validation.AsyncArgument.validate - Code Metrics - muonsoft/validation - Measure and Improve Code Quality continuously with Scrutinizer

validation.AsyncArgument.validate B
last analyzed 2023-03-25 12:32 UTC

↳ Parent: flow_control.go

Complexity

Conditions

Size

Total Lines	33
Code Lines	22

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	7
eloc	22
dl	0
loc	33
rs	7.952
c	0
b	0
f	0
nop	2

package validation

import (
	"context"
	"sync"
)

// WhenArgument is used to build conditional validation. Use the [When] function to initiate a conditional check.
// If the condition is true, then the arguments passed through the [WhenArgument.Then] function will be processed.
// Otherwise, the arguments passed through the [WhenArgument.Else] function will be processed.
type WhenArgument struct {
	isTrue        bool
	path          []PropertyPathElement
	thenArguments []Argument
	elseArguments []Argument
}

// When function is used to initiate conditional validation.
// If the condition is true, then the arguments passed through the [WhenArgument.Then] function will be processed.
// Otherwise, the arguments passed through the [WhenArgument.Else] function will be processed.
func When(isTrue bool) WhenArgument {
	return WhenArgument{isTrue: isTrue}
}

// Then function is used to set a sequence of arguments to be processed if the condition is true.
func (arg WhenArgument) Then(arguments ...Argument) WhenArgument {
	arg.thenArguments = arguments
	return arg
}

// Else function is used to set a sequence of arguments to be processed if a condition is false.
func (arg WhenArgument) Else(arguments ...Argument) WhenArgument {
	arg.elseArguments = arguments
	return arg
}

// At returns a copy of [WhenArgument] with appended property path suffix.
func (arg WhenArgument) At(path ...PropertyPathElement) WhenArgument {
	arg.path = append(arg.path, path...)
	return arg
}

func (arg WhenArgument) setUp(ctx *executionContext) {
	ctx.addValidation(arg.validate, arg.path...)
}

func (arg WhenArgument) validate(ctx context.Context, validator *Validator) (*ViolationList, error) {
	var err error
	if arg.isTrue {
		err = validator.Validate(ctx, arg.thenArguments...)
	} else {
		err = validator.Validate(ctx, arg.elseArguments...)
	}

	return unwrapViolationList(err)
}

// WhenGroupsArgument is used to build conditional validation based on groups. Use the [WhenGroups] function
// to initiate a conditional check. If validation group matches to the validator one,
// then the arguments passed through the [WhenGroupsArgument.Then] function will be processed.
// Otherwise, the arguments passed through the [WhenGroupsArgument.Else] function will be processed.
type WhenGroupsArgument struct {
	groups        []string
	path          []PropertyPathElement
	thenArguments []Argument
	elseArguments []Argument
}

// WhenGroups is used to build conditional validation based on groups. If validation group matches to
// the validator one, then the arguments passed through the [WhenGroupsArgument.Then] function will be processed.
// Otherwise, the arguments passed through the [WhenGroupsArgument.Else] function will be processed.
func WhenGroups(groups ...string) WhenGroupsArgument {
	return WhenGroupsArgument{groups: groups}
}

// Then function is used to set a sequence of arguments to be processed if the validation group is active.
func (arg WhenGroupsArgument) Then(arguments ...Argument) WhenGroupsArgument {
	arg.thenArguments = arguments
	return arg
}

// Else function is used to set a sequence of arguments to be processed if the validation group is active.
func (arg WhenGroupsArgument) Else(arguments ...Argument) WhenGroupsArgument {
	arg.elseArguments = arguments
	return arg
}

// At returns a copy of [WhenGroupsArgument] with appended property path suffix.
func (arg WhenGroupsArgument) At(path ...PropertyPathElement) WhenGroupsArgument {
	arg.path = append(arg.path, path...)
	return arg
}

func (arg WhenGroupsArgument) setUp(ctx *executionContext) {
	ctx.addValidation(arg.validate, arg.path...)
}

func (arg WhenGroupsArgument) validate(ctx context.Context, validator *Validator) (*ViolationList, error) {
	var err error
	if validator.IsIgnoredForGroups(arg.groups...) {
		err = validator.Validate(ctx, arg.elseArguments...)
	} else {
		err = validator.Validate(ctx, arg.thenArguments...)
	}

	return unwrapViolationList(err)
}

// SequentialArgument can be used to interrupt validation process when the first violation is raised.
type SequentialArgument struct {
	isIgnored bool
	path      []PropertyPathElement
	arguments []Argument
}

