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shortcutgen.go
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1130 lines (1012 loc) · 29.5 KB
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/*
* Copyright (c) Cherri
*/
package main
import (
"fmt"
"maps"
"reflect"
"regexp"
"strings"
"github.com/electrikmilk/args-parser"
)
func generateShortcut() {
if args.Using("debug") {
fmt.Print("Generating Shortcut data...")
}
shortcut = Shortcut{
WFWorkflowIcon: ShortcutIcon{
iconGlyph,
iconColor,
},
WFWorkflowClientVersion: clientVersion,
WFWorkflowHasShortcutInputVariables: hasShortcutInputVariables,
WFWorkflowMinimumClientVersion: 900,
WFWorkflowMinimumClientVersionString: "900",
WFWorkflowTypes: definedWorkflowTypes,
WFQuickActionSurfaces: definedQuickActions,
WFWorkflowNoInputBehavior: noInput,
}
waitFor(
func() {
shortcut.WFWorkflowInputContentItemClasses = generateInputContentItems()
},
func() {
shortcut.WFWorkflowOutputContentItemClasses = generateOutputContentItems()
},
func() {
shortcut.WFWorkflowImportQuestions = generateImportQuestions()
},
)
generateActions()
if args.Using("debug") {
printShortcutGenDebug()
fmt.Println(ansi("Done.\n", green))
}
resetShortcutGen()
}
func resetShortcutGen() {
tokens = []token{}
menus = map[string][]varValue{}
uuids = map[string]string{}
variables = map[string]varValue{}
questions = map[string]*question{}
noInput = map[string]any{}
definedWorkflowTypes = []string{}
definedQuickActions = []string{}
inputs = []string{}
outputs = []string{}
}
func printShortcutGenDebug() {
fmt.Println(ansi("### SHORTCUT GEN ###", bold) + "\n")
fmt.Println(ansi("## UUIDS ##", bold))
fmt.Println(uuids)
fmt.Print("\n")
}
func generateActions() {
uuids = make(map[string]string)
for _, t := range tokens {
switch t.typeof {
case Variable, AddTo, SubFrom, MultiplyBy, DivideBy:
makeVariableAction(&t)
case Comment:
makeCommentAction(t.value.(string))
case Action:
var tokenAction = t.value.(action)
if actions[tokenAction.ident] == nil {
exit(fmt.Sprintf("Undefined action '%s'", tokenAction.ident))
}
setCurrentAction(tokenAction.ident, actions[tokenAction.ident])
if tokenAction.ident == "rawAction" && len(tokenAction.args) > 0 {
currentAction.overrideIdentifier = getArgValue(tokenAction.args[0]).(string)
}
makeAction(tokenAction.args, &map[string]any{})
case Repeat:
makeRepeatAction(&t)
case RepeatWithEach:
makeRepeatEachAction(&t)
case Menu:
makeMenuAction(&t)
case Item:
makeMenuItemAction(&t)
case Conditional:
makeConditionalAction(&t)
}
}
}
func makeCommentAction(comment string) {
if args.Using("comments") {
addStdAction("comment", &map[string]any{
"WFCommentActionText": comment,
})
}
}
func makeVariableAction(t *token) {
var setVariableParams = map[string]any{
"WFVariableName": t.ident,
}
makeVariableInput(t, setVariableParams)
if t.typeof != Variable {
if variables[t.ident].valueType != Arr {
addStdAction("setvariable", &setVariableParams)
return
}
addStdAction("appendvariable", &setVariableParams)
return
}
if v, found := variables[t.ident]; found {
if v.constant {
return
}
}
addStdAction("setvariable", &setVariableParams)
if t.valueType == Arr {
makeArrayVariable(t)
}
}
func makeVariableInput(t *token, params map[string]any) {
var outputName = makeOutputName(t)
var varUUID string
if uuids[outputName] == "" {
varUUID = createUUID(&outputName)
uuid
7440
s[outputName] = varUUID
} else {
varUUID = uuids[outputName]
}
makeVariableValueAction(t, &outputName, &varUUID)
if t.valueType != Arr && t.value != nil {
if t.typeof == Variable && t.valueType == Variable {
params["WFInput"] = variableValue(t.value.(varValue))
} else {
params["WFInput"] = inputValue(outputName, varUUID)
