engine

package
v1.5.3 Latest Latest
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 Go to latest Published: Mar 11, 2021 License: BSD-3-Clause Imports: 12 Imported by: 16

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Index

Constants

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const (
	SortModel       = 1
	ConcurrentModel = 2
	MixModel        = 3
	InverseMixModel = 4
)

Variables

This section is empty.

Functions

This section is empty.

Types

type Gengine 

type Gengine struct {
	// contains filtered or unexported fields
}

func NewGengine 

func NewGengine() *Gengine

func (*Gengine) Execute 

func (g *Gengine) Execute(rb *builder.RuleBuilder, b bool) error

* sort execute model

when b is true it means when there are many rules， if one rule execute error，continue to execute rules after the occur error rule

func (*Gengine) ExecuteConcurrent 

func (g *Gengine) ExecuteConcurrent(rb *builder.RuleBuilder) error

concurrent execute model in this mode, it will not consider the priority and not consider err control

func (*Gengine) ExecuteInverseMixModel 

func (g *Gengine) ExecuteInverseMixModel(rb *builder.RuleBuilder) error

inverse mix model

func (*Gengine) ExecuteMixModel 

func (g *Gengine) ExecuteMixModel(rb *builder.RuleBuilder) error

mix model to execute rules

in this mode, it will not consider the priority，and it also concurrently to execute rules first to execute the most high priority rule，then concurrently to execute last rules without consider the priority

func (*Gengine) ExecuteMixModelWithStopTagDirect 

func (g *Gengine) ExecuteMixModelWithStopTagDirect(rb *builder.RuleBuilder, sTag *Stag) error

* 

mix execute model

base type :golang translate value not base type: golang translate pointer

if stopTag become true,it will not continue to execute stopTag is a name given by user, and user can use it to control rules execute behavior in rules, it can improve performance

it used in this scene: where the first rule execute finished, you don't want to execute to the last rules, you can use sTag to control it out of gengine

func (*Gengine) ExecuteNConcurrentMConcurrent 

func (g *Gengine) ExecuteNConcurrentMConcurrent(nConcurrent, mConcurrent int, rb *builder.RuleBuilder, b bool) error
  1. first n piece rules to concurrent execute based without priority
  2. bool b means: if the first stage executed error, whether continue to execute the next concurrent stage if b == true, means continue, if false, means stop and return
  3. then m piece rules to concurrent execute based without priority

func (*Gengine) ExecuteNConcurrentMSort 

func (g *Gengine) ExecuteNConcurrentMSort(nConcurrent, mSort int, rb *builder.RuleBuilder, b bool) error
  1. first n piece rules to concurrent execute based without priority
  2. bool b means: after concurrent execute stage,if a rule execute error whether continue to execute the last all rules, if b == true, means continue, if false, means stop and return
  3. then m piece rules to sort execute based on priority

func (*Gengine) ExecuteNSortMConcurrent 

func (g *Gengine) ExecuteNSortMConcurrent(nSort, mConcurrent int, rb *builder.RuleBuilder, b bool) error

1.first n piece rules to sort execute based on priority 2.bool b means: when in sort execute stage,if a rule execute error whether continue to execute the last all rules, 

if b == true, means continue, if false, means stop and return

3.then m piece rules to concurrent execute based without priority

func (*Gengine) ExecuteSelectedNConcurrentMConcurrent 

func (g *Gengine) ExecuteSelectedNConcurrentMConcurrent(nConcurrent, mConcurrent int, rb *builder.RuleBuilder, b bool, names []string) error

based on selected rules

  1. first n piece rules to concurrent execute based without priority
  2. bool b means: if the first stage executed error, whether continue to execute the next concurrent stage if b == true, means continue, if false, means stop and return
  3. then m piece rules to concurrent execute based without priority

func (*Gengine) ExecuteSelectedNConcurrentMSort 

func (g *Gengine) ExecuteSelectedNConcurrentMSort(nConcurrent, mSort int, rb *builder.RuleBuilder, b bool, names []string) error
  1. based on selected rules
  2. first n piece rules to concurrent execute based without priority
  3. bool b means: after concurrent execute stage,if a rule execute error whether continue to execute the last all rules, if b == true, means continue, if false, means stop and return
  4. then m piece rules to sort execute based on priority

func (*Gengine) ExecuteSelectedNSortMConcurrent 

func (g *Gengine) ExecuteSelectedNSortMConcurrent(nSort, mConcurrent int, rb *builder.RuleBuilder, b bool, names []string) error

0.based on selected rules 1.first n piece rules to sort execute based on priority 2.bool b means: when in sort execute stage,if a rule execute error whether continue to execute the last all rules, 

if b == true, means continue, if false, means stop and return

3.then m piece rules to concurrent execute based without priority

func (*Gengine) ExecuteSelectedRules 

func (g *Gengine) ExecuteSelectedRules(rb *builder.RuleBuilder, names []string) error

* user can choose specified name rules to run with sort, and it will continue to execute the last rules,even if there rule execute error

func (*Gengine) ExecuteSelectedRulesConcurrent 

func (g *Gengine) ExecuteSelectedRulesConcurrent(rb *builder.RuleBuilder, names []string) error

* user can choose specified name rules to concurrent run

func (*Gengine) ExecuteSelectedRulesInverseMixModel 

func (g *Gengine) ExecuteSelectedRulesInverseMixModel(rb *builder.RuleBuilder, names []string) error

inverse mix model with user selected

func (*Gengine) ExecuteSelectedRulesMixModel 

func (g *Gengine) ExecuteSelectedRulesMixModel(rb *builder.RuleBuilder, names []string) error

* user can choose specified name rules to run with mix model

func (*Gengine) ExecuteSelectedRulesWithControl 

func (g *Gengine) ExecuteSelectedRulesWithControl(rb *builder.RuleBuilder, b bool, names []string) error

* user can choose specified name rules to run with sort b bool:control whether continue to execute last rules ,when a rule execute error; if b == true ,the func is same to ExecuteSelectedRules

func (*Gengine) ExecuteSelectedRulesWithControlAndStopTag 

func (g *Gengine) ExecuteSelectedRulesWithControlAndStopTag(rb *builder.RuleBuilder, b bool, sTag *Stag, names []string) error

* user can choose specified name rules to run with sort b bool:control whether continue to execute last rules ,when a rule execute error; if b == true ,the func is same to ExecuteSelectedRules

func (*Gengine) ExecuteWithStopTagDirect 

func (g *Gengine) ExecuteWithStopTagDirect(rb *builder.RuleBuilder, b bool, sTag *Stag) error

* sort execute model

when b is true it means when there are many rules， if one rule execute error，continue to execute rules after the occur error rule; if stopTag become true,it will not continue to execute

sTag is a struct given by user, and user can use it to control rules execute behavior in rules, it can improve performance

it used in this scene: where some high priority rules execute finished, you don't want to execute to the last rules, you can use sTag to control it out of gengine

func (*Gengine) GetRulesResultMap 

func (g *Gengine) GetRulesResultMap() (map[string]interface{}, error)

type GenginePool 

type GenginePool struct {
	// contains filtered or unexported fields
}

when you use NewGenginePool, you just think of it as the connection pool of mysql, the higher QPS you want to support, the more resource you need to give

func NewGenginePool 

func NewGenginePool(poolMinLen, poolMaxLen int64, em int, rulesStr string, apiOuter map[string]interface{}) (*GenginePool, error)

best practise： when there has cost-time operate in your rule or you want to support high concurrency(> 200000QPS) , please set poolMinLen bigger Appropriately when you use NewGenginePool,you just think of it as the connection pool of mysql, the higher QPS you want to support, the more resource you need to give

func (*GenginePool) ClearPoolRules 

func (gp *GenginePool) ClearPoolRules()

clear all rules in engine in pool

func (*GenginePool) Execute 

func (gp *GenginePool) Execute(data map[string]interface{}, b bool) (error, map[string]interface{})

see gengine.go Execute

func (*GenginePool) ExecuteConcurrent 

func (gp *GenginePool) ExecuteConcurrent(data map[string]interface{}) (error, map[string]interface{})

see gengine.go ExecuteConcurrent

func (*GenginePool) ExecuteInverseMixModel 

func (gp *GenginePool) ExecuteInverseMixModel(data map[string]interface{}) (error, map[string]interface{})

//see gengine.go ExecuteInverseMixModel

func (*GenginePool) ExecuteMixModel 

func (gp *GenginePool) ExecuteMixModel(data map[string]interface{}) (error, map[string]interface{})

see gengine.go ExecuteMixModel

func (*GenginePool) ExecuteMixModelWithStopTagDirect 

func (gp *GenginePool) ExecuteMixModelWithStopTagDirect(data map[string]interface{}, sTag *Stag) (error, map[string]interface{})

see gengine.go ExecuteMixModelWithStopTagDirect

func (*GenginePool) ExecuteNConcurrentMConcurrent 

func (gp *GenginePool) ExecuteNConcurrentMConcurrent(nSort, mConcurrent int, b bool, data map[string]interface{}) (error, map[string]interface{})

see gengine.go ExecuteNConcurrentMConcurrent

func (*GenginePool) ExecuteNConcurrentMSort 

func (gp *GenginePool) ExecuteNConcurrentMSort(nSort, mConcurrent int, b bool, data map[string]interface{}) (error, map[string]interface{})

see gengine.go ExecuteNConcurrentMSort

func (*GenginePool) ExecuteNSortMConcurrent 

func (gp *GenginePool) ExecuteNSortMConcurrent(nSort, mConcurrent int, b bool, data map[string]interface{}) (error, map[string]interface{})

see gengine.go ExecuteNSortMConcurrent

func (*GenginePool) ExecuteRulesWithMultiInputWithSpecifiedEM 

func (gp *GenginePool) ExecuteRulesWithMultiInputWithSpecifiedEM(data map[string]interface{}) (error, map[string]interface{})

* user can input more data to use in engine it is no difference with ExecuteRules, you just can inject more data use this api

the return map[string]interface{} collection each rule returned result

func (*GenginePool) ExecuteRulesWithSpecifiedEM 

func (gp *GenginePool) ExecuteRulesWithSpecifiedEM(reqName string, req interface{}, respName string, resp interface{}) (error, map[string]interface{})

execute rules as the user set execute model when init or update req, it is better to be ptr, or you will not get changed data resp, it is better to be ptr, or you will not get changed data the return map[string]interface{} collection each rule returned result

func (*GenginePool) ExecuteSelectedNConcurrentMConcurrent 

func (gp *GenginePool) ExecuteSelectedNConcurrentMConcurrent(nSort, mConcurrent int, b bool, names []string, data map[string]interface{}) (error, map[string]interface{})

see gengine.go ExecuteSelectedNConcurrentMConcurrent

func (*GenginePool) ExecuteSelectedNConcurrentMSort 

func (gp *GenginePool) ExecuteSelectedNConcurrentMSort(nSort, mConcurrent int, b bool, names []string, data map[string]interface{}) (error, map[string]interface{})

see gengine.go ExecuteSelectedNConcurrentMSort

func (*GenginePool) ExecuteSelectedNSortMConcurrent 

func (gp *GenginePool) ExecuteSelectedNSortMConcurrent(nSort, mConcurrent int, b bool, names []string, data map[string]interface{}) (error, map[string]interface{})

see gengine.go ExecuteSelectedNSortMConcurrent

func (*GenginePool) ExecuteSelectedRules 

func (gp *GenginePool) ExecuteSelectedRules(data map[string]interface{}, names []string) (error, map[string]interface{})

see gengine.go ExecuteSelectedRules

func (*GenginePool) ExecuteSelectedRulesConcurrent 

func (gp *GenginePool) ExecuteSelectedRulesConcurrent(data map[string]interface{}, names []string) (error, map[string]interface{})

see gengine.go ExecuteSelectedRulesConcurrent

func (*GenginePool) ExecuteSelectedRulesInverseMixModel 

func (gp *GenginePool) ExecuteSelectedRulesInverseMixModel(data map[string]interface{}, names []string) (error, map[string]interface{})

see gengine.go ExecuteSelectedRulesInverseMixModel

func (*GenginePool) ExecuteSelectedRulesMixModel 

func (gp *GenginePool) ExecuteSelectedRulesMixModel(data map[string]interface{}, names []string) (error, map[string]interface{})

see gengine.go ExecuteSelectedRulesMixModel

func (*GenginePool) ExecuteSelectedRulesWithControl 

func (gp *GenginePool) ExecuteSelectedRulesWithControl(data map[string]interface{}, b bool, names []string) (error, map[string]interface{})

see gengine.go ExecuteSelectedRulesWithControl

func (*GenginePool) ExecuteSelectedRulesWithControlAndStopTag 

func (gp *GenginePool) ExecuteSelectedRulesWithControlAndStopTag(data map[string]interface{}, b bool, sTag *Stag, names []string) (error, map[string]interface{})

see gengine.go ExecuteSelectedRulesWithControlAndStopTag

func (*GenginePool) ExecuteSelectedWithSpecifiedEM 

func (gp *GenginePool) ExecuteSelectedWithSpecifiedEM(data map[string]interface{}, names []string) (error, map[string]interface{})

** this make user could use exemodel to control the select-exemodel

the return map[string]interface{} collection each rule returned result

func (*GenginePool) ExecuteWithStopTagDirect 

func (gp *GenginePool) ExecuteWithStopTagDirect(data map[string]interface{}, b bool, sTag *Stag) (error, map[string]interface{})

se gengine.go ExecuteWithStopTagDirect

func (*GenginePool) GetExecModel 

func (gp *GenginePool) GetExecModel() int

get the execute model the user set

func (*GenginePool) GetRuleDesc 

func (gp *GenginePool) GetRuleDesc(ruleName string) (string, error)

get the rule's description

func (*GenginePool) GetRuleSalience 

func (gp *GenginePool) GetRuleSalience(ruleName string) (int64, error)

get the rule's salience

func (*GenginePool) GetRulesNumber 

func (gp *GenginePool) GetRulesNumber() int

count how many different rules in pool

func (*GenginePool) IsExist 

func (gp *GenginePool) IsExist(ruleNames []string) []bool

check the rule whether exist

func (*GenginePool) PluginLoader 

func (gp *GenginePool) PluginLoader(absolutePathOfSO string) error

plugin_exportName_apiName.so _ is a separator plugin is prefix exportName is user export in plugin file apiName is plugin used in gengine

func (*GenginePool) RemoveRules 

func (gp *GenginePool) RemoveRules(ruleNames []string) error

remove rules

func (*GenginePool) SetExecModel 

func (gp *GenginePool) SetExecModel(execModel int) error

1 sort model 2 concurrent model 3 mix model 4 inverse mix model

func (*GenginePool) UpdatePooledRules 

func (gp *GenginePool) UpdatePooledRules(ruleStr string) error

sync method update the all rules in all engine in the pool update success: return nil update failed: return error this is very different from connection pool, connection pool just need to init once while gengine pool need to update the rules whenever the user want to init

func (*GenginePool) UpdatePooledRulesIncremental 

func (gp *GenginePool) UpdatePooledRulesIncremental(ruleStr string) error

sync method incremental update the rules in all engine in the pool incremental update success: return nil incremental update failed: return error if a rule already exists, this method will use the new rule to replace the old one if a rule doesn't exist, this method will add the new rule to the existed rules list see: func (builder *RuleBuilder)BuildRuleWithIncremental(ruleString string) in rule_builder.go

type Stag 

type Stag struct {
	StopTag bool
}

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