JP2003122892A - Subject management system, web page server, and recording medium for computer-readable subject management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve such problems in a conventional subject management system that a subject recording stage and a progress confirming stage are set for every project, and a subject list is made by every individual project, so that the necessary items can not be selectively displayed, and the total working efficiency is low. SOLUTION: The general database 2 for performing the subject management relating to a plurality of projects, and a Web page server 1 capable of being commonly accessed from a computer Mi for a manager and a computer Tj for a design developer, are prepared besides the exclusive database Fi for performing the subject management of every project. The system includes a project subject recording stage P1 for performing the recording relating to the subject through the Web page server to the exclusive database and the general database, and a project progress confirming stage P2 for performing the tabulation relating to the subject through the Web page server to the general database, and producing and displaying the subject list as a result of the tabulation.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a problem management system in project development work, and in particular, a plurality of projects are being carried out in parallel at the same time. On the other hand, each design developer is related to technology for improving work efficiency in a situation where they are engaged in multiple projects.

[0002]

2. Description of the Related Art FIG. 10 shows a workflow diagram in a conventional problem management system.

In FIG. 10, PA1 is the problem management stage of the first project A, and PA2 is the second project B.
Issue management stage, PA3 is the issue management stage of the third project C, M2 is an administrator computer used by a project administrator in charge of one project management task, F2 is a dedicated database installed by the project administrator, T1 Further, T2 indicates a computer for design developer used by a design developer who is engaged in a plurality of project development work, and 3 indicates an in-house network. P1 is a project issue recording stage (hereinafter abbreviated as an issue recording stage), and P2 is a project progress confirmation stage (hereinafter abbreviated as a progress confirmation stage).

In the case of this conventional technique, a dedicated database F
2 is set by the project manager for the number of projects. That is, FIG. 10 shows the administrator computer M2 and the dedicated database F2 for the second project B. Similarly, in the first project A, the administrator computer M1 and the dedicated database F1 are installed, and in the third project C, the administrator computer M3 and the dedicated database F3 are also installed (whichever is the case). Is also omitted).

A design developer engaged in the development of a plurality of projects is designed by the design developer computer T1 or T2.
Is used to access the dedicated databases F1, F2, F3 of the respective projects A, B, C.

Specifically, it is as follows.

When the design developer engages in the first project A, the dedicated database F1 (not shown) at the problem recording stage P1 in the problem management stage PA1.
To perform a process of newly registering or updating an issue discovered in the development process, and accessing a dedicated database F1 (not shown) in the progress confirmation step P2 in the issue management step PA1 to display on a computer screen. Display all management items.

Further, when engaging in the second project B, the design developer accesses the dedicated database F2 at the problem recording stage P1 in the problem management stage PA2 and newly registers or updates the found problem. In the progress confirmation stage P2 in the task management stage PA2, the dedicated database F2 is accessed and the management items are displayed on the computer screen.

Furthermore, when the design developer engages in the third project C, the problem management stage PA3
Dedicated database F3 at the task recording stage P1
(Not shown) to newly register or update the found problem, and at the progress confirmation stage P2 in the problem management stage PA3, access the dedicated database F3 (not shown) to manage items on the computer screen. Is displayed.

[0010]

In the conventional problem management system, there are a plurality of problem management stages P for each project.
1 and P2 exist, the design developer has a dedicated database Fi (i
= 1, 2, ...) It was necessary to carry out the process of newly registering or updating the assignment. When there are two projects to be carried on by hand, it is necessary to repeat the same work individually twice, and when there are three projects which are to be carried on by hand, three similar projects are carried out individually. Had to repeat.

In addition, in the case of a design developer who is engaged in a plurality of projects, it is necessary to create a problem list in order to easily see the whole of the problem he is engaged in. In this case, to create a task list,
Dedicated database Fi (i =
1, 2, ...) had to be extracted from each of the data to make a list.

Further, the management item of the project manager may differ from the management item of the design developer at each problem management stage. In that case, the manager computer Mi (i = 1, 2, ...) If the management items to be displayed on the screen are not stored on the side of the design / developer computer Tj (j = 1, 2 ...), only the necessary items cannot be selectively displayed on the screen. That is, all the display items are always displayed, and it is difficult to display only the items that the user needs, which is troublesome.

As described above, in the problem management system of the prior art, a plurality of projects are concurrently advanced, and each project has its own project manager. ,
In the situation where each design developer had to work on multiple projects, there was no overall relationship between the individual works, and the overall situation was inefficient.