}
params["WFSerializationType"] = "WFTextTokenAttachment"
}
}
func makeVariableValueAction(token *token, customOutputName *string, varUUID *string) {
var reference = map[string]any{
"CustomOutputName": *customOutputName,
"UUID": *varUUID,
}
if (token.typeof == AddTo || token.typeof == SubFrom || token.typeof == MultiplyBy || token.typeof == DivideBy) &&
token.valueType != Arr &&
variables[token.ident].valueType != Arr {
variableValueModifier(token, &reference)
return
}
makeVariableValue(&reference, token.valueType, &token.value)
}
func makeVariableValue(reference *map[string]any, valueType tokenType, value *any) {
switch valueType {
case Integer, Float:
makeIntValue(reference, value)
case Bool:
makeBoolValue(reference, value)
case String:
makeStringValue(reference, value)
case RawString:
makeRawStringValue(reference, value)
case Expression:
makeExpressionValue(reference, value)
case Action:
var valuePtr = *value
var action = valuePtr.(action)
setCurrentAction(action.ident, actions[action.ident])
makeAction(action.args, reference)
case Dict:
addStdAction("dictionary", attachReferenceToParams(&map[string]any{
"WFItems": makeDictionaryValue(value),
}, reference))
}
}
func makeIntValue(reference *map[string]any, value *any) {
addStdAction("number", attachReferenceToParams(&map[string]any{
"WFNumberActionNumber": *value,
}, reference))
}
func makeStringValue(reference *map[string]any, value *any) {
addStdAction("gettext", attachReferenceToParams(&map[string]any{
"WFTextActionText": attachmentValues(fmt.Sprintf("%s", *value)),
}, reference))
}
func makeRawStringValue(reference *map[string]any, value *any) {
addStdAction("gettext", attachReferenceToParams(&map[string]any{
"WFTextActionText": fmt.Sprintf("%s", *value),
}, reference))
}
func makeBoolValue(reference *map[string]any, value *any) {
var boolValue = "0"
if *value == true {
boolValue = "1"
}
addStdAction("number", attachReferenceToParams(&map[string]any{
"WFNumberActionNumber": boolValue,
}, reference))
}
func makeExpressionValue(reference *map[string]any, value *any) {
var expression = fmt.Sprintf("%s", *value)
var expressionParts = strings.Split(expression, " ")
if len(expressionParts) == 3 && containsTokens(&expression, Plus, Minus, Multiply, Divide) {
makeMathValue(reference, expression, expressionParts)
return
}
addStdAction("calculateexpression", attachReferenceToParams(&map[string]any{
"Input": attachmentValues(expression),
}, reference))
}
func makeMathValue(reference *map[string]any, expression string, expressionParts []string) {
var operandOne string
var operandTwo string
var operation = expressionParts[1]
expressionParts = strings.Split(expression, operation)
operandOne = strings.Trim(expressionParts[0], " ")
operandTwo = strings.Trim(expressionParts[1], " ")
switch operation {
case "*":
operation = "×"
case "/":
operation = "÷"
}
addStdAction("math", attachReferenceToParams(&map[string]any{
"WFMathOperation": operation,
"WFInput": attachmentValues(operandOne),
"WFMathOperand": attachmentValues(operandTwo),
}, reference))
return
}
func makeDictionaryValue(value *any) map[string]any {
return map[string]any{
"Value": map[string]any{
"WFDictionaryFieldValueItems": makeDictionary(*value),
},
"WFSerializationType": "WFDictionaryFieldValue",
}
}
func variableValueModifier(token *token, reference *map[string]any) {
var valueType = token.valueType
if valueType == Variable {
var variable = token.value.(varValue)
valueType = variable.valueType
}
switch valueType {
case Integer:
var operation string
switch token.typeof {
case AddTo:
operation = "+"
case SubFrom:
operation = "-"
case MultiplyBy:
operation = "×"
case DivideBy:
operation = "÷"
}
addStdAction("math", attachReferenceToParams(&map[string]any{
"WFMathOperand": paramValue(actionArgument{
valueType: token.valueType,
value: token.value,
}, token.valueType),
"WFInput": paramValue(actionArgument{
valueType: Variable,
value: varValue{value: token.ident},
}, token.valueType),
"WFMathOperation": operation,
}, reference))
case String, RawString:
var varInput = token.value.(string)
wrapVariableReference(&varInput)
addStdAction("gettext", attachReferenceToParams(&map[string]any{
"WFTextActionText": paramValue(actionArgument{
valueType: String,
value: fmt.Sprintf("{%s}%s", token.ident, varInput),
}, token.valueType),
}, reference))
}
}
func attachReferenceToParams(params *map[string]any, reference *map[string]any) *map[string]any {
maps.Copy(*params, *reference)
return params
}
func inputValue(name string, varUUID string) map[string]any {
var value = make(map[string]any)
if varUUID != "" {
value["OutputUUID"] = varUUID
}
if variable, found := variables[name]; found {
if !variable.repeatItem && (variable.constant && variable.valueType != Variable) {
value["OutputName"] = name
value["Type"] = "ActionOutput"
} else {
value["VariableName"] = name
value["Type"] = "Variable"
}
} else if global, found := globals[name]; found {
isInputVariable(name)
value["Type"] = global.variableType
} else {
value["OutputName"] = name
value["Type"] = "ActionOutput"
}
return map[string]any{
"Value": value,
"WFSerializationType": "WFTextTokenAttachment",
}
}
func variableValue(variable varValue) map[string]any {
var identifier = variable.value.(string)
var variableReference varValue
var aggrandizements []map[string]any
if global, found := globals[identifier]; found {
isInputVariable(identifier)
variable.variableType = global.variableType
} else if v, found := variables[identifier]; found {
variableReference = v
variable.constant = v.constant
variable.repeatItem = v.repeatItem
}
if variable.getAs != "" {
var refValueType = variable.valueType
if variable.valueType == Variable && variableReference.valueType != "" {
refValueType = variableReference.valueType
}
if refValueType == Dict {
aggrandizements = append(aggrandizements, map[string]any{
"Type": "WFDictionaryValueVariableAggrandizement",
"DictionaryKey": variable.getAs,
})
} else {
aggrandizements = append(aggrandizements, map[string]any{
"PropertyUserInfo": 0,
"Type": "WFPropertyVariableAggrandizement",
"PropertyName": variable.getAs,
})
}
}
if variable.coerce != "" {
if contentItem, found := contentItems[variable.coerce]; found {
aggrandizements = append(aggrandizements, map[string]any{
"Type": "WFCoercionVariableAggrandizement",
"CoercionItemClass": contentItem,
})
}
}
var varType = "Variable"
if variable.variableType != "" {
varType = variable.variableType
}
var varValue = make(map[string]any)
if variable.constant {
var varUUID = uuids[identifier]
varValue["OutputName"] = identifier
varValue["OutputUUID"] = varUUID
varValue["Type"] = "ActionOutput"
} else {
varValue["VariableName"] = identifier
varValue["Type"] = varType
if varType == Ask && variable.prompt != "" {
varValue["Prompt"] = variable.prompt
}
}
if len(aggrandizements) > 0 {
varValue["Aggrandizements"] = aggrandizements
}
return map[string]any{
"Value": varValue,
"WFSerializationType": "WFTextTokenAttachment",
}
}
type inlineVar struct {
identifier string
col int
getAs string
coerce string
}
type attachmentVariable struct {
identifier string
getAs string
coerce string
}
var varPositions map[string]any
var inlineVars []inlineVar
var varIndex []attachmentVariable
func attachmentValues(str string) any {
if !strings.ContainsAny(str, "{}") {
