### Initialize Item and NPC Data Structures

Source: https://context7.com/hocha113/calamityoverhaul/llms.txt

Sets up dictionaries for item categorization (guns, shotguns, bows, etc.) and lists for NPC targeting. This code scans all items to populate these structures.

```csharp
public static class CWRLoad
{
    // Weapon type dictionaries
    internal static Dictionary<int, bool> ItemIsGun { get; private set; } = [];
    internal static Dictionary<int, bool> ItemIsShotgun { get; private set; } = [];
    internal static Dictionary<int, bool> ItemIsBow { get; private set; } = [];
    internal static Dictionary<int, bool> ItemIsCrossBow { get; private set; } = [];
    internal static Dictionary<int, bool> ItemIsHeldSwing { get; private set; } = [];
    internal static Dictionary<int, bool> ItemHasCartridgeHolder { get; private set; } = [];
    internal static Dictionary<int, float> ItemIsGunAndGetRecoilValue { get; private set; } = [];

    // Tile/Wall to Item mappings
    public static Dictionary<int, int> TileToItem { get; private set; } = [];
    public static Dictionary<int, int> WallToItem { get; private set; } = [];

    // NPC type lists for worm-type enemies
    public static List<int> targetNpcTypes;  // Sepulcher
    public static List<int> targetNpcTypes2; // Storm Weaver
    public static List<int> targetNpcTypes8; // Devourer of Gods

    public static void Setup() {
        // Initialize NPC type lists
        targetNpcTypes = [CWRID.NPC_SepulcherHead, CWRID.NPC_SepulcherBody, CWRID.NPC_SepulcherTail];
        targetNpcTypes8 = [CWRID.NPC_DevourerofGodsHead, CWRID.NPC_DevourerofGodsBody,
                          CWRID.NPC_DevourerofGodsTail];

        // Scan all items and categorize
        for (int itemType = 0; itemType < ItemLoader.ItemCount; itemType++) {
            Item item = ContentSamples.ItemsByType[itemType];
            if (item == null || item.type == ItemID.None) continue;

            CWRItem cwrItem = item.CWR();
            ItemIsHeldSwing[itemType] = cwrItem.IsHeldSwing;
            ItemHasCartridgeHolder[itemType] = cwrItem.HasCartridgeHolder;

            int heldProjType = cwrItem.heldProjType;
            if (heldProjType > 0) {
                Projectile heldProj = new Projectile();
                heldProj.SetDefaults(heldProjType);

                if (heldProj.ModProjectile is BaseGun gun) {
                    ItemIsGun[itemType] = true;
                    ItemIsCrossBow[itemType] = gun.IsCrossbow;
                    ItemIsGunAndGetRecoilValue[itemType] = gun.Recoil;
                }
                if (heldProj.ModProjectile is BaseBow bow) {
                    ItemIsBow[itemType] = true;
                }
            }
        }
    }

    /// <summary>
    /// Gets localization key for recoil level description
    /// </summary>
    public static string GetLckRecoilKey(float recoil) {
        float recoilValue = Math.Abs(recoil);
        return recoilValue switch {
            0 => "CWRGun_Recoil_Level_0",
            < 0.1f => "CWRGun_Recoil_Level_1",
            < 0.5f => "CWRGun_Recoil_Level_2",
            < 1.5f => "CWRGun_Recoil_Level_3",
            < 2.2f => "CWRGun_Recoil_Level_4",
            < 3.2f => "CWRGun_Recoil_Level_5",
            _ => "CWRGun_Recoil_Level_6"
        };
    }
}
```

