ERR<n>PFGCTL

Reserved, RES0.

Countdown Enable. Controls transfers of the value held in ERR<n>PFGCDN to the Error Generation Counter and enables this counter.

CDNEN	Meaning
0b0	The Error Generation Counter is disabled.
0b1	The Error Generation Counter is enabled. On a write of 1 to this field, the Error Generation Counter is set to ERR<n>PFGCDN.CDN.

The reset behavior of this field is:

On a Cold reset, this field resets to 0.

Restart. Controls whether the Error Generation Counter restarts or stops counting on reaching zero.

R	Meaning
0b0	On reaching zero, the Error Generation Counter will stop counting.
0b1	On reaching zero, the Error Generation Counter is set to ERR<n>PFGCDN.CDN.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Reserved, RAO/WI.

Miscellaneous syndrome. The value written to ERR<n>STATUS.MV when an injected error is recorded.

MV	Meaning
0b0	ERR<n>STATUS.MV is set to 0 when an injected error is recorded.
0b1	ERR<n>STATUS.MV is set to 1 when an injected error is recorded.

The reset behavior of this field is:

On an Error recovery reset, this field resets to an architecturally UNKNOWN value.

Reserved, RAO/WI.

Reserved, RES0.

Reserved, RAO/WI.

Address syndrome. The value written to ERR<n>STATUS.AV when an injected error is recorded.

AV	Meaning
0b0	ERR<n>STATUS.AV is set to 0 when an injected error is recorded.
0b1	ERR<n>STATUS.AV is set to 1 when an injected error is recorded.

The reset behavior of this field is:

On an Error recovery reset, this field resets to an architecturally UNKNOWN value.

Reserved, RAO/WI.

Reserved, RES0.

Poison flag. The value written to ERR<n>STATUS.PN when an injected error is recorded.

PN	Meaning
0b0	ERR<n>STATUS.PN is set to 0 when an injected error is recorded.
0b1	ERR<n>STATUS.PN is set to 1 when an injected error is recorded.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Error Reported flag. The value written to ERR<n>STATUS.ER when an injected error is recorded.

ER	Meaning
0b0	ERR<n>STATUS.ER is set to 0 when an injected error is recorded.
0b1	ERR<n>STATUS.ER is set to 1 when an injected error is recorded.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Critical Error flag. The value written to ERR<n>STATUS.CI when an injected error is recorded.

CI	Meaning
0b0	ERR<n>STATUS.CI is set to 0 when an injected error is recorded.
0b1	ERR<n>STATUS.CI is set to 1 when an injected error is recorded.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Corrected Error generation enable. Controls the type of injected Corrected error generated by the fault injection feature of the node.

CE	Meaning
0b00	An injected Corrected error will not be generated by the fault injection feature of the node.
0b01	An injected non-specific Corrected error is generated in the fault injection state. ERR<n>STATUS.CE is set to 0b10 when the injected error is recorded.
0b10	An injected transient Corrected error is generated in the fault injection state. ERR<n>STATUS.CE is set to 0b01 when the injected error is recorded.
0b11	An injected persistent Corrected error is generated in the fault injection state. ERR<n>STATUS.CE is set to 0b11 when the injected error is recorded.

The set of permitted values for this field is defined by ERR<n>PFGF.CE.

The node enters the fault injection state when the Error Generation Counter decrements to zero. It is IMPLEMENTATION DEFINED whether the injected error is generated when the error is generated on an access to the component in the fault injection state and the data is not consumed.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Deferred Error generation enable. Controls whether an injected Deferred error is generated by the fault injection feature of the node.

DE	Meaning
0b0	An injected Deferred error will not be generated by the fault generation feature of the node.
0b1	An injected Deferred error is generated in the fault injection state.

The node enters the fault injection state when the Error Generation Counter decrements to zero. It is IMPLEMENTATION DEFINED whether the injected error is generated when the error is generated on an access to the component in the fault injection state and the data is not consumed.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Latent or Restartable Error generation enable. Controls whether an injected Latent or Restartable error is generated by the fault injection feature of the node.

UEO	Meaning
0b0	An injected Latent or Restartable error will not be generated by the fault generation feature of the node.
0b1	An injected Latent or Restartable error is generated in the fault injection state.

The node enters the fault injection state when the Error Generation Counter decrements to zero. It is IMPLEMENTATION DEFINED whether the injected error is generated when the error is generated on an access to the component in the fault injection state and the data is not consumed.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Signaled or Recoverable Error generation enable. Controls whether an injected Signaled or Recoverable error is generated by the fault injection feature of the node.

UER	Meaning
0b0	An injected Signaled or Recoverable error will not be generated by the fault generation feature of the node.
0b1	An injected Signaled or Recoverable error is generated in the fault injection state.

The node enters the fault injection state when the Error Generation Counter decrements to zero. It is IMPLEMENTATION DEFINED whether the injected error is generated when the error is generated on an access to the component in the fault injection state and the data is not consumed.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Unrecoverable Error generation enable. Controls whether an injected Unrecoverable error is generated by the fault injection feature of the node.

UEU	Meaning
0b0	An injected Unrecoverable error will not be generated by the fault generation feature of the node.
0b1	An injected Unrecoverable error is generated in the fault injection state.