return str
}
varPositions = make(map[string]any)
inlineVars = []inlineVar{}
varIndex = []attachmentVariable{}
var noVarString = collectInlineVariables(&str)
makeAttachmentValues()
return map[string]any{
"Value": map[string]any{
"attachmentsByRange": varPositions,
"string": noVarString,
},
"WFSerializationType": "WFTextTokenString",
}
}
func makeAttachmentValues() {
for _, stringVar := range inlineVars {
var storedVar varValue
if g, global := globals[stringVar.identifier]; global {
isInputVariable(stringVar.identifier)
storedVar = g
stringVar.identifier = g.value.(string)
} else if v, found := variables[stringVar.identifier]; found {
storedVar = v
} else {
exit(fmt.Sprintf("Undefined reference '%s'", stringVar.identifier))
}
var variable = variables[stringVar.identifier]
var varUUID = uuids[stringVar.identifier]
var varValue map[string]any
var varType = "Variable"
var aggr []map[string]string
if storedVar.variableType != "" {
varType = storedVar.variableType
}
if !variable.constant {
varValue = map[string]any{
"VariableName": stringVar.identifier,
"Type": varType,
}
} else {
varValue = map[string]any{
"OutputName": stringVar.identifier,
"OutputUUID": varUUID,
"Type": "ActionOutput",
}
}
if stringVar.getAs != "" {
aggr = append(aggr, makeAggrandizement(&variable.valueType, &variable, stringVar.getAs))
}
if stringVar.coerce != "" {
if contentItem, found := contentItems[stringVar.coerce]; found {
aggr = append(aggr, map[string]string{
"Type": "WFCoercionVariableAggrandizement",
"CoercionItemClass": contentItem,
})
} else {
var list = makeKeyList("Available content item types:", contentItems, stringVar.coerce)
parserError(fmt.Sprintf("Invalid content item for type coerce '%s'\n\n%s\n", stringVar.coerce, list))
}
}
if stringVar.getAs != "" || stringVar.coerce != "" {
varValue["Aggrandizements"] = aggr
}
var positionsKey = fmt.Sprintf("{%d, 1}", stringVar.col)
varPositions[positionsKey] = varValue
}
}
func makeAggrandizement(valueType *tokenType, variable *varValue, getAs string) map[string]string {
var aggrandizement = make(map[string]string)
switch *valueType {
case Dict:
aggrandizement["Type"] = "WFDictionaryValueVariableAggrandizement"
case Action:
var variableAction = *variable.value.(action).def
if variableAction.outputType == Dict {
aggrandizement["Type"] = "WFDictionaryValueVariableAggrandizement"
} else {
aggrandizement["Type"] = "WFPropertyVariableAggrandizement"
}
default:
aggrandizement["Type"] = "WFPropertyVariableAggrandizement"
}
if aggrandizement["Type"] == "WFDiction
73AD
aryValueVariableAggrandizement" {
aggrandizement["DictionaryKey"] = getAs
} else {
aggrandizement["PropertyName"] = getAs
}
return aggrandizement
}
const utf16BMPThreshold = 0x10000
// mapInlineVars finds occurrences of ObjectReplaceChar and adds them to inlineVars to map the inline variables in noVarString.
// Accounts for UTF-16 characters with code units which require the inline variable position to be doubled (e.g. emoji, bold text).
func mapInlineVars(noVarString *string) {
var variableIdx int
var charPos = 0
for _, r := range *noVarString {
if r == ObjectReplaceChar {
inlineVars = append(inlineVars, inlineVar{
identifier: varIndex[variableIdx].identifier,
col: charPos,
getAs: varIndex[variableIdx].getAs,
coerce: varIndex[variableIdx].coerce,
})
variableIdx++
}
if r >= utf16BMPThreshold {
charPos += 2
} else {
charPos += 1
}
}
}
var collectInlineVarRegex = regexp.MustCompile(`\{@?(.*?)(?:\['(.*?)'])?(?:\.(.*?))?}`)
var replaceVarRegex = regexp.MustCompile(`(\{@?.*?})`)
// collectInlineVariables collects inline variables from `str` and adds them to a slice of attachmentVariable.
// It then replaces all instances of inline variables in `str` with ObjectReplaceChar.
func collectInlineVariables(str *string) (noVarString string) {
var matches = collectInlineVarRegex.FindAllStringSubmatch(*str, -1)
if matches != nil {
for _, match := range matches {
var attachmentVar attachmentVariable
if len(match) < 2 {
continue
}
attachmentVar.identifier = match[1]
if len(match[2]) > 0 {
attachmentVar.getAs = match[2]
}
if len(match[3]) > 0 {
attachmentVar.coerce = match[3]
}
varIndex = append(varIndex, attachmentVar)
}
noVarString = replaceVarRegex.ReplaceAllString(*str, ObjectReplaceCharStr)
}
mapInlineVars(&noVarString)
return
}
func argumentValue(args []actionArgument, idx int) any {
var actionParameter parameterDefinition
if len(currentAction.parameters) <= idx {
// First parameter is likely infinite
actionParameter = currentAction.parameters[0]
} else {
actionParameter = currentAction.parameters[idx]
}
var arg actionArgument
if len(args) <= idx {
if actionParameter.optional || actionParameter.defaultValue != nil {
return map[string]any{}
}
} else {
arg = args[idx]
}
return paramValue(arg, actionParameter.validType)
}
func paramValue(arg actionArgument, handleAs tokenType) any {
if arg.valueType == Nil || arg.value == nil {
return map[string]any{}
}
switch arg.valueType {
case Variable:
if handleAs == String {
var refStr = makeVariableReferenceString(arg.value.(varValue))
return attachmentValues(fmt.Sprintf("{%s}", refStr))
}
return variableValue(arg.value.(varValue))
case Dict:
return makeDictionaryValue(&arg.value)
case Integer:
fallthrough
case Bool:
fallthrough
case Float:
return arg.value
case Color:
var colorArgs = arg.value.([]actionArgument)
return map[string]any{
"WFColorRepresentationType": "WFColorRepresentationTypeCGColor",
"redComponent": colorArgs[0].value.(float64),
"greenComponent": colorArgs[1].value.(float64),
"blueComponent": colorArgs[2].value.(float64),
"alphaComponent": colorArgs[3].value,
}
case Quantity:
return makeQuantityFieldValue(arg.value.([]actionArgument))
default:
return attachmentValues(arg.value.(string))
}
}
// isInputVariable checks if identifier is the ShortcutInput global to set the global boolean in the final plist.
func isInputVariable(identifier string) {
if hasShortcutInputVariables {
return
}
hasShortcutInputVariables = identifier == ShortcutInput
}
const (
startStatement uint64 = 0
statementPart uint64 = 1
endStatement uint64 = 2
)
// makeDictionary creates a Shortcut dictionary value.
func makeDictionary(value interface{}) (dictItems []map[string]any) {
if value == nil {
return []map[string]any{}
}
for key, item := range value.(map[string]interface{}) {
dictItems = append(dictItems, makeDictionaryItem(key, item))
}
return
}
// makeDictionaryItem creates an inner dictionary value.
