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Mark

Overview

In some cases, you may need to mark a conversation, for example, as "favorite", "collapsed", "hidden", or "unread", which can be implemented through the following API.
Note:
To use this feature, you need to purchase the Pro edition 、Pro Plus edition、Enterprise edition.
This feature is available only in SDK enhanced edition v6.5.2803 or later.

Effect

With this feature, you can implement the following conversation mark effects in your app:




API Description

Marking a Conversation

Call the markConversation API (Java / Swift / Objective-C / C++) to mark or unmark a conversation.
Note:
When a user marks a conversation, the SDK records only the mark value and will not change the underlying logic of the conversation. For example, if a conversation is marked as V2TIM_CONVERSATION_MARK_TYPE_UNREAD, the unread count at the underlying layer will not change.
Parameters of the API for marking a conversation are as described below:
Attribute
Definition
Description
conversationIDList
List of conversation IDs
Up to 100 conversations can be marked at a time.
markType
Mark type
A conversation can be marked as a favorite, unread, collapsed, or hidden.
enableMark
Mark/Unmark
A conversation can be marked/unmarked.
Note:
The SDK provides four default marks ("favorite", "collapsed", "hidden", and "unread"). If they cannot meet your requirements, you can customize extended marks, which must meet the following conditions:
1. The value of an extended mark cannot be the same as that of an existing one.
2. The value of an extended mark must be 0x1LL << displacement value of n (32 ≤ n < 64 indicates that n must be equal to or greater than 32 and less than 64). For example, 0x1LL << 32 indicates "Online on an iPhone".
Sample code:
Java
Swift
Objective-C
C++
List<String> conversationIDList = new ArrayList<>();
conversationIDList.add("c2c_user1");
// Mark type
long markType = V2TIMConversation.V2TIM_CONVERSATION_MARK_TYPE_STAR;
// Extended mark type
// long markType = 0x1L << 32;
V2TIMManager.getConversationManager().markConversation(conversationIDList, markType, true, new V2TIMValueCallback<List<V2TIMConversationOperationResult>>() {
    @Override
    public void onSuccess(List<V2TIMConversationOperationResult> v2TIMConversationOperationResults) {
        // Marked the conversation successfully
    }

    @Override
    public void onError(int code, String desc) {
        // Failed to mark the conversation
    }
});
V2TIMManager.shared.markConversation(conversationIDList: ["c2c_userID"], markType: .V2TIM_CONVERSATION_MARK_TYPE_STAR, enableMark: true) { result in
    print("markConversation succ")
} fail: { code, desc in
    print("markConversation fail, \(code), \(desc)")
}
// Mark type
NSNumber *markType = @(V2TIM_CONVERSATION_MARK_TYPE_STAR);
// Extended mark type
// NSNumber *markType = @(0x1LL << 32);
// Mark a conversation
BOOL enableMark = YES; 
// Unmark a conversation
//  BOOL enableMark = NO; 
[[V2TIMManager sharedInstance] markConversation:@[@"c2c_yahaha"] markType:markType enableMark:enableMark succ:^(NSArray<V2TIMConversationOperationResult *> *result){
    // Marked the conversation successfully
} fail:^(int code, NSString *desc) {
    // Failed to mark the conversation
}];
template <class T>
class ValueCallback final : public V2TIMValueCallback<T> {
public:
    using SuccessCallback = std::function<void(const T&)>;
    using ErrorCallback = std::function<void(int, const V2TIMString&)>;

    ValueCallback() = default;
    ~ValueCallback() override = default;

    void SetCallback(SuccessCallback success_callback, ErrorCallback error_callback) {
        success_callback_ = std::move(success_callback);
        error_callback_ = std::move(error_callback);
    }

    void OnSuccess(const T& value) override {
        if (success_callback_) {
            success_callback_(value);
        }
    }
    void OnError(int error_code, const V2TIMString& error_message) override {
        if (error_callback_) {
            error_callback_(error_code, error_message);
        }
    }

private:
    SuccessCallback success_callback_;
    ErrorCallback error_callback_;
};

V2TIMStringVector conversationIDList;
conversationIDList.PushBack(u8"c2c_user1");
// Mark type
uint64_t markType = V2TIMConversationMarkType::V2TIM_CONVERSATION_MARK_TYPE_STAR;
// Extended mark type
uint64_t markType = static_cast<uint64_t>(0x1) << 32;

auto callback = new ValueCallback<V2TIMConversationOperationResultVector>{};
callback->SetCallback(
    [=](const V2TIMConversationOperationResultVector& conversationOperationResultList) {
        // Marked the conversation successfully
        delete callback;
    },
    [=](int error_code, const V2TIMString& error_message) {
        // Failed to mark the conversation
        delete callback;
    });

V2TIMManager::GetInstance()->GetConversationManager()->MarkConversation(conversationIDList, markType, true,
                                                                        callback);