The present invention was created to solve the above-mentioned problems, and an object thereof is to provide a problem management system capable of improving work efficiency.

[0015]

The present invention regarding a problem management system solves the above problems by taking the following means.

It is assumed that the project manager who is in charge of one project management work and the design developer who is engaged in a plurality of project development works are an issue management system for recording and totalizing the issues in the project development process. And In such a problem management system, a dedicated database for executing the problem management for each project, a general-purpose database for executing the problem management for a plurality of projects, an administrator computer used by the project manager, and the design development Prepare a home page server that can be accessed in common from the computer for design and development used by engineers.

Then, the project assignment recording step of recording the assignment via the home page server is executed on the dedicated database and the general-purpose database.

At the same time, the above-mentioned problems are totaled in the general-purpose database via the homepage server, and a project progress confirmation step of generating and displaying a problem list as a result of the total is executed.

In the problem management system of the present invention, the design developer, at the project problem recording stage, accesses the homepage server from the computer for the design developer, and records the problem found about the project in which he / she is engaged (new registration or Update) to the general-purpose database. Further, the project manager, at the project problem recording stage, accesses the homepage server from the manager's computer and records the above-mentioned problem (new registration or update) for the project managed by itself in the dedicated database.

Further, at the project progress confirmation stage, the design developer accesses the home page server from the computer for the design developer, generates a task list with the necessary items limited from the general-purpose database, and displays it on the home page. . In the project progress confirmation stage, the project manager accesses the homepage server from the manager's computer, generates an issue list with the necessary items limited from the dedicated database, and displays it on the homepage.

As described above, a homepage server is prepared as a common platform for a plurality of projects, and the design developer and the project manager record the homepage server in a common format based on the homepage server.
By totaling and displaying a list of issues, when a design developer is engaged in multiple projects, they can be processed collectively, and a list of issues for multiple projects that are engaged in multiple projects. Tables can be created collectively and centrally around the home page server, which is a platform, and work efficiency can be improved. Furthermore, by making the format common, it is possible to generate and display a task list that is easy to understand by limiting selection to items that are necessary for the user by selection based on items, which also improves work efficiency. be able to.

In the above-mentioned preferred embodiment, in the project task recording step, the task of the corresponding project is extracted from the general-purpose database via the homepage server based on the data selection formula stored in the computer for design and development. Based on the display item selection condition stored in the design developer computer and the task extraction step to be performed, the task list display step of displaying the task list on the home page via the home page server, the problem,
And a task registration stage for recording at least one of countermeasure, project name in charge, and design / developer name. A typical example of the data selection formula is a data selection formula using an SQL statement. SQL (Structured Query Language) is one of database languages.

In this case, the design developer accesses the general-purpose database by the homepage server based on the data selection formula to extract the project issues, and displays the issue list on the homepage server based on the display item selection conditions. Then, necessary items (problems, measures,
Since the project name in charge and the name of the design developer are recorded,
Can perform efficient work.

Further, in the above, another preferable aspect is that the project assignment recording step is based on a data selection formula stored in a computer for an administrator, and a project corresponding to the project from a dedicated database via a homepage server. An issue extraction stage for extracting the issues, an issue list display stage for displaying an issue list on the home page via the home page server based on the display item selection condition stored in the administrator computer, a development process, And an issue registration stage of recording at least one of the importance at the time of assignment registration and the importance at the time of progress confirmation.

In this case, the project manager accesses the dedicated database by the homepage server based on the data selection formula to extract the project issues, and displays the issue list on the homepage server based on the display item selection conditions. After that, necessary items (development process, importance at the time of issue registration, importance at the time of progress confirmation) are recorded, so that efficient work can be performed.

As described above, since the mode of work performed by the design developer and the mode of work performed by the project manager are unified on the same platform (homepage server), the work performed by the design developer The contents and the contents of the work by the project manager can be correlated with each other, and rational problem management can be performed as a whole.

Further, in the above, a preferred embodiment is
The above-mentioned project progress confirmation step is for each development process of an issue found in the project development process, for each importance level at the time of issue registration that records the judgment made by the project manager at the time when the above-mentioned issue was discovered, and for the design For each importance level at the time of progress confirmation, which records the judgment of the measure effect by the project manager after the developer has taken measures against the above problems,
And the step of classifying, aggregating, and displaying the aforementioned problems. In this case, it is possible to know the progress of measures against the discovered problem, as compared with the progress of the development process.

[0028] In the above, as a preferred mode, the problem management system is constructed by downloading the required files from the home page server.