func makeDictionaryItem(key string, value any) map[string]any {
if value == nil {
value = ""
}
var itemType dictDataType
var serializedType string
var wfValue = map[string]any{
"Value": map[string]any{
"string": value,
},
}
if value != "" {
switch reflect.TypeOf(value).Kind() {
case reflect.String:
if strings.ContainsAny(value.(string), "{}") {
wfValue["Value"] = paramValue(actionArgument{
valueType: String,
value: value,
}, String)
if reflect.TypeOf(wfValue["Value"]).String() == "map[string]interface {}" {
for _, val := range wfValue {
wfValue = val.(map[string]any)
break
}
}
}
itemType = itemTypeText
serializedType = "WFTextTokenString"
case reflect.Int, reflect.Float64:
itemType = itemTypeNumber
serializedType = "WFTextTokenString"
wfValue = map[string]any{
"Value": map[string]any{
"string": fmt.Sprintf("%v", value),
},
}
case reflect.Slice:
itemType = itemTypeArray
serializedType = "WFArrayParameterState"
var arrayValue []map[string]interface{}
for _, item := range value.([]interface{}) {
arrayValue = append(arrayValue, makeDictionaryItem("", item))
}
wfValue = map[string]any{
"Value": arrayValue,
}
case reflect.Map:
itemType = itemTypeDict
serializedType = "WFDictionaryFieldValue"
wfValue = map[string]any{
"Value": map[string]any{
"Value": map[string]any{
"WFDictionaryFieldValueItems": makeDictionary(value),
},
"WFSerializationType": "WFDictionaryFieldValue",
},
}
case reflect.Bool:
itemType = itemTypeBool
serializedType = "WFNumberSubstitutableState"
wfValue = map[string]any{
"Value": value,
}
default:
exit(fmt.Sprintf("Unsupported dictionary item value type %s", reflect.TypeOf(value)))
}
} else {
itemType = itemTypeText
serializedType = "WFTextTokenString"
wfValue = map[string]any{}
}
return makeDictionaryItemValue(key, itemType, serializedType, wfValue)
}
func makeDictionaryItemValue(key string, itemType dictDataType, serializedType string, wfValue map[string]any) map[string]any {
var wfValueParams = map[string]any{
"WFSerializationType": serializedType,
}
maps.Copy(wfValueParams, wfValue)
var valueData = map[string]any{
"WFItemType": itemType,
"WFValue": wfValueParams,
}
if key != "" {
var wfKey = map[string]any{
"Value": map[string]string{
"string": key,
},
}
if strings.ContainsAny(key, "{}") {
wfKey["Value"] = paramValue(actionArgument{
valueType: String,
value: key,
}, String)
if reflect.TypeOf(wfKey["Value"]).String() == "map[string]interface {}" {
for _, val := range wfKey["Value"].(map[string]any) {
wfKey = val.(map[string]any)
break
}
}
}
var wfKeyParams = map[string]any{
"WFSerializationType": "WFTextTokenString",
}
maps.Copy(wfKeyParams, wfKey)
valueData["WFKey"] = wfKeyParams
}
return valueData
}
func makeOutputName(token *token) string {
if variable, found := variables[token.ident]; found {
if variable.constant {
return token.ident
}
}
if token.valueType == Variable && token.value != nil {
var identifier = token.value.(varValue).value.(string)
if validReference(identifier) {
return identifier
}
}
var typeOfToken = string(token.valueType)
if typeOfToken == "action" {
typeOfToken = token.value.(action).ident
}
if token.valueType == "" {
typeOfToken = token.ident
}
var customOutputName = fmt.Sprintf("%s%s", strings.ToTitle(string(typeOfToken[0])), typeOfToken[1:])
return checkDuplicateOutputName(customOutputName)
}
func makeArrayVariable(t *token) {
if t.value == nil {
return
}
for _, value := range t.value.([]interface{}) {
if value == nil {
continue
}
var UUID = createUUID(&t.ident)
var valueType tokenType
var itemIdent string
switch reflect.TypeOf(value).Kind() {
case reflect.String:
valueType = String
itemIdent = "Text"
case reflect.Float64:
valueType = Integer
itemIdent = "Number"
case reflect.Map:
valueType = Dict
itemIdent = "Dictionary"
default:
exit(fmt.Sprintf("Invalid array value '%v' (%s)", value, reflect.TypeOf(value)))
}
makeVariableValueAction(&token{
typeof: valueType,
ident: itemIdent,
valueType: valueType,
value: value,
}, &itemIdent, &UUID)
addStdAction("appendvariable", &map[string]any{
"WFInput": inputValue(itemIdent, UUID),
"WFVariableName": t.ident,
})
}
}
func makeConditionalAction(t *token) {
var conditionalParams = map[string]any{
"GroupingIdentifier": t.ident,
}
switch t.valueType {
case If:
conditionalParams["WFControlFlowMode"] = startStatement
if iosVersion < 18 {
var cond = t.value.(WFConditions)
var firstCondition = cond.conditions[0]
var firstArg = firstCondition.arguments[0]
conditionalParams["WFInput"] = map[string]any{
"Type": "Variable",
"Variable": variableValue(firstArg.value.(varValue)),
}
if len(firstCondition.arguments) > 1 {
var secondArg = firstCondition.arguments[1]
conditionalParameter("", conditionalParams, &secondArg.valueType, secondArg.value)
}
if len(firstCondition.arguments) > 2 {
var thirdArg = firstCondition.arguments[2]
conditionalParameter("WFAnotherNumber", conditionalParams, &thirdArg.valueType, thirdArg.value)
}
conditionalParams["WFCondition"] = firstCondition.condition
conditionalParams["WFControlFlowMode"] = startStatement
} else {
var cond = t.value.(WFConditions)
conditionalParams["WFConditions"] = makeConditions(&cond)
}
case Else:
conditionalParams["WFControlFlowMode"] = statementPart
case EndClosure:
conditionalParams["UUID"] = createUUIDReference(t.value.(string))
conditionalParams["WFControlFlowMode"] = endStatement
}
addStdAction("conditional", &conditionalParams)
}
var filterTemplates []map[string]any
func makeConditions(wfConditions *WFConditions) map[string]any {
filterTemplates = []map[string]any{}
for _, condition := range wfConditions.conditions {
var conditionParams = map[string]any{
"WFCondition": condition.condition,
"WFInput": map[string]any{
"Type": "Variable",
"Variable": variableValue(condition.arguments[0].value.(varValue)),
},
}
if len(condition.arguments) > 1 {
var argumentTwo = condition.arguments[1]
conditionalParameter("", conditionParams, &argumentTwo.valueType, argumentTwo.value)
}
if len(condition.arguments) > 2 {
var argumentThree = condition.arguments[2]
conditionalParameter("WFAnotherNumber", conditionParams, &argumentThree.valueType, argumentThree.value)
}
filterTemplates = append(filterTemplates, conditionParams)
}
return map[string]any{
"Value": map[string]any{
"WFActionParameterFilterPrefix": wfConditions.WFActionParameterFilterPrefix,
"WFActionParameterFilterTemplates": filterTemplates,
},
"WFSerializationType": "WFContentPredicateTableTemplate",
}
}
func conditionalParameter(key string, conditionalParams map[string]any, typeOf *tokenType, value any) {
if key == "" {
if *typeOf == String {
key = "WFConditionalActionString"
} else if *typeOf == Integer || *typeOf == Bool {
key = "WFNumberValue"
}
}
switch *typeOf {
case String:
conditionalParams[key] = paramValue(actionArgument{
valueType: *typeOf,
value: value,
}, String)
case Integer:
conditionalParams[key] = paramValue(actionArgument{
valueType: *typeOf,
value: value,
}, String)
case Bool:
var boolNumber = "0"
if value == true {
boolNumber = "1"
}
conditionalParams[key] = paramValue(actionArgument{
valueType: Integer,
value: boolNumber,
}, Integer)
case Variable:
conditionalParameterVariable(conditionalParams, value)
}
}
func conditionalParameterVariable(conditionalParams map[string]any, value any) {
var condVarValue = value.(varValue)
var variable = variables[condVarValue.value.(string)]
switch variable.valueType {
case Integer:
conditionalParams["WFNumberValue"] = variableValue(condVarValue)
default:
conditionalParams["WFConditionalActionString"] = attachmentValues(fmt.Sprintf("{%s}", makeVariableReferenceString(condVarValue)))
}
}
func makeMenuAction(t *token) {
var menuParams = map[string]any{
"GroupingIdentifier": t.ident,
"WFControlFlowMode": startStatement,
}
if t.valueType == EndClosure {
menuParams["WFControlFlowMode"] = endStatement
menuParams["UUID"] = createUUIDReference(t.value.(string))
}
if t.valueType != EndClosure {
if t.valueType != Nil {
menuParams["WFMenuPrompt"] = paramValue(actionArgument{
valueType: t.valueType,
value: t.value,
}, String)