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model_sdwan_ipv4_device_acl_policy_definition.go
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model_sdwan_ipv4_device_acl_policy_definition.go
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// Copyright © 2023 Cisco Systems, Inc. and its affiliates.
// All rights reserved.
//
// Licensed under the Mozilla Public License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// https://mozilla.org/MPL/2.0/
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
//
// SPDX-License-Identifier: MPL-2.0
// Code generated by "gen/generator.go"; DO NOT EDIT.
package provider
import (
"context"
"fmt"
"github.com/hashicorp/terraform-plugin-framework/types"
"github.com/tidwall/gjson"
"github.com/tidwall/sjson"
)
type IPv4DeviceACLPolicyDefinition struct {
Id types.String `tfsdk:"id"`
Version types.Int64 `tfsdk:"version"`
Type types.String `tfsdk:"type"`
Name types.String `tfsdk:"name"`
Description types.String `tfsdk:"description"`
DefaultAction types.String `tfsdk:"default_action"`
Sequences []IPv4DeviceACLPolicyDefinitionSequences `tfsdk:"sequences"`
}
type IPv4DeviceACLPolicyDefinitionSequences struct {
Id types.Int64 `tfsdk:"id"`
Name types.String `tfsdk:"name"`
BaseAction types.String `tfsdk:"base_action"`
MatchEntries []IPv4DeviceACLPolicyDefinitionSequencesMatchEntries `tfsdk:"match_entries"`
ActionEntries []IPv4DeviceACLPolicyDefinitionSequencesActionEntries `tfsdk:"action_entries"`
}
type IPv4DeviceACLPolicyDefinitionSequencesMatchEntries struct {
Type types.String `tfsdk:"type"`
SourceIp types.String `tfsdk:"source_ip"`
DestinationIp types.String `tfsdk:"destination_ip"`
SourcePorts types.String `tfsdk:"source_ports"`
DestinationPort types.Int64 `tfsdk:"destination_port"`
SourceDataIpv4PrefixListId types.String `tfsdk:"source_data_ipv4_prefix_list_id"`
SourceDataIpv4PrefixListVersion types.Int64 `tfsdk:"source_data_ipv4_prefix_list_version"`
DestinationDataIpv4PrefixListId types.String `tfsdk:"destination_data_ipv4_prefix_list_id"`
DestinationDataIpv4PrefixListVersion types.Int64 `tfsdk:"destination_data_ipv4_prefix_list_version"`
}
type IPv4DeviceACLPolicyDefinitionSequencesActionEntries struct {
Type types.String `tfsdk:"type"`
CounterName types.String `tfsdk:"counter_name"`
}
func (data IPv4DeviceACLPolicyDefinition) getPath() string {
return "/template/policy/definition/deviceaccesspolicy/"
}
func (data IPv4DeviceACLPolicyDefinition) toBody(ctx context.Context) string {
body := ""
if true {
body, _ = sjson.Set(body, "type", "deviceAccessPolicy")
}
if !data.Name.IsNull() {
body, _ = sjson.Set(body, "name", data.Name.ValueString())
}
if !data.Description.IsNull() {
body, _ = sjson.Set(body, "description", data.Description.ValueString())
}
if !data.DefaultAction.IsNull() {
body, _ = sjson.Set(body, "defaultAction.type", data.DefaultAction.ValueString())
}
if true {
body, _ = sjson.Set(body, "sequences", []interface{}{})
for _, item := range data.Sequences {
itemBody := ""
if !item.Id.IsNull() {
itemBody, _ = sjson.Set(itemBody, "sequenceId", item.Id.ValueInt64())
}
if !item.Name.IsNull() {
itemBody, _ = sjson.Set(itemBody, "sequenceName", item.Name.ValueString())
}
if true {
itemBody, _ = sjson.Set(itemBody, "sequenceType", "deviceaccesspolicy")
}
if !item.BaseAction.IsNull() {
