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https://github.com/InsanusMokrassar/TelegramBotAPI.git
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246 lines
8.6 KiB
Markdown
246 lines
8.6 KiB
Markdown
# TelegramBotAPI Util Extensions
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[ ](https://bintray.com/insanusmokrassar/StandardRepository/TelegramBotAPI-extensions-utils/_latestVersion)
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[](https://maven-badges.herokuapp.com/maven-central/com.github.insanusmokrassar/TelegramBotAPI-extensions-utils)
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## What is it?
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It is wrapper library for [TelegramBotAPI](../TelegramBotAPI/README.md). Currently, this library contains some usefull filters for commands, updates types and different others.
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## How to implement library?
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Common ways to implement this library are presented here. In some cases it will require additional steps
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like inserting of additional libraries (like `kotlin stdlib`). In the examples will be used variable
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`telegrambotapi-extensions-utils_version`, which must be set up by developer. Available versions are presented on
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[bintray](https://bintray.com/insanusmokrassar/StandardRepository/TelegramBotAPI-extensions-utils), next version is last published:
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[ ](https://bintray.com/insanusmokrassar/StandardRepository/TelegramBotAPI-extensions-utils/_latestVersion)
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### Maven
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Dependency config presented here:
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```xml
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<dependency>
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<groupId>com.github.insanusmokrassar</groupId>
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<artifactId>TelegramBotAPI-extensions-utils</artifactId>
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<version>${telegrambotapi-extensions-utils_version}</version>
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</dependency>
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```
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### Gradle
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To use last versions you will need to add one line in repositories block of your `build.gradle`:
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`jcenter()` or `mavenCentral()`
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And add next line to your dependencies block:
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```groovy
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implementation "com.github.insanusmokrassar:TelegramBotAPI-extensions-utils:$telegrambotapi-extensions-utils_version"
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```
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or for old gradle:
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```groovy
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compile "com.github.insanusmokrassar:TelegramBotAPI-extensions-utils:$telegrambotapi-extensions-utils_version"
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```
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## How to use?
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Here will be presented several examples of usage. In all cases it is expected that you have created your bot and filter:
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```kotlin
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val bot: RequestsExecutor = KtorRequestsExecutor(
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TelegramAPIUrlsKeeper(BOT_TOKEN)
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)
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val filter = FlowsUpdatesFilter(64)
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```
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Alternative way to use the things below:
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```kotlin
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val filter = bot.startGettingFlowsUpdatesByLongPolling(
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scope = CoroutineScope(Dispatchers.Default)
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) {
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// place code from examples here with replacing of `filter` by `this`
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}
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```
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### Updates
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As mentioned in [Telegram Bot API reference](https://core.telegram.org/bots/api#getting-updates), there are two ways for
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updates retrieving:
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* Webhooks
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* Long Polling
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Both of them you could use in your project using [TelegramBotAPI](../TelegramBotAPI/README.md), but here there are
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several useful extensions for both of them.
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Anyway, in both of ways it will be useful to know that it is possible to create `UpdateReceiver` object using function
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`flowsUpdatesFilter`:
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```kotlin
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val internalChannelsSizes = 128
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flowsUpdatesFilter(internalChannelsSizes/* default is 64 */) {
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/* ... */
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}
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```
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#### Long polling
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The most simple way is Long Polling and one of the usages was mentioned above:
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```kotlin
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val filter = bot.startGettingFlowsUpdatesByLongPolling(
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scope = CoroutineScope(Dispatchers.Default)
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) {
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// place code from examples here with replacing of `filter` by `this`
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}
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```
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Extension `startGettingFlowsUpdatesByLongPolling` was used in this example, but there are a lot of variations of
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`startGettingOfUpdatesByLongPolling` and others for getting the same result. Usually, it is supposed that you already
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have created `filter` object (or something like this) and will pass it into extension:
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```kotlin
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val filter = FlowsUpdatesFilter(64)
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bot.startGettingOfUpdatesByLongPolling(
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filter
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)
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```
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But also there are extensions which allow to pass lambdas directly:
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```kotlin
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bot.startGettingOfUpdatesByLongPolling(
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{
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println("Received message update: $it")
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}
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)
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```
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Anyway, it is strictly recommended to pass your `CoroutineScope` object to this method at least for more comfortable
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management of updates.
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#### WebHooks (currently JVM-only)
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For webhooks there are less number of functions and extensions than for Long Polling (but it is still fully automated):
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```kotlin
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startListenWebhooks(
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8081,
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CIO // require to implement this engine dependency
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) {
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// here will be all updates one by one in $it
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}
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```
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Besides, there are two additional opportunities:
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* Extension `Route#includeWebhookHandlingInRoute`, which allow you to include webhook processing inside your ktor
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application without creating of new one server (as it is happening in `startListenWebhooks`)
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* Extension `RequestsExecutor#setWebhookInfoAndStartListenWebhooks`. It is allow to set up full server (in fact, with
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`startListenWebhooks`), but also send `SetWebhook` request before and check that it was successful
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### Filters
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There are several filters for flows.
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#### Sent messages
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All sent messages can be filtered for three types:
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| Type | Description | Flow extension |
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|:---- |:----------- |:-------------- |
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| Common messages | Simple messages with text, media, location, etc. | `asContentMessagesFlow` |
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| Chat actions | New chat member, rename of chat, etc. | `asChatEventsFlow` |
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| Unknown events | Any other messages, that contain unsupported data | `asUnknownMessagesFlow` |
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##### Common messages
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Unfortunately, due to the erasing of generic types, when you are using `asContentMessagesFlow` you will retrieve
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data with type `ContentMessage<*>`. For correct filtering of content type for retrieved objects, was created special
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filters:
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| Content type | Result type | Flow extension |
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|:---- |:----------- |:-------------- |
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| Animation | `ContentMessage<AnimationContent>`| `onlyAnimationContentMessages` |
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| Audio | `ContentMessage<AudioContent>` | `onlyAudioContentMessages` |
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| Contact | `ContentMessage<ContactContent>` | `onlyContactContentMessages` |
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| Dice | `ContentMessage<DiceContent>` | `onlyDiceContentMessages` |
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| Document | `ContentMessage<DocumentContent>` | `onlyDocumentContentMessages` |
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| Game | `ContentMessage<GameContent>` | `onlyGameContentMessages` |
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| Invoice | `ContentMessage<InvoiceContent>` | `onlyInvoiceContentMessages` |
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| Location | `ContentMessage<LocationContent>` | `onlyLocationContentMessages` |
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| Photo | `ContentMessage<PhotoContent>` | `onlyPhotoContentMessages` |
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| Poll | `ContentMessage<PollContent>` | `onlyPollContentMessages` |
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| Sticker | `ContentMessage<StickerContent>` | `onlyStickerContentMessages` |
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| Text | `ContentMessage<TextContent>` | `onlyTextContentMessages` |
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| Venue | `ContentMessage<VenueContent>` | `onlyVenueContentMessages` |
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| Video | `ContentMessage<VideoContent>` | `onlyVideoContentMessages` |
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| VideoNote | `ContentMessage<VideoNoteContent>` | `onlyVideoNoteContentMessages` |
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| Voice | `ContentMessage<VoiceContent>` | `onlyVoiceContentMessages` |
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For example, if you wish to get only photo messages from private chats of groups, you should call next code:
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```kotlin
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filter.messageFlow.asContentMessagesFlow().onlyPhotoContentMessages().onEach {
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println(it.content)
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}.launchIn(
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CoroutineScope(Dispatchers.Default)
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)
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```
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##### Chat actions
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Chat actions can be divided for three types of events source:
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| Type | Flow extension |
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|:---- |:-------------- |
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| Channel events | `onlyChannelEvents` |
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| Group events | `onlyGroupEvents` |
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| Supergroup events | `onlySupergroupEvents` |
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According to this table, if you want to add filtering by supergroup events, you will use code like this:
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```kotlin
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filter.messageFlow.asChatEventsFlow().onlySupergroupEvents().onEach {
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println(it.chatEvent)
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}.launchIn(
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CoroutineScope(Dispatchers.Default)
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)
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```
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## Shortcuts
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With shortcuts you are able to use simple factories for several things.
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### ScheduledCloseInfo
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In case if you are creating some poll, you able to use next shortcuts.
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Next sample will use info with closing at the 10 seconds after now:
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```kotlin
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closePollExactAt(DateTime.now() + TimeSpan(10000.0))
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```
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In this example we will do the same, but in another way:
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```kotlin
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closePollExactAfter(10)
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```
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Here we have passed `10` seconds and will get the same result object.
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In opposite to previous shortcuts, the next one will create `approximate` closing schedule:
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```kotlin
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closePollAfter(10)
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```
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The main difference here is that the last one will be closed after 10 seconds since the sending. With first samples
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will be created **exact** time for closing of poll
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