KR20250058799A - System for web site monitoring with collecting event information and write - Google Patents

Abstract

The present invention discloses a technical idea including a prologue unit which receives a predetermined website and monitoring items for the predetermined website, and provides a monitoring report according to the monitoring items to an administrator; an operation unit which receives monitoring items from the prologue unit, accesses the predetermined website set according to the monitoring items, and monitors the predetermined website; and a reporting unit which is networked with the operation unit to receive monitoring information about the predetermined website and produces a monitoring report about the predetermined website.

Description

{System for web site monitoring with collecting event information and writing}

The present invention relates to a monitoring web system, and more specifically, to a website monitoring system capable of collecting event information on the web and writing reports for web service monitoring and report writing, which registers a given website, accesses the given website, monitors the given website, and reports on the performance and occurrence of events for the given website.

In 2020 and 2021, website usage grew at a faster rate than mobile app usage.

The web is evolving into a more valuable business tool, and companies that are successfully optimizing their digital presence are thinking of their website not just as a place to showcase their products and services, but as a dynamic product that can drive growth, engagement, and generate revenue.

As the number of web users increases, monitoring becomes essential to ensure that websites are available to users, downtime is minimized, and performance is optimized.

Website monitoring is the process of testing and verifying that end users can interact with a website or web application as expected. Website monitoring is commonly used by businesses to verify that the uptime, performance, and functionality of a website are working as expected.

Website monitoring is a technique that detects problems related to general Internet latency and network hop issues, and monitors specific websites or servers from multiple locations around the world to avoid false positives due to local or interconnection problems.

In the process of maintaining and repairing a website, general IT companies, public institutions and administrative staff frequently request reports necessary for the maintenance work phase. In such cases, a service is needed that automatically generates reports, enables billing, and can immediately recognize when an actual failure occurs.

Additionally, public sectors require ongoing management to enable low-cost service disruptions to be identified.

In the case of prior art literature on website monitoring and analysis, “Website analysis system and method based on artificial intelligence (Registration No. 10-2462101, hereinafter referred to as patent document 1)”

In the case of patent document 1, a website analysis system and method based on artificial intelligence are disclosed.

That is, when a user registers one or more website information managed by the user in the monitoring server, Patent Document 1 captures the website screen from the website corresponding to the website information in a headless browser manner through a collection node in conjunction with the monitoring server, collects response information related to the website, analyzes the status of the website based on the captured website screen, the collected response information related to the website, etc., and provides the analysis result, thereby enabling monitoring from the end user's perspective, and quickly discovering even hidden faults of the monitoring target website without exception, and providing a method for improving them.

In addition, as another prior art document, "Website monitoring system and monitoring method (Registration No. 10-1775675, hereinafter referred to as Patent Document 2)"

In the case of Patent Document 2, in order to detect various digital contents such as webtoons, audio sources, videos, and books that are illegally copied and distributed on a website, the unique authority information that has access to the website is used to monitor web information stored on the website, and whether the unique authority information is blocked is detected in real time. In addition, if the unique authority information is blocked, the website monitoring system resumes monitoring the web information using other unique authority information excluding the blocked unique authority information.

Also, "Method and device for remote site monitoring (Registration No. 10-1781705, hereinafter referred to as Patent Document 3)"

In the case of Patent Document 3, a method for remote site monitoring includes the steps of receiving data from a data site, transforming the data into a site-level quality score using a metric risk profile, and calculating a risk index based on the site-level quality score. The metric risk profile can be based on historical data and research data, where the research data is received from a plurality of data sites. In some embodiments, the step of transforming the data includes the step of normalizing the values of the metric by applying the metric risk profile to the values of the metric, and the step of aggregating the normalized metric values to calculate the site-level quality score. An apparatus for remote site monitoring is also described.

In the case of existing monitoring systems, the charging system for maintenance is burdensome, and there is a need for a service that can make the charging method cheaper from a technical perspective.

Registration No. 10-2462101 Registration No. 10-1775675 Registration No. 10-1781705

The website monitoring system capable of collecting event information and creating reports on the web according to the present invention has been devised to solve the above-mentioned conventional problems, and presents the following tasks to be solved.

First, we want to provide a site where you can monitor web services and create reports.

