mirror of
https://github.com/SteamFramelyHomebrew/framely.git
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70 lines
3.3 KiB
C++
70 lines
3.3 KiB
C++
#include "entry_hold.h"
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#include <cassert>
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#include <iostream>
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int main(){
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using A=EntryHold::Action;
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using namespace std::chrono;
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const auto start=EntryHold::Clock::time_point{}+seconds(10);
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// All mouse buttons and runtime-supplied input (without a tracked device).
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for(unsigned device:{1u,2u,~0u})for(unsigned button:{1u,2u,4u}){
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EntryHold hold;
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assert(hold.event(true,device,button,true,true,start)==A::Idle);
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assert(hold.event(false,device,button,true,true,start+milliseconds(100))==A::Launcher);
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assert(hold.event(false,device,button,true,true,start+milliseconds(110))==A::Idle);
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}
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EntryHold hold;
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hold.event(true,1,1,true,true,start);
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assert(hold.progress(start+milliseconds(99))==0);
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assert(std::abs(hold.progress(start+milliseconds(100))-1.f/6)<.001f);
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assert(std::abs(hold.progress(start+milliseconds(300))-.5f)<.001f);
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assert(hold.tick(start+milliseconds(599),true,true)==A::Idle);
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assert(hold.tick(start+milliseconds(600),true,true)==A::QuickPanel);
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assert(hold.tick(start+milliseconds(900),true,true)==A::Idle);
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assert(hold.event(false,1,1,true,true,start+seconds(1))==A::Idle);
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assert(hold.progress(start+seconds(1))==0);
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// Crossing the threshold between frames still resolves exclusively as a hold.
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hold.event(true,1,1,true,true,start);
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assert(hold.event(false,1,1,true,true,start+milliseconds(600))==A::QuickPanel);
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hold.event(true,1,1,true,true,start);
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assert(hold.event(false,2,1,true,true,start+milliseconds(100))==A::Idle);
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assert(hold.event(false,1,2,true,true,start+milliseconds(110))==A::Idle);
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assert(hold.event(false,1,1,true,true,start+milliseconds(120))==A::Launcher);
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// Small jitter does not restart the timer; a sustained leave or loss cancels.
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hold.event(true,1,1,true,true,start);
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hold.tick(start+milliseconds(480),true,true);
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assert(hold.tick(start+milliseconds(550),true,false)==A::Idle);
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assert(hold.tick(start+milliseconds(610),true,true)==A::QuickPanel);
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hold.cancel();hold.event(true,1,1,true,true,start);
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hold.tick(start+milliseconds(151),true,false);
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assert(!hold.pressed);
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assert(hold.event(false,1,1,true,true,start+seconds(1))==A::Idle);
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for(bool inside:{false,true}){
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hold.event(true,1,1,true,true,start);
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assert(hold.tick(start+milliseconds(600),false,inside)==A::Idle);
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assert(!hold.pressed);
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}
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hold.event(true,1,1,true,false,start);
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assert(hold.tick(start+seconds(1),true,true)==A::Idle);
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hold.event(true,1,1,true,true,start);
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assert(hold.event(false,1,1,true,false,start+milliseconds(100))==A::Idle);
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// The ring never alters the central logo or texture alpha; only its perimeter.
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std::vector<uint8_t> pixels(128*128*4,23),original=pixels;
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entry_progress_ring(pixels,0);assert(pixels==original);
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entry_progress_ring(pixels,.5f);
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assert(pixels!=original);
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for(int y=0;y<128;y++)for(int x=0;x<128;x++){
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int i=(y*128+x)*4;
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assert(pixels[i+3]==original[i+3]);
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if(std::hypot(x-63.5f,y-63.5f)<55.f)for(int c=0;c<4;c++)assert(pixels[i+c]==original[i+c]);
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}
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// A white line is blended, not opaque, and is wider than the previous ring.
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const int top=(5*128+64)*4;
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assert(pixels[top]>original[top]&&pixels[top]<255);
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assert(pixels[top]==pixels[top+1]&&pixels[top+1]==pixels[top+2]);
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assert(pixels[(8*128+64)*4]>original[(8*128+64)*4]);
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auto partial=pixels;entry_progress_ring(pixels,1);
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assert(pixels!=partial);
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std::cout<<"entry_hold: passed\n";
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}
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