A home page server having each of the above functions also constitutes the invention. Furthermore, a computer-readable recording medium that records a program corresponding to each of the above functions also constitutes the invention.

[0030]

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of a problem management system of the present invention will be described with reference to the workflow diagram shown in FIG.

In FIG. 1, P1 indicates a project problem recording stage (hereinafter abbreviated as a problem recording stage), and P2 indicates a project progress confirmation stage (hereinafter abbreviated as a progress confirmation stage).

Further, 1 is a task management system homepage server (hereinafter abbreviated as homepage server),
2 is a general-purpose database, and 3 is an in-house local area network used by project managers and design developers. M1, M2 and M3 are computer for managers used by project managers who are in charge of one project management work respectively, F1, F2 and F3 are dedicated databases installed by individual project managers, and T1 and T2 are multiple projects A computer for design developers used by design developers who are engaged in development work.

In FIG. 1, a home page server 1, a general-purpose database 2, and manager computers M1, M2, M
3, the design / developer computers T1 and T2, and the in-house network 3 are hardware, and the task recording stage P1
And the progress confirmation stage P2 shows the problem management stage in software.

Hereinafter, a plurality of manager computers M1,
When collectively referring to M2 and M3, the administrator computer Mi
(I = 1, 2 ...) and multiple dedicated databases F
When collectively referring to 1, F2 and F3, the dedicated database Fi
(I = 1, 2, ...). Further, when the plurality of computers T1 and T2 for design and development are collectively referred to as a computer Tj for design and development (j = 1, 2 ...).

At the task recording stage P1, the design developer uses the design developer computer Tj (j = 1, 2 ...) To access the homepage server 1 connected to the network 3, and the homepage server 1 controls access. All the created projects have their home pages Ha written, and through this, the general-purpose database 2 and the dedicated database Fi (i = 1, 2, 1) for each project.
Register or update the assignment for ...).

In the task recording stage P1, the project manager determines that the manager computer Mi (i = 1, 1).
2) to access the homepage server 1 connected to the network 3 and write to the homepage Hb for each project whose access is controlled by the homepage server 1. Through this, the general-purpose database 2 and the dedicated database Fi (for each project) Fi ( i
= 1, 2 ...) is registered or updated.

Furthermore, in the progress confirmation stage P2, the project manager is to use the manager computer Mi (i =
1, 2, ...) is used to use the homepage server 1 connected to the network 3, and the homepages Ha of all projects whose access is controlled by the homepage server 1 or the homepages Hb installed for each project are used. In addition, by performing classification and totaling operations on the dedicated database Fi (i = 1, 2 ...) For each project, it is confirmed that the problems in each development process of the project are being addressed.

FIG. 2 is a database model diagram showing user setting condition information. This shows how the user setting condition information is stored in the computer Mi (i = 1, 2 ...) Of the project manager or the computer Tj (j = 1, 2 ...) Of the design developer. is there.

In FIG. 2, C1 is an information field in which a data selection formula is written, C2 is an information field in which a problem display flag is written, C3 is an information field in which a person in charge display flag is written, and C4 is important at the time of assignment registration. Information field in which a degree display flag is written, C5 is an information field in which an importance degree display flag is written at the time of progress confirmation, C6 is an information field in which a countermeasure entry column display flag is written, C7 is an information field in which a development process display flag is written, C8 is an information field in which the display item flag is written, and C9 is a role flag field in which the distinction between the project manager and the design developer is set.

FIG. 3 is a database model diagram of the system user table TB0 installed in the general-purpose database 2.

In FIG. 3, E1 is a login ID field in which a login ID for permitting login is registered. This corresponds to an individual project manager or design developer. E2 is a project name ID field, and an ID indicating the project name in charge is registered in correspondence with the login ID. E3
Is a project role flag field, and the distinction between a project manager and a design developer is registered.

FIG. 4 is a database model diagram of various tables installed in the general-purpose database 2.

TB1 is an issue table, TB2 is an importance table at the time of issue registration, TB3 is an importance table at the time of progress confirmation, TB4 is a development process name table, and TB5 is a project name table.

