CN117032602B - Printing method and system for rapidly realizing label field mapping and label rule configuration - Google Patents
Printing method and system for rapidly realizing label field mapping and label rule configuration Download PDFInfo
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1202—Dedicated interfaces to print systems specifically adapted to achieve a particular effect
- G06F3/1203—Improving or facilitating administration, e.g. print management
- G06F3/1206—Improving or facilitating administration, e.g. print management resulting in increased flexibility in input data format or job format or job type
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1223—Dedicated interfaces to print systems specifically adapted to use a particular technique
- G06F3/1237—Print job management
- G06F3/1253—Configuration of print job parameters, e.g. using UI at the client
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/12—Digital output to print unit, e.g. line printer, chain printer
- G06F3/1201—Dedicated interfaces to print systems
- G06F3/1278—Dedicated interfaces to print systems specifically adapted to adopt a particular infrastructure
- G06F3/1285—Remote printer device, e.g. being remote from client or server
- G06F3/1288—Remote printer device, e.g. being remote from client or server in client-server-printer device configuration
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F40/00—Handling natural language data
- G06F40/10—Text processing
- G06F40/166—Editing, e.g. inserting or deleting
- G06F40/186—Templates
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
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Abstract
The invention discloses a printing method and a printing system for rapidly realizing label field mapping and label rule configuration, wherein the printing method comprises the following steps: performing label printing configuration according to the requirements of a user, and sending a printing request; acquiring all configuration data required by a printing request; processing a print request path configuration; processing the configuration relation of the label templates of the printing request, and finding out the label template needing to be printed currently; finding out the corresponding data filling configuration and the data conversion configuration of each label template according to the label template parameters to be printed; processing the configuration data according to the printing format and returning; the returned data is used for carrying out printing operation by calling the registry to create instance input parameters; wherein the label printing configuration includes: print path configuration, label template configuration, template field configuration, and template relationship configuration. The label printing method is used for solving the technical problem that the conventional label printing method is insufficient in flexibility of label rule configuration, so that the aim of effectively improving the production efficiency of a production line is fulfilled.
Description
Technical Field
The invention relates to the technical field of label printing, in particular to a printing method and a printing system for rapidly realizing label field mapping and label rule configuration.
Background
The label refers to the literal, graphic and symbol on the product and all the explanatory matters. With the development of market economy and the vigorous competition of commodities, tags have become an important form of fair trading and commodity competition.
The label printing software can print professional labels by matching with a common printer, and the label printing software is popular with merchants with reasonable price, simple operation and quick printing. There are many label printing software on the domestic market at present, of which there are no excellent ones, such as Codesoft, barTender, niceLabel, labelView. The label printing software occupies the market in the flexibility and humanized design. The software is simple to operate, supports the bar code image-text labels, is convenient to store data, can select bar code types, character sizes, label typesetting sizes and the like according to own requirements, and relates to all industries needing labels.
However, with the development of enterprises, market industry is competing continuously, corresponding label client demands are improved continuously, and quality requirements, data requirements and rule requirements for product labels are refined continuously. The existing label printing software is only configurable on a small part of label rules such as bar code type, character size, label typesetting size and the like, and the requirements of users are difficult to meet.
Because most of the label rules in the existing label printing software are fixed, a user cannot flexibly configure the fixed label rules, when the label rules provided by the label printing software cannot meet the user requirements, only the developer can intervene to perform secondary development, and therefore the production line production efficiency and the label customer delivery response efficiency are greatly reduced.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides a printing method and a printing system for rapidly realizing label field mapping and label rule configuration, which are used for solving the technical problem that the conventional label printing method is insufficient in flexibility of label rule configuration, thereby achieving the purposes of effectively improving the production efficiency of a production line and the delivery response efficiency of a label customer.
In order to solve the problems, the technical scheme adopted by the invention is as follows:
a printing method for rapidly realizing label field mapping and label rule configuration comprises the following steps:
performing label printing configuration according to the requirements of a user, and sending a printing request;
acquiring all configuration data required by the printing request;
processing a print request path configuration;
processing the configuration relation of the label templates of the printing request, and finding out the label template needing to be printed currently;
Finding out the corresponding data filling configuration and the data conversion configuration of each label template according to the label template parameters to be printed;
processing the configuration data according to the printing format and returning;
the returned data is used for carrying out printing operation by calling the registry to create instance input parameters;
wherein the label printing configuration includes: print path configuration, label template configuration, template field configuration, and template relationship configuration.
As a preferred embodiment of the present invention, when performing print path configuration, the method includes:
taking the dimension of the path of the account number and the template of the user as the path maintained by the highest priority;
the common path is maintained for secondary priorities with dimensions of the wildcard plus template path.
In a preferred embodiment of the present invention, when the label template is configured, the method includes:
filling in a tag file name, adding a tag template, and acquiring a corresponding field list in the form of an interface type;
when the template field configuration is performed, the method comprises the following steps:
configuring fields on the newly added tag template by selecting fields to be used in the field list;
maintaining MAPPING relation with a local tag variable field and a conversion rule of the tag field based on the field configured by the newly added tag template;
The tag file name is required to be consistent with the local tag file name.