Second, when a user registers a website URL, BOT receives it and accesses the received URL to evaluate the website for any issues and performance.

The problems to be solved by the present invention are not limited to those mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

The website monitoring system capable of collecting event information and creating reports on the web according to the present invention has the following problem-solving means to solve the above-mentioned problems.

A website monitoring system capable of collecting event information and writing a report on the web according to the present invention is characterized in that it is a web system for web service monitoring and report writing that registers a predetermined website, accesses the predetermined website, monitors the predetermined website, and reports the performance and occurrence of an event for the predetermined website, the system including: a prologue unit that receives the predetermined website and monitoring items for the predetermined website, and provides a monitoring report according to the monitoring items to an administrator; an operation unit that receives the monitoring items from the prologue unit, accesses the predetermined website set according to the monitoring items, and monitors the predetermined website; and a reporting unit that is networked with the operation unit, receives monitoring information for the predetermined website, and writes the monitoring report for the predetermined website.

A website monitoring system capable of collecting event information and creating reports on the web according to the present invention may further include an event notification unit that provides a notification of an event when an event occurs according to set event conditions during monitoring of the given website.

The prologue unit of the website monitoring system capable of collecting event information and creating a report on the web according to the present invention may be characterized by including an address registration unit for registering a predetermined resource address for the predetermined website; a period registration unit for registering a monitoring cycle of the predetermined website; a condition setting unit for registering an event checking condition for the predetermined website; and a notification setting unit for counting a desired notification time unit and the number of events when the event occurs, and registering a notification target.

The operation unit of the website monitoring system capable of collecting event information and creating reports on the web according to the present invention may be characterized by including a monitoring unit that accesses the predetermined website input through the address registration unit, connects to the predetermined website according to the monitoring cycle, and monitors the predetermined website; and a monitoring information transmission unit that transmits monitoring information collected through the monitoring unit to the reporting unit.

The reporting unit of the website monitoring system capable of collecting event information and creating reports on the web according to the present invention may be characterized by including a report generating unit that receives the monitoring information through the monitoring information transmitting unit and generates the monitoring information as the report; and a report transmitting unit that transmits the report to the prologue unit and provides it to the administrator.

The condition setting unit of the website monitoring system capable of collecting event information and creating reports on the web according to the present invention may be characterized by including a page event setting unit that sets a monitoring condition for an event occurrence for a page of the given website; and a resource event setting unit that sets a monitoring condition for an event occurrence for a resource of the given website.

The reporting unit of the website monitoring system capable of collecting event information and writing reports on the web according to the present invention may be characterized by including a time information providing unit that provides monitoring results within a corresponding period for a set time; a load query unit that provides monitoring results for the predetermined website according to the load time setting; and an image information unit that provides image information for the top load image of the predetermined resource address.

The condition setting unit of the website monitoring system capable of collecting event information and creating reports on the web according to the present invention may be characterized by including a load time setting unit that sets an event condition for the load time of a page and resource of the given website; an error code input unit that inputs and registers an error code for monitoring; and a filtering unit that inputs a blocking condition for monitoring to enable filtering.

The notification setting unit of the website monitoring system capable of collecting event information and creating reports on the web according to the present invention may be characterized by including an error count unit that checks the continuity of the event when an event occurs on the given website and sets a notification according to the number of consecutive occurrences of the event; a notification time setting unit that sets a notification transmission time condition for the event; and a recipient setting unit that sets an external notification recipient for the given event.

The event notification unit of the website monitoring system capable of collecting event information and creating a report on the web according to the present invention may be characterized by including: an error counting unit for checking the continuity of the event when the event occurs on the predetermined website, and counting the number of consecutive occurrences of the event set by the error counting unit; a notification delay setting unit for providing a delay for the notification time according to the notification transmission time condition set by the notification time setting unit; and a notification transmission unit for receiving an external notification recipient for the predetermined event from the recipient setting unit and providing a notification for the event to the outside.

The website monitoring system capable of collecting event information and creating reports on the web according to the present invention having the above configuration provides the following effects.

First, various reports required during the maintenance work phase can be created through monitoring.

Second, monitoring result reports can be automatically generated, billed, and immediately recognized when an actual failure occurs.