itemBody, _ = sjson.Set(itemBody, "baseAction", item.BaseAction.ValueString())
}
if true {
itemBody, _ = sjson.Set(itemBody, "match.entries", []interface{}{})
for _, childItem := range item.MatchEntries {
itemChildBody := ""
if !childItem.Type.IsNull() {
itemChildBody, _ = sjson.Set(itemChildBody, "field", childItem.Type.ValueString())
}
if !childItem.SourceIp.IsNull() && childItem.Type.ValueString() == "sourceIp" {
itemChildBody, _ = sjson.Set(itemChildBody, "value", childItem.SourceIp.ValueString())
}
if !childItem.DestinationIp.IsNull() && childItem.Type.ValueString() == "destinationIp" {
itemChildBody, _ = sjson.Set(itemChildBody, "value", childItem.DestinationIp.ValueString())
}
if !childItem.SourcePorts.IsNull() && childItem.Type.ValueString() == "sourcePort" {
itemChildBody, _ = sjson.Set(itemChildBody, "value", childItem.SourcePorts.ValueString())
}
if !childItem.DestinationPort.IsNull() && childItem.Type.ValueString() == "destinationPort" {
itemChildBody, _ = sjson.Set(itemChildBody, "value", fmt.Sprint(childItem.DestinationPort.ValueInt64()))
}
if !childItem.SourceDataIpv4PrefixListId.IsNull() && childItem.Type.ValueString() == "sourceDataPrefixList" {
itemChildBody, _ = sjson.Set(itemChildBody, "ref", childItem.SourceDataIpv4PrefixListId.ValueString())
}
if !childItem.DestinationDataIpv4PrefixListId.IsNull() && childItem.Type.ValueString() == "destinationDataPrefixList" {
itemChildBody, _ = sjson.Set(itemChildBody, "ref", childItem.DestinationDataIpv4PrefixListId.ValueString())
}
itemBody, _ = sjson.SetRaw(itemBody, "match.entries.-1", itemChildBody)
}
}
if true {
itemBody, _ = sjson.Set(itemBody, "actions", []interface{}{})
for _, childItem := range item.ActionEntries {
itemChildBody := ""
if !childItem.Type.IsNull() {
itemChildBody, _ = sjson.Set(itemChildBody, "type", childItem.Type.ValueString())
}
if !childItem.CounterName.IsNull() && childItem.Type.ValueString() == "count" {
itemChildBody, _ = sjson.Set(itemChildBody, "parameter", childItem.CounterName.ValueString())
}
itemBody, _ = sjson.SetRaw(itemBody, "actions.-1", itemChildBody)
}
}
body, _ = sjson.SetRaw(body, "sequences.-1", itemBody)
}
}
return body
}
func (data *IPv4DeviceACLPolicyDefinition) fromBody(ctx context.Context, res gjson.Result) {
state := *data
if value := res.Get("name"); value.Exists() {
data.Name = types.StringValue(value.String())
} else {
data.Name = types.StringNull()
}
if value := res.Get("description"); value.Exists() {
data.Description = types.StringValue(value.String())
} else {
data.Description = types.StringNull()
}
if value := res.Get("defaultAction.type"); value.Exists() {
data.DefaultAction = types.StringValue(value.String())
} else {
data.DefaultAction = types.StringNull()
}
if value := res.Get("sequences"); value.Exists() && len(value.Array()) > 0 {
data.Sequences = make([]IPv4DeviceACLPolicyDefinitionSequences, 0)
value.ForEach(func(k, v gjson.Result) bool {
item := IPv4DeviceACLPolicyDefinitionSequences{}
if cValue := v.Get("sequenceId"); cValue.Exists() {
item.Id = types.Int64Value(cValue.Int())
} else {
item.Id = types.Int64Null()
}
if cValue := v.Get("sequenceName"); cValue.Exists() {
item.Name = types.StringValue(cValue.String())
} else {
item.Name = types.StringNull()
}
if cValue := v.Get("baseAction"); cValue.Exists() {
item.BaseAction = types.StringValue(cValue.String())
} else {
item.BaseAction = types.StringNull()