As a preferred embodiment of the present invention, when maintaining a MAPPING relationship with a local tag variable field, it includes:
the line detail of the local label file is linked to the corresponding field on the newly added label template, and maintenance of MAPPING relation between the newly added label template field and the local label variable field is completed;
in maintaining the conversion rules of the tag field, it includes:
performing field association and WHERE condition association on the configured fields in the form of importing EXCEL data into a quick build table, and quickly assigning imported data to the fields configured by the newly added tag template;
the date format of the date field configured by the newly added tag template is rapidly input by selecting the form of the date format, and the year, month and day in the date field are respectively converted according to actual needs to form the required date;
directly carrying out output conversion on the number of the fields configured by the newly added tag template by setting a calculation type;
and filling data into the fields configured by the newly added tag templates according to a default execution sequence and performing dynamic splicing by setting the component connection fields of the fields.
As a preferred embodiment of the present invention, when maintaining the conversion rule of the tag field, the method further includes:
and using a rule script of the GROOVY language custom field to be distributed to the field configured by the newly added tag template, converting the field based on the rule script, filling data into the field configured by the newly added tag template according to the execution sequence in the rule script, and dynamically splicing.
In a preferred embodiment of the present invention, when the template relationship configuration is performed, the template relationship configuration method includes:
maintaining a usage relationship with the tag templates based on dimensions of the customer + product + tag types for a plurality of tag files;
the usage relationship is used for printing a plurality of labels at the same time.
As a preferred embodiment of the present invention, when maintaining a usage relation with a label template, it includes:
configuring the association relation between a customer product and a plurality of newly added label templates, displaying the association relation of each label template as independent items, and setting whether each item is printed by default or not and whether a printing condition is selected and maintained in a printing condition script or not according to an actual use scene;
wherein, the association relation is: the priority of the label template for the customer product is determined by whether the customer code and the product code are explicit or not and the type selected.
As a preferred embodiment of the present invention, the label printing configuration further includes: pre-print inspection configuration, post-print inspection configuration;
wherein, when the pre-printing checking configuration is performed, the method comprises the following steps:
setting whether a field is allowed to be empty according to the tag template field;
setting whether the case is sensitive to the label template field;
setting at the front end, and checking whether to conduct repeatability on page data rendering when the bar code is generated;
in performing the post-print inspection configuration, comprising: the collation information for checking whether the data between the tags is consistent is configured.
As a preferred embodiment of the present invention, the label printing configuration further includes: multiple bar code printing configuration, associated printing configuration and boxing rule configuration;
wherein, when carrying out the configuration of many bar codes printing, include: configuring the maximum row of the tag template field according to the maximum bar code number actually embodied by one tag;
when performing the association print configuration, the method includes: maintaining the labels needing to be printed in a correlated way through a joint database table building function;
when the packing rule configuration is performed, the method comprises the following steps: and maintaining the boxing quantity and boxing information to be checked through a table building function.
A printing system for rapidly implementing label field mapping and label rule configuration, comprising:
a label printing configuration module: the label printing method comprises the steps of performing label printing configuration according to the requirements of a user, and sending a printing request;
and (3) a configuration processing module: all configuration data required for acquiring the print request; processing a print request path configuration; processing the configuration relation of the label templates of the printing request, and finding out the label template needing to be printed currently;
finding out the corresponding data filling configuration and the data conversion configuration of each label template according to the label template parameters to be printed; processing the configuration data according to the printing format and returning;
and (3) a printing module: the method comprises the steps of creating instance input parameters by calling a registry for printing returned data;
wherein the label printing configuration includes: print path configuration, label template configuration, template field configuration, and template relationship configuration.
Compared with the prior art, the invention has the beneficial effects that:
(1) According to the method, through quick configuration and application of the labels, visual writing of script rules, quick table construction of EXCEL data import, dynamic splicing of fields and predefined conversion of date formats, the problems that the development difficulty of labels required by various companies for clients is high, the time cost is high, the label rules are inflexible and the like are solved;
(2) The configurable label rule of the invention comprises: compared with the prior art, the configuration of the printing path, the configuration of the label template, the configuration of the template field and the configuration of the template relation are only configurable for the bar code type, the text size, the label typesetting size and the like, so that the configurable label rule is greatly expanded, most of the requirements of the current users can be basically met, and the time cost of secondary development is effectively reduced;
(3) The present invention further provides: configurable label rules such as pre-printing checking configuration, post-printing checking configuration, multi-bar code printing configuration, associated printing configuration, boxing rule configuration and the like can effectively ensure the accuracy of label printing data and further meet the diversified demands of users;
(4) The method and the device can quickly generate the database table and quickly realize the mapping of the tag field, thereby realizing the quick assignment of the imported data to the tag field and effectively improving the configuration efficiency of the tag.
The invention is described in further detail below with reference to the drawings and the detailed description.
Drawings
FIG. 1 is a step diagram of a printing method for quickly implementing label field mapping and label rule configuration in accordance with an embodiment of the present invention;
fig. 2 is a configuration sequence diagram of the label printing method implementation of the embodiment of the present invention;
FIG. 3 is a diagram of a system architecture for implementing federated database profiling functions in accordance with an embodiment of the present invention.