The node enters the fault injection state when the Error Generation Counter decrements to zero. It is IMPLEMENTATION DEFINED whether the injected error is generated when the error is generated on an access to the component in the fault injection state and the data is not consumed.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Uncontainable Error generation enable. Controls whether an injected Uncontainable error is generated by the fault injection feature of the node.

UC	Meaning
0b0	An injected Uncontainable error will not be generated by the fault generation feature of the node.
0b1	An injected Uncontainable error is generated in the fault injection state.

The node enters the fault injection state when the Error Generation Counter decrements to zero. It is IMPLEMENTATION DEFINED whether the injected error is generated when the error is generated on an access to the component in the fault injection state and the data is not consumed.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

Overflow flag. The value written to ERR<n>STATUS.OF when an injected error is recorded.

OF	Meaning
0b0	ERR<n>STATUS.OF is set to 0 when an injected error is recorded.
0b1	ERR<n>STATUS.OF is set to 1 when an injected error is recorded.

The reset behavior of this field is:

On a Cold reset, this field resets to an architecturally UNKNOWN value.

Reserved, RES0.

63	62	61	60	59	58	57	56	55	54	53	52	51	50	49	48	47	46	45	44	43	42	41	40	39	38	37	36	35	34	33	32
31	30	29	28	27	26	25	24	23	22	21	20	19	18	17	16	15	14	13	12	11	10	9	8	7	6	5	4	3	2	1	0
RES0
CDNEN	R	RES0																	RAO/WI	RAO/WI	PN	ER	CI	CE		DE	UEO	UER	UEU	UC	OF

ERR<n>PFGCTL, Error Record <n> Pseudo-fault Generation Control Register, n = 0 - 65534

Purpose

Configuration

Attributes

Field descriptions

Bits [63:32]

CDNEN, bit [31]

R, bit [30]
When the node supports this control:

Otherwise:

Bits [29:13]

Bit [12]
When the node supports this control and the node always sets ERR<n>STATUS.MV to 0b1 when an injected error is recorded:

When the node supports this control:

When the node always sets ERR<n>STATUS.MV to 0b1 when an injected error is recorded and this field is RAO/WI:

Otherwise:

Bit [11]
When the node supports this control and the node always sets ERR<n>STATUS.AV to 0b1 when an injected error is recorded:

When the node supports this control:

When the node always sets ERR<n>STATUS.AV to 0b1 when an injected error is recorded and this field is RAO/WI:

Otherwise:

PN, bit [10]
When the node supports this control:

Otherwise:

ER, bit [9]
When the node supports this control:

Otherwise:

CI, bit [8]
When the node supports this control:

Otherwise:

CE, bits [7:6]
When the node supports this control:

Otherwise:

DE, bit [5]
When the node supports this control:

Otherwise:

UEO, bit [4]
When the node supports this control:

Otherwise:

UER, bit [3]
When the node supports this control:

Otherwise:

UEU, bit [2]
When the node supports this control:

Otherwise:

UC, bit [1]
When the node supports this control:

Otherwise:

OF, bit [0]
When the node supports this control:

Otherwise:

Accessing ERR<n>PFGCTL

ERR<n>PFGCTL can be accessed through the memory-mapped interfaces:

ERR<n>PFGCTL, Error Record <n> Pseudo-fault Generation Control Register, n = 0 - 65534

Purpose

Configuration

Attributes

Field descriptions

Bits [63:32]

CDNEN, bit [31]

R, bit [30]When the node supports this control:

Otherwise:

Bits [29:13]

Bit [12]When the node supports this control and the node always sets ERR<n>STATUS.MV to 0b1 when an injected error is recorded:

When the node supports this control:

When the node always sets ERR<n>STATUS.MV to 0b1 when an injected error is recorded and this field is RAO/WI:

Otherwise:

Bit [11]When the node supports this control and the node always sets ERR<n>STATUS.AV to 0b1 when an injected error is recorded:

When the node supports this control:

When the node always sets ERR<n>STATUS.AV to 0b1 when an injected error is recorded and this field is RAO/WI:

Otherwise:

PN, bit [10]When the node supports this control:

Otherwise:

ER, bit [9]When the node supports this control:

Otherwise:

CI, bit [8]When the node supports this control:

Otherwise:

CE, bits [7:6]When the node supports this control:

Otherwise:

DE, bit [5]When the node supports this control:

Otherwise:

UEO, bit [4]When the node supports this control:

Otherwise:

UER, bit [3]When the node supports this control:

Otherwise:

UEU, bit [2]When the node supports this control:

Otherwise:

UC, bit [1]When the node supports this control:

Otherwise:

OF, bit [0]When the node supports this control:

Otherwise:

Accessing ERR<n>PFGCTL

ERR<n>PFGCTL can be accessed through the memory-mapped interfaces:

R, bit [30]
When the node supports this control:

Bit [12]
When the node supports this control and the node always sets ERR<n>STATUS.MV to 0b1 when an injected error is recorded:

Bit [11]
When the node supports this control and the node always sets ERR<n>STATUS.AV to 0b1 when an injected error is recorded:

PN, bit [10]
When the node supports this control:

ER, bit [9]
When the node supports this control:

CI, bit [8]
When the node supports this control:

CE, bits [7:6]
When the node supports this control:

DE, bit [5]
When the node supports this control:

UEO, bit [4]
When the node supports this control:

UER, bit [3]
When the node supports this control:

UEU, bit [2]
When the node supports this control:

UC, bit [1]
When the node supports this control:

OF, bit [0]
When the node supports this control: