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app.factory('CoverageFactory', function() {
var CoverageFactory = {};
var isCompleteCoverage = function(annotation) {
if(annotation.resolutionType === "" || annotation.resolution === "") {
return false;
} else {
return true;
}
}
CoverageFactory.setTextForNonDefaultAnnotations = function(annotations, discrepancies) {
for(var i = 0; i < annotations.length; i++) {
if(!annotations[i].isDefault) {
var covered = annotations[i].idsOfCoveredDiscrepancies[0]
var text = discrepancies[covered];
if(!text == null)
return annotations[i].customerNotes = text;
else
return annotations[i].customerNotes = "no text found";
}
}
}
var getReasonWhyIncomplete = function(annotation) {
var toReturn = [];
if(annotation.resolutionType === "") {
toReturn.push("resolutionType");
}
if(annotation.resolution === "") {
toReturn.push("resolution");
}
return toReturn;
}
var isColumnAffectCompleteness = function(col) {
if(col.field == "resolutionType" || col.field == "resolution") {
return true;
} else {
return false;
}
}
CoverageFactory.writeoutNode = function(childArray, currentLevel, dataArray) {
var id = 0;
childArray.forEach(function(childNode) {
if (childNode.children.length > 0) {
childNode.$$treeLevel = currentLevel;
id = childNode.id;
} else {
if ((id != childNode.parentId) || (childNode.id == childNode.parentId)) {
childNode.$$treeLevel = currentLevel;
}
}
dataArray.push(childNode);
CoverageFactory.writeoutNode(childNode.children, currentLevel + 1, dataArray);
});
};
CoverageFactory.treeAnnotations = function(annotations) {
var annotationsStack = annotations.slice();
var toReturn = [];
while (annotationsStack.length > 0) {
var annotation = annotationsStack[annotationsStack.length - 1] // peek
if (annotation.name.match(/\d+\.\w+\..+/gi)) {
var parentAnnotation = {};
annotation.id = annotation.guid;
var leadingLocRefs = annotation.locationRefs.split(".")[0];
parentAnnotation.locationRefs = leadingLocRefs;
parentAnnotation.id = annotation.guid;
parentAnnotation.guid = annotation.guid;
parentAnnotation.parentId = -1;
var metadata = {};
metadata.childrenComplete = true;
metadata.totalCount = 0;
metadata.completeCount = 0;
metadata.runningTotalCount = 0;
metadata.runningCompleteCount = 0;
parentAnnotation.isTopLevel = true;
parentAnnotation.childMetadata = metadata;
var childrenStack = getAnnotationsStartsWith(annotationsStack, leadingLocRefs, false, true);
var childrenAsTree = createTreeAnnotations(annotationsStack, parentAnnotation, childrenStack, 1, metadata);
parentAnnotation.children = childrenAsTree;
parentAnnotation.$treeLevel = 0;
populatePercentData(parentAnnotation);
toReturn.push(parentAnnotation);
} else {
annotationsStack.pop();
annotation.children = [];
annotation.$$treeLevel = -1;
annotation.isLeaf = true;
toReturn.push(annotation);
}
}
return toReturn;
}
// annotationsStack is the entire remaining stack of annotations
// parent is the calling parent place holder annotation
// childrenStack is the annotations that are to be under the parent
// level is the current tree level
// Metadata is used to pass information up to the calling parent annotation
var createTreeAnnotations = function(annotationsStack, parent, childrenStack, level, metadata) {
if (level >= 2) {
metadata.childrenComplete = true;
metadata.totalCount = 0;
metadata.completeCount = 0;
var children = getAnnotationsStartsWith(childrenStack, parent.locationRefs, false, true);
for (var i = 0; i < children.length; i++) {
metadata.totalCount++;
children[i].$$treeLevel = level;
children[i].children = [];
children[i].parentId = parent.id;
children[i].parentRef = parent;
children[i].isLeaf = true;
if (!children[i].isDefault && !isCompleteCoverage(children[i])) {
metadata.allComplete = false;
} else {
metadata.completeCount++;
}
metadata.customerNotes = children[i].customerNotes;
}
return children;
} else {
var toReturn = [];
while (childrenStack.length > 0) {
metadata.totalCount++;
var annotation = childrenStack[0]
var leadingLocRefs = createLocRef(annotation.locationRefs, level);
var self = {};
self.id = generateId();
self.parentId = parent.id;
self.parentRef = parent;
self.locationRefs = leadingLocRefs;
self.$$treeLevel = level;
var childMetadata = {};