Detailed Description
The printing method for rapidly realizing label field mapping and label rule configuration provided by the invention, as shown in fig. 1, comprises the following steps:
step S1: performing label printing configuration according to the requirements of a user, and sending a printing request;
step S2: acquiring all configuration data required by a printing request;
step S3: processing a print request path configuration;
step S4: processing the configuration relation of the label templates of the printing request, and finding out the label template needing to be printed currently;
step S5: finding out the corresponding data filling configuration and the data conversion configuration of each label template according to the label template parameters to be printed;
step S6: processing the configuration data according to the printing format and returning;
step S7: the returned data is used for carrying out printing operation by calling the registry to create instance input parameters;
wherein the label printing configuration includes: print path configuration, label template configuration, template field configuration, and template relationship configuration.
Specifically, the label printing method internally performs a logic processing sequence:
1. parameter entry default value assignment action processing
2. Label print path configuration processing
3. Obtaining a diversified template configuration (a set of parameters can print a single template or multiple templates)
a) Processing template parameter verification
b) Whether the processing template is enabled
c) Print condition verification for handling multiple templates
d) Dynamic scenario parameter handling for request to enter
4. Logical processing for matching template configured filling fields with data
a) The printing conditions meet the specific scene, the printing order of the front label and the back label is correspondingly matched, parameters of the matching order are obtained (the previous sheet is corresponding to the current first sheet, the second sheet is corresponding to the current second sheet, and the like … …)
b) Processing the current template field configuration
Processing priority
i. Date conversion logic processing
Current parameters +, -,/, logical processing
Processing the current template field ordering logic to avoid the problem that the dependency relationship cannot take value
Sorting data source packets or sorting pure fields according to different sorting strategies
Non-empty check of check field configuration
6. Returning the processing result
Local printing program:
the resident memory is used for loading the local template file, so that the computer loading template with low configuration is faster.
In the above step S3, when the print path configuration is performed, it includes:
Taking the dimension of the path of the account number and the template of the user as the path maintained by the highest priority;
the common path is maintained for secondary priorities with dimensions of the wildcard plus template path.
Specifically, when configuring the print path of the local label, a different template path is maintained for each use account, and a template path shared by accounts according to wild cards is also supported.
Business scenario 1: acquiring a template path of label printing in a terminal user computer;
for label printing, it is necessary to know clearly where the printed template file is stored. For users, different users have different using habits, different management classifications and different storage positions of the label templates. The user hopes to maintain a special path for special accounts, and the accounts which are uniformly managed without special requirements can maintain a common path.
Based on the above situation, the present invention provides a board for maintaining a label template path, specifically, a path maintained according to the highest priority of the dimension of the template path added by the user account, or a general path maintained according to the secondary priority of the dimension of the template path added by the wild card.
Under the actual printing condition, the invention can check whether the printing path is maintained according to the account number, check whether the corresponding printing template exists in the local path of the computer or not after the printing path is acquired, and render the printing path template on the printing interface for visual perception of a user.
In the step S1, when the label template is configured, the method includes:
filling in a tag file name, adding a tag template, and acquiring a corresponding field list in the form of an interface type;
when the template field configuration is performed, the method comprises the following steps:
the field is configured on the newly added label template by selecting the field to be used in the field list;
based on the field configured by the newly added tag template, maintaining a MAPPING relation with the local tag variable field and a conversion rule of the tag field;
wherein the tag file name is required to be consistent with the local tag file name.
Specifically, when the label template is configured, a corresponding field list is acquired in an interface type form, a screen is formed by the corresponding field list and the label, and the selection or cancellation of the label field is performed in a left-right field dragging form.
When the template field is configured, the MAPPING relation with the local tag variable field and the conversion rule of the tag field are maintained based on the field of the tag template configuration.
Further, when maintaining the MAPPING relationship with the local tag variable field, it includes:
the line detail of the local label file is linked to the corresponding field on the newly added label template, so that maintenance of MAPPING relation between the newly added label template field and the local label variable field is completed;
in maintaining the conversion rules of the tag field, it includes:
performing field association and WHERE condition association on the configured fields in the form of importing EXCEL data into a quick build table, and quickly assigning the imported data to the fields configured by the newly added tag template;
the date format of the date field configured by the newly added tag template is rapidly input by selecting the form of the date format, and the year, month and day in the date field are respectively converted according to actual needs to form the required date;
directly carrying out output conversion on the number of the fields configured by the newly added tag template by setting a calculation type;
and filling data into the fields configured by the newly added tag templates according to a default execution sequence and performing dynamic splicing by setting the component connection fields of the fields.
Specifically, when the database table is rapidly generated, the form of rapidly building the table by importing EXCEL data is supported to be associated with the field of the tag field and the WHERE condition aiming at the field used by the tag, and the imported data is rapidly assigned to the tag field.
When the date format is configured and converted, the date format required to be printed is supported to be quickly input by selecting the form of the date format aiming at the date field used by the label, and the year, month and day in the date can be converted respectively according to the requirement to be combined into the required date.
When the number of the fields is converted, the type conversion can be calculated on the fields used by the labels through manual setting, and the number is directly output and converted by five rules including addition, subtraction, multiplication, division and whether decimal places are reserved.
When fields are dynamically spliced, the field used by the tag can be automatically set to form a connecting field of the field, the connecting field comprises fixed characters, an interface field, a date, a running code and the like, wherein the running code can manually set a KEY value of running water, a system of the running water code, a bit number of the running water code, a starting running water code, a maximum running water code and the like.
Business scenario 2: the label template realizes the field variable configuration;
because of different customers, products and field information, the label template has various patterns and various rules with different difficulties, and a user hopes to realize unified configuration of the rules, quickly generate labels and quickly apply the labels.
Based on the above situation, the invention provides a plate for maintaining the configuration of the label template, which can perform a series of operations such as adding, editing, deleting and the like on the label template.
The first step: when the local label file is newly added, the name of the label file needs to be input and filled, and the name of the label file needs to be matched and consistent with the name of the local label file, or else the label file cannot be corresponding to the local template; secondly, selecting data sources, wherein the data sources function as corresponding fields, and different data sources can automatically bring out different field selections; finally, the system defaults the rule execution sequence of the field, and defaults the rule execution sequence from first to last as standard fetch, quantity conversion, date conversion, script, self-built table association and finally dynamic splicing. So when a field selects script conversion, the final result is output according to script conversion and printed on the label after the data is acquired from the interface. For special fields, the execution sequence of the fields can be manually changed to meet the conversion requirement of data under the condition that the script is executed after the dynamic splicing is performed.
And a second step of: and starting to select the fields required to be used on the label, moving the fields to the right screen in a dragging mode, and finally clicking to determine the fields to finish the locking of the label template fields.
And a third step of: clicking a jump field configuration button on the row detail of the newly added tag file, linking to a template field configuration interface of the corresponding tag, clicking and editing, maintaining MAPPING relation between each platform field and a local tag variable field, completing template configuration of the tag, and correspondingly setting different tags.
Still further, when maintaining the conversion rule of the tag field, the method further comprises:
and using a rule script of the GROOVY language custom field to be distributed to the field configured by the newly added tag template, converting the field based on the rule script, filling data into the field configured by the newly added tag template according to the execution sequence in the rule script, and dynamically splicing.
Specifically, the GROOVY rule script: for the fields used by the labels, in order to achieve a certain customization degree, the pages can be configured through rules, the rule scripts of the fields are customized through the GROOVY language, and the rule scripts are distributed to the template fields so that the template fields can be converted based on script rules.
Order of execution of rules: the platform has a default execution sequence, and when the sequence between the dynamic splicing of the fields and the script rule is different from the default execution sequence, the execution sequence can be manually changed to realize the required execution effect.
In the step S1, when the template relationship configuration is performed, the method includes:
maintaining a usage relationship with the tag templates based on dimensions of the customer + product + tag types for a plurality of tag files;
wherein the usage relationship is used for printing a plurality of labels at the same time.
Specifically, the template relationship configuration: after the template configuration is completed, based on the use relation between dimension maintenance of the client, the product and the label type and the template, the same client, the product and the label type can maintain a plurality of label files, and printing of a plurality of labels is carried out at the same moment.
Further, in maintaining the usage relationship with the label template, it includes:
configuring the association relation between a customer product and a plurality of newly added label templates, displaying the association relation of each label template as independent items, and setting whether each item is printed by default or not and whether a printing condition is selected and maintained in a printing condition script or not according to an actual use scene;
wherein, the association relation is: the priority of the label template for the customer product is determined by whether the customer code and the product code are explicit or not and the type selected.
Specifically, business scenario 3: the label template application realizes configuration;
The labels have different use requirements because of different customers, different products and different types, and users hope to realize configuration of the use scenes of the various template relations, and corresponding label templates are distributed based on the different customers, products and types.
Based on the above, the invention provides a plate for maintaining the label template relation configuration, and the finally used label template is determined according to the dimensions of customers, products and types. Wherein, the priority is divided into 4 cases from high to low:
first priority: the template relation maintenance defines the number of clients, the number of products and the type, namely the label is related to the clients and the products;
second priority: the template relation maintains that the client number is a wild card number, the specific product number and type, namely the label is only relevant to the product and irrelevant to the client;
third priority: the template relation maintenance confirms that the client number and the product number are wild card number, and the type, namely the label is only relevant to the client and irrelevant to the product;
fourth priority: the template relation maintains that the client number is the wild card number, the product number is the wild card number, and the type, namely the label, has a universal standard label.
How the template relationship is maintained is as follows: when in addition, the customer codes and the product codes can be selected according to the use requirement, or the selection types and the corresponding label templates can be input, so that the template relationship distribution is completed.
Business scenario 4: printing a plurality of different labels simultaneously or conditionally;
in actual label printing, two or more labels are printed at the same time, and the patterns, rules and different conditions of the labels are different, or conditional printing is performed, namely when data meet a certain condition, a plurality of labels are printed at the same time, and when the data do not meet the condition, only one label is printed, so that a user hopes to print different labels at the same time according to the configuration for the scene.
Based on the above situation, the invention adds logic for printing scenes on the plate configured by the label template; the detail items of each template relation are provided with a default printing state and a printing condition script state, whether the default printing determines whether the template needs to be printed or not, and the printing condition script determines whether the template meets the printing condition or not.
