HackMyResume/src/core/fresh-resume.coffee

439 lines
12 KiB
CoffeeScript

###*
Definition of the FRESHResume class.
@license MIT. See LICENSE.md for details.
@module core/fresh-resume
###
FS = require 'fs'
extend = require 'extend'
validator = require 'is-my-json-valid'
_ = require 'underscore'
__ = require 'lodash'
PATH = require 'path'
moment = require 'moment'
XML = require 'xml-escape'
MD = require 'marked'
CONVERTER = require 'fresh-jrs-converter'
JRSResume = require './jrs-resume'
FluentDate = require './fluent-date'
###*
A FRESH resume or CV. FRESH resumes are backed by JSON, and each FreshResume
object is an instantiation of that JSON decorated with utility methods.
@constructor
###
class FreshResume# extends AbstractResume
###* Initialize the the FreshResume from JSON string data. ###
parse: ( stringData, opts ) ->
@imp = @imp ? raw: stringData
this.parseJSON JSON.parse( stringData ), opts
###*
Initialize the FreshResume from JSON.
Open and parse the specified FRESH resume. Merge the JSON object model onto
this Sheet instance with extend() and convert sheet dates to a safe &
consistent format. Then sort each section by startDate descending.
@param rep {Object} The raw JSON representation.
@param opts {Object} Resume loading and parsing options.
{
date: Perform safe date conversion.
sort: Sort resume items by date.
compute: Prepare computed resume totals.
}
###
parseJSON: ( rep, opts ) ->
if opts and opts.privatize
# Ignore any element with the 'ignore: true' or 'private: true' designator.
scrubber = require '../utils/resume-scrubber'
{ scrubbed, ignoreList, privateList } = scrubber.scrubResume rep, opts
# Now apply the resume representation onto this object
extend true, @, if opts and opts.privatize then scrubbed else rep
# If the resume has already been processed, then we are being called from
# the .dupe method, and there's no need to do any post processing
if !@imp?.processed
# Set up metadata TODO: Clean up metadata on the object model.
opts = opts || { }
if opts.imp == undefined || opts.imp
@imp = @imp || { }
@imp.title = (opts.title || @imp.title) || @name
unless @imp.raw
@imp.raw = JSON.stringify rep
@imp.processed = true
# Parse dates, sort dates, and calculate computed values
(opts.date == undefined || opts.date) && _parseDates.call( this );
(opts.sort == undefined || opts.sort) && this.sort();
(opts.compute == undefined || opts.compute) && (@computed = {
numYears: this.duration(),
keywords: this.keywords()
});
@
###* Save the sheet to disk (for environments that have disk access). ###
save: ( filename ) ->
@imp.file = filename || @imp.file
FS.writeFileSync @imp.file, @stringify(), 'utf8'
@
###*
Save the sheet to disk in a specific format, either FRESH or JSON Resume.
###
saveAs: ( filename, format ) ->
# If format isn't specified, default to FRESH
safeFormat = (format && format.trim()) || 'FRESH'
# Validate against the FRESH version regex
# freshVersionReg = require '../utils/fresh-version-regex'
# if (not freshVersionReg().test( safeFormat ))
# throw badVer: safeFormat
parts = safeFormat.split '@'
if parts[0] == 'FRESH'
@imp.file = filename || @imp.file
FS.writeFileSync @imp.file, @stringify(), 'utf8'
else if parts[0] == 'JRS'
useEdgeSchema = if parts.length > 1 then parts[1] == '1' else false
newRep = CONVERTER.toJRS @, edge: useEdgeSchema
FS.writeFileSync filename, JRSResume.stringify( newRep ), 'utf8'
else
throw badVer: safeFormat
@
###*
Duplicate this FreshResume instance.
This method first extend()s this object onto an empty, creating a deep copy,
and then passes the result into a new FreshResume instance via .parseJSON.
We do it this way to create a true clone of the object without re-running any
of the associated processing.
###
dupe: () ->
jso = extend true, { }, @
rnew = new FreshResume()
rnew.parseJSON jso, { }
rnew
###*
Convert this object to a JSON string, sanitizing meta-properties along the
way.
###
stringify: () -> FreshResume.stringify @
###*
Create a copy of this resume in which all string fields have been run through
a transformation function (such as a Markdown filter or XML encoder).
TODO: Move this out of FRESHResume.
###
transformStrings: ( filt, transformer ) ->
ret = this.dupe()
trx = require '../utils/string-transformer'
trx ret, filt, transformer
###*
Create a copy of this resume in which all fields have been interpreted as
Markdown.
###
markdownify: () ->
MDIN = ( txt ) ->
return MD(txt || '' ).replace(/^\s*<p>|<\/p>\s*$/gi, '')
trx = ( key, val ) ->
if key == 'summary'
return MD val
MDIN(val)
return @transformStrings ['skills','url','start','end','date'], trx
###*
Create a copy of this resume in which all fields have been interpreted as
Markdown.
###
xmlify: () ->
trx = (key, val) -> XML val
return @transformStrings [], trx
###* Return the resume format. ###
format: () -> 'FRESH'
###*
Return internal metadata. Create if it doesn't exist.
###
i: () -> this.imp = this.imp || { }
###*
Return a unique list of all skills declared in the resume.
###
# TODO: Several problems here:
# 1) Confusing name. Easily confused with the keyword-inspector module, which
# parses resume body text looking for these same keywords. This should probably
# be renamed.
#
# 2) Doesn't bother trying to integrate skills.list with skills.sets if they
# happen to declare different skills, and if skills.sets declares ONE skill and
# skills.list declared 50, only 1 skill will be registered.
#
# 3) In the future, skill.sets should only be able to use skills declared in
# skills.list. That is, skills.list is the official record of a candidate's
# declared skills. skills.sets is just a way of grouping those into skillsets
# for easier consumption.
keywords: () ->
flatSkills = []
if @skills
if @skills.sets
flatSkills = @skills.sets.map((sk) -> sk.skills ).reduce( (a,b) -> a.concat(b) )
else if @skills.list
flatSkills = flatSkills.concat( this.skills.list.map (sk) -> return sk.name )
flatSkills = _.uniq flatSkills
flatSkills
###*
Reset the sheet to an empty state. TODO: refactor/review
###
clear: ( clearMeta ) ->
clearMeta = ((clearMeta == undefined) && true) || clearMeta
delete this.imp if clearMeta
delete this.computed # Don't use Object.keys() here
delete this.employment
delete this.service
delete this.education
delete this.recognition
delete this.reading
delete this.writing
delete this.interests
delete this.skills
delete this.social
###*
Get a safe count of the number of things in a section.
###
count: ( obj ) ->
return 0 if !obj
return obj.history.length if obj.history
return obj.sets.length if obj.sets
obj.length || 0;
###* Add work experience to the sheet. ###
add: ( moniker ) ->
defSheet = FreshResume.default()
newObject =
if defSheet[moniker].history
then $.extend( true, {}, defSheet[ moniker ].history[0] )
else
if moniker == 'skills'
then $.extend( true, {}, defSheet.skills.sets[0] )
else $.extend( true, {}, defSheet[ moniker ][0] )
@[ moniker ] = @[ moniker ] || []
if @[ moniker ].history
@[ moniker ].history.push newObject
else if moniker == 'skills'
@skills.sets.push newObject
else
@[ moniker ].push newObject
newObject
###*
Determine if the sheet includes a specific social profile (eg, GitHub).
###
hasProfile: ( socialNetwork ) ->
socialNetwork = socialNetwork.trim().toLowerCase()
@social && _.some @social, (p) ->
p.network.trim().toLowerCase() == socialNetwork
###* Return the specified network profile. ###
getProfile: ( socialNetwork ) ->
socialNetwork = socialNetwork.trim().toLowerCase()
@social && _.find @social, (sn) ->
sn.network.trim().toLowerCase() == socialNetwork
###*
Return an array of profiles for the specified network, for when the user
has multiple eg. GitHub accounts.
###
getProfiles: ( socialNetwork ) ->
socialNetwork = socialNetwork.trim().toLowerCase()
@social && _.filter @social, (sn) ->
sn.network.trim().toLowerCase() == socialNetwork
###* Determine if the sheet includes a specific skill. ###
hasSkill: ( skill ) ->
skill = skill.trim().toLowerCase()
@skills && _.some @skills, (sk) ->
sk.keywords && _.some sk.keywords, (kw) ->
kw.trim().toLowerCase() == skill
###* Validate the sheet against the FRESH Resume schema. ###
isValid: ( info ) ->
schemaObj = require 'fresh-resume-schema'
validator = require 'is-my-json-valid'
validate = validator( schemaObj, { # See Note [1].
formats: { date: /^\d{4}(?:-(?:0[0-9]{1}|1[0-2]{1})(?:-[0-9]{2})?)?$/ }
})
ret = validate @
if !ret
this.imp = this.imp || { };
this.imp.validationErrors = validate.errors;
ret
duration: (unit) ->
inspector = require '../inspectors/duration-inspector'
inspector.run @, 'employment.history', 'start', 'end', unit
###*
Sort dated things on the sheet by start date descending. Assumes that dates
on the sheet have been processed with _parseDates().
###
sort: () ->
byDateDesc = (a,b) ->
if a.safe.start.isBefore(b.safe.start)
then 1
else ( if a.safe.start.isAfter(b.safe.start) then -1 else 0 )
sortSection = ( key ) ->
ar = __.get this, key
if ar && ar.length
datedThings = obj.filter (o) -> o.start
datedThings.sort( byDateDesc );
sortSection 'employment.history'
sortSection 'education.history'
sortSection 'service.history'
sortSection 'projects'
@writing && @writing.sort (a, b) ->
if a.safe.date.isBefore b.safe.date
then 1
else ( a.safe.date.isAfter(b.safe.date) && -1 ) || 0
###*
Get the default (starter) sheet.
###
FreshResume.default = () ->
new FreshResume().parseJSON require('fresh-resume-starter').fresh
###*
Convert the supplied FreshResume to a JSON string, sanitizing meta-properties
along the way.
###
FreshResume.stringify = ( obj ) ->
replacer = ( key,value ) -> # Exclude these keys from stringification
exKeys = ['imp', 'warnings', 'computed', 'filt', 'ctrl', 'index',
'safe', 'result', 'isModified', 'htmlPreview', 'display_progress_bar']
return if _.some( exKeys, (val) -> key.trim() == val )
then undefined else value
JSON.stringify obj, replacer, 2
###*
Convert human-friendly dates into formal Moment.js dates for all collections.
We don't want to lose the raw textual date as entered by the user, so we store
the Moment-ified date as a separate property with a prefix of .safe. For ex:
job.startDate is the date as entered by the user. job.safeStartDate is the
parsed Moment.js date that we actually use in processing.
###
_parseDates = () ->
_fmt = require('./fluent-date').fmt
that = @
# TODO: refactor recursion
replaceDatesInObject = ( obj ) ->
return if !obj
if Object.prototype.toString.call( obj ) == '[object Array]'
obj.forEach (elem) -> replaceDatesInObject( elem )
return
else if typeof obj == 'object'
if obj._isAMomentObject || obj.safe
return
Object.keys( obj ).forEach (key) -> replaceDatesInObject obj[key]
['start','end','date'].forEach (val) ->
if (obj[val] != undefined) && (!obj.safe || !obj.safe[val])
obj.safe = obj.safe || { }
obj.safe[ val ] = _fmt obj[val]
if obj[val] && (val == 'start') && !obj.end
obj.safe.end = _fmt 'current'
return
return
Object.keys( this ).forEach (member) ->
replaceDatesInObject(that[member])
return
return
###* Export the Sheet function/ctor. ###
module.exports = FreshResume
# Note 1: Adjust default date validation to allow YYYY and YYYY-MM formats
# in addition to YYYY-MM-DD. The original regex:
#
# /^\d{4}-(?:0[0-9]{1}|1[0-2]{1})-[0-9]{2}$/
#