--------------------------------

### Server Configuration Settings

Source: https://context7.com/hocha113/calamityoverhaul/llms.txt

Manages server-side mod settings including weapon systems, world generation toggles, and UI preferences.

```csharp
// Common/CWRServerConfig.cs
public class CWRServerConfig : ModConfig
{
    public static CWRServerConfig Instance { get; private set; }
    public override ConfigScope Mode => ConfigScope.ServerSide;

    // Weapon systems
    [DefaultValue(true)]
    public bool WeaponHandheldDisplay { get; set; }  // Handheld weapon animations

    [DefaultValue(true)]
    public bool EnableSwordLight { get; set; }       // Melee slash trails

    [DefaultValue(false)]
    public bool ActivateGunRecoil { get; set; }      // Player knockback from guns

    [DefaultValue(true)]
    public bool MagazineSystem { get; set; }         // Magazine/reload system

    [DefaultValue(true)]
    public bool EnableCasingsEntity { get; set; }    // Shell casing particles

    [DefaultValue(true)]
    public bool BowArrowDraw { get; set; }           // Arrow visualization on bows

    [DefaultValue(false)]
    public bool ShotgunFireForcedReloadInterruption { get; set; }

    [DefaultValue(false)]
    public bool WeaponLazyRotationAngle { get; set; }  // Delayed rotation tracking

    // World generation
    [DefaultValue(true)]
    public bool GenWindGrivenGenerator { get; set; }

    [DefaultValue(true)]
    public bool GenJunkmanBase { get; set; }

    // UI settings
    [DefaultValue(false)]
    public bool ShowReloadingProgressUI { get; set; }

    [Range(1, 5)]
    [DefaultValue(1)]
    public int MuraUIStyleType { get; set; }  // Murasama UI style variants
}
```

--------------------------------

### Initialize Calamity Overhaul Mod

Source: https://context7.com/hocha113/calamityoverhaul/llms.txt

The main mod class handles lifecycle management, mod detection, and cross-mod compatibility. It initializes core systems and loads compatible mods.

```csharp
public class CWRMod : Mod
{
    internal static CWRMod Instance { get; private set; }
    internal static List<ICWRLoader> ILoaders { get; private set; } = [];

    // Cross-mod references
    internal Mod calamity = null;
    internal Mod thoriumMod = null;
    internal Mod fargowiltasSouls = null;
    internal Mod magicStorage = null;

    public override void Load() {
        Instance = this;
        FindMod();  // Detect and cache compatible mods

        if (CWRRef.Has) {
            ModGanged.Load();
        }

        CWRRef.Load();
        ILoaders = VaultUtils.GetDerivedInstances<ICWRLoader>();
        foreach (var load in ILoaders) {
            try {
                load.LoadData();
            } catch {
                Logger.Error("An error occurred while loading " + load.GetType().Name);
            }
        }
    }

    public override void PostSetupContent() {
        CWRLoad.Setup();
        foreach (var load in ILoaders) {
            try {
                load.SetupData();
                if (!Main.dedServ) {
                    load.LoadAsset();
                }
            } catch {
                Logger.Error("An error occurred while post-setup " + load.GetType().Name);
            }
        }
    }

    public override void HandlePacket(BinaryReader reader, int whoAmI)
        => CWRNetWork.HandlePacket(this, reader, whoAmI);
}
```

--------------------------------

### CWRPlayer Extension Class

Source: https://context7.com/hocha113/calamityoverhaul/llms.txt

Extends the vanilla player class to track mod-specific states, equipment bonuses, combat mechanics, and screen effects.

```csharp
// Content/CWRPlayer.cs
public class CWRPlayer : ModPlayer
{
    // Equipment and state tracking
    public bool HasOverhaulTheBibleBook;
    public int LoadMuzzleBrakeLevel;
    public float PressureIncrease;
    public float KreloadTimeIncrease;

    // Combat states
    public bool HeldMurasamaBool;
    public bool EndSkillEffectStartBool;
    public int SwingIndex;
    public int PlayerIsKreLoadTime;
    public float ReloadingRatio;

    // Movement and dash system
    public Vector2? PendingDashVelocity { get; set; } = null;
    public float PendingDashRotSpeedMode = 0.015f;
    public float DecelerationCounter { get; set; }
    public bool IsRotatingDuringDash { get; set; }
    public float RotationDirection { get; set; } = 1f;

    // Screen effects
    public Vector2 OffsetScreenPos;
    public float ScreenShakeValue;

    // Debuff tracking
    public bool HellfireExplosion;
    public bool SoulfireExplosion;
}
```