The first step: a plurality of templates which need to be printed simultaneously are newly added in a template configuration plate, so that the configuration of the templates is completed;
And a second step of: the association relation of the customer products and the templates is newly added in the template relation configuration plate, the association relation of each template is displayed in an independent item, whether default printing is performed or not can be set according to a scene after each item, namely when the customer products are distributed with the templates, and the default printing position is yes, a plurality of labels are printed simultaneously when a printing interface prints the labels according to the data of the customer products, and the bar codes after the printing is successfully rendered on a page; if the client product type is distributed with a plurality of templates, one default printing position state is no, the printing condition script selects the maintained printing condition, all labels are printed at the same time when the printing condition is met, and only labels with the default printing position state being yes are printed when the printing condition is not met.
In the above step S1, the label printing configuration further includes: pre-print inspection configuration, post-print inspection configuration;
wherein, when the pre-printing checking configuration is performed, the method comprises the following steps:
setting whether a field is allowed to be empty according to the tag template field;
setting whether the case is sensitive to the label template field;
setting at the front end, and checking whether to conduct repeatability on page data rendering when the bar code is generated;
In performing the post-print inspection configuration, comprising: the collation information is configured to check whether data between tags is consistent.
In the above step S1, the label printing configuration further includes: multiple bar code printing configuration, associated printing configuration and boxing rule configuration;
wherein, when carrying out the configuration of many bar codes printing, include: configuring the maximum row of the tag template field according to the maximum bar code number actually embodied by one tag;
when performing the association print configuration, the method includes: maintaining the labels needing to be printed in a correlated way through a joint database table building function;
when the packing rule configuration is performed, the method comprises the following steps: and maintaining the boxing quantity and boxing information to be checked through a table building function.
Specifically, in actual use, the customer has the following difficulties:
difficulty 1: how to effectively check the label printing data;
the accuracy of the tag data becomes an important agreement index between the company and the customer, and how to ensure the accuracy of the data becomes an indispensable ring of enterprise informatization requirements.
The inspection for tag data is largely classified into a pre-print inspection and a post-print inspection, and the data inspection for tag before printing includes: checking whether the data is empty, checking the data case, and whether bar code data storage is repeated.
For the data after label printing, whether the related information of the front label and the rear label is consistent is mainly checked.
In view of the situation, the invention provides the check item configuration of the field, in the template field configuration module, whether the field is allowed to be empty is set according to the tag template field, the default selected field is in a state that the field is not allowed to be empty, the field is allowed to be empty can be set according to the use requirement, and the check is not performed. Meanwhile, a page can be configured in a template field, clicking editing can be performed, whether case is sensitive to the template field can be set, whether case or lowercase can be defined and checked for the template field, whether information except the number and the special character in the field is all the case is checked for the case, and whether information except the number and the special character in the field is all the case is checked for the case. Aiming at the problem that the bar code may be repeated, the front end performs repeated verification on page data rendering when the bar code is generated, and foolproof is performed on the bar code repeatedly.
Aiming at the printed data, the invention has a label checking function, and the checking information comprises batch, materials, machine numbers, BIN numbers and the like and is used for effectively checking whether the data among the labels are consistent or not and whether the data among the labels are matched or not.
Difficulty 2: processing the number of printed sheets of different labels;
the labels have different attributes and different sizes, and the number of the embodied label items is different, for example, the outer box labels can usually embody the detail line data of a plurality of bar codes; the detail line data embodied by different tag sizes are different. How to realize configuration, which is suitable for a plurality of labels and a plurality of service scenes, becomes one of the problems to be solved for users in the invention.
In view of this scenario, the present invention provides a maximum line maintenance function for the tag field in the template field configuration module. Aiming at the condition that a plurality of bar codes are printed or a field embodies a plurality of detail line data, the maintenance is carried out according to the maximum number of actual expression of the label. The number of prints of the platform label = the number of interface scan barcodes/maximum number of rows of fields, rounded 1. For example, a label can embody 11 bar codes at most, and when the label is printed to obtain a template field by configuring the maximum behavior 11, whether scanned bar code data exceeds 11 lines is judged. When the number of the scanned bar codes is 23 lines and is larger than 11 lines, 3 labels are printed, so that the configuration function of printing a plurality of bar codes by the labels is realized.
Difficulty 3: realizing scanning customer label printing sub-customer label
In most cases, label printing is based on matching labels between customers and product printing, but there are cases where customers are other company offerings, and customers require printing of not only the labels of customers but also the labels of customers (sub-customers) of customers, even the labels of sub-customers.
For this situation, the present invention provides a federated database tabulation function, as shown in FIG. 3.
Difficulty 4: configurating boxing rules
In the process of boxing, a link of printing an outer box label often has certain boxing requirements on boxing, such as verification of boxing quantity, verification of boxing information and the like.
Based on this scenario, there is a field on the out box page to show the number of packages that the current box allows, which can be maintained by the build table function. The present invention automatically queries the currently allowable bin count maintained by the table based on the customer material of the selected delivery form. Accumulating the number of boxed packages when scanning the bar code, and prompting error reporting when the number is larger than the number of packages allowed by the current box: the "number of cases is greater than the number of cases currently allowed, and no further cases are allowed. Similarly, the invention also provides a configurable data table for clients with the requirement of boxing information, for example, when some clients need to be boxed, the BINCODE information is checked, only the BINCODEs with the same bar codes are allowed to be packaged together, and based on the requirement, only the clients needing to be checked are maintained in the corresponding tables, so that the checking of the function can be used.
