git test

internal/validators/custom.go

@@ -0,0 +1,486 @@
+package validators
+
+import (
+	"errors"
+	"fmt"
+	"net/url"
+	"reflect"
+	"regexp"
+	"strconv"
+	"strings"
+
+	"github.com/go-playground/validator/v10"
+	"repository.basistech.ru/BASIS/dynamix-golang-sdk/v15/interfaces"
+	"repository.basistech.ru/BASIS/dynamix-golang-sdk/v15/internal/multierror"
+)
+
+// protoValidator is used to validate Proto fields.
+func protoValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, protoValues)
+}
+
+// apiGroupValidator is used to validate APIGroup fields
+func apiGroupValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, apiGroupValues)
+}
+
+// accessTypeValidator is used to validate AccessType fields.
+func accessTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, accessTypeValues)
+}
+
+// resTypesValidator is used to validate ResTypes fields.
+func resTypesValidator(fe validator.FieldLevel) bool {
+	fieldSlice, ok := fe.Field().Interface().([]string)
+	if !ok {
+		return false
+	}
+
+	for _, value := range fieldSlice {
+		if !IsInSlice(value, resTypesValues) {
+			return false
+		}
+	}
+
+	return true
+}
+
+// accountCUTypeValidator is used to validate CUType field.
+func accountCUTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, accountCUTypeValues)
+}
+
+// bserviceModeValidator is used to validate Mode field.
+func bserviceModeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, bserviceModeValues)
+}
+
+// computeTopologyValidator is used to validate Topology field.
+func computeTopologyValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, computeTopologyValues)
+}
+
+// computePolicyValidator is used to validate Policy field.
+func computePolicyValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, computePolicyValues)
+}
+
+// computeModeValidator is used to validate Mode field.
+func computeModeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, computeModeValues)
+}
+
+// computeNetTypeValidator is used to validate NetType field.
+func computeNetTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, computeNetTypeValues)
+}
+
+// computex86NetTypeValidator is used to validate NetType field.
+func computex86NetTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, computex86NetTypeValues)
+}
+
+// securityGroupDirectionValidator is used to validate Direction field
+func securityGroupDirectionValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, securityGroupDirectionValues)
+}
+
+// securityGroupEthertypeValidator is used to validate Ethertype field
+func securityGroupEthertypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, securityGroupEthertypeValues)
+}
+
+// securityGroupProtocolValidator is used to validate Protocol field
+func securityGroupProtocolValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, securityGroupProtocolValues)
+}
+
+// computeOrderValidator is used to validate Order field.
+func computeOrderValidator(fe validator.FieldLevel) bool {
+	fieldSlice, ok := fe.Field().Interface().([]string)
+	if !ok {
+		return false
+	}
+
+	for _, value := range fieldSlice {
+		if !IsInSlice(value, computeOrderValues) {
+			return false
+		}
+	}
+
+	return true
+}
+
+// computeDataDisksValidator is used to validate DataDisks field.
+func computeDataDisksValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, computeDataDisksValues)
+}
+
+// flipgroupClientTypeValidator is used to validate ClientType field.
+func flipgroupClientTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, flipgroupClientTypeValues)
+}
+
+// massCreateTypeValidator is used to validate net type field when mass creating kvm
+func massCreateTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, massCreateNetTypeValues)
+}
+
+// lbAlgorithmValidator is used to validate Algorithm field.
+func lbAlgorithmValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, lbAlgorithmValues)
+}
+
+// rgDefNetValidator is used to validate DefNet field.
+func rgDefNetValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, rgDefNetValues)
+}
+
+// rgNetTypeValidator is used to validate NetType field.
+func rgNetTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, rgNetTypeValues)
+}
+
+// vinsTypeValidator is used to validate Type field.
+func vinsTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, vinsTypeValues)
+}
+
+// imageBootTypeValidator is used to validate BootType field.
+func imageBootTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, imageBootTypeValues)
+}
+
+// imageTypeValidator is used to validate ImageType field.
+func imageTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, imageTypeValues)
+}
+
+// imageArchitectureValidator is used to validate Architecture field.
+func imageArchitectureValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, imageArchitectureValues)
+}
+
+// sepFieldTypeValidator is used to validate FieldType field.
+func sepFieldTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, sepFieldTypeValues)
+}
+
+// hwPathValidator is used to validate HWPath field.
