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![TDNewCode1](uploads/a9ad04fe1995d3ee1368828879c1329c/TDNewCode1.png)# Technical Debt Toolbox - Front-end Walkthrough # Technical Debt Toolbox - Front-end Walkthrough
In this section, the reader may find a walk-through of the front-end walkthrough scenario of the Technical Debt Toolbox which is actually part of the overall SDK4ED Dashboard. The front-end of the Technical Debt Toolbox communicates with the back-end allowing the easy invocation of the main functionalities (i.e., web services) that the toolbox provides and the visualization of the produced results. In order to connect to the Technical Debt Toolbox front-end, the user needs to navigate to the SDK4ED Dashboard which is currently located in the following link: In this section, the reader may find a walk-through of the front-end walkthrough scenario of the Technical Debt Toolbox which is actually part of the overall SDK4ED Dashboard. The front-end of the Technical Debt Toolbox communicates with the back-end allowing the easy invocation of the main functionalities (i.e., web services) that the toolbox provides and the visualization of the produced results. In order to connect to the Technical Debt Toolbox front-end, the user needs to navigate to the SDK4ED Dashboard which is currently located in the following link:
...@@ -37,7 +37,7 @@ Next, TD Analysis presents some principal and interest metrics at artefact level ...@@ -37,7 +37,7 @@ Next, TD Analysis presents some principal and interest metrics at artefact level
Suppose that the user selects the "TD New Code" option from the drop-down list of Technical Debt. Then he/she is navigated to the page presented in the figure below. In this page, the user have the option to choose project and perform a historical analysis until the last commit. The second option, if the project has been already analysed, is to choose a branch and commit and perform a quality gate analysis. An explanation for these terms can be found on D3.1. The figure below, presents these options and also a chart of the technical debt density over time. Suppose that the user selects the "TD New Code" option from the drop-down list of Technical Debt. Then he/she is navigated to the page presented in the figure below. In this page, the user have the option to choose project and perform a historical analysis until the last commit. The second option, if the project has been already analysed, is to choose a branch and commit and perform a quality gate analysis. An explanation for these terms can be found on D3.1. The figure below, presents these options and also a chart of the technical debt density over time.
![DT-6](uploads/technical-debt/TDNewCode1.png) ![TDNewCode1](uploads/a9ad04fe1995d3ee1368828879c1329c/TDNewCode1.png)
In addition, TD New code, presents the technical debt issues introduced on new methods during the last month. In addition, TD New code, presents the technical debt issues introduced on new methods during the last month.
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