The rule checking and application for rapidly realizing the boxing requirement comprises the following steps:
performing rule configuration according to the boxing demands of users, and storing rule records;
obtaining a boxing rule;
carrying out boxing data processing and checking;
returning a processing result;
the rule configuration is performed according to the boxing requirement of the user, and the system can maintain the verification rule of the field based on the dimension of the client and the product, and can maintain the verification rule of the field for the client and the wild card. The customer + product dimension is higher than the customer + wild card priority.
Checking rules: the platform predefines 3 rules, namely whether the bar code details are equal, the bar code field is truncated and the bar code data range. Whether the bar code details are equal or not indicates that the field tag data scanned during the boxing process must be the same to be packaged as a box. The bar code field is truncated to indicate that the number of bits can be intercepted according to the setting of the field, and the intercepted data is used for data verification, and whether the data are identical or not is judged, and the data can be contained in the same box only if the data are identical. The bar code data range represents that the data value content of the field is preset while the rule is defined, and a plurality of data values can be provided, and whether scanned data is in a predefined data range or not is checked in the process of boxing, so that boxing is completed.
Application of packing rules in business scenarios:
for example, at present, a client is commonly connected, the boxing requirement is that the batches are the same and the client can be packaged as a box only in the year Zhou Xiangtong, and the different requirements are that alarm interception is carried out during boxing; for this scenario, a packing rule is defined whether barcode detail data is equal according to the generic customer code, year Zhou Ziduan and lot fields. When the boxing operation of the common clients is carried out, the common boxing rules are acquired, bar codes are scanned to acquire bar code data, the annual data among the bar codes are checked, whether the batch data are the same or not is checked, and different batch data can be popped up to intercept reminding immediately, so that the boxing requirement is met.
The purpose of the boxing rule realization is as follows: the function is used for solving the technical problems that the boxing requirements are flexible and various and the requirements are different, so that the aim of effectively controlling boxing data to be accurate is fulfilled.
Difficulty 5: quick tracing of tag data
In the actual printing of the labels, problematic labels are generated, and how to accurately trace the problematic labels is also one of the problems that the invention needs to solve for clients.
Effective convenient label print record: through detailed printing record, which computer, which account number, which time period, which label is printed, which of the data on the label is successfully printed or failed, thereby fully meeting the data tracing of the production line site on the label with problems and being responsible for tracing.
Difficulty 6: quick sending and receiving of user side message
In the actual printing of labels, the sending and receiving of messages at the user end are often involved, so that it is important to ensure the high efficiency of sending and receiving messages.
The method and the device can rapidly realize the sending and receiving of the platform user side message: the sender defines the message type and content of the message to be sent in the message management plate, and the sender user selects the party to receive the message according to the role or the user. Click to send.
Message type: the system predefines 3 types, namely pushing LAB template files, pushing LAB classification files and general message notification.
Pushing LAB template files: the method indicates that a single or a plurality of LAB template files are pushed to a user through a role or an account number, a receiving end receives a message, and the interface for downloading the templates can be popped up immediately for automatic downloading.
Pushing LAB classification files: the method is characterized in that the method indicates that according to the label type classification corresponding to the label file, single or multiple LAB template files are pushed to a user through roles or account numbers, a receiving end receives a message, and then immediately pops up a template downloading interface for automatic downloading.
General message notification: only the message needing to be sent is maintained, and the message notification method is commonly used for message notification such as the use suspension of the version release environment.
Application of message management in a business scenario:
for example, the client AVAGO of enterprise cooperation puts forward new changing demands on the label template, the sender responsible person needs to adjust according to the label style, the test is completed according to the demands of the client, after the test passes and agrees with the client, the test is uploaded to the platform server through the file uploading function, the message type is selected to push the LAB template file through the message management function, the user needing to be pushed is selected, and the purposes of online management of the label version and unified distribution and downloading are achieved.
In the step S7, the local application program is called by the < browser > by adding registry trust, and label printing is implemented.
The custom trust registry setting steps are as follows:
declaring a registry editor version;
designating the corresponding protocol type as URL EMTool3;
declaring a program path;
declaring a registry name OpenExe;
the declaration program adds parameter configuration to the Exe executable program;
setting the browser to always open related links by using the related application;
the OpenExe executive is written by using a Vbs script language, realizes calling of label printing software and can dynamically transfer parameters.
