At this time the script works and pretty well and when it doesnt pick the right segment or time, fixing it is not hard and we're still way ahead from manually doing the whole process. At the same time, I'm pretty n00b, so I know it's likely to be illogical, inefficient and perhaps not 100% consistent. I'm curious of what the community would change and how much more simple you awesome people can make it.
I've read about RegEx briefly but haven't put together all those pieces exactly. Furthermore, I'm still developing this and I find while to be really intuitive so thats why I use those loops rather than for or loop. I do plan on changing those in the future as it progresses. I'll put some notes in my code so you can follow along and point out functions and snippets of code that might work better, and please let me know about the problems I've recognized and how we can structure or rewrite parts to make them better.
Thank you.
Code: Select all
;The following function is provided with an object array containing words from the message input which matched words from the dictionary array.
;The function tallies which words belonged to which set, and determines the most common set accessed by summing the total number of times
;words from that set were used. One issue is when there is a tie between two sets, the winner will always be from the order the sets are arranged
;in the array. I've compensated by keeping the order such that the more probable sets have the lower keys so that they will be used when
;a tie breaker is required. Struggling to think of a better way and not sure if this is the best that could be done.
most_common_segment(segment){
a:=0, wordrank:=[]
while(a<segment.Length()){
++a,b:=0
while(b<segment.Length()){
++b
if(segment[a]=segment[b]){
if(!wordrank[a]){
wordrank[a]:=0
}
wordrank[a]:=wordrank[a]+1
}
}
}
a:=0, totalsline:=[]
while(a<wordrank.Length()){
++a, r:=segment[a], t:=wordrank[a]
line=%r%@%t%
totalsline[a]:=line
}
a:=0, outputlines:=[]
outputlines:=totalsline.Clone()
while(a<totalsline.Length()){
++a
line:=totalsline[a]
totalnumber:=strsplit(line,"@")
if(totalnumber[2]>1){
b:=0
k:=0
while(b<totalsline.Length()){
++b
if(k<totalnumber[2]-1){
if(totalnumber[1]=segment[b]){
outputlines.Delete(b)
++k
}
}
}
}
}
totals:=[], a:=0, c:=0
while(a<outputlines.Length()){
++a
if(!outputlines[a]){
}
else {
++c, var:=outputlines[a], totals[c]:=var
}
}
a:=0
while(a<totals.Length()){
++a, b:=0, var:=totals[a], newarr:=strsplit(var,"@")
while(b<totals.Length()){
++b, var2:=totals[b], newarr2:=strsplit(var2,"@")
if(newarr[2]>newarr2[2]){
totals.Delete(b)
}
}
}
maximum_segment:=[], a:=0
while(a<totals.length()){
++a
if(!totals[a]){
}
else {
maximum_segment[1]:=totals[a]
}
}
v:=maximum_segment[1], breakdown:=strsplit(v,"@"), seg:=breakdown[1]
return seg ; the most common segment is returned as a variable
}
checknumbers(in){
w:=0
array:=strsplit(in)
p:=0
while(p<array.Length()){
++p
if(array[p]=":"){
return w+1
}
}
return w
}
;this function determines if the strings from the array are numbers or words and places them in corresponding arrays.
check_group(groupobj,checkarray,type){
counter:=0
i:=0
while(i<groupobj.Length()){
++i
k:=0
while(k<checkarray.Length()){
++k
if(groupobj[i]=checkarray[k]){
++counter
if(counter=groupobj.Length()){
if(type="numbers"){
out:=""
for k, v in groupobj
out.=v
return [out,type]
}
else if(type="letters"){
out:=""
for k, v in groupobj
out.=v
return [out,type]
}
}
}
}
}
}
^!#c::
; Employee id numbers are 4-8 digits
; Limitations of times are when they don't use a colon or say 3pm, one thing I'm working towards.
String=please plot coaching for 1212343 from 12:20 3:30 ; this is an example of the string that is highlighted in hangouts or email
; other examples: please put a training recursive for 74569383 from 3:00-4:00pm
; agent 76549832 is going home sick at 1:53
; plot go home early for 10112354 paid at 3:52
t:=0, r:=0, g:=0, n:=0
out:="", outtime:=""
number:=[], word:=[], values:=[], time:=[]
chardictionary:=["1234567890apm.-!@:^numbers","abcdefghijklmnopqrstuvwxyz34579/^letters"] ;Here is where the [c]RegEx[/c] stuff could be used from what I gather.
