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The project name and key data is the minimum Jira project data required for importing issues from a CSV file into specific Jira projects. You can import issues from your CSV file into different Jira projects by:Īdding two columns to your CSV file with the headings "Project Name" and "Project Key"Įnsuring that every issue represented in your CSV file contains the name and key in these columns for the corresponding Jira projects Sub-task, "Fourth issue", v1, v2,, Component2,, , 2, fedcb-12345-edcba Importing issues into multiple JIRA projects IssueType, Summary, FixVersion, FixVersion, FixVersion, Component, Component, Issue ID, Parent ID, Reporterīug, "First issue", v1,, , Component1,, 1,, abcde-12345-fedcbaīug, "Second issue", v2,, , Component1, Component2, 2,, fedcb-12345-edcbaīug, "Third issue", v1, v2, v3, Component1,, 3,, abcde-12345-fedcba In this example, the fourth issue will be a sub-task of the second issue if you match the "Issue Id" and "Parent Id" fields in your CSV file to the corresponding issue and parent ID fields in Jira: Do not include any value in the "Issue Id" fields for sub-tasks. Referencing the unique "Issue Id" number of the regular issue in the "Parent Id" column. Do not include any value in the "Parent Id" fields for regular issues. Creating sub-tasksĪdding two columns to your CSV file with the headings "Issue Id" and "Parent Id"Įnsuring each regular (non sub-task) issue is given a unique (sequential) number in the "Issue Id" column. Note that URLs for attachments support the HTTP and HTTPS protocols and can be located anywhere that your Jira Cloud site can access.
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You can export a Footprint Association File with the footprint info of the footprints you have selected in Pcbnew.Assignee, Summary, Description, Attachment, "Issue demonstrating the CSV attachment import", "Please check the attached image below.", " " 10:10 Admin This comment "CSV attachment import with timestamp,author and filename", "Please check the attached image below.", " 13:10 Admin image.png file://image-name.png", " 10:10 Admin This comment works" You also do not have to do the footprint assignment in Eeschema. You need to select "update by Reference", which will match the RefDes (U12, R121, etc). From Eeschema -> Pcbnew it normally goes with timestamp values, which are useless to you.
#Importing eagle file to sprint layout how to#
So start with a small corner of the PCB untill you've figured out how to match loose footprints in PCBnew with schematic symbols. Realise that this is an iterative process, especially if you are a beginner with KiCad. So the next step is to draw the schematic in Eeschema (Which you have to do anyway), and then, if you import the netlist into Pcbnew, the DRC errors will disappear, because the existing PCB layout coincides with the newly created netlist. This will of course generate lots of DRC errors, because there is no netlist to work with. The second step is to remove the loose pads, and put real footprints from KiCad's library on the ends of the tracks. As I said, far from perfect, but much better then nothing. * Placement of all the components, (Implicitly in pad locations and track ends). * SMD pads for all footprints (including original THT components). What you get is: * Board outline, * Placement of mounting holes. With KiCad you can back import Gerbers into Pcbnew, very easily, but it's far from perfect because simply a lot of the information is missing in the gerber files.