public void TestRecentJobsExecuteMethodReturnsAListOfJobsForTrainer()
{
string stream = "All";
RecentJobs recJobs = new RecentJobs();
recJobs.SetStringStream(stream);
List<DbJob> jobs = recJobs.Execute();
Assert.AreEqual(5, jobs.Count());
}
public void TestRecentJobsExecuteMethodReturnsAListOfJobsForConsultant()
{
int user_id = 1;
RecentJobs recJobs = new RecentJobs();
recJobs.GetUserStream(user_id);
List<DbJob> jobs = recJobs.Execute();
Assert.AreEqual(1, jobs.Count());
}
public void TestRecentJobsExecuteMethodReturnsAListOfJobsForConsultant()
{
int user_id = 1;
RecentJobs recJobs = new RecentJobs();
recJobs.GetUserStream(user_id);
List <DbJob> jobs = recJobs.Execute();
Assert.AreEqual(1, jobs.Count());
}
public void TestRecentJobsExecuteMethodReturnsAListOfJobsForTrainer()
{
string stream = "All";
RecentJobs recJobs = new RecentJobs();
recJobs.SetStringStream(stream);
List <DbJob> jobs = recJobs.Execute();
Assert.AreEqual(5, jobs.Count());
}
public static string Html()
{
StringBuilder sbHtml = new StringBuilder();
RecentJobs RecentJobs = new RecentJobs();
int cJobs = 0;
if (RecentJobs.Jobs != null && RecentJobs.Jobs.Count > 0)
{
ArrayList Reverse = (ArrayList)RecentJobs.Jobs.Clone();
Reverse.Reverse();
DB db = new DB();
sbHtml.Append(
"<i class=\"fa fa-bookmark-o bookmark\" title=\"Recent Jobs\"></i>\n" +
"<div id=\"JobToolbar\" class=\"ui-widget-header ui-corner-all\">\n");
foreach (Int32 JobRno in Reverse)
{
string Sql = string.Format(
"Select Coalesce(cu.Name, c.Name) as Customer, JobDate " +
"From mcJobs j " +
"Inner Join Contacts c on j.ContactRno = c.ContactRno " +
"Left Join Customers cu on c.CustomerRno = cu.CustomerRno " +
"Where JobRno = {0}", JobRno);
DataRow dr = db.DataRow(Sql);
if (dr != null)
{
cJobs++;
sbHtml.AppendFormat(
"<div><button class=\"JobOnBar\" data-job=\"{0}\">#{0} - {1} {2}</button></div>\n",
JobRno,
DB.DtTm(dr["JobDate"]).ToString("M/d/yyyy"),
DB.Str(dr["Customer"]));
}
}
sbHtml.Append("</div>\n");
db.Close();
}
if (cJobs == 0)
{
sbHtml = new StringBuilder();
}
return(sbHtml.ToString());
}
public void Test_RecentJobsClass_ExecuteMethod_Returns_A_List_of_DbJob()
{
RecentJobs rJobs = new RecentJobs();
Assert.IsInstanceOf(typeof(List<DbJob>), rJobs.Execute());
}
public void Test_RecentJobsClass_ExecuteMethod_Returns_A_List_of_DbJob()
{
RecentJobs rJobs = new RecentJobs();
Assert.IsInstanceOf(typeof(List <DbJob>), rJobs.Execute());
}
public DbJob FindJob(int jobId)
{
RecentJobs jobs = new RecentJobs();
return jobs.GetJob(jobId);
}
public string DetermineUserStream(int user_id)
{
RecentJobs recJobs = new RecentJobs();
return recJobs.GetUserStream(user_id);
}
public List<DbJob> RecentJobs(string stream)
{
RecentJobs recJobs = new RecentJobs();
recJobs.SetStringStream(stream);
return recJobs.Execute();
}
public List<DbJob> Search(string stream, string status, string location, string company, List<string> skills)
{
List<DbJob> finalJobs = new List<DbJob>();
