revplotUI<- function(id,filtervalues){
  ns<- NS(id)
  tagList(
    fluidRow(
      # Add to select inputs side by side
      column(width = 3,
             selectizeInput(inputId = ns("geo"), label="Select Geography", choices= c("Aruba","Bonair","Poland",
                                                                                  "Curacao", "Netherlands"),
                            selected=c("Aruba","Bonair","Poland",
                                       "Curacao", "Netherlands"), multiple=T)),
      column(width = 3,
             selectizeInput(inputId = ns("role"), label="Select Role", choices= c("Customer","Customer - Influencer","Poland",
                                                                              "Financer", "Influencer"),
                            c("Customer","Customer - Influencer","Poland",
                              "Financer", "Influencer"), multiple=T)),
      column(width = 6,
             shinycssloaders::withSpinner(valueBoxOutput(ns("selfinfo"))),
             shinycssloaders::withSpinner(valueBoxOutput(ns("othinfo"))),
             shinycssloaders::withSpinner(valueBoxOutput(ns("totinfo"))),
    )
    ),
    fluidRow(
      column(width = 4,
             shinycssloaders::withSpinner(highchartOutput(ns("revselfbar")) , image = "https://media.giphy.com/media/RLsct1jsRVsVFupW7a/giphy.gif", image.height ="200px",hide.ui = T)
             ),
      column(width = 4,
             shinycssloaders::withSpinner(highchartOutput(ns("revothbar")) , image = "https://media.giphy.com/media/RLsct1jsRVsVFupW7a/giphy.gif", image.height ="200px",hide.ui = T)
             ),
      column(width = 4,
             shinycssloaders::withSpinner(highchartOutput(ns("revtotbar")) , image = "https://media.giphy.com/media/RLsct1jsRVsVFupW7a/giphy.gif", image.height ="200px",hide.ui = T)
      )
  )
  )
}

revplotServer<- function(id, df, xtitle="", ytitle=""){
  moduleServer(
    id,
    function(input, output, session){
      
      sel.geo<-reactive({
        print(input$geo)
        input$geo
      })
      sel.role<-reactive({
        print(input$role)
        input$role
      })
      summarized.df <- reactive(summarizer(df, sel.geo(), sel.role(), self=TRUE))
      summarized.df.oth <- reactive(summarizer(df, sel.geo(), sel.role(), self=FALSE))
      output$revselfbar<- renderHighchart({
        print(summarized.df())
        hchart(summarized.df(),
               "column",
               hcaes(x=Year,y=Revenue)) |> 
          hc_title(text="Revenue from self purchase") |> 
         # hc_yAxis(title = list(text = ytitle)) |> 
          #hc_plotOptions(column = list(stacking = "normal")) |> 
          hc_tooltip(shared = TRUE, valueDecimals = 0) |> 
          #hc_brush(enabled = TRUE) |> 
          hc_credits(enabled = FALSE) |> 
          hc_exporting(enabled = TRUE)
        
      }
      )
      
      output$revothbar<- renderHighchart({
        print(summarized.df.oth())
        hchart(summarized.df.oth(),
               "column",
               hcaes(x=Year,y=Revenue)) |> 
          hc_title(text="Revenue from purchase by influencer") |> 
          # hc_yAxis(title = list(text = ytitle)) |> 
          #hc_plotOptions(column = list(stacking = "normal")) |> 
          hc_tooltip(shared = TRUE, valueDecimals = 0) |> 
          #hc_brush(enabled = TRUE) |> 
          hc_credits(enabled = FALSE) |> 
          hc_exporting(enabled = TRUE)
        
      }
      )
      
      output$revtotbar<- renderHighchart({
        summarized.df.tot<-df |> 
          filter(Location %in% sel.geo()) |> 
          filter(Role %in% sel.role()) |> 
          summarize(yr.1=sum(Self.Purchase1)+sum(Other.Purchase1),
                    yr.2=sum(Self.Purchase2)+sum(Other.Purchase2),
                    yr.3=sum(Self.Purchase3)+sum(Other.Purchase3)
          ) |> 
          pivot_longer(c(yr.1,yr.2,yr.3)) |> 
          rename(Year=name, Revenue=value)
        hchart(summarized.df.tot,
               "column",
               hcaes(x=Year,y=Revenue)) |> 
          hc_title(text="Total Revenue") |> 
          # hc_yAxis(title = list(text = ytitle)) |> 
          #hc_plotOptions(column = list(stacking = "normal")) |> 
          hc_tooltip(shared = TRUE, valueDecimals = 0) |> 
          #hc_brush(enabled = TRUE) |> 
          hc_credits(enabled = FALSE) |> 
          hc_exporting(enabled = TRUE)
        
      }
      )
      
      
      selfinfo.df<- reactive({
        snapshot(df, sel.geo(), sel.role(), item="self")
      })
      
      otherinfo.df<- reactive({
        snapshot(df, sel.geo(), sel.role(), item="other")
      })
      
      totalinfo.df<- reactive({
        snapshot(df, sel.geo(), sel.role(), item="total")
      })
      
      output$selfinfo<- renderValueBox({
        delta<-round((selfinfo.df()$current.year-selfinfo.df()$last.year)*100/selfinfo.df()$last.year)
        if(delta<0){
          icon<-icon("arrow-down")
        } else {
          icon<-icon("arrow-up")
        }
        valueBox(
          value = paste0(delta," %"),
          subtitle = "Self",
          icon = icon,
          color = ifelse(delta>0, "green", "red")
        )
      })
      
      output$othinfo<- renderValueBox({
        delta<-round((otherinfo.df()$current.year-otherinfo.df()$last.year)*100/otherinfo.df()$last.year)
        if(delta<0){
          icon<-icon("arrow-down")
        } else {
          icon<-icon("arrow-up")
        }
        valueBox(
          value = paste0(delta," %"),
          subtitle = "Other",
          icon = icon,
          color = ifelse(delta>0, "green", "red")
        )
      })
      
      output$totinfo<- renderValueBox({
        delta<-round((totalinfo.df()$current.year-totalinfo.df()$last.year)*100/totalinfo.df()$last.year)
        if(delta<0){
          icon<-icon("arrow-down")
        } else {
          icon<-icon("arrow-up")
        }
        valueBox(
          value = paste0(delta," %"),
          subtitle = "Total",
          icon = icon,
          color = ifelse(delta>0, "green", "red")
        )
      })
      
    }
  )
}