TWI627596B - Method for automatic switching the instant message notification mode according to the execution and connection status of the financial commodity transaction software, and the mobile device service server - Google Patents

Abstract

A method for automatically switching an instant message notification mode according to execution and connection status of a financial commodity transaction software, and a first server of a mobile device service server determines that it is in a financial commodity transaction software installed on a mobile device In the connected state, the instant message is transmitted to the financial commodity trading software via the network, and it is determined whether the financial commodity trading software returns a confirmed message within a predetermined time, and if not, the action is a second server of the device service server transmits the instant message and a push identification code of the mobile device to a push server on the network, so that the push server obtains the instant according to the push identifier The message is sent to the financial commodity trading software.

Description

Method for automatically switching the instant message notification mode according to the execution and connection status of the financial commodity transaction software, and the mobile device service server

The present invention relates to a method for instant message notification, and more particularly to a method for automatically switching an instant message notification mode according to the execution and connection status of a financial commodity transaction software.

A financial product transaction mobile application (hereinafter referred to as a mobile APP) currently installed in a mobile device such as a smart phone or a tablet usually adopts one of a normal connection mode, a timed polling mode, or an offline push mode (or For the user to select one of them) to receive an instant message from a host, wherein the normal connection mode means that the mobile APP establishes a normal fixed network connection with the host, and when the host has an instant message to be published, A pre-established network immediately transmits an instant message to the mobile APP's mobile APP, so that the instant message is presented on the mobile device; the timed polling mode means that the mobile APP does not establish a fixed network connection with the host, but instead The mobile APP periodically asks the host for whether an instant message is to be released, and if so, receives the instant message and presents it on the mobile device; the offline push mode also means that the mobile APP does not establish a fixed network connection with the host, and A cloud push service of the mobile device, such as an existing GCM (Google Cloud Messaging) or APNs (Apple Push Notification Service) Offline push, when there are host instant messages to be pushed to action APP, the host side through the cloud push instant messaging service will be pushed to action APP, APP and then by an act of the instant messages appear on mobile devices.

It can be seen that the above-mentioned normal connection mode has the best immediacy, but because the normal connection is maintained, the mobile device consumes a large amount of power and occupies the network traffic, and the host is unstable due to the instability of the mobile network. The terminal cannot immediately detect whether the mobile APP is disconnected or disconnected. Especially when the cable is disconnected, usually there will be a waiting window time on the host. If the host sends an instant message at this window time, This will cause the instant message to not be delivered to the mobile app.

Therefore, the object of the present invention is to provide a method for automatically switching an instant message notification mode according to the execution and connection status of a financial commodity transaction software, and a mobile device service server using the method, so that the instant message can be safely leaked. It is transmitted to the financial commodity trading software installed on a mobile device.

Accordingly, the present invention is a method for automatically switching an instant message notification mode according to the execution and connection status of a financial commodity trading action software, the financial commodity trading action software being installed in a mobile device to receive a mobile device providing a financial commodity transaction service The service server provides an instant message via the network and presents the instant message to the mobile device. The method includes: (A) the first server of the mobile device service server determines that it is trading the software with the financial commodity When in the connected state, the first server transmits the instant message to the financial commodity transaction software via the network, and waits for the financial commodity transaction software to return an acknowledgement message (this message may be the network layer) Any message such as message, operating system message, application message, etc., can determine that the message has been correctly transmitted and received, not limited to the above; and (B) the first server did not receive the confirmation within a preset time Receiving a message, causing a second server of the mobile device service server to push the instant message and the mobile device Code sent to a push server on the network, so that the push server according to the push identifier, transfer the instant message to the Financial Instruments and Exchange mobile software.

In an embodiment of the present invention, in step (A), when the first server determines that it is in an unconnected state with the financial commodity transaction software, the second server causes the second server to The push identification code of the mobile device is transmitted to the push server on the network, and the push server transmits the instant message to the financial commodity transaction software according to the push identification code.

In an embodiment of the present invention, when the financial commodity transaction software is first executed on the mobile device, the financial commodity transaction software is automatically connected to the push server and registered with the push server. To obtain the push identification code, the financial commodity transaction software is automatically connected to the second server, and the second server registers and provides the push identification code to the second server.

In an embodiment of the present invention, the financial commodity transaction software further provides the push identification code to the operating system of the mobile device to register a push notification with the operating system, and in step (B), the After the instant message is received by the mobile device, the operating system of the mobile device provides the financial product transaction software according to the push notification.

In an embodiment of the invention, the push server is a Google Cloud Message Connection Server or an Apple Push Notification Service Server, but is not limited to the two push servers.

In an embodiment of the present invention, the first server and the second server may be integrated with a host installed on the server of the mobile device or a different host installed on the server of the mobile device.

Furthermore, the present invention implements a mobile device service server of the above method, which can communicate with a push server on the network and provide an instant message via the network to a financial commodity transaction software installed on a mobile device. And presenting the instant message to the mobile device; the mobile device service server includes a first server and a second server, and the first server determines that the financial commodity transaction software is in a connected state. Transmitting the instant message to the financial commodity trading software via the network, and waiting for the financial product transaction software to return an acknowledgement message (this message may be a network layer message, an operating system message, an application message, etc.) a message that determines that the message has been correctly transmitted and received, not limited to the above; the second server notifies the instant message when the first server does not receive the acknowledgement message within a predetermined time Sending a push identification code of the mobile device to the push server, and causing the push server to transmit the instant message to the push broadcast identifier according to the push broadcast identifier Financial commodity trading operations software.

In an embodiment of the present invention, when the first server determines that the financial transaction transaction software is in an unconnected state, the second server causes the second server to identify the instant message and the mobile device. The code is transmitted to the push server on the network, and the push server transmits the instant message to the financial commodity transaction software according to the push identification code.

In an embodiment of the present invention, the push identification code is provided to the second server when the financial product transaction software is registered with the second server, and the registration message may be forwarded to the first server by using the first server. Two servers.

In an embodiment of the invention, the first server and the second server are integrated with a host installed on the mobile device service server or different hosts respectively installed on the mobile device service server.

The utility model has the advantages that the mobile device service server automatically switches the instant message notification mode according to the execution and connection state of the financial commodity transaction mobile software of the mobile device, so that the instant message generated by the mobile device service server can be safely leaked. The financial commodity trading software that is transmitted to the mobile device does achieve the efficacy and purpose of the present invention.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 1 and FIG. 2, an embodiment of a method for automatically switching an instant message notification mode according to the execution and connection status of the financial commodity transaction software of the present invention, wherein the financial commodity transaction software 10 (hereinafter referred to as an action APP) is installed In the mobile device 1, a mobile device service server 2 (hereinafter referred to as the server 2) for providing a financial commodity transaction service is used to provide an instant message to the mobile APP 3 via the network 3, so that the instant message is provided. Presented in the output interface (not shown) of the mobile device 1, such as a display / / vibration / or LED flash / / other wearable devices / or speakers (horns), etc. (not limited to the description). The server 2 mainly allows the user to log in through the mobile APP to provide financial services, customer service, financial product information, and the like.

In this embodiment, the server 2 automatically selects a normal connection mode or an offline push mode to transmit an instant message according to the execution and connection status of the mobile APP 10. The normal connection mode refers to when the mobile device 1 When the action APP 10 establishes a normal fixed network connection with the server 2, a first server 21 of the server 2 transmits an instant message to the mobile APP 10 of the mobile device 1 through the pre-established network; In the push mode, when the mobile APP 10 of the mobile device 1 and the server 2 do not establish a normal fixed network connection, a second server 22 of the server 2 transmits an instant through a push server 4 on the network. The message is pushed to the action APP of the mobile device 1. In particular, the first server 21 and the second server 22 may be integrated into a host of the server 2 or installed in different hosts of the server 2 respectively.

In order to be able to communicate the instant message in the offline push mode, the mobile device 10 of the present embodiment automatically connects to the push server 4 and provides the mobile device when the action APP 10 is executed for the first time after the action APP 10 is installed. A related information (including, for example, user data of the mobile device 1 and/or a mobile phone number, etc.) is registered with the push server 4 to obtain a push identification code provided by the push server 4. Then, the action APP 10 registers with the second server 22 of the server 2 (or via the first server 21, the mobile APP 10 is a single connection or a dual connection), and provides the push identification code. The second server 22 is given. In addition, since the mobile APP 10 operates under the environment of the operating system 11 of the mobile device 1, if the mobile APP 10 is to receive an instant message during the non-operational period, it must rely on the support of the operating system 11, and therefore, the mobile APP 10 is required to provide the same. The identification code is pushed to the operating system 11 of the mobile device 1 to register a push notification with the operating system 11. The above-mentioned push server 4 may be an existing Google Cloud Messaging (GCM) link server or an Apple Push Notification Service (APNs) server, but not limited thereto. Since the above registration process is a known technique and is not the focus of the present invention, it will not be described in detail herein.

Therefore, when the server 2 wants to transmit an instant message to the action APP of the mobile device 1, as shown in step S1 of FIG. 1, the first server 21 of the server 2 first determines its action APP with the mobile device 1. Whether the normal connection has been established, if yes, indicating that the mobile APP is in the startup and execution state, the first server 21 adopts the normal connection mode, as shown in step S2 of FIG. 1, the instant message generated by the server 2 is transmitted through The established network connection is directly transmitted to the mobile APP, so that the mobile APP presents an instant message to the mobile device 1.

In the above step S1, if the first server 21 determines that it has not established a connection with the mobile APP of the mobile device 1, it determines that the action APP is in an unactivated and unexecuted state, and as shown in step S3, the server is enabled. The second server 22 of the second server 22 adopts an offline push mode, and transmits the instant message and the push identification code of the mobile device 1 to the push server 4 on the network, and then pushes the server according to step S4 of FIG. 4, according to the push identification code, the instant message is transmitted to the mobile device 1 corresponding to the push broadcast identification code, and when the operating system 11 of the mobile device 1 receives the instant message, the push is registered according to the action APP. The notification is notified that the mobile APP has received the instant message, and the mobile APP obtains the instant message from the operating system 11 and presents it on the output interface of the mobile device 1.

In the above step S2, after the action APP receives the instant message, as shown in step S5, the action APP returns an acknowledgement message to the first server 21 via the established network connection, so the first servo After sending the instant message, the device 21 waits for the acknowledgement message returned by the action APP within a preset time. Therefore, as shown in step S6 of FIG. 1, the first server 21 determines whether the acknowledgement message is received within the preset time, and if so, the first server 21 determines that the mobile APP of the mobile device 1 is still After the normal connection is established, the normal connection mode is continuously used. As shown in step S2 of FIG. 1, the instant message generated by the server 2 is directly transmitted to the mobile APP through the established network connection; When the server 21 does not receive the acknowledgement message within the preset time, the first server 21 determines that the action APP may be disconnected or has been in a non-starting and non-executing state, as shown in step S7 of FIG. The second server 22 is caused to adopt the offline push mode, and the instant message and the push identification code of the mobile device 1 are again transmitted to the push server 4, and as shown in step S8 of FIG. 1, the push server is used. 4 transmitting the instant message to the mobile device 1 again based on the push identification code. In addition, the first server 21 and the second server 22 can also be laterally expanded into a plurality of server hosts of the same function (ie, a plurality of server terminals 2).

Therefore, as can be seen from the above description, when the first server 21 determines that the mobile APP of the mobile device 1 is connected to the mobile terminal (ie, when the mobile APP is in the startup and execution states), the servo terminal 2 is generated by the normal connection mode. The instant message is transmitted to the action APP, and when the first server 21 determines that the action APP has not established a connection with the mobile APP (ie, disconnected) or does not receive the acknowledgement message of the action APP within the preset time (ie, the action APP is disconnected or not When in the startup and execution state, the second server 22 is used to push the instant message to the mobile APP in the offline push mode, so that the user of the mobile device 1 does not need to set which mode the mobile APP adopts to receive the instant. The message does not need to establish a normal connection between the mobile APP and the server 2, and the mobile APP is always activated, which not only saves the power and network traffic of the mobile device 1, but also serves the mobile device 2 according to the mobile device 1 The activation and execution status of the action APP automatically switches the instant message notification mode, so that the instant message generated by the server 2 can be transmitted to the action APP of the mobile device 1 without fail. Ming effect and purpose.

However, the above is only the embodiment of the present invention, and the scope of the invention is not limited thereto, and all the equivalent equivalent changes and modifications according to the scope of the patent application and the patent specification of the present invention are still The scope of the invention is covered.

1‧‧‧ mobile device
2‧‧‧Mobile device service server
3‧‧‧Network
4‧‧‧Pushing server
10‧‧‧Financial Commodity Trading Action Software
11‧‧‧Operating system
21‧‧‧First server
22‧‧‧Second server
S1~S8‧‧‧Steps

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 shows a method of the present invention for automatically switching the instant message notification mode according to the execution and connection status of the financial commodity trading software. A main flowchart of an embodiment; and FIG. 2 is a schematic diagram showing an embodiment of a mobile device service server of the present invention communicating with a mobile device through a network and a push server;

Claims (10)

A method for automatically switching an instant message notification mode according to execution and connection status of a financial commodity transaction software, the financial commodity transaction software being installed in a mobile device to receive a mobile device service server provided by a financial commodity transaction service An instant message provided by the network and presenting the instant message to the mobile device; the method comprising: (A) the first server of the mobile device service server determines that it is in connection with the financial commodity transaction software At the time, the first server transmits the instant message to the financial commodity transaction software via the network, and waits for the financial commodity transaction software to return an acknowledgement message; and (B) the first server is in a pre- When the acknowledgement message is not received within the set time, the second server of the mobile device service server transmits the instant message and a push identification code of the mobile device to a push server on the network. And causing the push server to transmit the instant message to the financial commodity transaction software according to the push identification code. The method for automatically switching the instant message notification mode according to the execution and connection status of the financial commodity transaction software according to claim 1, in step (A), when the first server determines that it is in the transaction software with the financial commodity transaction In the unconnected state, the second server transmits the instant message and the push identification code of the mobile device to the push server on the network, so that the push server according to the push broadcast identifier Transmitting the instant message to the financial commodity trading software. The method for automatically switching an instant message notification mode according to the execution and connection status of the financial commodity transaction software according to claim 1, wherein the financial commodity transaction software is executed for the first time on the mobile device, the financial commodity transaction The mobile software automatically connects to the push server and registers with the push server to obtain the push identification code, and the financial commodity transaction software is automatically connected to the second server or via the first server. The second server is connected, and the second server is registered and the push identification code is provided to the second server. The method for automatically switching the instant message notification mode according to the execution and connection status of the financial commodity transaction software according to claim 3, wherein the financial commodity transaction software further provides the push identification code to the operating system of the mobile device, Registering a push notification with the operating system, and in step (B), the instant message is received by the mobile device, and then the operating system of the mobile device provides the financial product transaction software according to the push notification. . The method for automatically switching an instant message notification mode according to any one of the claims 1 to 4 according to the execution and connection status of the financial commodity transaction software, wherein the push server is a Google cloud message link server or an Apple push notification Service server. The method for automatically switching the instant message notification mode according to the execution and connection status of the financial commodity transaction software according to claim 1, wherein the first server and the second server are integrated and installed on the server of the mobile device service. The host or different hosts respectively installed on the server of the mobile device service. A mobile device service server capable of communicating with a push server on the network and providing an instant message to a financial commodity transaction software installed on a mobile device via the network, so that the instant message is presented to the server The mobile device service server includes: a first server, when determining that the financial product transaction software is in a connected state, transmitting the instant message to the financial commodity transaction software via the network, and waiting The financial commodity transaction software returns a confirmation message; and a second server that synchronizes the instant message with the mobile device when the first server does not receive the acknowledgement message within a predetermined time The push broadcast identification code is transmitted to the push broadcast server, so that the push broadcast server transmits the instant message to the financial commodity transaction action software according to the push broadcast identification code. The mobile device service server of claim 7, wherein the first server determines that the second server is in an unconnected state with the financial commodity transaction software, and causes the second server to associate the instant message with the mobile device. The push identification code is transmitted to the push server on the network, so that the push server transmits the instant message to the financial commodity transaction software according to the push identification code. The mobile device service server according to claim 7, wherein the push identification code is obtained by registering the financial commodity transaction software with the push server, and the push identification code is directly used by the financial commodity transaction software. Or when the first server registers with the second server, it is provided to the second server. The mobile device service server according to claim 7, wherein the first server and the second server are integrated with a host installed on the mobile device service server or different hosts respectively installed on the mobile device service server.