Add proc to show/hide on-screen keyboard and character callbacks (except ios).
* Add `myouSetKeyboardVisible(bool)` and export it. * Add `screen.char_callbacks` to receive platform character events. * Remove duplicate code for mouse emulation with touch (commited by mistake).
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@ -89,9 +89,11 @@ export ubo
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export util
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export vmath except Quat
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import platform/platform
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when defined(android):
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import platform/platform
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export platform.myouAndroidGetActivity
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export platform.myouAndroidGetJniEnv
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export platform.myouAndroidGetInternalDataPath
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export platform.myouAndroidGetExternalDataPath
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export platform.myouAndroidGetExternalDataPath
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export platform.myouSetKeyboardVisible
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@ -162,3 +162,7 @@ proc myouOnTouch(touch: int32, ending: char, x, y: float32) {.exportc,cdecl.} =
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proc platform_switch_screen*(screen: Screen): bool {.inline.} =
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discard
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proc myouSetKeyboardVisible*(show: bool) =
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assert false, "TODO: myouSetKeyboardVisible in generic"
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@ -42,6 +42,7 @@ import std/math
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import std/sequtils
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import std/strformat
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import std/strutils
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import std/unicode
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import ./gl
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import ../screen
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import ../util
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@ -106,8 +107,8 @@ proc glfmMain(w: Window) {.cdecl,exportc,noreturn.} =
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proc make_window*(width, height: int32, title: string): Window =
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if window == nil:
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return
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window.glfmSetKeyFunc proc(display, keyCode, action, mods: auto): auto {.cdecl.} =
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# dump (cast[KeyCode](keyCode), keyCode.int, action, mods)
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window.glfmSetKeyFunc proc(display: ptr GLFMDisplay; keyCode: GLFMKey;
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action: GLFMKeyAction; mods: cint): bool {.cdecl.} =
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let key = cast[KeyCode](keyCode)
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let shiftKey = (mods and 1).bool
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let ctrlKey = (mods and 2).bool
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@ -121,6 +122,11 @@ proc make_window*(width, height: int32, title: string): Window =
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key: key,
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))
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return true
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window.glfmSetCharFunc proc(display: ptr GLFMDisplay; utf8: cstring; modifiers: cint) {.cdecl.} =
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let codepoint = cast[uint32](($utf8).runeAt(0))
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for cb in display.screen.char_callbacks:
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cb(codepoint)
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window.glfmSetTouchFunc proc (display: ptr GLFMDisplay; touch: cint; phase: GLFMTouchPhase;
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x: cdouble; y: cdouble): bool {.cdecl.} =
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let screen = window.screen
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@ -166,77 +172,6 @@ proc make_window*(width, height: int32, title: string): Window =
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screen.last_buttons = screen.last_buttons and not (1'i8 shl btn)
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screen.last_x = x
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screen.last_y = y
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# template send_move(x, y: untyped) =
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# let buttons = screen.last_buttons
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# let left = (buttons and 1).bool
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# let middle = (buttons and 2).bool
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# let right = (buttons and 4).bool
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# let position = vec2(x,y)
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# let movement = vec2(x-screen.last_x, y-screen.last_y)
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# for cb in screen.mouse_move_callbacks:
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# cb(MouseMoveEvent(
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# left: left, middle: middle, right: right,
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# # shiftKey: shiftKey, ctrlKey: ctrlKey, altKey: altKey, metaKey: metaKey,
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# position: position, movement: movement,
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# ))
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# screen.last_x = x
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# screen.last_y = y
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# template send_btn(pressed1, btn, x, y: untyped) =
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# for cb in window.screen.mouse_button_callbacks:
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# cb(MouseButtonEvent(
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# pressed: pressed1,
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# button: cast[MouseButton](btn),
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# position: vec2(x,y)
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# ))
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# if pressed1:
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# screen.last_buttons = screen.last_buttons or (1'i8 shl btn)
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# else:
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# screen.last_buttons = screen.last_buttons and not (1'i8 shl btn)
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# screen.last_x = x
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# screen.last_y = y
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# template swap_1_2(count: untyped): untyped =
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# case count:
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# of 1: 2
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# of 2: 1
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# else: count
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# if screen.is_touch:
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# # mouse emulation
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# if phase in [GLFMTouchPhaseMoved, GLFMTouchPhaseHover]:
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# let last = screen.touches[0]
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# if last[0] == touch:
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# let dx = x - last[1]
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# let dy = y - last[2]
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# screen.touches[0][1] = x
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# screen.touches[0][2] = y
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# send_move(screen.last_x + dx, screen.last_y + dy)
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# elif phase == GLFMTouchPhaseBegan:
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# let count = screen.touches.len
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# screen.touches.add (touch.int32, x.float, y.float)
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# # in glfm buttons 1 and 2 are swapped so mouse emulation
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# # through number of touches behave as we expect (no swap_1_2 here)
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# let button = count
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# if screen.last_buttons == 0:
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# send_btn(true, button, x, y)
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# else:
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# let previous = screen.last_buttons.countTrailingZeroBits
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# if previous < count:
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# send_btn(true, button, screen.last_x, screen.last_y)
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# send_btn(false, previous, screen.last_x, screen.last_y)
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# else:
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# screen.touches.keepItIf it[0] != touch
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# if screen.touches.len == 0:
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# let previous = screen.last_buttons.countTrailingZeroBits
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# send_btn(false, previous, x, y)
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# else:
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# if phase in [GLFMTouchPhaseMoved, GLFMTouchPhaseHover]:
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# send_move(x,y)
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# else:
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# let pressed = phase == GLFMTouchPhaseBegan
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# # in glfm buttons 1 and 2 are swapped compared to glfw
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# # (but they match DOM)
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# send_btn(pressed, touch.swap_1_2, x, y)
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return true
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window.glfmSetAppFocusFunc proc(window: Window, focused: bool) {.cdecl.} =
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@ -369,5 +304,5 @@ proc myouAndroidGetExternalDataPath*(): string =
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let activity = cast[ptr array[6, cstring]](window.glfmAndroidGetActivity())
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return $activity[5]
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proc myouSetKeyboardVisible*(show: bool) =
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window.glfmSetKeyboardVisible(show)
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@ -88,6 +88,10 @@ proc make_window*(width, height: int32, title: string): Window =
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for cb in window.screen.key_callbacks:
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cb(e)
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)
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discard glfw.setCharCallback(window, proc(window: Window, codepoint: uint32) {.cdecl.} =
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for cb in window.screen.char_callbacks:
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cb(codepoint)
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)
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discard glfw.setCursorPosCallback(window, proc(window: Window, x, y: float) {.cdecl.} =
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# TODO: when a mouse button is pressed do we need to poll the position
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# with glfw.getCursorPos until released? not needed on linux
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@ -232,3 +236,7 @@ proc start_platform_main_loop*(engine: MyouEngine, main_loop: proc(self: MyouEng
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proc myouAndroidGetActivity*(): pointer =
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assert false, "Not using Android"
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proc myouSetKeyboardVisible*(show: bool) =
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discard
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@ -789,6 +789,7 @@ type
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last_x*, last_y*: float ## private
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last_buttons*, last_mods*: int8 ## private
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key_callbacks*: seq[proc(event: KeyEvent)] ## private
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char_callbacks*: seq[proc(codepoint: uint32)] ## private
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mouse_move_callbacks*: seq[proc(event: MouseMoveEvent)] ## private
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mouse_button_callbacks*: seq[proc(event: MouseButtonEvent)] ## private
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mouse_wheel_callbacks*: seq[proc(event: MouseWheelEvent)] ## private
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