; This array contains : 1. segment call term for relating in script 2. title to output for peripheral software 3. dictionary words a supervisor would use to request said segment
outputsegment:= ["coaching segment@COACHING_NB (Coaching NonBillable)@coach@coaching@aux3@3@plot@aux@aux\3@aux/3"
,"internal system issue@SYSTEM_U (Internal Issue Unplanned)@aux9@9@system@issue@computer@aux@aux\9@aux/9"
,"ghe unpaid@GHE_U (Go Home Early Unpaid)@unpaid@ghe@go@home@early"
,"ghe paid@GHE_P (Go Home Early Paid)@paid@ghe@go@home@early"
,"team meeting segment@MEETING (Team Meeting)@meeting@team@aux5@5@huddle@huddles@huddel@huddels@aux"
,"personal segment@UNTW_PERSONAL (Personal)@personal@hr@approved"
,"floor support segment@Floor Support B (Floor Support Billable)@support@floor@fs@sme@4@aux4"
,"bonus time off@BTO (Bonus Time Off)@bto@bonus@time@off"
,"pullout segment@HR_PO (HR Pull-out)@pull@pullout@hr@hr-pullout@hrpull@hr-pull@hrpullout@out"
,"sick segment@ABSENCE Absence Unpaid)@sick@family@emergency@logged@out@log"
,"extra lunch@EXTRA LUNCH (Extra Lunch)@extra@2@lunch@aux@aux2@aux/2@aux\2"
,"training segment@TRAINING RECURSIVE (Training Recursive)@training@train@recursive@7@aux7@aux"
,"could not be determined@COACHING_NB (Coaching NonBillable)"]
Stringobj1:=StrSplit(String," ")
;parse the message via the alphabet and digit arrays which both contain letters and numbers
while(n<Stringobj1.Length()){
++n, j:=0
while(j<chardictionary.Length()){
++j, avar:=chardictionary[j], newarray2:=strsplit(avar,"^")
avar2:=newarray2[1], newarray:=strsplit(avar2), var:=Stringobj1[n]
Stringobj2:=StrSplit(var)
values:=check_group(Stringobj2,newarray,newarray2[2])
out:=values[1], typeout:=values[2]
if(typeout="numbers"){
w:=checknumbers(out)
if(w=0){
if(StrSplit(out).Length()<9){
if(StrSplit(out).Length()>3){ ;checks for employee id numbers from elements that have been determined to be numbers
++t, number[t]:=out
}
}
q:=0, chk4time:=strsplit(out) ;checks for time in these numbers which may contain pm or am with no space.
while(q<strsplit(out).Length()){
++q, a:=0, offcheck:=["p","a"]
while(a<offcheck.Length()){
++a
if(chk4time[q]=offcheck[a]){
if(chk4time[q+1]="m"){
outtime:=""
for x, v in chk4time
outtime.=v
}
}
}
}
a:=0
while(a<time.Length()){
++a
if(!time[a]){
time[a]:=outtime
}
}
}
if(w=1){ ;for elements that are assumed to be times
removechar:=[".","@","-"] ;removes undesirable characters so they don't upset the array.
++g, removechararray:=strsplit(out)
newchararray:=[], x:=0
while(x<StrSplit(out).Length()){
++x,c:=0,var:=removechararray[x]
while(c<removechar.Length()){
++c
if(var=removechar[c]){
newchararray[x]:=" "
}
else
newchararray[x]:=removechararray[x]
}
}
out:=""
for x, v in newchararray
out.=v
timecheckarr:=strsplit(out," ")
If(timecheckarr.Length()>1){
time[1]:=timecheckarr[1]
time[2]:=timecheckarr[2]
}
else{
time[g]:=out
}
}
}
else if(typeout="letters"){
++r
word[r]:=out
}
}
}
segment:=[]
a:=0, f:=0 ;here the script creates an array of words that matched the dictionary for individual segment call term for relating in script
while(a<outputsegment.Length()){
++a, b:=0
crossword:=outputsegment[a]
crosswordarray:=strsplit(crossword,"@")
while(b<word.Length()){
++b, c:=2
while(c<outputsegment.Length()-2){
++c
if(word[b]=crosswordarray[c]){
++f, segment[f]:=crosswordarray[1]
}
}
}
}
time1:=time[1]
time2:=time[2]
cim:=number[1]
seg:=most_common_segment(segment) ; here the most common segment is chosen in the first function at the top
if(!cim){
MsgBox, 0, Please Try Again, No cim, Try Again
return
}
a:=0
while(a<outputsegment.Length()){
++a
var:=outputsegment[a]
segmentarray:=strsplit(var,"@")
if(segmentarray[1]=seg){
seg:=segmentarray[2]
}
}
MsgBox, %seg% %time1% %time2% %cim% ;from here the script fills out these details in the scheduling software
return