List<string> sortedJobs = new List<string>();
List<string> sortedJobs2 = new List<string>();
List<string> sortedJobs3 = new List<string>();
List<string> sortedJobs4 = new List<string>();
List<Tuple<string, int>> unsortedJobs = new List<Tuple<string, int>>();
// search based on stream, status, skills, company and location
string qry1 = GetQryStreamStatus(stream, status);
string qry2 = GetQryLocComp(location, company);
IReadCommand read = new ReadCommand();
DataTable dt1 = read.Execute(qry1);
List<string> jobs1 = (from row in dt1.AsEnumerable() select Convert.ToString(row["JOB_ID"])).ToList();
for (int i = 0; i < jobs1.Count(); i++)
{
sortedJobs.Add(jobs1[i]);
}
DataTable dt2 = read.Execute(qry2);
List<string> jobs2 = (from row in dt2.AsEnumerable() select Convert.ToString(row["JOB_ID"])).ToList();
for (int i = 0; i < jobs2.Count(); i++)
{
sortedJobs2.Add(jobs2[i]);
}
//selects matching jobs from both lists
List<string> relevantJobs = sortedJobs.Intersect(sortedJobs2).ToList();
for (int k = 0; k < relevantJobs.Count(); k++)
{
sortedJobs3.Add(relevantJobs[k]);
}
// match skills
List<string> jobs3 = new List<string>();
// check if skills are empty
if (skills.Count > 0)
{
// if not: for each required skill
for (int i = 0; i < skills.Count(); i++)
{
Console.WriteLine(skills[i]);
// select all jobs that have skill
string qry3 = "SELECT JOBPOST.job_id FROM JOBPOST JOIN JOBSKILL ON JOBPOST.job_id=JOBSKILL.job_id JOIN SKILL ON SKILL.skill_id = JOBSKILL.skill_id WHERE skilltext = '" + skills[i] + "'";
IReadCommand read2 = new ReadCommand();
DataTable dt3 = read2.Execute(qry3);
List<string> jobs4 = (from row in dt3.AsEnumerable() select Convert.ToString(row["JOB_ID"])).ToList();
for (int j = 0; j < jobs4.Count(); j++)
{
jobs3.Add(jobs4[j]);
//Console.WriteLine(jobs4[j]);
}
Console.WriteLine("count " + jobs3.Count().ToString());
// return list of jobs
}
//count how often job appears in skills - how many of the relevant skills it has
var groups = jobs3.GroupBy(v => v);
foreach (var group in groups)
{
Tuple<string, int> job = new Tuple<string, int>(group.Key, group.Count());
unsortedJobs.Add(job);
}
// sort unique jobs by skill count
unsortedJobs.Sort((a, b) => a.Item2.CompareTo(b.Item2));
Console.WriteLine("count unsorted" + unsortedJobs.Count().ToString());
for (int k = 0; k < unsortedJobs.Count(); k++)
{
sortedJobs4.Add(unsortedJobs[k].Item1.ToString());
}
Console.WriteLine("count sorted" + sortedJobs4.Count().ToString());
IEnumerable<string> relevantJobs2 = sortedJobs4.Intersect(relevantJobs);
//IEnumerable<string> relevantJobs2 = relevantJobs.Intersect(sortedJobs3);
foreach (var job in relevantJobs2.ToList())
{
RecentJobs recJobs = new RecentJobs();
DbJob jobDesc = recJobs.GetJob(int.Parse(job));
finalJobs.Add(jobDesc);
}
}
else
{
for (int i = 0; i < sortedJobs4.Count(); i++)
{
RecentJobs recJobs = new RecentJobs();
DbJob jobDesc = recJobs.GetJob(int.Parse(sortedJobs4.ToList()[i]));
finalJobs.Add(jobDesc);
}
}
return finalJobs;
}
