Features:
- Generate numbers from start to stop, increment by step, just like the for-loop.
- Start can be greater than Stop, you can generate numbers in reverse.
- Step can be zero, which will make Stop the count of numbers to generate.
- Template is fed into the Format function, supporting any format option defined in the docs.
- screenshot.png (9.09 KiB) Viewed 2003 times
Code: Select all
#Requires AutoHotkey v2.0-a
#SingleInstance Force
#NoTrayIcon
if FileExist(trayicon_filepath := EnvGet("SystemRoot") "\System32\mmcndmgr.dll")
TraySetIcon(trayicon_filepath, 48)
MainGui := Gui(, "Series Generator")
MainGui.SetFont("s12", "Courier")
MainGui.Add("Text", "xm", "Start:")
MainGui.Add("Edit", "x+10 w70 section")
MainGui.Add("UpDown", "Range-2147483648-2147483647 vstart")
MainGui.Add("Text", "x+18 vtext_stop", "Stop:")
MainGui.Add("Edit", "x+10 w70")
MainGui.Add("UpDown", "Range-2147483648-2147483647 vstop")
MainGui.Add("Text", "x+18", "Step:")
MainGui.Add("Edit", "x+10 w70")
MainGui.Add("UpDown", "vstep Range0-2147483647")
MainGui.Add("Text", "xm", "Template:")
MainGui.Add("Edit", "x+10 w150 vtemplate")
MainGui.Add("Text", "x+18", "Delimiter:")
MainGui.Add("Edit", "x+10 w60 vdelimiter")
; Default Values
MainGui["start"].value := 1
MainGui["stop"].value := 10
MainGui["step"].value := 1
MainGui["template"].value := "{}"
MainGui["delimiter"].value := "\n"
for ctl in MainGui
if (ctl.type = "Edit")
ctl.OnEvent("Change", UpdateState)
MainGui.Add("Edit", "xm r16 w420 voutput")
MainGui.Add("Button", "xm wp", "Copy").OnEvent("Click", (*) => (
A_Clipboard := MainGui["output"].Text,
Tooltip("Copied to clipboard"),
SetTimer(() => ToolTip(), -1500)
))
UpdateState()
MainGui.Show()
MainGui.OnEvent("Close", (*) => ExitApp)
return
UpdateState(*) {
global MainGui
start := MainGui["start"].value
stop := MainGui["stop"].value
step := MainGui["step"].value
template := MainGui["template"].value
delimiter := MainGui["delimiter"].value
delimiter := delimiter = "\n" ? "`n" : DecodeEscapeChar(delimiter)
if (step > 0) {
i := start
incr := step
ltr := start < stop
} else {
i := 1
step := 1
incr := 0
ltr := true
}
if ltr {
condition := () => (i <= stop)
} else {
condition := () => (i >= stop)
step := -step
incr := step
}
n := start
output := ""
while condition() {
output .= delimiter Format(template, n)
i += step
n += incr
}
output := SubStr(output, 1+StrLen(delimiter))
MainGui["output"].value := output
}
DecodeEscapeChar(str) {
static esc := {n: "`n", r: "`r", b: "`b", t: "`t", v: "`v", a: "`a", f: "`f"}
output := ""
str := RegExReplace(str, "(.*?)(\\)(.)(?C)")
output .= str
return output
pcre_callout(m, *) {
output .= m[1] . (m[3] = "\" ? m[3] : esc.HasOwnProp(m[3]) ? esc.%m[3]% : "")
}
}