In the assignment table TB1, D1 is a data ID field representing a unique number in the database, and is used as an ID for identifying an assignment in all projects in combination with the project name ID field D8. D2 is a problem field for writing the found problem (problem), and D3 is a person field for entering the name of the design developer in charge of the problem. D4 is an importance ID field at the time of issue registration in which the project manager enters the importance at the time of issue registration, and is selected and entered from the importance table TB2 at the time of issue registration. D5 is an importance ID field at the time of progress confirmation in which the project manager enters the importance at the time of progress confirmation, and is selected and entered from the importance table TB3 at the time of progress confirmation. D6 is a countermeasure entry column field in which the design developer enters the countermeasure contents for the problem. D7 is a development process ID field in which the project manager enters the development process at the time when the problem is discovered, and the development process name table TB
Select from 4 and fill in. In D8, the project name ID in charge of the design developer is selected from the project name table TB5 and entered.

FIG. 5 is a database model diagram of various tables installed in the dedicated database Fi (i = 1, 2 ...) For each project.

TB 101 is an assignment table, TB 102 is an importance table at the time of assignment registration, TB 103 is an importance table at the time of progress confirmation, and TB 104 is a development process name table.

In the assignment table TB101, D10
Reference numeral 1 is a data ID field indicating a unique number in the dedicated database Fi, D102 is a problem field for writing the found problem (problem), and D103 is a person field for entering the name of the design developer in charge of the problem. D104 is an importance degree ID field at the time of assignment registration in which the importance degree at the time of assignment registration is entered, and is selected and entered from the importance degree table TB102 at the time of assignment registration. D
Reference numeral 105 denotes an importance level ID field at the time of confirming the progress, in which the importance level at the time of confirming the progress is selected. D106 is a countermeasure entry column field in which the design developer writes the countermeasure content for the problem, and D107 is a development process ID field in which the project manager enters the development process at the time when the problem is discovered. From the development process name table TB104 Select and fill in. D108 is a project name ID field in which the project name ID in which the design developer is engaged is entered, and the data classified by the project name ID field D8 in the general-purpose database 2 shown in FIG.
It is transcribed for this project name ID field D108.

Next, the operation of the problem management system of the present embodiment having the above configuration will be described.

First, the process of problem extraction and problem list display in the problem recording stage P1 will be described with reference to the flowchart shown in FIG. FIG. 6 shows the steps from the project manager or the design developer logging in to the homepage controlled by the homepage server 1 to displaying the task list.

In step S101, a computer (Mi (i = 1, 2 ...)) Used by the user of the homepage server 1 (project manager or design developer).
Alternatively, it is determined whether or not the data selection formula and the display item are stored in Tj (j = 1, 2 ...). This is shown in FIG. 2 in the administrator computer Mi (i = 1, 2 ...) Or the design developer computer Tj (j = 1, 2 ...).
The table shown in (2) is checking whether the data selection formula and the display item flag have already been registered.

In this case, if the data selection formula and the display item are not stored, the process proceeds to step S102 to input the data selection formula, and in step S103, the home page server 1 uses the data selection formula to input the data selection formula to the user. Save it on your computer. Then, step S104
In step S105, the display item flag obtained by the home page server 1 is stored in the user's computer.

On the other hand, in the judgment of step S101,
When the data selection formula and the display item are stored in the computer of the user (project manager or design developer), the process proceeds to step S106, and the home page server 1 selects the data selection formula and the display item by the SQL statement in the database language. Read the setting flag.

As described above, the data selection formula and the display item flag are determined.

In either case, then, step S10.
7, the home page server 1 executes the data extraction process from the general-purpose database 2, the home page server 1 executes the data selection formula by the SQL statement in the general-purpose database 2 in step S108, and the home page server 1 executes the task list. The process of creating a table is executed, and then, in step S109, the problem list is displayed. The problem list is categorized by project managed by the project manager or by project engaged by the design developer.

Next, the task registration process in the task recording stage P1 will be described with reference to the flowchart shown in FIG.
FIG. 7 shows the process from the project manager or the design developer logging in to the home page of the home page server 1 to the registration and updating of the assignment.

A user (project manager or design developer) logs in to the home page server 1. At this time, the login ID and the project name ID in charge are input. In step S201, the system user table TB0 of the general-purpose database 2 shown in FIG. 3 is searched for the input login ID and project name ID in step S202. Based on the project role flag obtained as a result of the search in the system user table TB0, the role in the project, that is, the login by the project manager or the login by the design developer is determined.

When the result of the determination in step S202 indicates the design developer, the process proceeds to step S203 to newly register the problem, or to enter the problem already registered in the countermeasure column, and then to step S203. S
Proceeding to 204, a project name ID for selecting the engaged project involved in the new registration / update is set, and in step S205, the name of the design developer is entered. The processing from step S203 to step S205 is performed on the general-purpose database 2. That is, in the task table TB1 shown in FIG. 4, the measure entry field, the project name ID, and the name of the person in charge are entered.