In the invention, the implementation of the label from configuration to printing comprises the following steps:
Firstly, uploading a locally-made template file to produce a template version through a management template file; the file uploading adopts Minio as a server bearing label template file;
secondly, configuring template filling content, including:
standard interface mapping data mapping can be performed; reflecting HTTP interface data to entity class for temporary storage by adopting a reflection mechanism for subsequent use;
configuring a dynamic template filling data processing sequence (configurable to be processed according to a GroupBy grouping mode and also capable of being ordered according to a single filling data field) processing mode to carry out logic ordering processing by ordering marks in configuration data;
still further, the configurable templates are referenced by multiple configuration relationships, including:
a configurable print condition script; script is written by GROOVY script language, script content can obtain current print request parameter, judge whether the current template is printed according to the current request parameter, and return true or false to service logic for processing;
configurable dynamic filler content script conversion; script is written by GROOVY script language, script content can obtain current printing request parameter, request parameter conversion is carried out according to user-defined script logic, and a character string is output as a result for service logic to use;
Whether default printing can be configured; if the default printing logic is canceled, triggering the conditional printing, and judging whether the current template is printed or not according to the configured conditional printing script by the conditional printing template;
a configurable template execution order; the template execution order is ordered (dynamically configurable) according to template parameters;
finally, the data source detailed splitting for the dynamic filling content comprises the following steps:
configurable template filling content execution order;
a configurable data source comprising: standard interface, script conversion, self-built table association, dynamic splicing and formula operation;
configurable date format conversion; date format conversion, the system provides default format conversion and custom format conversion when the reference is time-date format can return yyyyy.MM.dd, dd-Mmm-yyyy, yyyy/MM/dd, yyyyyyMMdd, etc.; the time can also be spliced together in a self-needed format by a user, for example: the date format of 2023-06-01 of the result required to be entered is finally output as the format of 2023-01-06 by configuration; the year, month and day can be independently extracted to be converted into the binary system of 33, 34, 36 and 62;
whether the configurable case is sensitive; the processing mode is to extract the current request parameters, judge and confirm whether the current filling parameters are full-upper case or full-lower case or case insensitive according to the configuration parameter marks;
The value conversion + calculation can be configured so that the addition, subtraction, multiplication and division configuration operation can be performed on the parameters of the current filling content.
The printing method implementation configuration sequence provided by the invention is shown in fig. 2.
The printing system for rapidly realizing label field mapping and label rule configuration provided by the invention comprises: the label printing configuration module, the configuration processing module and the printing module.
A label printing configuration module: the label printing method is used for carrying out label printing configuration according to the requirements of users and sending out printing requests.
And (3) a configuration processing module: all configuration data required for obtaining a print request; processing a print request path configuration; processing the configuration relation of the label templates of the printing request, and finding out the label template needing to be printed currently; finding out the corresponding data filling configuration and the data conversion configuration of each label template according to the label template parameters to be printed; the configuration data is processed according to the print format and returned.
And (3) a printing module: and the method is used for carrying out printing operation on the returned data by calling the registry to create instance afferent parameters.
Wherein the label printing configuration includes: print path configuration, label template configuration, template field configuration, and template relationship configuration.
The above embodiments are only preferred embodiments of the present invention, and the scope of the present invention is not limited thereto, but any insubstantial changes and substitutions made by those skilled in the art on the basis of the present invention are intended to be within the scope of the present invention as claimed.
Claims (8)
1. A printing method for rapidly realizing label field mapping and label rule configuration is characterized by comprising the following steps:
performing label printing configuration according to the requirements of a user, and sending a printing request;
acquiring all configuration data required by the printing request;
processing a print request path configuration;
processing the configuration relation of the label templates of the printing request, and finding out the label template needing to be printed currently;
finding out the corresponding data filling configuration and the data conversion configuration of each label template according to the label template parameters to be printed;
processing the configuration data according to the printing format and returning;
the returned data is used for carrying out printing operation by calling the registry to create instance input parameters;
wherein the label printing configuration includes: print path configuration, label template configuration, template field configuration, and template relationship configuration;
when the label template configuration is carried out, the method comprises the following steps:
Filling in a tag file name, adding a tag template, and acquiring a corresponding field list in the form of an interface type;
when the template field configuration is performed, the method comprises the following steps:
configuring fields on the newly added tag template by selecting fields to be used in the field list;
based on the field configured by the newly added tag template, maintaining a MAPPING relation with a local tag variable field and a special conversion rule of the tag field;
the tag file name is required to be consistent with the local tag file name;
when a label template is newly added, the method comprises the following steps: selecting a data source, automatically carrying out different field selections through the data source, and finally defaulting the rule execution sequence of the fields by a system;
the rule execution sequence of the default field is standard fetch, quantity conversion, date conversion, script, self-built table association, and finally dynamic splicing;
in addition, the rule execution sequence of the default field can be manually changed to meet the conversion requirement of the data;
when maintaining a MAPPING relationship with a local tag variable field, it includes:
the line detail of the local label file is linked to the corresponding field on the newly added label template, and maintenance of MAPPING relation between the newly added label template field and the local label variable field is completed;
In maintaining the special conversion rules of the tag field, it includes:
performing field association and WHERE condition association on the configured fields in the form of importing EXCEL data into a quick build table, and quickly assigning imported data to the fields configured by the newly added tag template;
the date format of the date field configured by the newly added tag template is rapidly input by selecting the form of the date format, and the year, month and day in the date field are respectively converted according to actual needs to form the required date;
directly carrying out output conversion on the number of the fields configured by the newly added tag template by setting a calculation type;
and filling data into the fields configured by the newly added tag templates according to a default execution sequence and performing dynamic splicing by setting the component connection fields of the fields.
