Revert "[bug-fix] probeNum参数更新，loadRule生效"

core/circuitbreaker/rule.go

@@ -61,7 +61,7 @@ type Rule struct {
 	// that can trigger circuit breaking.
 	MinRequestAmount uint64 `json:"minRequestAmount"`
 	// StatIntervalMs represents statistic time interval of the internal circuit breaker (in ms).
-	// Currently, the statistic interval is collected by sliding window.
+	// Currently the statistic interval is collected by sliding window.
 	StatIntervalMs uint32 `json:"statIntervalMs"`
 	// StatSlidingWindowBucketCount represents the bucket count of statistic sliding window.
 	// The statistic will be more precise as the bucket count increases, but the memory cost increases too.
@@ -78,10 +78,10 @@ type Rule struct {
 	// for ErrorRatio, it represents the max error request ratio
 	// for ErrorCount, it represents the max error request count
 	Threshold float64 `json:"threshold"`
-	// ProbeNum is number of probes required when the circuit breaker is half-open.
-	// when the probe num are set  and circuit breaker in the half-open state.
-	// if err occurs during the probe, the circuit breaker is opened immediately.
-	// otherwise,the circuit breaker is closed only after the number of probes is reached
+	//ProbeNum is number of probes required when the circuit breaker is half-open.
+	//when the probe num are set  and circuit breaker in the half-open state.
+	//if err occurs during the probe, the circuit breaker is opened immediately.
+	//otherwise,the circuit breaker is closed only after the number of probes is reached
 	ProbeNum uint64 `json:"probeNum"`
 }
 
@@ -103,14 +103,12 @@ func (r *Rule) ResourceName() string {
 	return r.Resource
 }
 
-// Check whether the fields shared by all rule strategy types are consistent
 func (r *Rule) isEqualsToBase(newRule *Rule) bool {
 	if newRule == nil {
 		return false
 	}
 	return r.Resource == newRule.Resource && r.Strategy == newRule.Strategy && r.RetryTimeoutMs == newRule.RetryTimeoutMs &&
-		r.MinRequestAmount == newRule.MinRequestAmount && r.StatIntervalMs == newRule.StatIntervalMs && r.StatSlidingWindowBucketCount == newRule.StatSlidingWindowBucketCount &&
-		r.ProbeNum == newRule.ProbeNum
+		r.MinRequestAmount == newRule.MinRequestAmount && r.StatIntervalMs == newRule.StatIntervalMs && r.StatSlidingWindowBucketCount == newRule.StatSlidingWindowBucketCount
 }
 
 func (r *Rule) isEqualsTo(newRule *Rule) bool {

core/circuitbreaker/rule_test.go

@@ -368,30 +368,6 @@ func TestRuleIsEqualsToBase(t *testing.T) {
 			},
 			expectedResult: false,
 		},
-		// different ProbeNum
-		{
-			rule1: &Rule{
-				Resource:                     "abc",
-				Strategy:                     ErrorCount,
-				RetryTimeoutMs:               3000,
-				MinRequestAmount:             10,
-				StatIntervalMs:               10000,
-				StatSlidingWindowBucketCount: 2,
-				Threshold:                    1.0,
-				ProbeNum:                     10,
-			},
-			rule2: &Rule{
-				Resource:                     "abc",
-				Strategy:                     ErrorCount,
-				RetryTimeoutMs:               3000,
-				MinRequestAmount:             10,
-				StatIntervalMs:               10000,
-				StatSlidingWindowBucketCount: 2,
-				Threshold:                    1.0,
-				ProbeNum:                     11,
-			},
-			expectedResult: false,
-		},
 	}
 
 	for i, c := range cases {

core/hotspot/rule.go

@@ -76,7 +76,7 @@ type Rule struct {
 	// ControlBehavior only takes effect when MetricType is QPS
 	ControlBehavior ControlBehavior `json:"controlBehavior"`
 	// ParamIndex is the index in context arguments slice.
-	// if ParamIndex is greater than or equals to zero, ParamIndex means the <ParamIndex>-th parameter
+	// if ParamIndex is great than or equals to zero, ParamIndex means the <ParamIndex>-th parameter
 	// if ParamIndex is the negative, ParamIndex means the reversed <ParamIndex>-th parameter
 	ParamIndex int `json:"paramIndex"`
 	// ParamKey is the key in EntryContext.Input.Attachments map.