public String getFieldName(Field field) {
if (field instanceof CustomField) {
return field.getName();
} else {
return getText(field.getNameKey());
}
}
Field validateDateField(String fieldId, Collection<ValidationError> errors) {
final Field field = fieldManager.getField(fieldId);
if (field == null) {
final ValidationError error =
new ValidationError(DAYS, "gadget.time.since.invalid.date.field", fieldId);
errors.add(error);
} else {
if (!isDateTypeField(field)) {
final List<String> params = Arrays.asList(fieldId, field.getName());
final ValidationError error =
new ValidationError(DAYS, "gadget.time.since.not.date.field", params);
errors.add(error);
}
}
return field;
}
/**
* Generate a Time Since Chart Chart and returns a simple bean containing all relevent information
*
* @param request The current HTTPRequest. Needed for url generation
* @param queryString a filter id (starts with "filter-") or project id (starts with "project-")or
* jql (starts with "jql-")
* @param dateField The date field to calculate chart against
* @param days The number of days previous to go back for. Must be positive.
* @param periodName The name of the period. See - {@link
* com.atlassian.jira.charts.ChartFactory.PeriodName}
* @param isCumulative Whether or not previous column is added the current column to give a total
* for the period.
* @param width the width of the chart in pixels (defaults to 400px)
* @param height the height of the chart in pixels (defaults to 250px)
* @return a {@link com.atlassian.jira.gadgets.system.TimeSinceChartResource.TimeSinceChart} if
* all params validated else a Collection of {@link
* com.atlassian.jira.rest.v1.model.errors.ValidationError}
*/
@GET
@Path("/generate")
public Response generateChart(
@Context HttpServletRequest request,
@QueryParam(QUERY_STRING) String queryString,
@QueryParam(DATE_FIELD) @DefaultValue("created") String dateField,
@QueryParam(DAYS) @DefaultValue("30") final String days,
@QueryParam(PERIOD_NAME) @DefaultValue("daily") final String periodName,
@QueryParam(IS_CUMULATIVE) @DefaultValue("true") final boolean isCumulative,
@QueryParam(WIDTH) @DefaultValue("450") final int width,
@QueryParam(HEIGHT) @DefaultValue("300") final int height,
@QueryParam(INLINE) @DefaultValue("false") final boolean inline) {
final Collection<ValidationError> errors = new ArrayList<ValidationError>();
final User user = authenticationContext.getLoggedInUser();
final SearchRequest searchRequest;
Map<String, Object> params = new HashMap<String, Object>();
// validate input
searchRequest = getSearchRequestAndValidate(queryString, errors, params);
final ChartFactory.PeriodName period =
resourceDateValidator.validatePeriod(PERIOD_NAME, periodName, errors);
final int validatedDays =
resourceDateValidator.validateDaysPrevious(DAYS, period, days, errors);
final Field field = validateDateField(dateField, errors);
if (!errors.isEmpty()) {
return createErrorResponse(errors);
}
final ChartFactory.ChartContext context =
new ChartFactory.ChartContext(user, searchRequest, width, height, inline);
try {
final Chart chart =
chartFactory.generateTimeSinceChart(
context, validatedDays, period, isCumulative, field.getId());
final String location = chart.getLocation();
final String title = getFilterTitle(params);
final String filterUrl = getFilterUrl(params);
final Integer issueCount = (Integer) chart.getParameters().get(NUM_ISSUES);
final String imageMap = chart.getImageMap();
final String imageMapName = chart.getImageMapName();
final String chartFilterUrl = (String) chart.getParameters().get("chartFilterUrl");
final boolean isProject = params.containsKey("project");
final TimeSinceChart timeSinceChart =
new TimeSinceChart(
location,
title,
filterUrl,
imageMap,
imageMapName,
issueCount,
field.getName(),
width,
height,
chartFilterUrl,
isProject,
chart.getBase64Image());
return Response.ok(timeSinceChart).cacheControl(NO_CACHE).build();
} catch (SearchUnavailableException e) {
if (!e.isIndexingEnabled()) {
return createIndexingUnavailableResponse(createIndexingUnavailableMessage());
} else {
throw e;
}
}
}