On the other hand, when the determination result in step 202 indicates the project manager, step S20
In step S206, the importance at the time of assignment registration is selected, the importance at the time of progress confirmation is selected at step S207, and the development process is selected at step S208. The processing from step S206 to step S208 is also performed on the general-purpose database 2. That is, in the assignment table TB1 shown in FIG. 4, the importance ID at the time of assignment registration, the importance ID at the time of progress confirmation, and the development process ID are entered.

Next, the processing in the progress confirmation stage P2 will be described based on the flowchart shown in FIG. In FIG. 8, the homepage server 1 is accessed from the dedicated database Fi (i = 1, 2 ...), and the homepage server 1 identifies issues in each development process, in each degree of importance at the time of issue registration, and in progress confirmation. In addition to displaying the obtained task list on the home page by the home page server 1, the task list is displayed. To display the issue list on the homepage,
This is done by generating the link information of the counting result.

In step S301, three methods of grand total, medium total and subtotal are selected as the totalizing method. When the grand total is selected, the process proceeds to step S302, when the medium total is selected, the process proceeds to step S305, and when the subtotal is selected, the process proceeds to step S308. Hereafter, it is possible to check the progress status using each counting method.

In step S302, a home page displaying a large transposed table is generated. Specifically, FIG.
Importance ID at the time of progress confirmation for each development process classified by the development process ID field D7 in the general-purpose database 2 shown in
A table is created by aggregating the number of tasks for the field D5 whose value is “OK” and the field D5 whose value is not “OK”.

In step S303, a data selection formula is embedded and displayed in a number obtained by counting the total number of problems. Value of development process ID field D7 and importance ID at the time of progress confirmation
Generate a data selection formula by an SQL statement using two values, one for field D5 is "OK" and the other is not "OK". Paste.

Then, in step S304, waiting for a click operation for a large number of numbers, step S311.
Proceed to.

In step S305, a home page for displaying the transposed table of the medium-term plan is generated. Specifically, FIG.
Importance ID at the time of progress confirmation for each development process classified by the development process ID field D7 in the general-purpose database 2 shown in
If the value of field D5 is "OK" and "Check"
Tables are created by aggregating the number of tasks for the “No” and “NG”.

In step S306, the data selection formula is embedded and displayed in the number obtained by counting the number of problems in the medium-term plan. Paste the generated data selection formula by the SQL sentence using the value of the development process field D7 and the importance ID field D5 at the time of progress confirmation as a part of the link information to the number obtained by counting the number of issues in the above-mentioned mid-term plan. Put in.

Then, in step S307, waiting for a click operation on the number of the medium-term plan, step S311.
Proceed to.

In step S308, a home page displaying a transposed table of subtotals is generated. Specifically, FIG.
The value of the importance ID field D5 at the time of progress confirmation for each classification item classified by the development process ID field D7 in the general-purpose database 2 and the importance ID field D4 at the time of issue registration is “OK”. A table is created by aggregating the number of tasks for “Check” and “NG”.

In step S309, the data selection formula is embedded and displayed in the number obtained by totalizing the number of subtotal tasks. A data selection formula generated by an SQL statement using the development process field D7, the importance ID field D4 at the time of assignment registration, and the importance ID field D5 at the time of progress confirmation is converted into a number that aggregates the number of issues in the above subtotal. Paste as part of the link information.

Then, in step S310, after waiting for a click operation on the subtotal number, step S311
Proceed to.

Step S304 or step S307
Alternatively, in step S311, which is subsequent to step S310, the homepage is displayed with a task list as an operation result of classification and totalization. That is, the data selection formula generated in step S303, step S306, or step S309 is saved as a setting condition for the computer user, and the task list obtained by tabulation is displayed on the home page.

FIG. 9 is a display state diagram showing an example of a task list on the progress confirmation home page. Here, as an example, a problem list in the case of the subtotal in steps S308 to S310 in FIG. 8 is shown.

The task list in FIG. 9 shows that the development process is in progress of the design process and the programming process. E1 is a development process item, E2 is an importance item at the time of project registration, and E3 is an importance item at the time of progress confirmation.

For example, the number of the E4 tabulation result shows that the development process is a programming process, the importance at the time of problem registration is “NG”, and the importance at the time of progress confirmation is “O”.
The number of issues corresponding to the condition of “K” is “103
It is shown that it is "case."