}
if cValue := v.Get("match.entries"); cValue.Exists() && len(cValue.Array()) > 0 {
item.MatchEntries = make([]IPv4DeviceACLPolicyDefinitionSequencesMatchEntries, 0)
cValue.ForEach(func(ck, cv gjson.Result) bool {
cItem := IPv4DeviceACLPolicyDefinitionSequencesMatchEntries{}
if ccValue := cv.Get("field"); ccValue.Exists() {
cItem.Type = types.StringValue(ccValue.String())
} else {
cItem.Type = types.StringNull()
}
if ccValue := cv.Get("value"); ccValue.Exists() && cItem.Type.ValueString() == "sourceIp" {
cItem.SourceIp = types.StringValue(ccValue.String())
} else {
cItem.SourceIp = types.StringNull()
}
if ccValue := cv.Get("value"); ccValue.Exists() && cItem.Type.ValueString() == "destinationIp" {
cItem.DestinationIp = types.StringValue(ccValue.String())
} else {
cItem.DestinationIp = types.StringNull()
}
if ccValue := cv.Get("value"); ccValue.Exists() && cItem.Type.ValueString() == "sourcePort" {
cItem.SourcePorts = types.StringValue(ccValue.String())
} else {
cItem.SourcePorts = types.StringNull()
}
if ccValue := cv.Get("value"); ccValue.Exists() && cItem.Type.ValueString() == "destinationPort" {
cItem.DestinationPort = types.Int64Value(ccValue.Int())
} else {
cItem.DestinationPort = types.Int64Null()
}
if ccValue := cv.Get("ref"); ccValue.Exists() && cItem.Type.ValueString() == "sourceDataPrefixList" {
cItem.SourceDataIpv4PrefixListId = types.StringValue(ccValue.String())
} else {
cItem.SourceDataIpv4PrefixListId = types.StringNull()
}
if ccValue := cv.Get("ref"); ccValue.Exists() && cItem.Type.ValueString() == "destinationDataPrefixList" {
cItem.DestinationDataIpv4PrefixListId = types.StringValue(ccValue.String())
} else {
cItem.DestinationDataIpv4PrefixListId = types.StringNull()
}
item.MatchEntries = append(item.MatchEntries, cItem)
return true
})
} else {
if len(item.MatchEntries) > 0 {
item.MatchEntries = []IPv4DeviceACLPolicyDefinitionSequencesMatchEntries{}
}
}
if cValue := v.Get("actions"); cValue.Exists() && len(cValue.Array()) > 0 {
item.ActionEntries = make([]IPv4DeviceACLPolicyDefinitionSequencesActionEntries, 0)
cValue.ForEach(func(ck, cv gjson.Result) bool {
cItem := IPv4DeviceACLPolicyDefinitionSequencesActionEntries{}
if ccValue := cv.Get("type"); ccValue.Exists() {
cItem.Type = types.StringValue(ccValue.String())
} else {
cItem.Type = types.StringNull()
}
if ccValue := cv.Get("parameter"); ccValue.Exists() && cItem.Type.ValueString() == "count" {
cItem.CounterName = types.StringValue(ccValue.String())
} else {
cItem.CounterName = types.StringNull()
}
item.ActionEntries = append(item.ActionEntries, cItem)
return true
})
} else {
if len(item.ActionEntries) > 0 {
item.ActionEntries = []IPv4DeviceACLPolicyDefinitionSequencesActionEntries{}
}
}
data.Sequences = append(data.Sequences, item)
return true
})
} else {
if len(data.Sequences) > 0 {
data.Sequences = []IPv4DeviceACLPolicyDefinitionSequences{}
}
}
data.updateVersions(ctx, &state)
}
func (data *IPv4DeviceACLPolicyDefinition) hasChanges(ctx context.Context, state *IPv4DeviceACLPolicyDefinition) bool {
hasChanges := false
if !data.Name.Equal(state.Name) {
hasChanges = true
}
if !data.Description.Equal(state.Description) {
hasChanges = true
}
if !data.DefaultAction.Equal(state.DefaultAction) {
hasChanges = true
}
if len(data.Sequences) != len(state.Sequences) {
hasChanges = true
} else {
for i := range data.Sequences {
if !data.Sequences[i].Id.Equal(state.Sequences[i].Id) {
hasChanges = true
}
if !data.Sequences[i].Name.Equal(state.Sequences[i].Name) {
hasChanges = true
}
if !data.Sequences[i].BaseAction.Equal(state.Sequences[i].BaseAction) {
hasChanges = true
}
if len(data.Sequences[i].MatchEntries) != len(state.Sequences[i].MatchEntries) {
hasChanges = true
} else {
for ii := range data.Sequences[i].MatchEntries {
if !data.Sequences[i].MatchEntries[ii].Type.Equal(state.Sequences[i].MatchEntries[ii].Type) {
hasChanges = true
}
if !data.Sequences[i].MatchEntries[ii].SourceIp.Equal(state.Sequences[i].MatchEntries[ii].SourceIp) {
hasChanges = true
}
if !data.Sequences[i].MatchEntries[ii].DestinationIp.Equal(state.Sequences[i].MatchEntries[ii].DestinationIp) {
hasChanges = true
}
if !data.Sequences[i].MatchEntries[ii].SourcePorts.Equal(state.Sequences[i].MatchEntries[ii].SourcePorts) {
hasChanges = true
}
if !data.Sequences[i].MatchEntries[ii].DestinationPort.Equal(state.Sequences[i].MatchEntries[ii].DestinationPort) {
hasChanges = true
}
if !data.Sequences[i].MatchEntries[ii].SourceDataIpv4PrefixListId.Equal(state.Sequences[i].MatchEntries[ii].SourceDataIpv4PrefixListId) {
hasChanges = true
}
if !data.Sequences[i].MatchEntries[ii].DestinationDataIpv4PrefixListId.Equal(state.Sequences[i].MatchEntries[ii].DestinationDataIpv4PrefixListId) {
hasChanges = true
}
}
}
if len(data.Sequences[i].ActionEntries) != len(state.Sequences[i].ActionEntries) {
hasChanges = true
} else {
for ii := range data.Sequences[i].ActionEntries {
if !data.Sequences[i].ActionEntries[ii].Type.Equal(state.Sequences[i].ActionEntries[ii].Type) {
hasChanges = true
}
if !data.Sequences[i].ActionEntries[ii].CounterName.Equal(state.Sequences[i].ActionEntries[ii].CounterName) {
hasChanges = true
}
}
}
}
}
return hasChanges
}
func (data *IPv4DeviceACLPolicyDefinition) updateVersions(ctx context.Context, state *IPv4DeviceACLPolicyDefinition) {
for i := range data.Sequences {
dataKeys := [...]string{fmt.Sprintf("%v", data.Sequences[i].Id.ValueInt64()), fmt.Sprintf("%v", data.Sequences[i].Name.ValueString())}
stateIndex := -1
for j := range state.Sequences {
stateKeys := [...]string{fmt.Sprintf("%v", state.Sequences[j].Id.ValueInt64()), fmt.Sprintf("%v", state.Sequences[j].Name.ValueString())}
if dataKeys == stateKeys {
stateIndex = j
break
}
}
for ii := range data.Sequences[i].MatchEntries {
cDataKeys := [...]string{fmt.Sprintf("%v", data.Sequences[i].MatchEntries[ii].Type.ValueString())}
cStateIndex := -1
if stateIndex > -1 {
for jj := range state.Sequences[stateIndex].MatchEntries {
cStateKeys := [...]string{fmt.Sprintf("%v", state.Sequences[stateIndex].MatchEntries[jj].Type.ValueString())}
if cDataKeys == cStateKeys {
cStateIndex = jj
break
}
}
}
if cStateIndex > -1 {
data.Sequences[i].MatchEntries[ii].SourceDataIpv4PrefixListVersion = state.Sequences[stateIndex].MatchEntries[cStateIndex].SourceDataIpv4PrefixListVersion
} else {
data.Sequences[i].MatchEntries[ii].SourceDataIpv4PrefixListVersion = types.Int64Null()
}
if cStateIndex > -1 {
data.Sequences[i].MatchEntries[ii].DestinationDataIpv4PrefixListVersion = state.Sequences[stateIndex].MatchEntries[cStateIndex].DestinationDataIpv4PrefixListVersion
} else {
data.Sequences[i].MatchEntries[ii].DestinationDataIpv4PrefixListVersion = types.Int64Null()
}
}
}
}