ni) test_q <= '0;
76                            else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81                          assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
82                      
83                          assign status = event_intr_i | test_q;
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88                          assign unused_reg2hw = ^reg2hw_intr_state_q_i;
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_sda_interference

	Total	Covered	Percent
Conditions	12	12	100.00
Logical	12	12	100.00
Non-Logical	0	0
Event	0	0

 LINE       62
 EXPRESSION ((({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i) | event_intr_i)
             -----------------------------1----------------------------   ------2-----

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T17,T18
1	0	Covered	T119,T202,T203

 LINE       62
 SUB-EXPRESSION (({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i)
                 ----------------1----------------   ----------2---------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T119,T202,T203

 LINE       67
 EXPRESSION (g_intr_event.new_event | reg2hw_intr_state_q_i)
             -----------1----------   ----------2----------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T17,T18
1	0	Covered	T3,T17,T18

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T203,T26
1	1	Covered	T3,T17,T18

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_sda_interference

	Line No.	Total	Covered	Percent
Branches		2	2	100.00
IF	95	2	2	100.00



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_sda_interference

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_stretch_timeout

	Line No.	Total	Covered	Percent
TOTAL		7	7	100.00
CONT_ASSIGN	62	1	1	100.00
CONT_ASSIGN	64	1	1	100.00
CONT_ASSIGN	67	1	1	100.00
CONT_ASSIGN	69	1	1	100.00
ALWAYS	95	3	3	100.00



61                          logic  [Width-1:0]    new_event;
62         1/1              assign new_event =
           Tests:       T1 T2 T3 
63                                     (({Width{reg2hw_intr_test_qe_i}} & reg2hw_intr_test_q_i) | event_intr_i);
64         1/1              assign hw2reg_intr_state_de_o = |new_event;
           Tests:       T1 T2 T3 
65                          // for scalar interrupts, this resolves to '1' with new event
66                          // for vector interrupts, new events are OR'd in to existing interrupt state
67         1/1              assign hw2reg_intr_state_d_o  =  new_event | reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
68                      
69         1/1              assign status = reg2hw_intr_state_q_i ;
           Tests:       T1 T2 T3 
70                        end : g_intr_event
71                        else if (IntrT == "Status") begin : g_intr_status
72                          logic [Width-1:0] test_q; // Storing test. Cleared by SW
73                      
74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75                            if (!rst_ni) test_q <= '0;
76                            else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81                          assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
82                      
83                          assign status = event_intr_i | test_q;
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88                          assign unused_reg2hw = ^reg2hw_intr_state_q_i;
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_stretch_timeout

	Total	Covered	Percent
Conditions	12	12	100.00
Logical	12	12	100.00
Non-Logical	0	0
Event	0	0

 LINE       62
 EXPRESSION ((({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i) | event_intr_i)
             -----------------------------1----------------------------   ------2-----

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T7,T10
1	0	Covered	T119,T202,T203

 LINE       62
 SUB-EXPRESSION (({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i)
                 ----------------1----------------   ----------2---------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T119,T202,T203

 LINE       67
 EXPRESSION (g_intr_event.new_event | reg2hw_intr_state_q_i)
             -----------1----------   ----------2----------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T7,T10
1	0	Covered	T3,T7,T10

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T11,T12,T13
1	1	Covered	T3,T7,T10

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_stretch_timeout

	Line No.	Total	Covered	Percent
Branches		2	2	100.00
IF	95	2	2	100.00



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_stretch_timeout

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_sda_unstable

	Line No.	Total	Covered	Percent
TOTAL		7	7	100.00
CONT_ASSIGN	62	1	1	100.00
CONT_ASSIGN	64	1	1	100.00
CONT_ASSIGN	67	1	1	100.00
CONT_ASSIGN	69	1	1	100.00
ALWAYS	95	3	3	100.00