// Sequentially function used to run validation process step-by-step.
func Sequentially(arguments ...Argument) SequentialArgument {
	return SequentialArgument{arguments: arguments}
}

// At returns a copy of [SequentialArgument] with appended property path suffix.
func (arg SequentialArgument) At(path ...PropertyPathElement) SequentialArgument {
	arg.path = append(arg.path, path...)
	return arg
}

// When enables conditional validation of this argument. If the expression evaluates to false,
// then the argument will be ignored.
func (arg SequentialArgument) When(condition bool) SequentialArgument {
	arg.isIgnored = !condition
	return arg
}

func (arg SequentialArgument) setUp(ctx *executionContext) {
	ctx.addValidation(arg.validate, arg.path...)
}

func (arg SequentialArgument) validate(ctx context.Context, validator *Validator) (*ViolationList, error) {
	if arg.isIgnored {
		return nil, nil
	}

	violations := &ViolationList{}

	for _, argument := range arg.arguments {
		err := violations.AppendFromError(validator.Validate(ctx, argument))
		if err != nil {
			return nil, err
		}
		if violations.len > 0 {
			return violations, nil
		}
	}

	return violations, nil
}

// AtLeastOneOfArgument can be used to set up validation process to check that the value satisfies
// at least one of the given constraints. The validation stops as soon as one constraint is satisfied.
type AtLeastOneOfArgument struct {
	isIgnored bool
	path      []PropertyPathElement
	arguments []Argument
}

// AtLeastOneOf can be used to set up validation process to check that the value satisfies
// at least one of the given constraints. The validation stops as soon as one constraint is satisfied.
func AtLeastOneOf(arguments ...Argument) AtLeastOneOfArgument {
	return AtLeastOneOfArgument{arguments: arguments}
}

// At returns a copy of [AtLeastOneOfArgument] with appended property path suffix.
func (arg AtLeastOneOfArgument) At(path ...PropertyPathElement) AtLeastOneOfArgument {
	arg.path = append(arg.path, path...)
	return arg
}

// When enables conditional validation of this argument. If the expression evaluates to false,
// then the argument will be ignored.
func (arg AtLeastOneOfArgument) When(condition bool) AtLeastOneOfArgument {
	arg.isIgnored = !condition
	return arg
}

func (arg AtLeastOneOfArgument) setUp(ctx *executionContext) {
	ctx.addValidation(arg.validate, arg.path...)
}

func (arg AtLeastOneOfArgument) validate(ctx context.Context, validator *Validator) (*ViolationList, error) {
	if arg.isIgnored {
		return nil, nil
	}

	violations := &ViolationList{}

	for _, argument := range arg.arguments {
		violation := validator.Validate(ctx, argument)
		if violation == nil {
			return nil, nil
		}

		err := violations.AppendFromError(violation)
		if err != nil {
			return nil, err
		}
	}

	return violations, nil
}

// AllArgument can be used to interrupt validation process when the first violation is raised.
type AllArgument struct {
	isIgnored bool
	path      []PropertyPathElement
	arguments []Argument
}

// All runs validation for each argument. It works exactly as [Validator.Validate] method.
// It can be helpful to build complex validation process.
func All(arguments ...Argument) AllArgument {
	return AllArgument{arguments: arguments}
}

// AtProperty can be used to group different kind of validations for a specific property.
// It creates an AllArgument option and executes validation on all the arguments.
func AtProperty(propertyName string, arguments ...Argument) AllArgument {
	return All(arguments...).At(PropertyName(propertyName))
}

// At returns a copy of [AllArgument] with appended property path suffix.
func (arg AllArgument) At(path ...PropertyPathElement) AllArgument {
	arg.path = append(arg.path, path...)
	return arg
}

// When enables conditional validation of this argument. If the expression evaluates to false,
// then the argument will be ignored.
func (arg AllArgument) When(condition bool) AllArgument {
	arg.isIgnored = !condition
	return arg
}

func (arg AllArgument) setUp(ctx *executionContext) {
	ctx.addValidation(arg.validate, arg.path...)
}

func (arg AllArgument) validate(ctx context.Context, validator *Validator) (*ViolationList, error) {
	if arg.isIgnored {
		return nil, nil
	}

	violations := &ViolationList{}

	for _, argument := range arg.arguments {
		err := violations.AppendFromError(validator.Validate(ctx, argument))
		if err != nil {
			return nil, err
		}
	}

	return violations, nil
}

// AsyncArgument can be used to interrupt validation process when the first violation is raised.
type AsyncArgument struct {
	isIgnored bool
	path      []PropertyPathElement
	arguments []Argument
}

// Async implements async/await pattern and runs validation for each argument in a separate goroutine.
func Async(arguments ...Argument) AsyncArgument {
	return AsyncArgument{arguments: arguments}
}

// At returns a copy of [AsyncArgument] with appended property path suffix.
func (arg AsyncArgument) At(path ...PropertyPathElement) AsyncArgument {
	arg.path = append(arg.path, path...)
	return arg
}

// When enables conditional validation of this argument. If the expression evaluates to false,
// then the argument will be ignored.
func (arg AsyncArgument) When(condition bool) AsyncArgument {
	arg.isIgnored = !condition
	return arg
}

func (arg AsyncArgument) setUp(ctx *executionContext) {
	ctx.addValidation(arg.validate, arg.path...)
}

func (arg AsyncArgument) validate(ctx context.Context, validator *Validator) (*ViolationList, error) {
	if arg.isIgnored {
		return nil, nil
	}

	ctx, cancel := context.WithCancel(ctx)
	defer cancel()

	waiter := &sync.WaitGroup{}
	waiter.Add(len(arg.arguments))
	errs := make(chan error)
	for _, argument := range arg.arguments {
		go func(argument Argument) {
			defer waiter.Done()
			errs <- validator.Validate(ctx, argument)
		}(argument)
	}

	go func() {
		waiter.Wait()
		close(errs)
	}()

	violations := &ViolationList{}

	for violation := range errs {
		err := violations.AppendFromError(violation)
		if err != nil {
			return nil, err
		}
	}

	return violations, nil
}


1			package validation
2
3			import (
4			"context"
5			"sync"
6			)
7
8			// WhenArgument is used to build conditional validation. Use the [When] function to initiate a conditional check.
9			// If the condition is true, then the arguments passed through the [WhenArgument.Then] function will be processed.
10			// Otherwise, the arguments passed through the [WhenArgument.Else] function will be processed.
11			type WhenArgument struct {
12			isTrue bool
13			path []PropertyPathElement
14			thenArguments []Argument
15			elseArguments []Argument
16			}
17
18			// When function is used to initiate conditional validation.
19			// If the condition is true, then the arguments passed through the [WhenArgument.Then] function will be processed.
20			// Otherwise, the arguments passed through the [WhenArgument.Else] function will be processed.
21			func When(isTrue bool) WhenArgument {
22			return WhenArgument{isTrue: isTrue}
23			}
24
25			// Then function is used to set a sequence of arguments to be processed if the condition is true.
26			func (arg WhenArgument) Then(arguments ...Argument) WhenArgument {
27			arg.thenArguments = arguments
28			return arg
29			}
30
31			// Else function is used to set a sequence of arguments to be processed if a condition is false.
32			func (arg WhenArgument) Else(arguments ...Argument) WhenArgument {
33			arg.elseArguments = arguments
34			return arg
35			}
36
37			// At returns a copy of [WhenArgument] with appended property path suffix.
38			func (arg WhenArgument) At(path ...PropertyPathElement) WhenArgument {
39			arg.path = append(arg.path, path...)
40			return arg
41			}
42
43			func (arg WhenArgument) setUp(ctx *executionContext) {
44			ctx.addValidation(arg.validate, arg.path...)
45			}
46
47			func (arg WhenArgument) validate(ctx context.Context, validator Validator) (ViolationList, error) {
48			var err error
49			if arg.isTrue {
50			err = validator.Validate(ctx, arg.thenArguments...)
51			} else {
52			err = validator.Validate(ctx, arg.elseArguments...)
53			}
54
55			return unwrapViolationList(err)
56			}
57
58			// WhenGroupsArgument is used to build conditional validation based on groups. Use the [WhenGroups] function
59			// to initiate a conditional check. If validation group matches to the validator one,
60			// then the arguments passed through the [WhenGroupsArgument.Then] function will be processed.
61			// Otherwise, the arguments passed through the [WhenGroupsArgument.Else] function will be processed.
62			type WhenGroupsArgument struct {
63			groups []string
64			path []PropertyPathElement
65			thenArguments []Argument
66			elseArguments []Argument
67			}
68
69			// WhenGroups is used to build conditional validation based on groups. If validation group matches to
70			// the validator one, then the arguments passed through the [WhenGroupsArgument.Then] function will be processed.
71			// Otherwise, the arguments passed through the [WhenGroupsArgument.Else] function will be processed.
72			func WhenGroups(groups ...string) WhenGroupsArgument {
73			return WhenGroupsArgument{groups: groups}
74			}
75
76			// Then function is used to set a sequence of arguments to be processed if the validation group is active.
77			func (arg WhenGroupsArgument) Then(arguments ...Argument) WhenGroupsArgument {
78			arg.thenArguments = arguments
79			return arg
80			}
81
82			// Else function is used to set a sequence of arguments to be processed if the validation group is active.
83			func (arg WhenGroupsArgument) Else(arguments ...Argument) WhenGroupsArgument {
84			arg.elseArguments = arguments
85			return arg
86			}
87
88			// At returns a copy of [WhenGroupsArgument] with appended property path suffix.
89			func (arg WhenGroupsArgument) At(path ...PropertyPathElement) WhenGroupsArgument {
90			arg.path = append(arg.path, path...)
91			return arg
92			}
93
94			func (arg WhenGroupsArgument) setUp(ctx *executionContext) {
95			ctx.addValidation(arg.validate, arg.path...)
96			}
97
98			func (arg WhenGroupsArgument) validate(ctx context.Context, validator Validator) (ViolationList, error) {
99			var err error
100			if validator.IsIgnoredForGroups(arg.groups...) {
101			err = validator.Validate(ctx, arg.elseArguments...)
102			} else {
103			err = validator.Validate(ctx, arg.thenArguments...)
104			}
105
106			return unwrapViolationList(err)
107			}
108
109			// SequentialArgument can be used to interrupt validation process when the first violation is raised.
110			type SequentialArgument struct {
111			isIgnored bool
112			path []PropertyPathElement
113			arguments []Argument
114			}
115
116			// Sequentially function used to run validation process step-by-step.
117			func Sequentially(arguments ...Argument) SequentialArgument {
118			return SequentialArgument{arguments: arguments}
119			}
120
121			// At returns a copy of [SequentialArgument] with appended property path suffix.
122			func (arg SequentialArgument) At(path ...PropertyPathElement) SequentialArgument {
123			arg.path = append(arg.path, path...)
124			return arg
125			}
126
127			// When enables conditional validation of this argument. If the expression evaluates to false,
128			// then the argument will be ignored.
129			func (arg SequentialArgument) When(condition bool) SequentialArgument {
130			arg.isIgnored = !condition
131			return arg
132			}
133
134			func (arg SequentialArgument) setUp(ctx *executionContext) {
135			ctx.addValidation(arg.validate, arg.path...)
136			}
137
138			func (arg SequentialArgument) validate(ctx context.Context, validator Validator) (ViolationList, error) {
139			if arg.isIgnored {
140			return nil, nil
141			}
142
143			violations := &ViolationList{}
144
145			for _, argument := range arg.arguments {
146			err := violations.AppendFromError(validator.Validate(ctx, argument))
147			if err != nil {
148			return nil, err
149			}
150			if violations.len > 0 {
151			return violations, nil
152			}
153			}
154
155			return violations, nil
156			}
157
158			// AtLeastOneOfArgument can be used to set up validation process to check that the value satisfies
159			// at least one of the given constraints. The validation stops as soon as one constraint is satisfied.
160			type AtLeastOneOfArgument struct {
161			isIgnored bool
162			path []PropertyPathElement
163			arguments []Argument
164			}
165
166			// AtLeastOneOf can be used to set up validation process to check that the value satisfies
167			// at least one of the given constraints. The validation stops as soon as one constraint is satisfied.
168			func AtLeastOneOf(arguments ...Argument) AtLeastOneOfArgument {
169			return AtLeastOneOfArgument{arguments: arguments}
170			}
171
172			// At returns a copy of [AtLeastOneOfArgument] with appended property path suffix.
173			func (arg AtLeastOneOfArgument) At(path ...PropertyPathElement) AtLeastOneOfArgument {
174			arg.path = append(arg.path, path...)
175			return arg
176			}
177
178			// When enables conditional validation of this argument. If the expression evaluates to false,
179			// then the argument will be ignored.
180			func (arg AtLeastOneOfArgument) When(condition bool) AtLeastOneOfArgument {
181			arg.isIgnored = !condition
182			return arg
183			}
184
185			func (arg AtLeastOneOfArgument) setUp(ctx *executionContext) {
186			ctx.addValidation(arg.validate, arg.path...)
187			}
188
189			func (arg AtLeastOneOfArgument) validate(ctx context.Context, validator Validator) (ViolationList, error) {
190			if arg.isIgnored {
191			return nil, nil
192			}
193
194			violations := &ViolationList{}
195
196			for _, argument := range arg.arguments {
197			violation := validator.Validate(ctx, argument)
198			if violation == nil {
199			return nil, nil
200			}
201
202			err := violations.AppendFromError(violation)
203			if err != nil {
204			return nil, err
205			}
206			}
207
208			return violations, nil
209			}
210
211			// AllArgument can be used to interrupt validation process when the first violation is raised.
212			type AllArgument struct {
213			isIgnored bool
214			path []PropertyPathElement
215			arguments []Argument
216			}
217
218			// All runs validation for each argument. It works exactly as [Validator.Validate] method.
219			// It can be helpful to build complex validation process.
220			func All(arguments ...Argument) AllArgument {
221			return AllArgument{arguments: arguments}
222			}
223
224			// AtProperty can be used to group different kind of validations for a specific property.
225			// It creates an AllArgument option and executes validation on all the arguments.
226			func AtProperty(propertyName string, arguments ...Argument) AllArgument {
227			return All(arguments...).At(PropertyName(propertyName))
228			}
229
230			// At returns a copy of [AllArgument] with appended property path suffix.
231			func (arg AllArgument) At(path ...PropertyPathElement) AllArgument {
232			arg.path = append(arg.path, path...)
233			return arg
234			}
235
236			// When enables conditional validation of this argument. If the expression evaluates to false,
237			// then the argument will be ignored.
238			func (arg AllArgument) When(condition bool) AllArgument {
239			arg.isIgnored = !condition
240			return arg
241			}
242
243			func (arg AllArgument) setUp(ctx *executionContext) {
244			ctx.addValidation(arg.validate, arg.path...)
245			}
246
247			func (arg AllArgument) validate(ctx context.Context, validator Validator) (ViolationList, error) {
248			if arg.isIgnored {
249			return nil, nil
250			}
251
252			violations := &ViolationList{}
253
254			for _, argument := range arg.arguments {
255			err := violations.AppendFromError(validator.Validate(ctx, argument))
256			if err != nil {
257			return nil, err
258			}
259			}
260
261			return violations, nil
262			}
263
264			// AsyncArgument can be used to interrupt validation process when the first violation is raised.
265			type AsyncArgument struct {
266			isIgnored bool
267			path []PropertyPathElement
268			arguments []Argument
269			}
270
271			// Async implements async/await pattern and runs validation for each argument in a separate goroutine.
272			func Async(arguments ...Argument) AsyncArgument {
273			return AsyncArgument{arguments: arguments}
274			}
275
276			// At returns a copy of [AsyncArgument] with appended property path suffix.
277			func (arg AsyncArgument) At(path ...PropertyPathElement) AsyncArgument {
278			arg.path = append(arg.path, path...)
279			return arg
280			}
281
282			// When enables conditional validation of this argument. If the expression evaluates to false,
283			// then the argument will be ignored.
284			func (arg AsyncArgument) When(condition bool) AsyncArgument {
285			arg.isIgnored = !condition
286			return arg
287			}
288
289			func (arg AsyncArgument) setUp(ctx *executionContext) {
290			ctx.addValidation(arg.validate, arg.path...)
291			}
292
293			func (arg AsyncArgument) validate(ctx context.Context, validator Validator) (ViolationList, error) {
294			if arg.isIgnored {
295			return nil, nil
296			}
297
298			ctx, cancel := context.WithCancel(ctx)
299			defer cancel()
300
301			waiter := &sync.WaitGroup{}
302			waiter.Add(len(arg.arguments))
303			errs := make(chan error)
304			for _, argument := range arg.arguments {
305			go func(argument Argument) {
306			defer waiter.Done()
307			errs <- validator.Validate(ctx, argument)
308			}(argument)
309			}
310
311			go func() {
312			waiter.Wait()
313			close(errs)
314			}()
315
316			violations := &ViolationList{}
317
318			for violation := range errs {
319			err := violations.AppendFromError(violation)
320			if err != nil {
321			return nil, err
322			}
323			}
324
325			return violations, nil
326			}
327

muonsoft / validation

validation.AsyncArgument.validate B last analyzed 2023-03-25 12:32 UTC

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validation.AsyncArgument.validate B
last analyzed 2023-03-25 12:32 UTC