+func hwPathValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	ok, _ := regexp.MatchString(`^\b[0-9a-f]{4}:[0-9a-fA-F]{2}:[0-9a-fA-F]{2}.\d{1}$`, fieldValue)
+
+	return ok
+}
+
+// networkPluginValidator is used to validate NetworkPlugin field
+func networkPluginValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+	fieldValue = strings.ToLower(fieldValue)
+
+	return IsInSlice(fieldValue, networkPluginValues)
+}
+
+// networkPluginsValidator is used to validate NetworkPlugins field
+func networkPluginsValidator(fe validator.FieldLevel) bool {
+	fieldSlice, ok := fe.Field().Interface().([]string)
+	if !ok {
+		return false
+	}
+
+	for _, item := range fieldSlice {
+		item = strings.ToLower(item)
+
+		if !IsInSlice(item, networkPluginValues) {
+			return false
+		}
+	}
+
+	return true
+}
+
+func interfaceStateValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+	fieldValue = strings.ToLower(fieldValue)
+
+	return IsInSlice(fieldValue, interfaceStateValues)
+}
+
+func interfaceTXModelValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+	fieldValue = strings.ToLower(fieldValue)
+
+	return IsInSlice(fieldValue, txModelValues)
+}
+
+func interfaceIOEventFDValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+	fieldValue = strings.ToLower(fieldValue)
+
+	return IsInSlice(fieldValue, ioEventFDValues)
+}
+
+func interfaceEventIDxValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+	fieldValue = strings.ToLower(fieldValue)
+
+	return IsInSlice(fieldValue, eventIDxValues)
+}
+
+func strictLooseValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+	fieldValue = strings.ToLower(fieldValue)
+
+	return IsInSlice(fieldValue, strictLooseValues)
+}
+
+// name workerGroup must be more 3 symbol
+func workerGroupNameValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+	fieldValue = strings.Trim(fieldValue, " ")
+
+	return len(fieldValue) >= 3
+}
+
+func sortByValidator(fe validator.FieldLevel) bool {
+
+	sortByRegexp := regexp.MustCompile(`^[+-][a-zA-Z_]+`)
+
+	return sortByRegexp.MatchString(fe.Field().String())
+}
+
+func actionValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, actionValues)
+}
+
+func vmActionValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, vmActionValues)
+}
+
+func mtuValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().Uint()
+
+	return fieldValue >= uint64(mtuMin) && fieldValue <= uint64(mtuMax)
+}
+
+func computeFeaturesValidator(fe validator.FieldLevel) bool {
+	field := fe.Field()
+	slice, ok := field.Interface().([]string)
+	if !ok {
+		return false
+	}
+
+	return IsSubSlice(slice, computeFeaturesValues)
+}
+
+func networkInterfaceNamingValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, networkInterfaceNamingValues)
+}
+
+func numaAffinityValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, numaAffinityValues)
+}
+
+// kvmx86NetTypeValidator is used to validate NetType field for x86 compute.
+func kvmx86NetTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, kvmx86NetTypeValues)
+}
+
+func isBoolTypeValidator(fe validator.FieldLevel) bool {
+	return fe.Field().CanConvert(reflect.TypeOf(true))
+}
+
+func urlValidartor(fl validator.FieldLevel) bool {
+	fieldValues := fl.Field().String()
+
+	_, err := url.ParseRequestURI(fieldValues)
+	return err == nil
+}
+
+func chipsetValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, chipsetValues)
+}
+
+func preferredCPUValidator(fe validator.FieldLevel) bool {
+	fieldSlice, ok := fe.Field().Interface().([]int64)
+	if !ok {
+		return false
+	}
+
+	for _, value := range fieldSlice {
+		if value < -1 {
+			return false
+		}
+	}
+
+	return true
+}
+
+// loaderTypeValidator is used to validate loaderType fields
+func loaderTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, loaderTypeValues)
+}
+
+// languageValidator is used to validate language fields
+func languageValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, languageValues)
+}
+
+func userProviderValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, userProviders)
+}
+
+// sepTypeValidator is used to validate sepType fields
+func sepTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, sepTypeValues)
+}
+
+// deviceValidator is used to validate extnet device fields
+func deviceValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, deviceValues)
+}
+
+// ipTypesValidator is used to validate ip types version fields
+func ipTypesValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, ipTypeValues)
+}
+
+// ValidateRAM checks if request contains RAM value that is positive integer divisible by divisibility passed.
+// It is recommended to pass constants.RAM_DIVISIBILITY as divisility arguement
+func ValidateRAM(r interfaces.RequestWithRAM, divisibility uint64) error {
+
+	if divisibility == 0 {
+
+		return errors.New("second argument of ValidateRAM should be greater than 0")
+	}
+	mapRAM := r.GetRAM()
+
+	errs := make([]error, 0, len(mapRAM))
+
+	for k, v := range mapRAM {
+
+		if v%divisibility != 0 {
+
+			errs = append(errs, fmt.Errorf("expected value of %s: \"%d\" should be divisible by %d", k, v, divisibility))
+		}
+	}
+	return multierror.Join(errs...)
+}
+
+// trunkTagsValidator checks if trunk_tags is in range from 1 to 4095
+func trunkTagsValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+	numFieldValue, err := strconv.ParseInt(fieldValue, 10, 64)
+	if err != nil {
+		return false
+	}
+	return uint64(numFieldValue) >= uint64(trunkTagsMin) && uint64(numFieldValue) <= uint64(trunkTagsMax)
+}
+
+// addressPoolNetTypeValidator is used to validate NetAddressType fields
+func addressPoolNetTypeValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, addressPoolNetTypeValues)
+}
+
+// sepTechStatusValidator is used to validate SepTechStatus fields
+func sepTechStatusValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	return IsInSlice(fieldValue, sepTechStatusValues)
+}
+
+// pciDeviceHWPathValidator is used to validate PCI device hardware path fields (e.g. 0000:81:00.0)
+func pciDeviceHWPathValidator(fe validator.FieldLevel) bool {
+	fieldValue := fe.Field().String()
+
+	ok, _ := regexp.MatchString(`^[0-9a-fA-F]{4}:[0-9a-fA-F]{2}:[0-9a-fA-F]{2}\.[0-7]$`, fieldValue)
+	return ok
+}
+
+// sepNameValidator is used to validate SEP name fields
+func sepNameValidator(fe validator.FieldLevel) bool {
+	ok, _ := regexp.MatchString(`^[a-zA-Zа-яА-ЯёЁ0-9][a-zA-Zа-яА-ЯёЁ0-9_.\[\]()\-]*$`, fe.Field().String())
+	return ok
+}
+
+// sepDescriptionValidator is used to validate SEP description fields
+func sepDescriptionValidator(fe validator.FieldLevel) bool {
+	ok, _ := regexp.MatchString(`^[a-zA-Zа-яА-ЯёЁ0-9_.\[\]()\-]*$`, fe.Field().String())
+	return ok
+}