2. The printing method for quickly implementing label field mapping and label rule configuration according to claim 1, wherein when performing print path configuration, the method comprises:
maintaining a special path with the dimension of the path of the account number and the template of the user as the highest priority;
the common path is maintained for secondary priorities with dimensions of the wildcard plus template path.
3. The printing method for quickly implementing tag field mapping and tag rule configuration according to claim 1, further comprising, when maintaining a special conversion rule of a tag field:
and using a rule script of the GROOVY language custom field to be distributed to the field configured by the newly added tag template, converting the field based on the rule script, filling data into the field configured by the newly added tag template according to the execution sequence in the rule script, and dynamically splicing.
4. The printing method for quickly implementing label field mapping and label rule configuration according to claim 1, wherein when performing template relation configuration, the printing method comprises:
maintaining a usage relationship with the tag templates based on dimensions of the customer + product + tag types for a plurality of tag files;
the usage relationship is used for printing a plurality of labels at the same time.
5. The printing method for quickly implementing tag field mapping and tag rule configuration according to claim 4, wherein when maintaining a usage relationship with a tag template, comprising:
configuring the association relation between a customer product and a plurality of newly added label templates, displaying the association relation of each label template as independent items, and setting whether each item is printed by default or not and whether a printing condition is selected and maintained in a printing condition script or not according to an actual use scene;
Wherein, the association relation is: the priority of the label template for the customer product is determined by whether the customer code and the product code are explicit or not and the type selected.
6. The printing method for quickly implementing label field mapping and label rule configuration according to claim 1, wherein the label printing configuration further comprises: pre-print inspection configuration, post-print inspection configuration;
wherein, when the pre-printing checking configuration is performed, the method comprises the following steps:
setting whether a field is allowed to be empty according to the tag template field;
setting whether the case is sensitive to the label template field;
setting at the front end, and checking whether to conduct repeatability on page data rendering when the bar code is generated;
in performing the post-print inspection configuration, comprising: the collation information for checking whether the data between the tags is consistent is configured.
7. The printing method for quickly implementing label field mapping and label rule configuration according to claim 1, wherein the label printing configuration further comprises: multiple bar code printing configuration, associated printing configuration and boxing rule configuration;
wherein, when carrying out the configuration of many bar codes printing, include: configuring the maximum row of the tag template field according to the maximum bar code number actually embodied by one tag;
When performing the association print configuration, the method includes: maintaining the labels needing to be printed in a correlated way through a joint database table building function;
when the packing rule configuration is performed, the method comprises the following steps: and maintaining the boxing quantity and boxing information to be checked through a table building function.
8. A printing system for rapidly implementing label field mapping and label rule configuration, comprising:
a label printing configuration module: the label printing method comprises the steps of performing label printing configuration according to the requirements of a user, and sending a printing request;
and (3) a configuration processing module: all configuration data required for acquiring the print request; processing a print request path configuration; processing the configuration relation of the label templates of the printing request, and finding out the label template needing to be printed currently;
finding out the corresponding data filling configuration and the data conversion configuration of each label template according to the label template parameters to be printed; processing the configuration data according to the printing format and returning;
and (3) a printing module: the method comprises the steps of creating instance input parameters by calling a registry for printing returned data;
wherein the label printing configuration includes: print path configuration, label template configuration, template field configuration, and template relationship configuration;
When the label template configuration is carried out, the method comprises the following steps:
filling in a tag file name, adding a tag template, and acquiring a corresponding field list in the form of an interface type;
when the template field configuration is performed, the method comprises the following steps:
configuring fields on the newly added tag template by selecting fields to be used in the field list;
based on the field configured by the newly added tag template, maintaining a MAPPING relation with a local tag variable field and a special conversion rule of the tag field;
the tag file name is required to be consistent with the local tag file name;
when a label template is newly added, the method comprises the following steps: selecting a data source, automatically carrying out different field selections through the data source, and finally defaulting the rule execution sequence of the fields by a system;
the rule execution sequence of the default field is standard fetch, quantity conversion, date conversion, script, self-built table association, and finally dynamic splicing;
in addition, the rule execution sequence of the default field can be manually changed to meet the conversion requirement of the data;
when maintaining a MAPPING relationship with a local tag variable field, it includes:
the line detail of the local label file is linked to the corresponding field on the newly added label template, and maintenance of MAPPING relation between the newly added label template field and the local label variable field is completed;
In maintaining the special conversion rules of the tag field, it includes:
performing field association and WHERE condition association on the configured fields in the form of importing EXCEL data into a quick build table, and quickly assigning imported data to the fields configured by the newly added tag template;
the date format of the date field configured by the newly added tag template is rapidly input by selecting the form of the date format, and the year, month and day in the date field are respectively converted according to actual needs to form the required date;
directly carrying out output conversion on the number of the fields configured by the newly added tag template by setting a calculation type;
and filling data into the fields configured by the newly added tag templates according to a default execution sequence and performing dynamic splicing by setting the component connection fields of the fields.
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Denomination of invention: A printing method and system for quickly implementing label field mapping and label rule configuration Granted publication date: 20240126 Pledgee: Bank of China Limited by Share Ltd. Zhuhai branch Pledgor: Haitong Anheng Technology Co.,Ltd. Registration number: Y2024980014748 |