As for the figure of the total result of E5, the development process is a programming process, the importance at the time of problem registration is "NG", and the importance at the time of progress confirmation is "NG".
It indicates that the number of assignments corresponding to the condition of is “3”.

In the case of E5, the data selection formula embedded in the link information is that the development process is programming, the importance at the time of assignment registration is "NG", and the importance at the time of progress confirmation is "NG". Therefore, SQLset = SELECT * FROM Problem Where ((kouteiID =
2) And (hakenID = 2) And (genzaiID = 3)).

[0076]

As described above, according to the present invention, a home page server is prepared as a common platform for a plurality of projects, and recording, totaling, and recording are performed based on a common format for design developers and project managers.
By displaying the issue list, when the design developer is engaged in multiple projects, they can be processed collectively and the issue list for multiple projects can be created. The homepage server can be centrally and collectively performed, and work efficiency can be improved. Furthermore, by making the format common, it is possible to generate and display a task list that is easy to understand by limiting selection to items that are necessary for the user by selection based on items, which also improves work efficiency. be able to.

[Brief description of drawings]

FIG. 1 is a workflow diagram of an issue management system according to an embodiment of the present invention.

FIG. 2 is a database model diagram of user setting condition storage information in the task management system according to the embodiment of the present invention.

FIG. 3 is a database model diagram of a system user table in the problem management system in the embodiment of the present invention.

FIG. 4 is a database model diagram of various tables installed in a general-purpose database in the problem management system in the embodiment of the present invention.

FIG. 5 is a database model diagram of various tables installed in a dedicated database for each project in the problem management system in the embodiment of the present invention.

FIG. 6 is a flowchart showing a process of problem extraction and problem list display at the problem recording stage of the problem management system in the embodiment of the present invention.

FIG. 7 is a flowchart showing a process of problem registration of the problem management system according to the embodiment of the present invention.

FIG. 8 is a flowchart showing processing of a project progress confirmation stage of the problem management system in the embodiment of the present invention.

FIG. 9 is a display state diagram showing an example of a task list on the progress confirmation home page in the task management system according to the embodiment of the present invention.

FIG. 10 is a workflow diagram of a conventional problem management system.

[Explanation of symbols]

P1 project assignment recording stage P2 project progress confirmation stage 1 homepage server 2 general-purpose database 3 Internal network M1, M2, M3 administrator computer Dedicated database for F1, F2, F3 Computer for T1 and T2 design developers

Claims (7)

[Claims] 1. A problem management system in which a project manager in charge of one project management work and a design developer engaged in a plurality of project development works record and aggregate the problems in the project development process. , A dedicated database for executing the problem management for each project, a general-purpose database for executing the problem management for a plurality of projects, an administrator computer used by the project manager, and a design developer used by the design developer A project issue recording step of recording a record of the issue via the home page server to the dedicated database and the general-purpose database, using a home page server commonly accessible from the general-purpose database; Over Mupeji performs aggregation related to the object through the server, issue management system; and a project progress confirmation step of generating and displaying the results of the challenge list of its summary. 2. The project problem recording step extracts a problem of a corresponding project from the general-purpose database via the home page server based on a data selection formula stored in the computer for design and development. And a task list display step of displaying a task list on the home page via the home page server based on the display item selection conditions stored in the computer for design and development, and problems, countermeasures, and charge The problem management system according to claim 1, further comprising a problem registration step of recording at least one of a project name and a design developer name. 3. The project extraction step of extracting a project issue corresponding to the project from the dedicated database via the homepage server based on a data selection formula stored in the administrator computer. Based on the display item selection conditions stored in the administrator's computer, the issue list display step of displaying the issue list on the home page via the home page server, and the development process, important at the time of issue registration The assignment management system according to claim 1, further comprising: an assignment registration step of recording at least one of the degree and the degree of importance at the time of confirming the progress. 4. The project progress confirmation step includes the importance level at the time of issue registration, which records the judgment made by the project manager at the time when the issue is discovered and for each development process of the issue found in the project development process. Each step, and the step of classifying and tabulating the above-mentioned issues for each importance level at the time of progress confirmation recording the judgment of the countermeasure effect by the project manager after the countermeasures against the above-mentioned issues are taken The problem management system according to any one of claims 1 to 3, which is characterized. 5. An issue management system, which provides a file that can be downloaded and executed by using the issue management system according to any one of claims 1 to 4. 6. A homepage server that implements the task management system according to claim 1. Description: 7. A recording medium recording a computer-readable program for implementing the task management system according to claim 1. Description: