WIP: Compiled SQL function #33

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flecomte wants to merge 37 commits from compiled_sql_function into master
4 changed files with 714 additions and 75 deletions
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@@ -1,67 +1,360 @@
package fr.postgresjson.definition
import com.github.jasync.sql.db.util.length
import fr.postgresjson.definition.Parameter.Direction
import java.nio.file.Path
import kotlin.contracts.ExperimentalContracts
import kotlin.contracts.InvocationKind.EXACTLY_ONCE
import kotlin.contracts.contract
class Function(
override val script: String,
override val source: Path? = null
) : Resource, ParametersInterface {
val returns: String
override val source: Path? = null,
): Resource, ParametersInterface {
/**
* TEXT, INT, TEXT[], CUSTOM_TYPE => String, Int, List<String>, Any;
* TABLE(id INT, name TEXT) => Object { id: Int; name: String };
* SETOF TEXT => List<String>;
* MY_TABLE.id%TYPE => Any;
* VOID => null;
*/
val returns: Returns = Returns.Void()
override val name: String
override val parameters: List<Parameter>
@JvmInline
private value class ScriptPart(val restOfScript: String) {
fun copy(block: (String) -> String): ScriptPart {
return ScriptPart(block(restOfScript))
}
fun removeParentheses(): ScriptPart {
return if (restOfScript.take(1) == "(" && restOfScript.takeLast(1) == ")") {
this.copy {
it.drop(1).dropLast(1)
}
} else {
this
}
}
fun isEmpty() = restOfScript.isEmpty()
}
private fun emptyScriptPart(): ScriptPart = ScriptPart("")
private class NextScript<T>(val value: T, val restOfScript: String) {
val nextScriptPart: ScriptPart = ScriptPart(restOfScript)
}
/**
* Return the value as ScriptPart
*/
private fun NextScript<String>.valueAsScriptPart(): ScriptPart = ScriptPart(value)
init {
val functionRegex =
"""create (or replace )?(procedure|function) *(?<fname>[^(\s]+)\s*\(\s*(?<params>\s*([^()]+(\([^)]+\))*)*)\s*\)(RETURNS *(?<return>[^ \n]+))?"""
.toRegex(setOf(RegexOption.IGNORE_CASE, RegexOption.MULTILINE))
ScriptPart(script)
.getFunctionOrProcedure().trimSpace().nextScriptPart
.getFunctionName().apply { name = value }.nextScriptPart
.getArguments().apply { parameters = value }.nextScriptPart
// .getReturns().hook { returns = value }
val paramsRegex =
"""\s*(?<param>((?<direction>IN|OUT|INOUT|VARIADIC)?\s+)?("?(?<pname>[^\s,")]+)"?\s+)?(?<type>((?!default)[a-z0-9]+\s?)+(\((?<precision>[0-9]+)(, (?<scale>[0-9]+))?\))?)(\s+(default\s|=)\s*(?<default>('[^']+?'|[0-9]+|true|false))(?<defaultType>\s*::\s*[a-z0-9]+(\([0-9]+(\s?,\s?[0-9]+\s?)?\))?)?)?)\s*(,|${'$'})"""
.toRegex(setOf(RegexOption.IGNORE_CASE, RegexOption.MULTILINE))
}
val queryMatch = functionRegex.find(script)
if (queryMatch !== null) {
val functionName = queryMatch.groups["fname"]?.value?.trim() ?: error("Function name not found")
val functionParameters = queryMatch.groups["params"]?.value?.trim()
this.returns = queryMatch.groups["return"]?.value?.trim() ?: ""
private fun ScriptPart.getFunctionOrProcedure(): NextScript<String> {
val result = """create\s+(?:or\s+replace\s+)?(procedure|function)\s+"""
.toRegex()
.find(restOfScript)
?: throw FunctionNotFound()
/* Create parameters definition */
val parameters = if (functionParameters !== null) {
paramsRegex
.findAll(functionParameters)
.mapIndexed { index, paramsMatch ->
Parameter(
paramsMatch.groups["pname"]?.value?.trim() ?: """arg${index + 1}""",
paramsMatch.groups["type"]?.value?.trim() ?: throw ArgumentNotFound(),
paramsMatch.groups["direction"]?.value?.trim(),
paramsMatch.groups["default"]?.value?.trim(),
paramsMatch.groups["precision"]?.value?.trim()?.toInt(),
paramsMatch.groups["scale"]?.value?.trim()?.toInt()
val rest = result.range.last
.let { cursor -> restOfScript.drop(cursor + 1) }
return NextScript(
result.groups[1]!!.value,
rest
)
}.toList()
} else {
listOf()
}
this.name = functionName
this.parameters = parameters
} else {
throw FunctionNotFound()
private fun ScriptPart.getFunctionName(): NextScript<String> {
try {
return getNextScript { status.isNotEscaped() && listOf("(", " ", "\n").any { afterBeginBy(it) } }
} catch (e: NameMalformed) {
throw FunctionNameMalformed()
}
}
class FunctionNotFound(cause: Throwable? = null) : Resource.ParseException("Function not found in script", cause)
class ArgumentNotFound(cause: Throwable? = null) : Resource.ParseException("Argument not found in script", cause)
@OptIn(ExperimentalContracts::class)
private inline fun ScriptPart.change(block: String.() -> String): ScriptPart {
contract {
callsInPlace(block, EXACTLY_ONCE)
}
return ScriptPart(restOfScript.run(block))
}
fun getDefinition(): String {
return parameters
.filter { it.direction == Parameter.Direction.IN }
.joinToString(", ") { it.type }
/**
* Get a name.
* You can define a list of characters that end the name. Like `(` or space.
*/
private fun ScriptPart.getAbstractName(endString: String, includeEnd: Boolean = false): NextScript<String> =
getAbstractName(listOf(endString), includeEnd)
/**
* Get a name.
* You can define a list of characters that end the name. Like `(` or space.
*/
@Deprecated("replace by getNextScript", ReplaceWith("getNextScript"))
private fun ScriptPart.getAbstractName(endStrings: List<String>, includeEnd: Boolean = false): NextScript<String> {
var nameIsEscaped = false
for ((i, c) in restOfScript.withIndex()) {
val isEndOfString = endStrings.filter { restOfScript.substring(i).take(it.length) == it }.length > 0
if (c == '"' && i == 0) {
nameIsEscaped = true
} else if (c == '"' && i > 0 && (restOfScript[i + 1] == '"' || restOfScript[i - 1] == '"')) {
continue
} else if (c == '"' && i > 0 && !nameIsEscaped) {
throw NameMalformed()
} else if ((c == '"' && i > 0 && nameIsEscaped) || (!nameIsEscaped && isEndOfString)) {
val dropCount = i + if (includeEnd) 1 else 0
return NextScript(restOfScript.take(i).trim('"').replace("\"\"", "\""), restOfScript.drop(dropCount))
}
}
throw NameMalformed()
}
data class Status(
var doubleQuoted: Boolean = false, // "
var simpleQuoted: Boolean = false, // '
var parentheses: Int = 0, // ()
var brackets: Int = 0, // []
var braces: Int = 0, // {}
) {
fun isQuoted(): Boolean = doubleQuoted || simpleQuoted
fun isNotQuoted(): Boolean = !isQuoted()
fun isNotEscaped(): Boolean = isNotQuoted() && parentheses == 0 && brackets == 0 && braces == 0
}
data class Context(
val index: Int,
val currentChar: Char,
val status: Status,
val script: String,
) {
fun afterBeginBy(vararg texts: String): Boolean = texts.any {
script.substring(index+1).take(it.length) == it
}
val nextChar: Char? get() = script.substring(index+1).getOrNull(0)
}
/**
* Get next part of script.
* You can define a list of characters that end the part of script. Like `(` or space.
*/
private fun ScriptPart.getNextScript(isEnd: Context.() -> Boolean): NextScript<String> {
val status = Status()
fun String.unescape(): String {
val first = take(1)
val last = takeLast(1)
return if (first == last && first in listOf("\"", "'")) {
drop(1).dropLast(1).replace("$first$first", first)
} else {
this
}
}
for ((index, c) in restOfScript.withIndex()) {
val nextChar = restOfScript.getOrNull(index + 1)
val prevChar = restOfScript.getOrNull(index - 1)
if (c == '"' && (nextChar != '"' && prevChar != '"')) {
status.doubleQuoted = !status.doubleQuoted
} else if (c == '\'' && (nextChar != '\'' && prevChar != '\'')) {
status.simpleQuoted = !status.simpleQuoted
} else if (c == '(' && status.isNotQuoted()) {
status.parentheses++
} else if (c == ')' && status.isNotQuoted()) {
status.parentheses--
} else if (c == '[' && status.isNotQuoted()) {
status.brackets++
} else if (c == ']' && status.isNotQuoted()) {
status.brackets--
} else if (c == '{' && status.isNotQuoted()) {
status.braces++
} else if (c == '}' && status.isNotQuoted()) {
status.braces--
}
if (isEnd(Context(index, c, status.copy(), restOfScript))) {
return NextScript(restOfScript.take(index+1).unescape(), restOfScript.drop(index+1))
}
}
if (status.isNotEscaped()) {
return NextScript(restOfScript.unescape().trim(), "").trimSpace()
}
throw ParseError()
}
private fun ScriptPart.split(delimiter: String): List<ScriptPart> {
val parts: MutableList<ScriptPart> = mutableListOf()
var rest: ScriptPart = this
do {
rest = rest.trimSpace()
.getNextScript { status.isNotEscaped() && currentChar.toString() == delimiter }
.trimSpace()
.also { parts.add(it.valueAsScriptPart().trimSpace().trimEnd(',')) }
.nextScriptPart
} while (!rest.isEmpty())
return parts
}
private fun ScriptPart.getNextInteger(): NextScript<Int?> {
val trimmed = restOfScript.trimStart { !it.isDigit() }
val digits = trimmed.takeWhile { it.isDigit() }
val restOfScript = trimmed.trimStart { it.isDigit() }
return NextScript(digits.toIntOrNull(), restOfScript).trimSpace()
}
private fun ScriptPart.getArguments(): NextScript<List<Parameter>> {
val allArgumentsScript = this.getNextScript {
currentChar == ')' && status.isNotEscaped()
}
val arguments: List<Parameter> = allArgumentsScript
.valueAsScriptPart()
.removeParentheses()
.split(",")
.map { it.toArgument() }
return NextScript(arguments.toList(), allArgumentsScript.restOfScript)
}
private fun ScriptPart.trimSpace(): ScriptPart {
for ((n, char) in restOfScript.withIndex()) {
if (char !in listOf(' ', '\n', '\t')) {
return ScriptPart(
restOfScript.drop(n)
)
}
}
return ScriptPart(restOfScript)
}
private fun <T> NextScript<T>.trimSpace(): NextScript<T> {
val spaces = charArrayOf(' ', '\n', '\t')
return trim(chars = spaces)
}
private fun ScriptPart.trimEnd(vararg chars: Char): ScriptPart {
return this.change { dropLastWhile { it in chars } }
}
private fun <T> NextScript<T>.trim(vararg chars: Char): NextScript<T> {
return NextScript(value, restOfScript.apply { dropWhile { it in chars } })
}
private fun ScriptPart.toArgument(): Parameter {
var script: ScriptPart = this.trimSpace()
return Parameter(
direction = script.getArgMode().apply { script = nextScriptPart }.value,
name = script.getArgName().trimSpace().apply { script = nextScriptPart }.value.trim(),
type = script.getArgType().trimSpace().apply { script = nextScriptPart }.value,
default = script.getArgDefault().trimSpace().apply { script = nextScriptPart }.value,
)
}
private fun ScriptPart.getArgMode(): NextScript<Direction> {
return when {
restOfScript.startsWith("inout ", true) -> NextScript(Direction.INOUT, restOfScript.drop("inout ".length))
restOfScript.startsWith("in ", true) -> NextScript(Direction.IN, restOfScript.drop("in ".length))
restOfScript.startsWith("out ", true) -> NextScript(Direction.OUT, restOfScript.drop("out ".length))
else -> NextScript(Direction.IN, restOfScript)
}
}
private fun ScriptPart.getArgName(): NextScript<String> {
try {
return getNextScript {
listOf(" ", "\n")
.any { afterBeginBy(it) }
}
} catch (e: NameMalformed) {
throw ArgNameMalformed(null, e)
}
}
private fun ScriptPart.getArgType(): NextScript<ArgumentType> {
val fullType = try {
getNextScript {
listOf(" default ", "=", ")")
.any { afterBeginBy(it) }
}
} catch (e: ParseError) {
throw ArgTypeMalformed(null, e)
}
var rest: ScriptPart = fullType.valueAsScriptPart()
val name = rest
.getNextScript { afterBeginBy("(") }
.apply { rest = nextScriptPart }
val precision = rest
.getNextInteger()
.apply { rest = nextScriptPart }
val scale = rest
.getNextInteger()
.apply { rest = nextScriptPart }
return NextScript(
ArgumentType(
name = name.value.trim(),
precision = precision.value,
scale = scale.value
), fullType.nextScriptPart.restOfScript
)
}
/**
* TODO implement this method
*/
private fun ScriptPart.getArgDefault(): NextScript<String?> {
return NextScript("plop", "")
}
/**
* TODO Finalize this
*/
private fun ScriptPart.getReturns(): NextScript<Returns> {
return NextScript(Returns.Void(), "")
}
class FunctionNotFound(cause: Throwable? = null): Resource.ParseException("Function not found in script", cause)
class ArgumentNotFound(cause: Throwable? = null): Resource.ParseException("Argument not found in script", cause)
class FunctionNameMalformed(message: String? = null, cause: Throwable? = null):
Resource.ParseException(message ?: "Function name is malformed", cause)
class ArgNameMalformed(message: String? = null, cause: Throwable? = null):
Resource.ParseException(message ?: "Arg name is malformed", cause)
class ArgTypeMalformed(message: String? = null, cause: Throwable? = null):
Resource.ParseException(message ?: "Arg type is malformed", cause)
class NameMalformed(message: String? = null, cause: Throwable? = null):
Resource.ParseException(message ?: "name is malformed", cause)
class ParseError(message: String? = null, cause: Throwable? = null):
Resource.ParseException(message ?: "Parsing fail", cause)
fun getDefinition(): String = parameters
.filter { it.direction == Direction.IN }
.joinToString(", ") { it.type.toString() }
.let { "$name ($it)" }
}
fun getParametersIndexedByName(): Map<String, Parameter> {
return parameters.associateBy { it.name }
}
fun getParametersIndexedByName(): Map<String, Parameter> = parameters
.withIndex()
.associate { (key, param) -> Pair(param.name ?: "${key + 1}", param) }
operator fun get(name: String): Parameter? = parameters.firstOrNull { it.name == name }
infix fun `has same definition`(other: Function): Boolean {
return other.getDefinition() == this.getDefinition()
@@ -70,4 +363,44 @@ class Function(
infix fun `is different from`(other: Function): Boolean {
return other.script != this.script
}
sealed class Returns(
val definition: String,
val isSetOf: Boolean,
) {
class Primitive(
definition: String,
isSetOf: Boolean,
): Returns(definition, isSetOf) {
val name = definition
.trim('"')
}
class PrimitiveList(
definition: String,
isSetOf: Boolean,
): Returns(definition, isSetOf) {
val name = definition
.drop(2)
.trim('"')
}
class Table(
definition: String,
isSetOf: Boolean,
val parameters: List<ParameterTable>,
): Returns(definition, isSetOf) {
class ParameterTable(
