Update app.py

app.py

@@ -7,45 +7,7 @@ import numpy as np
 from copy import deepcopy
 #######################
 #First define the functions
-def PrimeVisualTemplate(inp,dummyInp1,dummyInp2):
- #In real program, all inp files are used in transforming the 'main' input sheet.
- #After transformation ('priming'), the primed sheet is sent to the 'primed file' container on both tab A and B. And the other sheets that are required for the transformation are also passed along to sheet B
- #In this dummy program, the main sheet simply has a new sheet added to the workbook
- #and then the same files are transferred to the same destinations
- wb = pyxl.load_workbook(filename = 'init.xlsx')
- ws2 = wb.create_sheet(title="PrimeSheet")
- PrimedFlNm='primed.xlsx'
- wb.save(filename = PrimedFlNm)
- return PrimedFlNm,PrimedFlNm,datetime.now(),datetime.now(),dummyInp1.name,dummyInp2.name
 
-def GenerateSchedule(schedWWF,xtraDays,wkHrs,DaysCrew,AssnFl,FTrefFl,TempRefFl,PollFl,stop1=0,stop2=0,template=False):
- #In the real program, this function is called on tab B and C. Tab B is the main call wherein the schedule is being built
- #The Tab C call allows for forcing stop mid-schedule build to observe the process in progress
- #In this dummy program, the function simply generates an array of numbers in the 'PrimeSheet' previously generated
- #When called from tab C, can stop this enumeration of values by specifying the two indices at which to cancel 
- #The only input used is the 'Primed Template' from previously and the stop condition.
- stop=(stop1,stop2)
- wb = pyxl.load_workbook(filename = AssnFl)
- ws=wb['PrimeSheet']
- for r in range(1,11):
- for c in range(1,11):
- if c==stop1 and r==stop2:
- flNm='Generated,'+str(c)+','+str(r)+'.xlsx'
- wb.save(filename = flNm)
- return flNm, datetime.now()
- ws.cell(row=r,column=c).value=c*r 
- flNm='Generated.xlsx'
- wb.save(filename = flNm)
- return flNm,datetime.now()
-
-def GenerateSchedule1(schedWWF,xtraDays,wkHrs,DaysCrew,AssnFl,FTrefFl,TempRefFl,PollFl,stop=None,template=True):
- #In the real program, this function is used to perform a slightly different function, taking all the inputs from tab B
- #In the dummy program, this simply generates a new sheet indicating it was run
- wb = pyxl.load_workbook(filename = AssnFl)
- ws2 = wb.create_sheet(title="Option-C")
- PrimedFlNm='opt-C.xlsx'
- wb.save(filename = PrimedFlNm)
- return PrimedFlNm,datetime.now()
 
 
 #######################
@@ -105,8 +67,8 @@ with gr.Blocks() as demo:
  
  #######################
  #Third Define the Interactions
- A_bt_PT.click(PrimeVisualTemplate,[A_fl_VT,A_fl_FTref,A_fl_Tref],[A_fl_PT,B_fl_PT,A_tx_PTtimestamp,B_tx_PTtimestamp,B_fl_FTref,B_fl_Tref])
- B_bt_MS.click(GenerateSchedule,[B_wwfOT,B_xtraDay,B_wkHrs,B_dayCrew,B_fl_PT,B_fl_FTref,B_fl_Tref,B_fl_Pl],[B_fl_FS,B_tx_FTtimestamp])
- C_bt_MT.click(GenerateSchedule1,[B_wwfOT,B_xtraDay,B_wkHrs,B_dayCrew,B_fl_PT,B_fl_FTref,B_fl_Tref,B_fl_Pl],[C_fl_T,C_tx_Ttimestamp])
- C_bt_PS.click(GenerateSchedule,[B_wwfOT,B_xtraDay,B_wkHrs,B_dayCrew,B_fl_PT,B_fl_FTref,B_fl_Tref,B_fl_Pl,C_nm_IN,C_nm_PS],[C_fl_PS,C_tx_ts2])
+ #A_bt_PT.click(PrimeVisualTemplate,[A_fl_VT,A_fl_FTref,A_fl_Tref],[A_fl_PT,B_fl_PT,A_tx_PTtimestamp,B_tx_PTtimestamp,B_fl_FTref,B_fl_Tref])
+ #B_bt_MS.click(GenerateSchedule,[B_wwfOT,B_xtraDay,B_wkHrs,B_dayCrew,B_fl_PT,B_fl_FTref,B_fl_Tref,B_fl_Pl],[B_fl_FS,B_tx_FTtimestamp])
+ #C_bt_MT.click(GenerateSchedule1,[B_wwfOT,B_xtraDay,B_wkHrs,B_dayCrew,B_fl_PT,B_fl_FTref,B_fl_Tref,B_fl_Pl],[C_fl_T,C_tx_Ttimestamp])
+ #C_bt_PS.click(GenerateSchedule,[B_wwfOT,B_xtraDay,B_wkHrs,B_dayCrew,B_fl_PT,B_fl_FTref,B_fl_Tref,B_fl_Pl,C_nm_IN,C_nm_PS],[C_fl_PS,C_tx_ts2])
  demo.launch()