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sap-jenkins-library/pkg/documentation/generator/description.go

90 lines
3.6 KiB
Go

package generator
import (
"fmt"
"github.com/SAP/jenkins-library/pkg/config"
)
const configRecommendation = "We recommend to define values of [step parameters](#parameters) via [.pipeline/config.yml file](../configuration.md).<br />In this case, calling the step is essentially reduced to defining the step name.<br />Calling the step can be done either in an orchestrator specific way (e.g. via a Jenkins library step) or on the command line."
const (
headlineDescription = "## Description\n\n"
headlineUsage = "## Usage\n\n"
headlineJenkinsPipeline = " === \"Jenkins\"\n\n"
headlineCommandLine = " === \"Command Line\"\n\n"
headlineAzure = " === \"Azure\"\n\n"
spacingTabBox = " "
)
// defaultBinaryName is the name of the local binary that is used for sample generation.
var defaultBinaryName string = "piper"
// defaultLibraryName is the id of the library in the Jenkins that is used for sample generation.
var defaultLibraryName string = "piper-lib-os"
// CustomLibrarySteps holds a list of libraries with it's custom steps.
var CustomLibrarySteps = []CustomLibrary{}
// CustomLibrary represents a custom library with it's custom step names, binary name and library name.
type CustomLibrary struct {
Name string `yaml: "name,omitempty"`
BinaryName string `yaml: "binaryName,omitempty"`
LibraryName string `yaml: "libraryName,omitempty"`
Steps []string `yaml: "steps,omitempty"`
}
// Replaces the StepName placeholder with the content from the yaml
func createStepName(stepData *config.StepData) string {
return "# " + stepData.Metadata.Name + "\n\n" + stepData.Metadata.Description + "\n"
}
// Replaces the Description placeholder with content from the yaml
func createDescriptionSection(stepData *config.StepData) string {
libraryName, binaryName := getNames(stepData.Metadata.Name)
description := ""
description += headlineDescription + stepData.Metadata.LongDescription + "\n\n"
description += headlineUsage
description += configRecommendation + "\n\n"
description += `!!! tip ""` + "\n\n"
// add Jenkins-specific information
description += headlineJenkinsPipeline
description += fmt.Sprintf("%v```groovy\n", spacingTabBox)
description += fmt.Sprintf("%vlibrary('%s')\n\n", spacingTabBox, libraryName)
description += fmt.Sprintf("%v%v script: this\n", spacingTabBox, stepData.Metadata.Name)
description += fmt.Sprintf("%v```\n\n", spacingTabBox)
// add Azure-specific information if activated
if includeAzure {
description += headlineAzure
description += fmt.Sprintf("%v```\n", spacingTabBox)
description += fmt.Sprintf("%vsteps:\n", spacingTabBox)
description += fmt.Sprintf("%v - task: piper@1\n", spacingTabBox)
description += fmt.Sprintf("%v name: %v\n", spacingTabBox, stepData.Metadata.Name)
description += fmt.Sprintf("%v inputs:\n", spacingTabBox)
description += fmt.Sprintf("%v stepName: %v\n", spacingTabBox, stepData.Metadata.Name)
description += fmt.Sprintf("%v```\n\n", spacingTabBox)
}
// add command line information
description += headlineCommandLine
description += fmt.Sprintf("%v```sh\n", spacingTabBox)
description += fmt.Sprintf("%v%s %v\n", spacingTabBox, binaryName, stepData.Metadata.Name)
description += fmt.Sprintf("%v```\n\n", spacingTabBox)
description += stepOutputs(stepData)
return description
}
func getNames(stepName string) (string, string) {
for _, library := range CustomLibrarySteps {
for _, customStepName := range library.Steps {
if stepName == customStepName {
return library.LibraryName, library.BinaryName
}
}
}
return defaultLibraryName, defaultBinaryName
}