Conversation Mark Changed Notification

After a conversation is marked or unmarked, the markList field (Java / Swift / Objective-C / C++) in V2TIMConversation of the conversation will change. You can call the addConversationListener API (Java / Swift / Objective-C / C++) to listen for such a change notification.
Sample code:
Java
Swift
Objective-C
C++
V2TIMConversationListener listener = new V2TIMConversationListener() {
    @Override
    public void onConversationChanged(List<V2TIMConversation> conversationList) {
        for (V2TIMConversation conversation : conversationList) {
            // Get the new mark information of the conversation
            List<Long> markList = conversation.getMarkList();
        }
    }
};
V2TIMManager.getConversationManager().addConversationListener(listener);
// Delete the conversation group
V2TIMManager.shared.addConversationListener(listener: self)
func onConversationChanged(conversationList: Array<V2TIMConversation>) {
        conversationList.forEach { item in
            print(item.description)
            // Get the new mark information of the conversation
            let mark_list = item.markList;
        }
}
// Delete the conversation group
[[V2TIMManager sharedInstance] addConversationListener:self];
- (void)onConversationChanged:(NSArray<V2TIMConversation*> *) conversationList
{
    for (V2TIMConversation *conv in conversationList) {
        // Get the new mark information of the conversation
        NSArray *mark_list = conv.markList;
    }
}
class ConversationListener final : public V2TIMConversationListener {
public:
    void OnConversationChanged(const V2TIMConversationVector& conversationList) override {
        for (size_t i = 0; i < conversationList.Size(); ++i) {
            const V2TIMConversation& conversation = conversationList[i];
            // Get the new mark information of the conversation
            const UInt64Vector& markList = conversation.markList;
        }
    }
    // Other members …
};

// Add a conversation event listener. Keep `conversationListener` valid before the listener is removed to ensure event callbacks are received.
ConversationListener conversationListener;
V2TIMManager::GetInstance()->GetConversationManager()->AddConversationListener(&conversationListener);

Pulling a Specified Marked Conversation

Call the getConversationListByFilter API (Java / Swift / Objective-C / C++) to pull a specified marked conversation.
Sample code:
Java
Swift
Objective-C
C++
V2TIMConversationListFilter filter = new V2TIMConversationListFilter();
filter.setMarkType(V2TIMConversation.V2TIM_CONVERSATION_MARK_TYPE_STAR);
filter.setCount(50);
filter.setNextSeq(0);
V2TIMManager.getConversationManager().getConversationListByFilter(filter, new V2TIMValueCallback<V2TIMConversationResult>() {
    @Override
    public void onSuccess(V2TIMConversationResult v2TIMConversationResult) {
        // Conversation list obtained successfully
    }

    @Override
    public void onError(int code, String desc) {
        // Failed to obtain the conversation list
    }
});
let filter = V2TIMConversationListFilter()
    filter.markType = .V2TIM_CONVERSATION_MARK_TYPE_STAR;
    V2TIMManager.shared.getConversationListByFilter(filter: filter, nextSeq: 0, count: 10) { list, nextSeq, isFinished in
        list.forEach { item in
            print(item.description)
        }
    } fail: { code, desc in
        print("getConversationList fail, \(code), \(desc)")
    }
// Pull a specified marked conversation
V2TIMConversationListFilter *filter = [[V2TIMConversationListFilter alloc] init];
filter.markType = V2TIM_CONVERSATION_MARK_TYPE_STAR;
filter.count = 50;
filter.nextSeq = 0;
[[V2TIMManager sharedInstance] getConversationListByFilter:filter succ:^(NSArray<V2TIMConversation *> *list, uint64_t nextSeq, BOOL isFinished) {
   // Obtained the conversation list successfully. `list` is the conversation list.
} fail:^(int code, NSString *desc) {
   // Failed to obtain the conversation list
}];
template <class T>
class ValueCallback final : public V2TIMValueCallback<T> {
public:
    using SuccessCallback = std::function<void(const T&)>;
    using ErrorCallback = std::function<void(int, const V2TIMString&)>;

    ValueCallback() = default;
    ~ValueCallback() override = default;

    void SetCallback(SuccessCallback success_callback, ErrorCallback error_callback) {
        success_callback_ = std::move(success_callback);
        error_callback_ = std::move(error_callback);
    }

    void OnSuccess(const T& value) override {
        if (success_callback_) {
            success_callback_(value);
        }
    }
    void OnError(int error_code, const V2TIMString& error_message) override {
        if (error_callback_) {
            error_callback_(error_code, error_message);
        }
    }

private:
    SuccessCallback success_callback_;
    ErrorCallback error_callback_;
};

V2TIMConversationListFilter filter;
filter.nextSeq = 0;
filter.count = 50;
filter.markType = V2TIMConversationMarkType::V2TIM_CONVERSATION_MARK_TYPE_STAR;

auto callback = new ValueCallback<V2TIMConversationResult>{};
callback->SetCallback(
    [=](const V2TIMConversationResult& conversationResult) {
        // Conversation list obtained successfully
        delete callback;
    },
    [=](int error_code, const V2TIMString& error_message) {
        // Failed to obtain the conversation list
        delete callback;
    });

V2TIMManager::GetInstance()->GetConversationManager()->GetConversationListByFilter(filter, callback);