61                          logic  [Width-1:0]    new_event;
62         1/1              assign new_event =
           Tests:       T1 T2 T3 
63                                     (({Width{reg2hw_intr_test_qe_i}} & reg2hw_intr_test_q_i) | event_intr_i);
64         1/1              assign hw2reg_intr_state_de_o = |new_event;
           Tests:       T1 T2 T3 
65                          // for scalar interrupts, this resolves to '1' with new event
66                          // for vector interrupts, new events are OR'd in to existing interrupt state
67         1/1              assign hw2reg_intr_state_d_o  =  new_event | reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
68                      
69         1/1              assign status = reg2hw_intr_state_q_i ;
           Tests:       T1 T2 T3 
70                        end : g_intr_event
71                        else if (IntrT == "Status") begin : g_intr_status
72                          logic [Width-1:0] test_q; // Storing test. Cleared by SW
73                      
74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75                            if (!rst_ni) test_q <= '0;
76                            else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81                          assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
82                      
83                          assign status = event_intr_i | test_q;
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88                          assign unused_reg2hw = ^reg2hw_intr_state_q_i;
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_sda_unstable

	Total	Covered	Percent
Conditions	12	12	100.00
Logical	12	12	100.00
Non-Logical	0	0
Event	0	0

 LINE       62
 EXPRESSION ((({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i) | event_intr_i)
             -----------------------------1----------------------------   ------2-----

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T17,T18,T22
1	0	Covered	T119,T202,T203

 LINE       62
 SUB-EXPRESSION (({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i)
                 ----------------1----------------   ----------2---------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T119,T202,T203

 LINE       67
 EXPRESSION (g_intr_event.new_event | reg2hw_intr_state_q_i)
             -----------1----------   ----------2----------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T17,T18,T22
1	0	Covered	T17,T18,T22

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T17,T18,T22

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_sda_unstable

	Line No.	Total	Covered	Percent
Branches		2	2	100.00
IF	95	2	2	100.00



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_sda_unstable

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_cmd_complete

	Line No.	Total	Covered	Percent
TOTAL		7	7	100.00
CONT_ASSIGN	62	1	1	100.00
CONT_ASSIGN	64	1	1	100.00
CONT_ASSIGN	67	1	1	100.00
CONT_ASSIGN	69	1	1	100.00
ALWAYS	95	3	3	100.00



61                          logic  [Width-1:0]    new_event;
62         1/1              assign new_event =
           Tests:       T1 T2 T3 
63                                     (({Width{reg2hw_intr_test_qe_i}} & reg2hw_intr_test_q_i) | event_intr_i);
64         1/1              assign hw2reg_intr_state_de_o = |new_event;
           Tests:       T1 T2 T3 
65                          // for scalar interrupts, this resolves to '1' with new event
66                          // for vector interrupts, new events are OR'd in to existing interrupt state
67         1/1              assign hw2reg_intr_state_d_o  =  new_event | reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
68                      
69         1/1              assign status = reg2hw_intr_state_q_i ;
           Tests:       T1 T2 T3 
70                        end : g_intr_event
71                        else if (IntrT == "Status") begin : g_intr_status
72                          logic [Width-1:0] test_q; // Storing test. Cleared by SW
73                      
74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75                            if (!rst_ni) test_q <= '0;
76                            else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81                          assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
82                      
83                          assign status = event_intr_i | test_q;
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88                          assign unused_reg2hw = ^reg2hw_intr_state_q_i;
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_cmd_complete

	Total	Covered	Percent
Conditions	12	12	100.00
Logical	12	12	100.00
Non-Logical	0	0
Event	0	0

 LINE       62
 EXPRESSION ((({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i) | event_intr_i)
             -----------------------------1----------------------------   ------2-----

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T4,T5
1	0	Covered	T119,T202,T203

 LINE       62
 SUB-EXPRESSION (({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i)
                 ----------------1----------------   ----------2---------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T119,T202,T203

 LINE       67
 EXPRESSION (g_intr_event.new_event | reg2hw_intr_state_q_i)
             -----------1----------   ----------2----------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T3,T4,T5
1	0	Covered	T3,T4,T5

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T3,T4,T5

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_cmd_complete

	Line No.	Total	Covered	Percent
Branches		2	2	100.00
IF	95	2	2	100.00



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_cmd_complete

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_tx_stretch

	Line No.	Total	Covered	Percent
TOTAL		10	10	100.00
ALWAYS	75	4	4	100.00
CONT_ASSIGN	81	1	1	100.00
CONT_ASSIGN	83	1	1	100.00
CONT_ASSIGN	88	1	1	100.00
ALWAYS	95	3	3	100.00