override val name: String,
override val type: ArgumentType,
): ParameterSimpleI
}
class Any(
isSetOf: Boolean,
): Returns("any", isSetOf)
class Void: Returns("void", false)
}
}

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@@ -2,31 +2,39 @@ package fr.postgresjson.definition
import java.util.Locale
interface ParameterI {
val name: String
val type: String
val direction: Parameter.Direction
val default: String
class ArgumentType(
val name: String,
val precision: Int? = null,
val scale: Int? = null,
val isArray: Boolean = false,
) {
override fun toString(): String {
return if (precision == null && scale == null) {
name
} else if (scale == null) {
"""$name($precision)"""
} else {
"""$name($precision, $scale)"""
}
}
}
class Parameter(val name: String, val type: String, direction: Direction? = Direction.IN, val default: String? = null, val precision: Int? = null, val scale: Int? = null) {
val direction: Direction
interface ParameterSimpleI {
val name: String?
val type: ArgumentType
}
init {
if (direction === null) {
this.direction = Direction.IN
} else {
this.direction = direction
}
}
constructor(name: String, type: String, direction: String? = "IN", default: String? = null, precision: Int? = null, scale: Int? = null) : this(
class Parameter(
override val name: String?,
override val type: ArgumentType,
val direction: Direction = Direction.IN,
val default: String? = null,
): ParameterSimpleI {
constructor(name: String?, type: ArgumentType, direction: String = "IN", default: String? = null): this(
name = name,
type = type,
direction = direction?.let { Direction.valueOf(direction.uppercase(Locale.getDefault())) },
default = default,
precision = precision,
scale = scale
direction = direction.let { Direction.valueOf(direction.uppercase(Locale.getDefault())) },
default = default
)
enum class Direction { IN, OUT, INOUT }

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@@ -1,6 +1,8 @@
package fr.postgresjson.functionGenerator
import com.github.jasync.sql.db.util.length
import fr.postgresjson.definition.Function
import fr.postgresjson.definition.Function.Returns
import fr.postgresjson.definition.Parameter
import fr.postgresjson.definition.Parameter.Direction.IN
import fr.postgresjson.definition.Parameter.Direction.INOUT
@@ -19,15 +21,16 @@ class FunctionGenerator(private val functionsDirectories: List<URI>) {
private fun List<Parameter>.toKotlinArgs(): String {
return filter { it.direction == IN || it.direction == INOUT }
.joinToString(", ") {
val base = """${it.kotlinName}: ${it.kotlinType}"""
val default = if (it.default == null) {
.mapIndexed { index, parameter -> index to parameter }
.joinToString(", ") { (idx, param) ->
val base = """${param.kotlinName ?: "arg$idx"}: ${param.kotlinType}"""
val default = if (param.default == null) {
""
} else {
when (it.kotlinType) {
"String" -> """ = "${it.default.trim('\'')}""""
"Int" -> """ = ${it.default}"""
"Boolean" -> """ = ${it.default.lowercase()}"""
when (param.kotlinType) {
"String" -> """ = "${param.default.trim('\'')}""""
"Int" -> """ = ${param.default}"""
"Boolean" -> """ = ${param.default.lowercase()}"""
else -> ""
}
}
@@ -43,7 +46,7 @@ class FunctionGenerator(private val functionsDirectories: List<URI>) {
private val Parameter.kotlinType: String
get() {
return when (type.lowercase()) {
return when (type.name.lowercase()) {
"text" -> "String"
"varchar" -> "String"
"character varying" -> "String"
@@ -68,9 +71,9 @@ class FunctionGenerator(private val functionsDirectories: List<URI>) {
}
}
private val Parameter.kotlinName: String
private val Parameter.kotlinName: String?
get() {
return name.toCamelCase().trimStart('_')
return name?.toCamelCase()?.trimStart('_')
}
private val Function.kotlinName: String
@@ -107,7 +110,7 @@ class FunctionGenerator(private val functionsDirectories: List<URI>) {
val args = parameters.toKotlinArgs()
val hasInputArgs: Boolean = parameters.filter { it.direction != OUT }.any { it.kotlinType == "S" }
val hasReturn: Boolean = parameters.any { it.direction != IN } || (returns != "" && returns != "void")
val hasReturn: Boolean = parameters.any { it.direction != IN } || (returns !is Returns.Void)
val generics = mutableListOf<String>()
if (hasReturn) generics.add("reified E: Any")

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@@ -0,0 +1,295 @@
package fr.postgresjson.definition
import io.kotest.core.spec.style.FreeSpec
import io.kotest.matchers.collections.shouldHaveSize
import io.kotest.matchers.shouldBe
class FunctionTest: FreeSpec({
"Function name" - {
"all in lower" {
Function(
// language=PostgreSQL
"""
create or replace function myfun() returns text language plpgsql as
$$ begin; end$$;
""".trimIndent()
).apply {
name shouldBe "myfun"
}
}
"first letter caps" {
Function(
// language=PostgreSQL
"""
create or replace function Myfun() returns text language plpgsql as
$$ begin; end$$;
""".trimIndent()
).apply {
name shouldBe "Myfun"
}
}
"with numbers" {
Function(
// language=PostgreSQL
"""
create or replace function myfun001() returns text language plpgsql as
$$ begin; end$$;
""".trimIndent()
).apply {
name shouldBe "myfun001"
}
}
"escaped name with space" {
Function(
// language=PostgreSQL
"""
create or replace function "My fun"() returns text language plpgsql as
$$ begin; end$$;
""".trimIndent()
).apply {
name shouldBe "My fun"
}
}
"escaped name with double quote in name" {
Function(
// language=PostgreSQL
"""
create or replace function "My""fun" () returns text language plpgsql as
$$ begin; end$$;
""".trimIndent()
).apply {
name shouldBe "My\"fun"
}
}
"name with new line before and after" {
Function(
// language=PostgreSQL
"""
create or replace function
myfun
()
returns text language plpgsql as
$$ begin; end$$;
""".trimIndent()
).apply {
name shouldBe "myfun"
}
}
}
"Parameters" - {
"One parameter text" - {
val param = Function(
// language=PostgreSQL
"""
create or replace function myfun(one text) returns text language plpgsql as
$$ begin end;$$;
""".trimIndent()
).parameters
"should have one parameter" {
param shouldHaveSize 1
}
"should have first parameter name" {
param[0].name shouldBe "one"
}
"should have first parameter type name" {
param[0].type.name shouldBe "text"
}
}
"Two parameters" - {
val param = Function(
// language=PostgreSQL
"""
create or replace function myfun(one text, two int) returns text language plpgsql as
$$ begin end;$$;
""".trimIndent()
).parameters
"should have 2 parameters" {
param shouldHaveSize 2
}
"should have names" {
param[0].name shouldBe "one"
param[1].name shouldBe "two"
}
"should have first parameter type name" {
param[0].type.name shouldBe "text"
param[1].type.name shouldBe "int"
}
}
}
// "function returns" - {
// "should return the type text if function return text" {
// Function(
// // language=PostgreSQL
// """
// create or replace function test001() returns text language plpgsql as
// $$ begin; end$$;
// """.trimIndent()
// ).returns shouldBe "text"
// }
//
// "return null if function return void" {
// Function(
// // language=PostgreSQL
// """
// create or replace function test001() returns void language plpgsql as