Third, it does not require technical collateral for cloud and virtualization technologies and can enable website maintenance through BOT.

The effects of the present invention are not limited to those mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description below.

Figures 1 and 2 are conceptual diagrams of a website monitoring system capable of collecting event information and creating reports on the web according to one embodiment of the present invention.
FIG. 3 illustrates a prologue unit of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention.
FIG. 4 illustrates a condition setting section of a website monitoring system capable of collecting event information and creating reports on the web according to one embodiment of the present invention.
FIG. 5 illustrates a notification setting section of a website monitoring system capable of collecting event information and creating reports on the web according to one embodiment of the present invention.
FIG. 6 illustrates an option setting section of a website monitoring system capable of collecting event information and creating reports on the web according to one embodiment of the present invention.
Figures 7 and 8 illustrate reports produced through a reporting unit of a website monitoring system capable of collecting event information and creating reports on the web according to one embodiment of the present invention.
FIG. 9 illustrates what is set for time in the time information provision section of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention.
FIG. 10 illustrates a time report on page load provided through a load query unit of a website monitoring system capable of collecting event information and creating reports on the web according to one embodiment of the present invention.
FIG. 11 illustrates a report generated through a reporting unit of a website monitoring system capable of collecting event information and generating reports on the web according to one embodiment of the present invention.
FIG. 11c illustrates a screenshot of the top image of a webpage provided through an image information section of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention.
FIG. 12 is a block diagram illustrating each component of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention.
FIGS. 13 to 15 are block diagrams illustrating each component and sub-component of a website monitoring system capable of collecting event information and creating reports on the web according to one embodiment of the present invention.
Figures 16 and 17 illustrate a monitoring architecture and a puzzle-solving architecture for monitoring.
Figures 18 to 20 are conceptual diagrams of a report storage unit of a website monitoring system capable of collecting event information and creating reports on the web according to one embodiment of the present invention.

The website monitoring system capable of collecting event information and creating reports on the web according to the present invention can have various modifications and various embodiments, and specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and it should be understood that it includes all modifications, equivalents, or substitutes included in the technical idea and technical scope of the present invention.

FIGS. 1 to 2 are conceptual diagrams of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention. FIG. 3 illustrates a prologue unit of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention. FIG. 4 illustrates a condition setting unit of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention. FIG. 5 illustrates a notification setting unit of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention. FIG. 6 illustrates an option setting unit of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention. FIGS. 7 to 8 illustrate reports produced through a reporting unit of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention. FIG. 9 illustrates what is set for time in a time information providing unit of a website monitoring system capable of collecting event information and writing reports on the web according to one embodiment of the present invention. FIG. 10 illustrates a time report on page load provided through a load query unit of a website monitoring system capable of collecting event information and writing a report on the web according to an embodiment of the present invention. FIG. 11 illustrates a report generated through a reporting unit of a website monitoring system capable of collecting event information and writing a report on the web according to an embodiment of the present invention. FIG. 11c illustrates a screenshot of the top image of a webpage provided through an image information unit of a website monitoring system capable of collecting event information and writing a report on the web according to an embodiment of the present invention. FIG. 12 is a block diagram illustrating each component of a website monitoring system capable of collecting event information and writing a report on the web according to an embodiment of the present invention. FIGS. 13 to 15 are block diagrams illustrating each component and sub-component of a website monitoring system capable of collecting event information and writing a report on the web according to an embodiment of the present invention. FIGS. 16 to 17 illustrate a monitoring architecture and a puzzling architecture for monitoring. Figures 18 to 20 are conceptual diagrams of a report storage unit of a website monitoring system capable of collecting event information and creating reports on the web according to one embodiment of the present invention.

The present invention relates to a web system for monitoring web services and creating reports by registering a given website, accessing the given website, monitoring the given website, and reporting the performance and occurrence of events for the given website.

A given website is a collection of Internet pages that users or administrators want to monitor to ensure that web services operate stably. For example, it can refer to pages that exist on a web server that can be accessed through a network, called a homepage.

For reporting, you can report on whether a stable web service is implemented for the website, that is, on the normal and abnormal operation (performance) of the website.