74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75         2/2                if (!rst_ni) test_q <= '0;
           Tests:       T1 T2 T3  | T1 T2 T3 
76         2/2                else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
           Tests:       T1 T2 T3  | T119 T202 T203 
                        MISSING_ELSE
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81         1/1              assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
           Tests:       T1 T2 T3 
82                      
83         1/1              assign status = event_intr_i | test_q;
           Tests:       T1 T2 T3 
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88         1/1              assign unused_reg2hw = ^reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_tx_stretch

	Total	Covered	Percent
Conditions	9	9	100.00
Logical	9	9	100.00
Non-Logical	0	0
Event	0	0

 LINE       81
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T4,T5,T6

 LINE       83
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T4,T5,T6

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T4,T5,T6

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_tx_stretch

	Line No.	Total	Covered	Percent
Branches		5	5	100.00
IF	75	3	3	100.00
IF	95	2	2	100.00



75               if (!rst_ni) test_q <= '0;
                 -1-  
                 ==>
76               else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
                      -2-  
                 ==>
                 MISSING_ELSE
                 ==>

Branches:

-1-	-2-	Status	Tests
1	-	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
0	0	Covered	T1,T2,T3



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_tx_stretch

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_tx_threshold

	Line No.	Total	Covered	Percent
TOTAL		10	10	100.00
ALWAYS	75	4	4	100.00
CONT_ASSIGN	81	1	1	100.00
CONT_ASSIGN	83	1	1	100.00
CONT_ASSIGN	88	1	1	100.00
ALWAYS	95	3	3	100.00



74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75         2/2                if (!rst_ni) test_q <= '0;
           Tests:       T1 T2 T3  | T1 T2 T3 
76         2/2                else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
           Tests:       T1 T2 T3  | T119 T202 T203 
                        MISSING_ELSE
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81         1/1              assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
           Tests:       T1 T2 T3 
82                      
83         1/1              assign status = event_intr_i | test_q;
           Tests:       T1 T2 T3 
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88         1/1              assign unused_reg2hw = ^reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_tx_threshold

	Total	Covered	Percent
Conditions	9	9	100.00
Logical	9	9	100.00
Non-Logical	0	0
Event	0	0

 LINE       81
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T203,T26
1	0	Covered	T3,T4,T5

 LINE       83
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T203,T26
1	0	Covered	T3,T4,T5

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T4,T5,T6
1	1	Covered	T3,T4,T5

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_tx_threshold

	Line No.	Total	Covered	Percent
Branches		5	5	100.00
IF	75	3	3	100.00
IF	95	2	2	100.00



75               if (!rst_ni) test_q <= '0;
                 -1-  
                 ==>
76               else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
                      -2-  
                 ==>
                 MISSING_ELSE
                 ==>

Branches:

-1-	-2-	Status	Tests
1	-	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
0	0	Covered	T1,T2,T3



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_tx_threshold

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_acq_overflow

	Line No.	Total	Covered	Percent
TOTAL		10	10	100.00
ALWAYS	75	4	4	100.00
CONT_ASSIGN	81	1	1	100.00
CONT_ASSIGN	83	1	1	100.00
CONT_ASSIGN	88	1	1	100.00
ALWAYS	95	3	3	100.00



74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75         2/2                if (!rst_ni) test_q <= '0;
           Tests:       T1 T2 T3  | T1 T2 T3 
76         2/2                else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
           Tests:       T1 T2 T3  | T119 T202 T203 
                        MISSING_ELSE
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81         1/1              assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
           Tests:       T1 T2 T3 
82                      
83         1/1              assign status = event_intr_i | test_q;
           Tests:       T1 T2 T3 
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88         1/1              assign unused_reg2hw = ^reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_acq_overflow

	Total	Covered	Percent
Conditions	9	9	100.00
Logical	9	9	100.00
Non-Logical	0	0
Event	0	0

 LINE       81
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T4,T5,T51

 LINE       83
 EXPRESSION (event_intr_i | g_intr_status.test_q)
             ------1-----   ----------2---------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
1	0	Covered	T4,T5,T51

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T203,T26
1	1	Covered	T4,T5,T51

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_acq_overflow

	Line No.	Total	Covered	Percent
Branches		5	5	100.00
IF	75	3	3	100.00
IF	95	2	2	100.00



75               if (!rst_ni) test_q <= '0;
                 -1-  
                 ==>
76               else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
                      -2-  
                 ==>
                 MISSING_ELSE
                 ==>

Branches:

-1-	-2-	Status	Tests
1	-	Covered	T1,T2,T3
0	1	Covered	T119,T202,T203
0	0	Covered	T1,T2,T3



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_acq_overflow

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_unexp_stop

	Line No.	Total	Covered	Percent
TOTAL		7	7	100.00
CONT_ASSIGN	62	1	1	100.00
CONT_ASSIGN	64	1	1	100.00
CONT_ASSIGN	67	1	1	100.00
CONT_ASSIGN	69	1	1	100.00
ALWAYS	95	3	3	100.00



61                          logic  [Width-1:0]    new_event;
62         1/1              assign new_event =
           Tests:       T1 T2 T3 
63                                     (({Width{reg2hw_intr_test_qe_i}} & reg2hw_intr_test_q_i) | event_intr_i);
64         1/1              assign hw2reg_intr_state_de_o = |new_event;
           Tests:       T1 T2 T3 
65                          // for scalar interrupts, this resolves to '1' with new event
66                          // for vector interrupts, new events are OR'd in to existing interrupt state
67         1/1              assign hw2reg_intr_state_d_o  =  new_event | reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
68                      
69         1/1              assign status = reg2hw_intr_state_q_i ;
           Tests:       T1 T2 T3 
70                        end : g_intr_event
71                        else if (IntrT == "Status") begin : g_intr_status
72                          logic [Width-1:0] test_q; // Storing test. Cleared by SW
73                      
74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75                            if (!rst_ni) test_q <= '0;
76                            else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81                          assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
82                      
83                          assign status = event_intr_i | test_q;
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88                          assign unused_reg2hw = ^reg2hw_intr_state_q_i;
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_unexp_stop

	Total	Covered	Percent
Conditions	12	12	100.00
Logical	12	12	100.00
Non-Logical	0	0
Event	0	0

 LINE       62
 EXPRESSION ((({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i) | event_intr_i)
             -----------------------------1----------------------------   ------2-----

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T55,T57
1	0	Covered	T119,T203,T26

 LINE       62
 SUB-EXPRESSION (({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i)
                 ----------------1----------------   ----------2---------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T119,T203,T26

 LINE       67
 EXPRESSION (g_intr_event.new_event | reg2hw_intr_state_q_i)
             -----------1----------   ----------2----------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T55,T57,T119
1	0	Covered	T55,T57,T119

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T203,T26,T249
1	1	Covered	T55,T57,T119

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_unexp_stop

	Line No.	Total	Covered	Percent
Branches		2	2	100.00
IF	95	2	2	100.00



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_unexp_stop

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

Line Coverage for Instance : tb.dut.i2c_core.intr_hw_host_timeout

	Line No.	Total	Covered	Percent
TOTAL		7	7	100.00
CONT_ASSIGN	62	1	1	100.00
CONT_ASSIGN	64	1	1	100.00
CONT_ASSIGN	67	1	1	100.00
CONT_ASSIGN	69	1	1	100.00
ALWAYS	95	3	3	100.00



61                          logic  [Width-1:0]    new_event;
62         1/1              assign new_event =
           Tests:       T1 T2 T3 
63                                     (({Width{reg2hw_intr_test_qe_i}} & reg2hw_intr_test_q_i) | event_intr_i);
64         1/1              assign hw2reg_intr_state_de_o = |new_event;
           Tests:       T1 T2 T3 
65                          // for scalar interrupts, this resolves to '1' with new event
66                          // for vector interrupts, new events are OR'd in to existing interrupt state
67         1/1              assign hw2reg_intr_state_d_o  =  new_event | reg2hw_intr_state_q_i;
           Tests:       T1 T2 T3 
68                      
69         1/1              assign status = reg2hw_intr_state_q_i ;
           Tests:       T1 T2 T3 
70                        end : g_intr_event
71                        else if (IntrT == "Status") begin : g_intr_status
72                          logic [Width-1:0] test_q; // Storing test. Cleared by SW
73                      
74                          always_ff @(posedge clk_i or negedge rst_ni) begin
75                            if (!rst_ni) test_q <= '0;
76                            else if (reg2hw_intr_test_qe_i) test_q <= reg2hw_intr_test_q_i;
77                          end
78                      
79                          // TODO: In Status type, INTR_STATE is better to be external type and RO.
80                          assign hw2reg_intr_state_de_o = 1'b 1; // always represent the status
81                          assign hw2reg_intr_state_d_o  = event_intr_i | test_q;
82                      
83                          assign status = event_intr_i | test_q;
84                      
85                          // To make the timing same to event type, status signal does not use CSR.q,
86                          // rather the input of the CSR.
87                          logic unused_reg2hw;
88                          assign unused_reg2hw = ^reg2hw_intr_state_q_i;
89                        end : g_intr_status
90                      
91                      
92                        if (FlopOutput == 1) begin : gen_flop_intr_output
93                          // flop the interrupt output
94                          always_ff @(posedge clk_i or negedge rst_ni) begin
95         1/1                if (!rst_ni) begin
           Tests:       T1 T2 T3 
96         1/1                  intr_o <= '0;
           Tests:       T1 T2 T3 
97                            end else begin
98         1/1                  intr_o <= status & reg2hw_intr_enable_q_i;
           Tests:       T1 T2 T3

