README.adoc

@@ -26,7 +26,8 @@ As a unique bonus, you can launch a full text editor from within.
 xP
 --
 The web frontend for 'xC', making use of its networked relay interface.
-So far it's quite basic, yet usable.
+So far it's quite basic, yet usable.  Build it using `make` in its directory,
+and run it from within the _public_ subdirectory.
 
 xF
 --
@@ -115,11 +116,6 @@ a Screen or tmux session.
 file or something like `killall` if you want to terminate it.  You can run it
 as a `forking` type systemd user service.
 
-xP
-~~
-Install the Go compiler, and build the server using `make` in its directory,
-then run it from within the _public_ subdirectory.
-
 Client Certificates
 -------------------
 'xC' will use the SASL EXTERNAL method to authenticate using the TLS client

xP/public/xP.js

@@ -24,8 +24,8 @@ class RelayRpc extends EventTarget {
 			}
 			// It's going to be code 1006 with no further info.
 			ws.onclose = event => {
-				this.ws = undefined
 				reject()
+				this.ws = undefined
 			}
 		})
 	}
@@ -122,25 +122,15 @@ class RelayRpc extends EventTarget {
 
 // ---- Event processing -------------------------------------------------------
 
+// TODO: Probably reset state on disconnect, and indicate to user.
 let rpc = new RelayRpc(proxy)
+rpc.connect()
+	.then(result => {
+		rpc.send({command: 'Hello', version: 1})
+	})
 
 let buffers = new Map()
 let bufferCurrent = undefined
-let connecting = true
-rpc.connect().then(result => {
-	buffers.clear()
-	bufferCurrent = undefined
-	rpc.send({command: 'Hello', version: 1})
-	connecting = false
-	m.redraw()
-}).catch(error => {
-	connecting = false
-	m.redraw()
-})
-
-rpc.addEventListener('close', event => {
-	m.redraw()
-})
 
 rpc.addEventListener('BufferUpdate', event => {
 	let e = event.detail, b = buffers.get(e.bufferName)
@@ -165,17 +155,13 @@ rpc.addEventListener('BufferRemove', event => {
 rpc.addEventListener('BufferActivate', event => {
 	let e = event.detail
 	bufferCurrent = e.bufferName
-	setTimeout(() => {
+	// TODO: Somehow scroll to the end of it immediately.
-		let el = document.getElementById('input')
+	// TODO: Focus the textarea.
-		if (el !== null)
-			el.focus()
-	})
 })
 
 rpc.addEventListener('BufferLine', event => {
 	let e = event.detail, b = buffers.get(e.bufferName)
-	if (b === undefined)
+	if (b !== undefined)
-		return
 		b.lines.push({when: e.when, rendition: e.rendition, items: e.items})
 })
 
@@ -208,11 +194,11 @@ function applyColor(fg, bg, inverse) {
 	if (inverse)
 		[fg, bg] = [bg >= 0 ? bg : 15, fg >= 0 ? fg : 0]
 
-	let style = {}
+	let style = ''
 	if (fg >= 0)
-		style.color = palette[fg]
+		style += `color: ${palette[fg]};`
 	if (bg >= 0)
-		style.backgroundColor = palette[bg]
+		style += `background-color: ${palette[bg]};`
 	if (style)
 		return style
 }
@@ -309,19 +295,6 @@ let Content = {
 }
 
 let Buffer = {
-	oncreate: vnode => {
-		if (vnode.dom === undefined)
-			return
-
-		let el = vnode.dom.children[1]
-		if (el !== null)
-			el.scrollTop = el.scrollHeight
-	},
-
-	onupdate: vnode => {
-		Buffer.oncreate(vnode)
-	},
-
 	view: vnode => {
 		let lines = []
 		let b = buffers.get(bufferCurrent)
@@ -392,7 +365,7 @@ function onKeyDown(event) {
 // and we'll probably have to intercept /all/ key presses.
 let Input = {
 	view: vnode => {
-		return m('textarea#input', {
+		return m('textarea', {
 			rows: 1,
 			onkeydown: onKeyDown,
 		})
@@ -401,14 +374,8 @@ let Input = {
 
 let Main = {
 	view: vnode => {
-		let state = "Connected"
-		if (connecting)
-			state = "Connecting..."
-		else if (rpc.ws === undefined)
-			state = "Disconnected"
-
 		return m('.xP', {}, [
-			m('.title', {}, `xP (${state})`),
+			m('.title', {}, "xP"),
 			m('.middle', {}, [m(BufferList), m(Buffer)]),
 			m('.status', {}, bufferCurrent),
 			m(Input),
@@ -416,4 +383,9 @@ let Main = {
 	},
 }
 
-window.addEventListener('load', () => m.mount(document.body, Main))
+// TODO: Buffer names should work as routes.
+window.addEventListener('load', () => {
+	m.route(document.body, '/', {
+		'/': Main,
+	})
+})