In addition, an event can refer to a case where a problem occurs that prevents a web service from being implemented stably, and can refer to an event regarding an error (failure) that prevents resources within a website from operating without a problem, as well as information regarding data that changes over time.

For example, a website retrieves and combines resources within a web page to output a page, and monitoring can check and monitor all resource elements such as images, js, and text in the html within the website.

A website monitoring system capable of collecting event information and creating reports on the web according to the present invention comprises a prologue unit (100), an operation unit (200), and a reporting unit (300).

That is, it is desirable for website monitoring to check and monitor all resources visible in developer mode.

The prologue unit (100) receives input from a given website and monitoring items for the given website, and provides a monitoring report according to the monitoring items to the administrator.

In the case of the prologue unit (100), the URL to be monitored, the time unit to be monitored, and the notification target can be specified and entered through an administrator or user.

In the case of the prologue unit (100), it is implemented as an application or web service and can be implemented through a mobile phone (cellphone), personal computer, tablet PC, laptop, etc. of a user or administrator.

The operation unit (200) receives monitoring items from the prologue unit (100), accesses a predetermined website set according to the monitoring items, and monitors the predetermined website.

The operation unit (200) can access a website to be monitored through the URL of the website designated by the administrator.

The operation unit (200) allows access to a website according to a search cycle set by the administrator, and can monitor resources within the website. In addition, it enables monitoring of logs, and can monitor log time when the program is running.

In the case of the reporting unit (300), it is networked with the operation unit (200) to receive monitoring information for a given website and generate a monitoring report for the given website.

For the report, it can be provided as shown in FIG. 8 and FIG. 10 to FIG. 13, and for example, it can produce reports on the total page load time, error page statistics, and monitoring list.

Reports are information about the results of monitoring and can provide information about whether there are events on the website and the results about the performance of the website.

The website monitoring system capable of collecting event information and creating reports on the web according to the present invention is configured to further include an event notification unit (400).

In the case of the event notification unit (400), when an event occurs according to set event conditions during monitoring of a given website, a notification of the event is provided.

In the case of the event notification unit (400), a notification can be provided when a failure occurs in a web service, and a notification can be provided to a set notification target for specific data that changes over time.

In addition, the event notification unit (400) can provide notifications according to the minimum number of errors and notification settings for notifications set by the administrator.

In the case of the operation unit (200), the reporting unit (300), and the event notification unit (400), monitoring, reporting output, and notification provision can be performed within the monitoring server (10).

In the case of a prologue unit (100) of a website monitoring system capable of collecting event information and writing reports on the web according to the present invention, the configuration includes an address registration unit (110), a period registration unit (120), and a condition setting unit (130).

In the case of the address registration (110), a specific resource address for a specific website is registered.

A resource address may correspond to a URL address for a website.

As shown in Figure 3, multiple URL addresses can be entered and registered, and up to 10 website URLs can be registered as one group.

The period registry (120) registers the monitoring cycle of a given website.

The monitoring cycle refers to the cycle in which the operation unit (200) accesses the registered URL, and can be said to be a cycle for checking and monitoring the status of the website.

As shown in Figure 3, the monitoring cycle is input in units of time and can be set in units of seconds, minutes, and hours.

In addition, the period register (120) can be set for an end date for monitoring, and the end date to be monitored can be entered and set.

In the case of the condition setting unit (130), the configuration includes a load time setting unit (131) and an error code input unit (132), and registers event checking conditions for a given website.

As shown in Fig. 4, the condition setting unit (130) sets the error, and can input and register the error code and the load time.

For example, the load time setting unit (131) can selectively set the load time for a page and the load time for a resource, and can also select a condition for the load time through a progress bar, as shown in FIG. 4.

The error code input section (132) can set and input an error code for monitoring, and for example, if a response with an abnormal code is received through the HTTP response processing code as shown in FIG. 4, it can be recognized as a failure.

For example, among the HTTP response processing codes, 200 may correspond to normal, 300 may correspond to no corresponding URL, and 500 may correspond to a program error. It is desirable to set these HTTP response processing codes according to the HTTP response codes that are organized and conceptualized in advance (e.g., organized document https://namu.wiki/w/HTTP/response code, etc.).

Additionally, the condition setting unit (130) may include a filtering unit (133), and in the case of the filtering unit (133), an address that blocks monitoring may be entered and registered.

In cases where errors are bound to occur continuously, the URI (Uniform Resource Identifier) can be filtered out using URL regular expressions.

For example, if the address corresponding to the URI where errors continuously occur within the website is https://www.haenasoft.com/portfoili/*, the URI can be registered as a filtering address, and the resource can be filtered during monitoring.

The operation unit (200) of a website monitoring system capable of collecting event information and creating reports on the web according to the present invention is configured to include a monitoring unit (210) and an information transmission unit (220).

The monitoring unit (210) accesses a specific website entered through the address registration unit (110), and connects to and monitors the specific website according to the monitoring cycle.

In the case of monitoring, after the internal BOT receives information about the URL, it accesses the URL and performs monitoring. In the case of the internal BOT, this can be done through the internal infrastructure for the puzzle-like architecture as shown in FIGS. 16 and 17.

The monitoring information transmission unit (220) transmits monitoring information collected through the monitoring unit (210) to the reporting unit (300).

The monitoring information transmission unit (220) can transmit information about events and information about monitoring to the reporting unit (300).

The reporting unit (300) of the website monitoring system capable of collecting event information and creating reports on the web according to the present invention is configured to include a report generating unit (310) and a report transmitting unit (320).

The report generation unit (310) receives monitoring information through the information transmission unit and generates the monitoring information as a report.

In the case of a report, a monitoring dashboard corresponding to a dashboard, for example, as shown in Fig. 7, can be provided.

For the dashboard, as shown in Fig. 7, it is possible to provide monitoring for operating rate, error occurrence, a history list for monitoring, a trend of the number of errors per the last 7 days, and a history list for timeouts.

Additionally, the report may provide, for example, summary results for monitoring, total page load time according to the navigation cycle of the monitored URL, statistical data for each page where the event occurred, top URL information for the initial load, and a screenshot of the loaded page, as illustrated in FIGS. 8 and 10 to 13.

The report delivery unit (320) delivers the generated report to the prologue unit (100) and provides it to the manager.

Figures 8 and 10 to 13 may correspond to generated reports provided to the administrator.

Administrators can receive reports generated through applications, web services, or homepages.

In the case of a reporting unit (300) of a website monitoring system capable of collecting event information and creating reports on the web according to the present invention, the configuration includes a time information provision unit (330), a load query unit (340), and an image information unit (350).

The time information provision unit (330) provides monitoring results for the corresponding period for the set time.

As shown in Fig. 9, a specific time is selected during the monitoring period, and the monitoring results for the selected time are provided.

In the case of the load query section (340), monitoring results for a given website are provided according to the load time setting.

As shown in Figure 10, results for load times can be provided individually for websites, and load times can be provided for each monitoring period.

The image information section (350) provides image information for the top loaded image of a given resource address.

As illustrated in FIG. 13, the image information section (350) can provide a screenshot of the top page of the monitoring website.

The condition setting unit (130) of the website monitoring system capable of collecting event information and creating reports on the web according to the present invention is configured to include a page event setting unit (134) and a resource event setting unit (135).

In the case of the page event setting section (134), monitoring conditions for the occurrence of events on a web page for monitoring are set.

In the case of the resource event setting section (135), monitoring conditions for the occurrence of an event of a resource for monitoring are set.

The prologue unit (100) of the website monitoring system capable of collecting event information and creating reports on the web according to the present invention is configured to include a notification setting unit (140).

The notification setting unit (140) counts the number of events and the desired notification time unit when an event occurs, and registers notification targets.

In the case of the notification setting unit (140), it is configured to include an error count unit (141), a notification time setting unit (142), and a recipient setting unit (143).

The error count unit (141) is set to check the continuity of an event when an event occurs on a given website and provide a notification according to the number of consecutive occurrences of the event.

For example, as shown in Fig. 5a, if it is set to 'Send a notification when an error occurs three times in a row,' a notification will not be sent if an event occurs once, but a notification can be sent if the same event occurs at least three times.

That is, you can set a condition for the minimum number of errors that must occur, and provide notifications via registered email and SMS when the minimum number of errors occur.

The notification time setting unit (142) sets the notification transmission time conditions for the event.

For example, if the notification transmission time condition is set to 'If there is a history of sending a wife notification within the last 3 minutes, do not send a notification' as shown in Fig. 5a, the notification will not be sent within at least 3 minutes of receiving the notification.

The recipient setting section (143) sets external notification recipients for a given event.

When an event occurs, the target of notification is selected and entered, and the address of the notification recipient or the notification recipient is registered so that notification is sent to the notification recipient via e-mail and SMS (Short Message Service).

For example, as shown in Fig. 5b, when setting and saving a notification address book, it is possible to enable retrieval of notification targets.

In addition, the prologue unit (100) of the website monitoring system capable of collecting event information and writing reports on the web according to the present invention may further include an option setting unit (150).

The option setting unit (150) may include a location setting unit (151), a device setting unit (152), and an agent setting unit (153).

In the case of the location setting section (151), a country-specific performance evaluation can be selectively set during monitoring, and a location can be input to set different criteria for the evaluation.

The device setting section (152) can enable input for a connected device so that monitoring of the connected device can be selectively set.

For example, in the case of personal computers (PCs) and mobile devices, exposure to websites is set individually when accessing them, so settings for monitoring areas can be formed individually.

The agent setting section (153) can be set to allow normal operation by directly entering the agent value in order to prepare for cases where a specific website is blocked by a firewall.

The event notification unit (400) of the website monitoring system capable of collecting event information and creating reports on the web according to the present invention is configured to include an error counting unit (410), a notification delay setting unit (420), and a notification transmission unit (430).

The error counting unit (410) checks the continuity of an event when an event occurs on a given website and counts the number of consecutive occurrences of the event set in the error counting unit (410).

For example, as shown in Fig. 5a, if it is set to 'send a notification when an error occurs three times in a row', the error counting unit (410) counts the number of consecutive occurrences of an event.

The notification delay setting unit (420) provides a delay for the notification time according to the notification transmission time condition set by the notification time setting unit (420).

For example, as shown in Fig. 5a, if it is set to 'If there is a history of sending a notification within the last 3 minutes, do not send a notification', the notification can be provided with a delay for the entered time (hour, minute, second).

The notification transmission unit (430) receives an external notification recipient for a given event from the recipient setting unit (430) and provides a notification of the event to the outside.

The report storage unit (370) is configured to include a split unit (371) and a veiling unit (372).

In the case of the report storage unit (370), information about the report is stored on the server as an image.

The split section (371) selectively partitions an image for a report, partitioning it into 4x4 or 5x5 image pieces.

At this time, the number of pieces and the size of the partitioned area can be set arbitrarily.

The veiling section (372) can prevent an area corresponding to the veiling area (373) among the images for the partitioned report from being exposed.

At this time, the veiling area (373) may correspond to an important area in the report and may be set as an area designated as important by the administrator or as a random area.

Exposure to the veiling area (373) can be released or exposed by entering an individual authentication code for the administrator and a variable code for releasing the veiling area (373).

Here, the authentication code can correspond to the administrator's ID, password, and personal code for authentication.

In addition, in the case of a variable code, it corresponds to a code that is variably set at the time the veiling area (373) is set, and can be variably set and provided to an administrator or notification recipient at regular time intervals.

As illustrated in Fig. 20, if the variable code for releasing the veiling area (373) and the authentication code do not match, the report from the veiling area (373) can be gradually blanked out and exposure can be prevented.

The scope of the rights of the present invention is determined by the matters described in the claims, and the parentheses used in the claims are not described for optional limitation, but are used to indicate clear elements, and the description within the parentheses should also be interpreted as essential elements.

10: Server
20: Monitoring Architecture
30: Puzzling Architecture
100: Prologue Unit
110: Address Registry
120: Period Register
130: Condition setting section
131: Load time setting section
132: Error code input field
133: Filtering section
134: Page Event Setting Section
135: Resource Event Setting Section
140: Notification settings section
141: Error counting section
142: Notification time setting section
143: Receiver Setting Section
200: Operation Unit
210: Monitoring Department
220: Monitoring Information Transmission Department
230: Error counting section
240: Notification Delay Setting Section
250: Notification Transmission Unit
300: Reporting Unit
310: Report Production Section
320: Report Delivery Department
330: Time Information Provider
340: Load Inquiry Section
350: Event Inquiry Department
360: Image Information Department
370: Report storage
400: Event Notification Unit
410: Error counting unit
420: Notification time setting section
430: Notification Transmission Unit

Claims (10)

In a web system for web service monitoring and report writing, which registers a given website, accesses said given website, monitors said given website, and reports on the performance and occurrence of events for said given website,
A prologue unit that receives inputs for the above-mentioned website and monitoring items for the above-mentioned website, and provides a monitoring report according to the above-mentioned monitoring items to the administrator;
An operation unit that receives the monitoring items from the prologue unit, accesses the predetermined website set according to the monitoring items, and monitors the predetermined website; and
A website monitoring system capable of collecting event information and creating reports on the web, characterized in that it includes a reporting unit that receives monitoring information for the predetermined website by networking with the operation unit and produces the monitoring report for the predetermined website.
In the first paragraph, the system,
A website monitoring system capable of collecting event information and creating reports on the web, characterized in that it further includes an event notification unit that provides a notification of an event when an event occurs according to a set event condition during monitoring of the above-mentioned website.
In the second paragraph, the prologue unit,
An address registration unit for registering a given resource address for the above-mentioned website;
Period registry for registering the monitoring cycle of the above-mentioned website;
A condition setting section for registering event checking conditions for the above-mentioned website; and
A website monitoring system capable of collecting event information and creating reports on the web, characterized by including a notification setting section that counts the number of events and the time unit of notification when the above event occurs, and registers notification targets.
In the third paragraph, the operation unit,
A monitoring unit that accesses the specified website entered through the above address registration unit, connects to the specified website according to the monitoring cycle, and monitors the specified website; and
A website monitoring system capable of collecting event information and creating reports on the web, characterized by including a monitoring information transmission unit that transmits monitoring information collected through the monitoring unit to the reporting unit.
In the fourth paragraph, the reporting unit,
A report generating unit that receives the monitoring information through the monitoring information transmission unit and generates the monitoring information as the report; and
A website monitoring system capable of collecting event information and writing reports on the web, characterized by including a report sending unit that transmits the report to the prologue unit and provides it to the administrator.
In the fifth paragraph, the condition setting section,
A page event setting section that sets monitoring conditions for the occurrence of events on pages of the above-mentioned website; and
A website monitoring system capable of collecting event information and creating reports on the web, characterized by including a resource event setting section that sets monitoring conditions for occurrence of events for resources of the above-mentioned website.
In the sixth paragraph, the reporting unit,
A time information provider that provides monitoring results within a given period for a set time;
A load query unit that provides monitoring results for the above-mentioned website according to the above-mentioned load time setting; and
A website monitoring system capable of collecting event information and creating reports on the web, characterized in that it includes an image information section that provides image information for the top load image of the above-mentioned predetermined resource address.
In the seventh paragraph, the condition setting section,
A load time setting section that sets event conditions for the load time of pages and resources of the above-mentioned website;
An error code input section for entering and registering error codes for monitoring; and
A website monitoring system capable of collecting event information and writing reports on the web, characterized by including a filtering unit that allows filtering by inputting blocking conditions for monitoring.
In the 8th paragraph, the notification setting section,
An error counting unit configured to check the continuity of an event when an event occurs on the above-mentioned website and to provide a notification according to the number of consecutive occurrences of the event;
A notification time setting section that sets a notification transmission time condition for the above event; and
A website monitoring system capable of collecting event information and creating reports on the web, characterized by including a recipient setting section that sets external notification recipients for the above-mentioned predetermined event.
In the 9th paragraph, the event notification unit,
An error counting unit that checks the continuity of the event when an event occurs on the above-mentioned website and counts the number of consecutive occurrences of the event set in the error counting unit;
A notification delay setting unit that provides a delay for the notification time according to the notification transmission time condition set from the above notification time setting unit; and
A website monitoring system capable of collecting event information and creating reports on the web, characterized in that it includes a notification transmission unit that receives an external notification recipient for the predetermined event from the recipient setting unit and provides a notification of the event to the outside.