Cond Coverage for Instance : tb.dut.i2c_core.intr_hw_host_timeout

	Total	Covered	Percent
Conditions	12	12	100.00
Logical	12	12	100.00
Non-Logical	0	0
Event	0	0

 LINE       62
 EXPRESSION ((({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i) | event_intr_i)
             -----------------------------1----------------------------   ------2-----

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T4,T81,T82
1	0	Covered	T119,T203,T26

 LINE       62
 SUB-EXPRESSION (({Width {reg2hw_intr_test_qe_i}}) & reg2hw_intr_test_q_i)
                 ----------------1----------------   ----------2---------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T202,T203
1	1	Covered	T119,T203,T26

 LINE       67
 EXPRESSION (g_intr_event.new_event | reg2hw_intr_state_q_i)
             -----------1----------   ----------2----------

-1-	-2-	Status	Tests
0	0	Covered	T1,T2,T3
0	1	Covered	T4,T81,T82
1	0	Covered	T4,T81,T82

 LINE       98
 EXPRESSION (status & reg2hw_intr_enable_q_i)
             ---1--   -----------2----------

-1-	-2-	Status	Tests
0	1	Covered	T1,T2,T3
1	0	Covered	T119,T203,T26
1	1	Covered	T4,T81,T82

Branch Coverage for Instance : tb.dut.i2c_core.intr_hw_host_timeout

	Line No.	Total	Covered	Percent
Branches		2	2	100.00
IF	95	2	2	100.00



95               if (!rst_ni) begin
                 -1-  
96                 intr_o <= '0;
                   ==>
97               end else begin
98                 intr_o <= status & reg2hw_intr_enable_q_i;
                   ==>

Branches:

-1-	Status	Tests
1	Covered	T1,T2,T3
0	Covered	T1,T2,T3

Assert Coverage for Instance : tb.dut.i2c_core.intr_hw_host_timeout

	Total	Attempted	Percent	Succeeded/Matched	Percent
Assertions	1	1	100.00	1	100.00
Cover properties	0	0		0
Cover sequences	0	0		0
Total	1	1	100.00	1	100.00

Assertion Details

Name	Attempts	Real Successes	Failures	Incomplete
IntrTKind_A	1675	1675	0	0

IntrTKind_A

Name	Attempts	Real Successes
Total	1675	1675
T1	1	1
T2	1	1
T3	1	1
T4	1	1
T5	1	1
T6	1	1
T7	1	1
T8	1	1
T9	1	1
T10	1	1

SCORE	LINE	COND	TOGGLE	FSM	BRANCH	ASSERT	NAME
92.58	97.74	79.23			93.33	100.00	i2c_core

NAME	SCORE	LINE	COND	TOGGLE	FSM	BRANCH	ASSERT
no children

SCORE	LINE	COND	TOGGLE	FSM	BRANCH	ASSERT	NAME
92.58	97.74	79.23			93.33	100.00	i2c_core

NAME	SCORE	LINE	COND	TOGGLE	FSM	BRANCH	ASSERT
no children

SCORE	LINE	COND	TOGGLE	FSM	BRANCH	ASSERT	NAME
92.58	97.74	79.23			93.33	100.00	i2c_core