CN112214202B - Mobile phone program development system without writing codes - Google Patents
Mobile phone program development system without writing codes Download PDFInfo
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- CN112214202B CN112214202B CN202011035440.2A CN202011035440A CN112214202B CN 112214202 B CN112214202 B CN 112214202B CN 202011035440 A CN202011035440 A CN 202011035440A CN 112214202 B CN112214202 B CN 112214202B
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- 238000012545 processing Methods 0.000 claims description 12
- 238000013499 data model Methods 0.000 claims description 9
- 230000000977 initiatory effect Effects 0.000 claims description 3
- 230000003993 interaction Effects 0.000 claims description 3
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06F8/30—Creation or generation of source code
- G06F8/38—Creation or generation of source code for implementing user interfaces
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/40—Transformation of program code
- G06F8/41—Compilation
Abstract
The invention discloses a mobile phone program development system without writing codes, which comprises: the mobile configuration engine module comprises a data access logic module, a page view logic module, a control logic module and a multi-language setting logic module; the variable module is used for defining variables of the development application program by adopting a data storage format; the native component conversion engine module is used for quickly generating a complete mobile phone application program by using pure native system components. By the system, a large number of unit users are supported to build servers by themselves, and interface and workflow configuration is carried out according to a configuration manual, so that development work of a mobile phone application program can be completed, and a large amount of development and debugging time is saved; by simply adjusting the configuration in the database, the unique mobile phone application is made available immediately.
Description
Technical Field
The invention relates to the technical field of software systems, in particular to a mobile phone program development system without writing codes.
Background
Traditional mobile phone application development is to use hard coding to realize all functions, or to use mixed coding web pages or hot update to realize partial function update of mobile phone application. A large number of units need to build their own mobile applications for displaying or feeding back information. However, if the mobile phone application program is outsourced or written by oneself, two groups of developers are usually required to respectively realize the mobile phone application programs in the Android version and the iOS version, and the cost is high.
Disclosure of Invention
Aiming at the technical problems in the related art, the invention provides a mobile phone program development system without writing codes, which can overcome the defects in the prior art.
In order to achieve the technical purpose, the technical scheme of the invention is realized as follows:
a mobile phone program development system without writing codes, the system comprising:
the mobile configuration engine module is used for processing parameters, logics and functions of mobile phone application programs and comprises a data access logic module, a page view logic module, a control logic module and a multi-language setting logic module;
the variable module is used for defining variables of the development application program by adopting a data storage format and comprises a page basic information module, a page main menu module, a page data processing module, a page view module, a page flow logic control module, a system setting module and a multi-language setting module;
the system comprises a native component conversion engine module, a system setting module and a multi-language component module, wherein the native component conversion engine module is used for quickly generating a complete mobile phone application program by a pure native system component and comprises a data model component module, a page view component module, a logic control component module, a system setting component module and a multi-language component module.
Further, the data access logic module, the page view logic module and the control logic module rapidly generate data which can be respectively connected with the data model component module, the page view component module and the logic control component module in the native component conversion engine module according to mobile phone application program variables filled by a user.
Further, the page basic information module defines basic settings of the mobile phone application program page, and comprises a page initial action setting module, a main menu display hiding setting module and a page sequence module.
Further, the page main menu module is used for setting a main menu of the mobile phone application program, and comprises a menu width and height setting module, a style template module, a background color and picture setting module and a menu item setting module.
Further, the menu item setting module comprises an option text and picture setting module, an interactive style setting module, an event setting module and a menu item sequence setting module.
Further, the page view module comprises a native component type, a component position, a width and height, a native component attribute style setting and a component interaction setting.
Further, the data model component module includes actual data acquisition and processing logic, analyzes and converts data generated by the mobile configuration engine, and dynamically generates iOS and Android native components that handle network access, database access, memory access and file access.
The invention has the beneficial effects that: by the system, a large number of unit users are supported to build servers by themselves, and interface and workflow configuration is carried out according to a configuration manual, so that development work of a mobile phone application program can be completed, and a large amount of development and debugging time is saved; by simply adjusting the configuration in the database, the specific mobile phone application program can be immediately used; developing a cross-platform mobile phone application framework program by using the Xaarray technology, providing message pushing and exit reminding required by a general application program, and dynamically generating an application program interface in a native control form by analyzing configuration information, wherein a user unit can manufacture a flexible and practical mobile phone application program by only filling or modifying configuration at a server side; by means of the cross-platform compiling function of Xamarin, framework application programs of Android versions are respectively compiled and generated under a Windows platform through Visual Studio, framework application programs of iOS versions are compiled and generated under a Mac platform, and cross-platform compiling can be achieved only by compiling a set of framework application program codes; a new unit needs to use the application program, information such as unit names, unit server addresses and the like is registered in a center, and then configuration is filled in a database of the unit according to rules, so that a unique application program can be configured quickly.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings that are needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
Fig. 1 is a flow chart of a mobile phone program development system without writing codes according to an embodiment of the invention.
Description of the embodiments
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which are derived by a person skilled in the art based on the embodiments of the invention, fall within the scope of protection of the invention.
As shown in fig. 1, a mobile phone program development platform without writing codes according to an embodiment of the present invention includes: the mobile configuration engine module is used for processing parameters, logics and functions of mobile phone application programs and comprises a data access logic module, a page view logic module, a control logic module and a multi-language setting logic module;
the variable module is used for defining variables of the development application program by adopting a data storage format and comprises a page basic information module, a page main menu module, a page data processing module, a page view module, a page flow logic control module, a system setting module and a multi-language setting module;
the system comprises a native component conversion engine module, a system setting module and a multi-language component module, wherein the native component conversion engine module is used for quickly generating a complete mobile phone application program by a pure native system component and comprises a data model component module, a page view component module, a logic control component module, a system setting component module and a multi-language component module.
In a specific embodiment of the present invention, the data access logic module, the page view logic module, and the control logic module quickly generate data that can be respectively connected to the data model component module, the page view component module, and the logic control component module in the native component conversion engine module according to the mobile phone application variables filled by the user.
In a specific embodiment of the present invention, the page basic information module defines basic settings of a mobile phone application page, and the page basic information module includes a page initial action setting module, a main menu display hiding setting module, and a page sequence module.
In a specific embodiment of the present invention, the page main menu module is used for setting a main menu of a mobile phone application program, and the page main menu module includes a menu width and height setting module, a style template module, a background color and picture setting module, and a menu item setting module.
In a specific embodiment of the present invention, the menu item setting module includes an option text and picture setting module, an interactive style setting module, an event setting module, and a menu item sequence setting module.
In one embodiment of the invention, the page view module comprises a native component type, a component position, a width and height, a native component attribute style setting and a component interaction setting.
In one embodiment of the present invention, the data model component module includes actual data acquisition and processing logic, and parses the data generated by the mobile configuration engine to dynamically generate iOS and Android native components that handle network access, database access, memory access, and file access.
In order to facilitate understanding of the above technical solutions of the present invention, the following describes the above technical solutions of the present invention in detail.
The invention configures the user interface and the workflow in the database, users of different units download metadata information of the data configuration in respective servers, render the metadata information in the mobile phone terminal, generate an interface of a native control, realize dynamic presentation of the user interface, realize richer page switching logic by configuration of the workflow, enable mobile phone application to realize common functions, and enable interface style to be more beautified by configuration of style. This way, the user unit can easily change the interface and workflow, and the user can see the latest interface after synchronizing the data. The list records are cached at the mobile phone end, and the cached data can be conveniently checked when the mobile phone is offline.
Mobile phone application practice without writing codes
Cell phone application framework program core part:
user interface generation engines, data access, HTTP requests, json parsing, expression processing, custom controls, and the like.
The whole framework of the mobile phone application framework program:
the framework core engine, the login interface, the application home page, the security desk and the iOS platform differentiating part.
And the mobile phone calls a server:
center server and organization server
Preparation of the platform
The mobile phone framework program is compiled and generated into two release versions of Android and iOS respectively in Windows and Mac systems, an initial version without customized information is required to pass through a code scanning or unit code input, a central server is used for verification, a user with a certain unit is confirmed, then the user is connected with the unit server for metadata downloading, and after the completion, the initialization is calculated.
The central server is used as an important component of the platform, developed by using ASP.Net MVC, deployed on Windows IIS, and adopts MSSQL as a database by default. The method provides services for the outside through the Web API, and provides services for initializing applications for mobile phone programs. The central server is deployed at the cloud end accessible by the Internet and provides functions of a registration unit, a verification unit code, an activation device, unit server information, application upgrading reminding, application history version information, log service and the like. The system management platform is arranged in the pair and is used for managing unit information, checking and counting registration logs and the like.
The server not only configures HTTPS protocol access, but the data packet is additionally AES256 encrypted.
An installation file of the unit server is prepared for downloading by a unit user.
Preparation of units
Units are ready for application requirements, list functional modules, interface prototypes, data structures, learn methods to configure user interfaces and workflows.
The unit to be applied by the mobile phone needs to register information such as own unit name, unit scale and the like in the central server, download a unit server installation package, install an IIS server in the unit, and build a database server for storing configuration information. The IIS supports internet or local area network access only, as required, and does not require direct connection to a central server. And configuring the display style, the user interface and the workflow of the APP framework, and storing the display style, the user interface and the workflow in a database. The first page after login provides two types of style alternatives, the selection of the functional module adopts a left pop-up menu or a page tab style, and the tab module selects whether the tab appears at the bottom or the top when the tab is selected.
The Web API of the unit server provides services such as login, reading business table data, reading drop-down list item data, saving data, logging out, and the like.
Unit user use
In the initial state, the unit user downloads and installs the corresponding mobile phone application program according to the mobile phone model of the unit user. After the downloading is finished, the mobile phone is in a data-free mode, a unit code is input in a two-dimensional code scanning or filling mode, when the mobile phone is verified, the program registers and verifies to the central server, after the mobile phone passes the verification, information such as the address of the unit server, the name of the unit, the minimum version requirement of the application and the like is obtained, the application title on the interface is updated, and the corresponding information is written into a local database of the mobile phone. When entering the downloading metadata interface, the current metadata version number and size are displayed, and the login operation can be performed after the downloading is completed.
The user of the user unit logs in the mobile phone application, the input unit provides the user name and the password for the user unit, the verification code is input, the login request can be sent to the Web API interface of the unit server, after the login request is successful, the user unit enters into the application home page, and then the whole application program can be operated to check a list and modify a record. The operations interact with the unit server to obtain real-time data of the server, the real-time data are stored into a local JSON file of the mobile phone terminal according to a certain naming rule, interface elements are dynamically generated, the data are bound, and the interface elements are displayed to a user. When no network exists, the JSON of the corresponding local page identification and the matching parameter is read to obtain the local data, and the interface can be displayed.
The setting interface of the application is a standard function, displays the unit name and the application version number, logs out, resets the application data and returns to the initial state.
Unit customization requirements
The platform may also provide for changes to the handset application code level and unit server programs, but the core engine is not customized. This generates a custom version of the unit. For example, the mobile phone defaults to fill metadata into a mobile phone application database, so that the mobile phone application specific to a unit can be realized without downloading metadata after the installation is finished. For example, the general data saving method can be realized by calling standard methods through the configuration of the Webpage_datasource and the Workflow, but if a unit has special requirements for saving or changing data, a unit server program can be changed to add a new interface method, and the new interface method is called in the Workflow. The application program codes of the mobile phones of the units can be changed to realize new requirements, and if the new requirements are a common requirement, the new requirements are added to the public version in the follow-up version.
Framework program implementation principle
The framework core engine is mainly an interface generation engine and workflow configuration. The configuration information is stored in a mode of storing the definition in a database table, and the program dynamically analyzes the configuration to dynamically generate the native control. The workflow refers to the action of saving data or jumping an interface which needs to be done when clicking a link and a button to submit.
The tables used by the interface generation engine are shown as containing 7 tables. Webpage defines user interface identifications and page related attributes; layout defines page elements; the capture defines the correspondent multinational language text of the element; the Element defines the custom format, size, maximum value and whether to transfer capitalization of the Element; the data source SQL statement used by the page is defined by the Webpage_datasource; workflow defines a defined Workflow action; menu defines Menu items for use when multiple pages make up a tab style presentation.
All user interfaces required by the application are defined in a Webpage table, english letters are used as page identifiers, and fields comprise page identifiers, icons, page titles, page footers, whether input values are fully transcribed and capitalized, page styles and menu item identifiers, and father page identifiers (used when multiple interfaces share one menu item).
The Layout table is a description page element, and its fields include page identification, data table identification, element name, caption identification, control type, row, column, occupied column, control width, alignment mode, element occupation mode (Caption is up, control is down; caption is left, control is right; only display control), element built-in data source (table, display field, value field, sequencing field), custom attribute, default value, link address, open link mode, open new window size, event function, display mode (read only, editable, unavailable), expression display condition, permission number.
An interface is displayed by the application, a page identifier and a relevant parameter Json character string are transmitted by an outer layer function, a record of a Webpage table is read from a local database of the mobile phone application through a data access class, the list interface is judged to be the list beginning through identifier judgment, and other beginning is information page display or modification. And reading out the field content and assigning values to the attributes of the page objects.
If the list interface is the list interface, the field information of the list page is filtered from the Layout table through the page identification PageID, the Layout table is associated with the Caption, element table, all the attributes of the list field are obtained, the data source SQL statement component is obtained from the Webpage_DataSource table, the JSON parameter is analyzed, and then the SQL statement is analyzed into the executable SQL statement through the expression analyzer. And sending the HTTP request to the unit server to obtain a JSON return result. The list table Element is generally used for displaying data in a Label type, namely, the field value of the result data set is the displayed value, if the Element of the Element defines a self-defined time format, the field value is formatted and then assigned to Label.
If an editable interface, the support control type is Label, DLabel, SL, URL, flagBox, checkBoxList, radiobutton, comboBox, hidden, textBox, textArea, date, dateTime, dropdown, submitButton, list, multiSection.
The DLabel, SL, checkboxList, radioButton, comboBox supports secondary reading of data sources, that is, the option values thereof reorganize an SQL sentence, and if the SQL sentence is the locally synchronized Lookup data, the SQL sentence is judged to be directly executed in a local database of the mobile phone terminal to obtain a data table, otherwise, the SQL sentence is needed to be obtained from the server terminal. Typically this place is only suitable for configuring data in a local database.
Wherein the submitbtton corresponds to the button area in the upper right hand corner of the cell phone screen in the interface and the button of the return function is displayed in the upper left hand corner.
Because of the limited size of the mobile phone screen, 4 columns are supported to be displayed at most. And the height limitation is not set longitudinally, the interface supports a longitudinal scroll bar, and the dynamically generated controls are sequentially arranged downwards in the Panel window, and the height is increased progressively until the processing is finished. The data of the first screen is stored firstly and then is switched to the next interface for continuous input by matching with a storage button of the Workflow.
When data is submitted, each control instance in the Panel container cached in the memory is traversed, the control name and the control value are read and stored in the hash table, and the control name and the control value are sent to the unit server together with the page identification and the submitted button name to save the data.
In summary, by means of the above technical solution of the present invention, through the platform, a large number of unit users are supported to build servers by themselves, and interface and workflow configuration is performed according to the configuration manual, so that development work of a mobile phone application program can be completed, and a large amount of development and debugging time is saved; by simply adjusting the configuration in the database, the specific mobile phone application program can be immediately used; developing a cross-platform mobile phone application framework program by using the Xaarray technology, providing message pushing and exit reminding required by a general application program, and dynamically generating an application program interface in a native control form by analyzing configuration information, wherein a user unit can manufacture a flexible and practical mobile phone application program by only filling or modifying configuration at a server side; by means of the cross-platform compiling function of Xamarin, framework application programs of Android versions are respectively compiled and generated under a Windows platform through Visual Studio, framework application programs of iOS versions are compiled and generated under a Mac platform, and cross-platform compiling can be achieved only by compiling a set of framework application program codes; a new unit needs to use the application program, information such as unit names, unit server addresses and the like is registered in a center, and then configuration is filled in a database of the unit according to rules, so that a unique application program can be configured quickly.
The foregoing description of the preferred embodiments of the invention is not intended to be limiting, but rather is intended to cover all modifications, equivalents, alternatives, and improvements that fall within the spirit and scope of the invention.
Claims (1)
1. A mobile phone program development system without writing codes, comprising:
the mobile configuration engine module is used for processing parameters, logics and functions of mobile phone application programs and comprises a data access logic module, a page view logic module, a control logic module and a multi-language setting logic module;
the data access logic module, the page view logic module and the control logic module are used for rapidly generating data which can be respectively connected with the data model component module, the page view component module and the logic control component module of the native component conversion engine module according to mobile phone application program variables filled by a user;
the page basic information module defines basic settings of a mobile phone application program page and comprises a page initial action setting module, a main menu display hiding setting module and a page sequence module;
the variable module is used for defining variables of the development application program by adopting a data storage format and comprises a page basic information module, a page main menu module, a page data processing module, a page view module, a page flow logic control module, a system setting module and a multi-language setting module;
the page main menu module is used for setting a main menu of a mobile phone application program and comprises a menu width and height setting module, a style template module, a background color and picture setting module and a menu item setting module;
the menu item setting module comprises an option text and picture setting module, an interactive style setting module, an event setting module and a menu item sequence setting module;
the system comprises a native component conversion engine module, a system setting module and a multi-language component module, wherein the native component conversion engine module is used for quickly generating a complete mobile phone application program by a pure native system component and comprises a data model component module, a page view component module, a logic control component module, a system setting component module and a multi-language component module;
the page view module comprises a native component type, a component position, a width and height, a native component attribute style setting and a component interaction setting;
the data model component module comprises actual data acquisition and processing logic, analyzes and converts data generated by the mobile configuration engine, and dynamically generates iOS and Android native components for processing network access, database access, memory access and file access.
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