jakub
6a667d8deb
Include the current addon, terrain integrations, tools, regression tests and recorded development evidence.
68 lines
4.8 KiB
Python
68 lines
4.8 KiB
Python
"""Production PiP acquisition, fallback and cleanup with native rendering doubled."""
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from policy_harness import ROOT, body, run
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import re
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p=ROOT/'addons/core/Scripts/Game/ERR/00_Core/ERR_ObserverScope.c'
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def adapt(s):
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s=s.replace('protected ', '').replace('null','nullptr')
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for cls in ('SCR_2DPIPSightsComponent','SCR_2DOpticsComponent','SCR_2DPIPSightsComponentClass'):
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s=re.sub(r'\b'+cls+r' (?=\w)',cls+'* ',s).replace(cls+'.',cls+'::')
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for name in ('pip','m_Optic','data'):
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s=s.replace(name+'.',name+'->')
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s=s.replace('GetOwner().','GetOwner()->').replace('SCR_Global.', 'SCR_Global::')
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s=s.replace('GetGame().GetWorld().GetWorldTime()', 'clockNow')
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return s
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owned='\n'.join(adapt(body(p,x)) for x in ('bool ERR_ObserverPIPBegin(', 'void ERR_ObserverPIPEnd('))
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display='\n'.join(adapt(body(p,x)) for x in ('bool Render(SCR_2DOpticsComponent',))
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# Select the display's Close, not the 2D fallback's identically named method.
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text=p.read_text();a=text.index('class ERR_ObserverPIPDisplay');close=text.index(' void Close()',a);end=text.index(' void ~',close)
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display+='\n'+adapt(text[close:end])
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run(r'''
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#include <cassert>
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using vector=float;float clockNow=1000;
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namespace SCR_Global{bool flat=false;bool IsScope2DEnabled(){return flat;}}
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struct Owner{bool deleted=false;bool IsDeleted(){return deleted;}};
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struct SCR_2DPIPSightsComponentClass{int index=8;int GetCameraIndex(){return index;}static auto Cast(SCR_2DPIPSightsComponentClass*p){return p;}};
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struct SCR_2DOpticsComponent{virtual ~SCR_2DOpticsComponent(){};};
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struct SCR_2DPIPSightsComponent:SCR_2DOpticsComponent{
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bool m_ERRObserverPIPOwned=false,m_bPIPIsEnabled=false,m_PIPCamera=false,m_wRenderTargetTextureWidget=false,m_pMaterial=true;
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int m_iReticleScaleIndex=0,m_iReticleColorIndex=1,m_iEdgeMinIndex=2,m_iEdgeMaxIndex=3,m_iVignettePowerIndex=4;
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float m_fScopeRadius=.01;inline static bool active=false;bool fail=false,renderWorks=true;int creates=0,destroys=0,renders=0;Owner owner;SCR_2DPIPSightsComponentClass settings;
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static auto Cast(SCR_2DOpticsComponent*p){return dynamic_cast<SCR_2DPIPSightsComponent*>(p);}
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Owner*GetOwner(){return &owner;}auto GetComponentData(Owner*){return &settings;}static bool IsPIPActive(){return active;}
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void Destroy(){destroys++;m_PIPCamera=false;m_wRenderTargetTextureWidget=false;}
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void SetPIPEnabled(bool enable){if(enable){creates++;if(fail){m_wRenderTargetTextureWidget=true;return;}m_bPIPIsEnabled=true;m_PIPCamera=true;m_wRenderTargetTextureWidget=true;active=true;}else{Destroy();active=false;m_bPIPIsEnabled=false;}}
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bool ERR_ObserverPIPRender(vector*,vector*,float,float,vector,vector,float){renders++;return renderWorks;}
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'''+owned+r'''
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};
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struct Display{
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SCR_2DPIPSightsComponent*m_Optic=nullptr,*m_FailedOptic=nullptr;float m_RetryAt=0;
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'''+display+r'''
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};
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int main(){
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float camera[4]={};
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{SCR_2DPIPSightsComponent optic;Display d;
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assert(d.Render(&optic,camera,camera,12,6,0,0,.5));assert(optic.creates==1&&optic.renders==1);
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assert(d.Render(&optic,camera,camera,12,6,0,0,.5));assert(optic.creates==1);
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d.Close();d.Close();assert(optic.destroys==1&&!optic.active&&!optic.m_ERRObserverPIPOwned);}
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{SCR_2DPIPSightsComponent a,b;Display d;
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assert(d.Render(&a,camera,camera,12,6,0,0,.5));assert(d.Render(&b,camera,camera,12,6,0,0,.5));
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assert(a.destroys==1&&b.creates==1);assert(!d.Render(nullptr,camera,camera,12,6,0,0,.5));assert(b.destroys==1);}
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{SCR_2DPIPSightsComponent optic;Display d;optic.fail=true;
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assert(!d.Render(&optic,camera,camera,12,6,0,0,.5));assert(optic.creates==1&&optic.destroys==1&&!optic.m_wRenderTargetTextureWidget);
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clockNow=2999;assert(!d.Render(&optic,camera,camera,12,6,0,0,.5));assert(optic.creates==1);
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clockNow=3000;optic.fail=false;assert(d.Render(&optic,camera,camera,12,6,0,0,.5));assert(optic.creates==2);d.Close();}
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{SCR_2DPIPSightsComponent optic;Display d;SCR_Global::flat=true;
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assert(!d.Render(&optic,camera,camera,12,6,0,0,.5)&&optic.creates==0);SCR_Global::flat=false;
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assert(d.Render(&optic,camera,camera,12,6,0,0,.5));SCR_Global::flat=true;
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assert(!d.Render(&optic,camera,camera,12,6,0,0,.5)&&optic.destroys==1);SCR_Global::flat=false;}
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{SCR_2DPIPSightsComponent optic;Display d;optic.active=true;
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assert(!d.Render(&optic,camera,camera,12,6,0,0,.5)&&optic.creates==0&&optic.destroys==0);d.Close();assert(optic.active);optic.active=false;}
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{SCR_2DPIPSightsComponent optic;optic.settings.index=0;assert(!optic.ERR_ObserverPIPBegin()&&optic.creates==0);
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optic.settings.index=8;optic.m_iReticleScaleIndex=-1;assert(!optic.ERR_ObserverPIPBegin()&&optic.creates==0);}
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{SCR_2DPIPSightsComponent optic;Display d;optic.renderWorks=false;
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assert(!d.Render(&optic,camera,camera,12,6,0,0,.5));assert(optic.creates==1&&optic.destroys==1&&!optic.active);}
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}
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''')
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print('PASS: production PiP lifecycle preserves other camera owners, retains successful rendering, cleans partial failures/target switches/exits, bounds retries and respects 2D settings')
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