self.children = createTreeAnnotations(annotationsStack, self, childrenStack, level + 1, childMetadata);
self.childMetadata = childMetadata
metadata.childrenComplete = metadata.childrenComplete && childMetadata.childMetadata;
if(metadata.childrenComplete) {
metadata.completeCount++;
}
metadata.runningTotalCount += childMetadata.totalCount;
metadata.runningCompleteCount += childMetadata.completeCount;
self.customerNotes = childMetadata.customerNotes;
toReturn.push(self);
}
return toReturn;
}
}
CoverageFactory.updatePercent = function(colDef, oldValue, annotation) {
var possibleCountChange = 0;
// We only need to update the count +/- 1 if the change is in one of the completeness fields
if(isColumnAffectCompleteness(colDef)) {
// We checked in ui-grides call back (gridApi.edit.on.afterCellEdit) that the newValue is different than the old
// Thus if it was empty before and the annotation as a whole is complete then the current change did the trick and we can add 1 to the complete count
if(oldValue == "" && isCompleteCoverage(annotation)) {
possibleCountChange = 1;
} else if(annotation[colDef.field] == "" && (getReasonWhyIncomplete(annotation).length == 1 && getReasonWhyIncomplete(annotation)[0] == colDef.field)) {
// If the new value is NOW empty we can assume it was not empty before so might need to subtract 1.
// Before being sure we need to make sure the only reason this annotation is now incomplete is because of this column
possibleCountChange = -1;
}
}
if(annotation.isLeaf) {
var parent = annotation.parentRef;
var topLevelParent = annotation;
while(parent != undefined && parent != null) {
topLevelParent = parent;
parent.childMetadata.completeCount += possibleCountChange;
parent = parent.parentRef;
}
topLevelParent.childMetadata.runningCompleteCount += possibleCountChange;
populatePercentData(topLevelParent);
}
}
var populatePercentData = function(annotation) {
var str = [];
var pct = (annotation.childMetadata.runningCompleteCount / annotation.childMetadata.runningTotalCount);
var pctStr = pct.toLocaleString("en", {style: "percent"});
str.push(annotation.childMetadata.runningCompleteCount, "/", annotation.childMetadata.runningTotalCount, " (", pctStr, ")");
annotation.percentCompleteStr = str.join("");
annotation.isAllComplete = false;
annotation.isNoneComplete = false;
annotation.isSomeComplete = false;
annotation.isAlmostComplete = false;
if(pct < .33) {
annotation.isNoneComplete = true;
} else if(pct > .33 && pct < .66) {
annotation.isSomeComplete = true;
} else if(pct > .66 && pct < 1) {
annotation.isAlmostComplete = true;
} else {
annotation.isAllComplete = true;
}
}
var getAnnotationsStartsWith = function(annotationsStack, startsWith, isWholeString, isPop) {
var searchStr = startsWith;
if(!isWholeString) {
searchStr = startsWith + ".";
}
var annotationsStackOrig = annotationsStack.slice();
var toReturn = [];
var toDelete = [];
for (var i = 0; i < annotationsStack.length; i++) {
var annotation = annotationsStackOrig[i];
if ((!isWholeString && annotation.locationRefs.startsWith(searchStr)) || (isWholeString && annotation.locationRefs == searchStr)) {
toDelete.push(i);
toReturn.push(annotation);
}
}
if (isPop) {
for (var i = toDelete.length - 1; i >= 0; i--) {
annotationsStack.splice(toDelete[i], 1);
}
}
return toReturn;
}
var createLocRef = function(fullLocRefs, level) {
var workingGenLocationRefs = "";
for (var i = 0; i <= level; i++) {
if (i > 0) {
workingGenLocationRefs += ".";
}
workingGenLocationRefs += fullLocRefs.split(".")[i];
}
return workingGenLocationRefs;
}
var generateId = function() {
var text = "";
var possible = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789";
for (var i = 0; i < 10; i++)
text += possible.charAt(Math.floor(Math.random() * possible.length));
return text;
}
var getText = function(annotation) {
if(annotation.customerNotes != undefined && annotation.customerNotes == "") {
var discrepancies = $scope.selectedItem.discrepancies;
var covered = annotation.idsOfCoveredDiscrepancies[0]
if(!discrepancies[covered] == null)
return discrepancies[covered].text;
else
return "";
} else {
return annotation.customerNotes;
}
}
return CoverageFactory;
});
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