// $$ begin; end$$;
// """.trimIndent()
// ).returns shouldBe null
// }
// }
//
// "Parameters" - {
// "One parameter text" - {
// val param = Function(
// // language=PostgreSQL
// """
// create or replace function myfun(
// one text
// ) returns text language plpgsql as
// $$ begin end;$$;
// """.trimIndent()
// ).parameters
//
// "Function must have one parameter" {
// param shouldHaveSize 1
// }
//
// "The parameter must be in lower case" {
// param.getOrNull(0)?.name shouldBe "one"
// }
// }
// }
//
// "parameters" - {
// val param = Function(
// // language=PostgreSQL
// """
// create or replace function myfun(
// one text,
// "Two" INTEGER default 5,
// "Three ""and"" half" character varying = 'Yes',
// Three_and_more character varying(255) default 'Hello',
// dot point default '(1, 2)'::point,
// num NUMERIC(10, 3) default 123.654,
// arr01 text[] default '{hello, world, "and others", and\ more, "with \", ], [ , ) and as $$ in text"}'::text[],
// arr02 "point"[] default array['(1, 2)'::point, '(7, 12)'::point]::point[],
// arr03 text[] default array[
// 'text01',
// 'text02"([,#-',
// null
// ],
// last "text" default 'Hi'
// ) returns text language plpgsql as
// $$ begin end;$$;
// """.trimIndent()
// ).parameters
//
// "count must be correct" {
// param shouldHaveSize 10
// }
//
// "name" - {
// "in lower case" {
// param.getOrNull(0)?.name shouldBe "one"
// }
// "in camel case with double quote" {
// param.getOrNull(1)?.name shouldBe "Two"
// }
// "with spaces and double quote" {
// param.getOrNull(2)?.name shouldBe "Three \"and\" half"
// }
// "in snake_case" {
// param.getOrNull(3)?.name shouldBe "three_and_more"
// }
// "with numbers" {
// param.getOrNull(5)?.name shouldBe "arr01"
// }
// }
//
// "type" - {
// "text in lower case" {
// param.getOrNull(0)?.type shouldBe "text"
// }
// "integer in UPPER case" {
// param.getOrNull(1)?.type shouldBe "integer"
// }
// "character varying in two word" {
// param.getOrNull(2)?.type shouldBe "character varying"
// }
// "character varying with max size" - {
// "dont return the scale type in name" {
// param.getOrNull(3)?.type shouldBe "character varying"
// }
// "return the correct size" {
// param.getOrNull(3)?.type?.precision shouldBe 255
// }
// }
// "numeric with precision and scale" - {
// "dont return the precision and scale type in name" {
// param.getOrNull(5)?.type shouldBe "numeric"
// }
// "return the correct precision" {
// param.getOrNull(5)?.type?.precision shouldBe 10
// }
// "return the correct scale" {
// param.getOrNull(5)?.type?.scale shouldBe 3
// }
// }
// "array of text" {
// param.getOrNull(7)?.type shouldBe "text[]"
// }
// }
// "default" - {
// "with array of composite type Point" - {
// """must return "arr02" at name""" {
// param.getOrNull(7)?.name shouldBe "arr02"
// }
// """must return "point[]" at type""" {
// param.getOrNull(7)?.type shouldBe "point[]"
// }
// """must return "array[(1, 2)::point, (7, 12)::point]::point[]" at default""" {
// param.getOrNull(7)?.default shouldBe "array[(1, 2)::point, (7, 12)::point]::point[]"
// }
// }
// }
// }
//
// "getDefinition" - {
// TODO("must be implement")
// }
//
// "getParametersIndexedByName" - {
// TODO("must be implement")
// }
//
// "has same definition" - {
// TODO("must be implement")
// }
//
// "is different from" - {
// TODO("must be implement")
// }
//
// "script" - {
// TODO("must be implement")
// }
//
// "source" - {
// TODO("must be implement")
// }
})