--------------------------------

### Implement BaseGun System in C#

Source: https://context7.com/hocha113/calamityoverhaul/llms.txt

The BaseGun class provides the foundation for all overhauled firearms with recoil mechanics, muzzle flash effects, shell ejection, and smooth aiming animations.

```csharp
// Content/RangedModify/Core/BaseGun.cs
public abstract class BaseGun : BaseHeldRanged
{
    // Recoil and gun pressure settings
    public float GunPressure = 0;
    public float ControlForce = 0.01f;
    public float Recoil = 1.2f;
    public float RangeOfStress = 10;

    // Position and rotation offsets
    public float OffsetRot;
    public Vector2 OffsetPos;
    public float HandIdleDistanceX = 15;
    public float HandFireDistanceX = 20;
    public float HandFireDistanceY = -4;

    // Crossbow support
    public bool IsCrossbow;
    public bool CanDrawCrossArrow = true;

    /// <summary>
    /// Creates recoil effect when firing. Call this in shoot methods.
    /// </summary>
    public virtual Vector2 CreateRecoil() {
        OffsetRot += GunPressure * OwnerPressureIncrease;
        if (!CWRServerConfig.Instance.ActivateGunRecoil) {
            return Vector2.Zero;
        }
        Vector2 recoilVr = ShootVelocity.UnitVector() * (Recoil * -OwnerPressureIncrease);
        if (Math.Abs(Owner.velocity.X) < RangeOfStress
            && Math.Abs(Owner.velocity.Y) < RangeOfStress) {
            Owner.velocity += recoilVr;
        }
        return recoilVr;
    }

    /// <summary>
    /// Quick method for ejecting shell casings
    /// </summary>
    public virtual void CaseEjection(float slp = 1) {
        if (CWRMod.Instance.terrariaOverhaul != null && slp == 1
            || !CWRServerConfig.Instance.EnableCasingsEntity) {
            return;
        }
        Vector2 pos = Owner.Top + Owner.Top.To(ShootPos) / 2;
        Vector2 vr = (Projectile.rotation - Main.rand.NextFloat(-0.1f, 0.1f) * DirSign)
            .ToRotationVector2() * -Main.rand.NextFloat(3, 7) + Owner.velocity;
        Gore.NewGore(Source2, pos, vr, CaseGore.PType, slp == 1 ? EjectCasingProjSize : slp);
    }

    /// <summary>
    /// Override to implement left-click firing behavior
    /// </summary>
    public virtual void FiringShoot() {
        Projectile.NewProjectile(Source, ShootPos, ShootVelocity,
            AmmoTypes, WeaponDamage, WeaponKnockback, Owner.whoAmI, 0);
        _ = UpdateConsumeAmmo();
    }

    /// <summary>
    /// Spawns muzzle flash dust particles
    /// </summary>
    public virtual void SpawnGunFireDust(Vector2 pos = default, Vector2 velocity = default,
        float splNum = 1f, int dustID1 = 262, int dustID2 = 54, int dustID3 = 53) {
        if (pos == default) pos = ShootPos;
        if (velocity == default) velocity = ShootVelocity;
        pos += velocity.SafeNormalize(Vector2.Zero) * Projectile.width * Projectile.scale * 0.71f;
        for (int i = 0; i < 30 * splNum; i++) {
            int dustID = Main.rand.Next(6) switch {
                0 => dustID1,
                1 or 2 => dustID2,
                _ => dustID3
            };
            float num = Main.rand.NextFloat(3f, 13f) * splNum;
            Vector2 dustVel = new Vector2(num, 0f).RotatedBy(velocity.ToRotation())
                .RotatedByRandom(0.12f);
            Dust.NewDust(pos, 1, 1, dustID, dustVel.X, dustVel.Y, 0, default,
                Main.rand.NextFloat(0.5f, 1.5f));
        }
    }
}
```

--------------------------------

### Boss AI State Machine Implementation

Source: https://context7.com/hocha113/calamityoverhaul/llms.txt

Defines the state machine structure for boss AI, including the state index, interface, and base class for state transitions and movement logic.

```csharp
// Content/NPCs/BrutalNPCs/BrutalDestroyer/Core/IDestroyerState.cs
internal enum DestroyerStateIndex : int
{
    Intro = 0,
    Patrol = 1,
    DashPrepare = 2,
    Dashing = 3,
    DashCooldown = 4,
    LaserBarrage = 5,
    Encircle = 6,
    ProbeMatrix = 7,
    Despawn = 8,
    Death = 9,
}

internal interface IDestroyerState
{
    string StateName { get; }
    DestroyerStateIndex StateIndex { get; }
    void OnEnter(DestroyerStateContext context);
    IDestroyerState OnUpdate(DestroyerStateContext context);
    void OnExit(DestroyerStateContext context);
}

internal abstract class DestroyerStateBase : IDestroyerState
{
    public abstract string StateName { get; }
    public abstract DestroyerStateIndex StateIndex { get; }
    protected int Timer { get; set; }
    protected int Counter { get; set; }

    public virtual void OnEnter(DestroyerStateContext context) {
        Timer = 0;
        Counter = 0;
    }

    public abstract IDestroyerState OnUpdate(DestroyerStateContext context);

    public virtual void OnExit(DestroyerStateContext context) {
        context.ResetChargeState();
    }

    /// <summary>
    /// Sets worm movement parameters for the main controller
    /// </summary>
    protected void SetMovement(DestroyerStateContext context, Vector2 targetPos,
        float speed, float turnSpeed) {
        context.TargetPosition = targetPos;
        context.MoveSpeed = speed;
        context.TurnSpeed = turnSpeed;
    }

    /// <summary>
    /// Smoothly rotates NPC to face target
    /// </summary>
    protected void FaceTarget(NPC npc, Vector2 target, float lerpFactor = 0.15f) {
        float targetAngle = (target - npc.Center).ToRotation() + MathHelper.PiOver2;
        npc.rotation = npc.rotation.AngleLerp(targetAngle, lerpFactor);
    }
}
```

--------------------------------

### BaseSwing Class Definition

Source: https://context7.com/hocha113/calamityoverhaul/llms.txt

Defines the core properties and abstract methods for melee weapon swings. Includes parameters for swing customization, trail rendering, and size scaling.

```csharp
internal abstract class BaseSwing : BaseHeldProj
{
    // Swing parameters
    public float Length = 60;
    public float Rotation;
    protected float speed;
    protected int maxSwingTime = 22;
    protected int Time;

    // Trail rendering settings
    protected int drawTrailCount = 15;
    protected float drawTrailTopWidth = 50;
    protected float drawTrailBtommWidth = 70;
    protected bool canDrawSlashTrail = false;

    // Melee size scaling
    public bool AffectedMeleeSize = true;
    public float MeleeSize => AffectedMeleeSize ? _meleeSize * OtherMeleeSize : 1f;

    // Texture paths for slash effects
    public virtual string trailTexturePath => "";
    public virtual string gradientTexturePath => "";

    /// <summary>
    /// Implements standard swing behavior with acceleration curves
    /// </summary>
    public virtual void SwingBehavior(float starArg = 33, float baseSwingSpeed = 4,
        float ler1_UpLengthSengs = 0.08f, float ler1_UpSpeedSengs = 0.1f,
        float ler1_UpSizeSengs = 0.012f,
        float ler2_DownLengthSengs = 0.01f, float ler2_DownSpeedSengs = 0.1f,
        float ler2_DownSizeSengs = 0,
        int minClampLength = 0, int maxClampLength = 0,
        int ler1Time = 0, int maxSwingTime = 0)
    {
        float speedUp = SwingMultiplication;

        if (Time == 0) {
            Rotation = MathHelper.ToRadians(starArg * -Owner.direction);
            startVector = RodingToVer(1, Projectile.velocity.ToRotation()
                - MathHelper.PiOver2 * Projectile.spriteDirection);
            speed = MathHelper.ToRadians(baseSwingSpeed) / speedUp;
        }

        // Phase 1: Acceleration
        if (Time < ler1Time * speedUp) {
            Length *= 1 + ler1_UpLengthSengs / UpdateRate;
            Rotation += speed * Projectile.spriteDirection;
            speed *= 1 + ler1_UpSpeedSengs / UpdateRate;
            Projectile.scale += ler1_UpSizeSengs;
        }
        // Phase 2: Deceleration
        else {
            Length *= 1 - ler2_DownLengthSengs / UpdateRate;
            Rotation += speed * Projectile.spriteDirection;
            speed *= 1 - ler2_DownSpeedSengs / UpdateRate / speedUp;
            Projectile.scale -= ler2_DownSizeSengs;
        }

        vector = startVector.RotatedBy(Rotation) * Length;

        if (Time >= maxSwingTime * UpdateRate * speedUp) {
            Projectile.Kill();
        }
    }

    /// <summary>
    /// Implements stab/thrust behavior for spears
    /// </summary>
    public void StabBehavior(float initialLength = float.MaxValue,
        float initialSpeedFactor = 0.4f, float speedDecayRate = 0.015f,
        int lifetime = 0, float initialScale = 1,
        int minLength = 60, int maxLength = 90)
    {
        if (Time == 0) {
            if (initialLength != float.MaxValue) Length = initialLength;
            startVector = Projectile.velocity.UnitVector();
            speed = 1 + initialSpeedFactor / UpdateRate / SwingMultiplication;
        }

        Length *= speed;
        vector = startVector * Length * SwingMultiplication;
        speed -= speedDecayRate / UpdateRate;

        if (Time >= lifetime * UpdateRate * SwingMultiplication) {
            Projectile.Kill();
        }
    }

    /// <summary>
    /// Draws the slash trail using GPU-accelerated rendering
    /// </summary>
    public virtual void DrawSlashTrail() {
        List<VertexPositionColorTexture> bars = [];
        GetCurrentTrailCount(out float count);

        for (int i = 0; i < count; i++) {
            if (oldRotate[i] == 100f) continue;

            float factor = 1f - i / count;
            Vector2 Center = GetInOwnerDrawOrigPosition();
            Vector2 Top = Center + oldRotate[i].ToRotationVector2()
                * (oldLength[i] + drawTrailTopWidth * meleeSizeAsymptotic + oldDistanceToOwner[i]);
            Vector2 Bottom = Center + oldRotate[i].ToRotationVector2()
                * (oldLength[i] - ControlTrailBottomWidth(factor) + oldDistanceToOwner[i]);

            var topColor = Color.Lerp(new Color(238, 218, 130, 200),
                new Color(167, 127, 95, 0), 1 - factor);
            var bottomColor = Color.Lerp(new Color(109, 73, 86, 200),
                new Color(83, 16, 85, 0), 1 - factor);
            bars.Add(new VertexPositionColorTexture(Top.ToVector3(), topColor, new Vector2(factor, 0)));
            bars.Add(new VertexPositionColorTexture(Bottom.ToVector3(), bottomColor, new Vector2(factor, 1)));
        }

        if (bars.Count > 2) {
            DrawTrailHander(bars, Main.graphics.GraphicsDevice,
                BlendState.NonPremultiplied, SamplerState.PointWrap, RasterizerState.CullNone);
        }
    }
}
```

--------------------------------

### BaseBow Class Definition

Source: https://context7.com/hocha113/calamityoverhaul/llms.txt

Defines the fundamental properties and methods for a bow weapon, including aiming parameters, arrow drawing settings, bowstring data, and core actions like shooting and drawing.

```csharp
public abstract class BaseBow : BaseHeldRanged
{
    // Arm positioning
    public int ArmRotSengsFrontBaseValue = 60;
    public int ArmRotSengsBackBaseValue = 70;
    public float AimingAnimationSpeed = 0.1f;

    // Arrow drawing settings
    public bool BowArrowDrawBool = true;
    public int BowArrowDrawNum = 1;
    protected int DrawArrowMode = -20;

    // Bowstring data for rendering
    public BowstringDataStruct BowstringData = new();

    /// <summary>
    /// Override to implement bow firing
    /// </summary>
    public virtual void BowShoot() {
        int proj = Projectile.NewProjectile(Source,
            Projectile.Center + FireOffsetPos,
            ShootVelocity + FireOffsetVector,
            AmmoTypes, WeaponDamage, WeaponKnockback, Owner.whoAmI, 0);
        Main.projectile[proj].CWR().SpanTypes = (byte)ShootSpanTypeValue;
        Main.projectile[proj].rotation = Main.projectile[proj].velocity.ToRotation()
            + MathHelper.PiOver2;
    }

    /// <summary>
    /// Draws the bowstring with bezier curve
    /// </summary>
    public virtual void DrawBowstring(Vector2 drawPos) {
        BowstringData.Points = new Vector2[3];
        Vector2 toProjRot = Projectile.rotation.ToRotationVector2();
        Vector2 bowPos = drawPos - toProjRot * (TextureValue.Width / 2 - 1);

        float lengsOFstValue = ShootCoolingValue / Item.useTime * 16;

        BowstringData.Points[0] = /* top position */;
        BowstringData.Points[1] = bowPos - toProjRot * lengsOFstValue;  // Pull point
        BowstringData.Points[2] = /* bottom position */;

        List<Vector2> pathPoints = Trail.GenerateSmoothPath(BowstringData.Points, Vector2.Zero, 88);
        if (pathPoints.Count >= 2) {
            Trail.GenerateInterleavedMesh(pathPoints,
                BowstringData.thicknessEvaluator,
                BowstringData.colorEvaluator,
                out ColoredVertex[] vertices, out short[] indices,
                handlerTexturePoss: HanderBowstringTexturePoss);
            Trail.DrawUserPrimitives(vertices, indices);
        }
    }

    /// <summary>
    /// Constrains bow angle for mounted weapons
    /// </summary>
    public void LimitingAngle(int minrot = 50, int maxrot = 130) {
        float minRot = MathHelper.ToRadians(minrot);
        float maxRot = MathHelper.ToRadians(maxrot);
        Projectile.rotation = MathHelper.Clamp(ToMouseA + MathHelper.Pi, minRot, maxRot) - MathHelper.Pi;
        Projectile.Center = Owner.GetPlayerStabilityCenter()
            + Projectile.rotation.ToRotationVector2() * HandheldDistance;
    }
}
```

--------------------------------

### BaseFeederGun Class Definition

Source: https://context7.com/hocha113/calamityoverhaul/llms.txt

Defines the abstract BaseFeederGun class, extending BaseGun and implementing core magazine and reload functionalities. Includes properties for ammo state, reload timing, and animation styles.

```csharp
public abstract class BaseFeederGun : BaseGun
{
    // Magazine state tracking
    internal AmmoState AmmoState;
    internal bool OnKreload;
    internal int KreloadMaxTime { get; set; } = 60;
    protected int kreloadTimeValue;

    // Reload settings
    protected bool ReturnRemainingBullets = true;
    protected int MinimumAmmoPerReload = 1;
    protected int LoadingQuantity = 0;

    // Animation style enum
    public LoadingAmmoAnimationEnum LoadingAmmoAnimation = LoadingAmmoAnimationEnum.None;

    // Bullet count property linked to item data
    protected int BulletNum {
        get => Item.CWR()?.NumberBullets ?? 0;
        set { if (Item.CWR() != null) Item.CWR().NumberBullets = value; }
    }

    /// <summary>
    /// Loads bullets into the magazine from player inventory
    /// </summary>
    public virtual void LoadBulletsIntoMagazine() {
        CWRItem cwrItems = Item.CWR();
        int quantity = LoadingQuantity > 0 ? LoadingQuantity : cwrItems.AmmoCapacity;
        if (BulletNum < cwrItems.AmmoCapacity) {
            AmmoState = Owner.GetAmmoState(Item.useAmmo);
            foreach (var ammo in AmmoState.CurrentItems) {
                cwrItems.LoadenMagazine(ammo, LoadingQuantity);
                if (BulletNum >= quantity) break;
            }
        }
    }

    /// <summary>
    /// Updates magazine after firing, handles ammo consumption
    /// </summary>
    public void UpdateMagazineContents() {
        if (!MagazineSystem) {
            UpdateConsumeAmmo();
            return;
        }

        CWRItem cwrItems = Item.CWR();
        if (cwrItems.MagazineContents.Length <= 0) {
            cwrItems.InitializeMagazine();
            IsKreload = false;
            return;
        }

        if (IsKreload) {
            Item targetAmmo = cwrItems.GetSelectedBullets();
            targetAmmo.stack--;
            if (targetAmmo.stack <= 0) {
                cwrItems.SetMagazine(cwrItems.MagazineContents);
            } else {
                cwrItems.CalculateNumberBullet();
            }
        }
    }

    /// <summary>
    /// Handles empty magazine feedback
    /// </summary>
    public virtual void HandleEmptyAmmoEjection() {
        SoundEngine.PlaySound(CWRSound.Ejection, Projectile.Center);
        string textKey = Item.useAmmo switch {
            AmmoID.Coin => "CaseEjection_TextContent_Coin",
            AmmoID.Arrow => "CaseEjection_TextContent_Arrow",
            _ => "CaseEjection_TextContent"
        };
        CombatText.NewText(Owner.Hitbox, Color.Gold, CWRLocText.GetTextValue(textKey));
    }
}
```

=== COMPLETE CONTENT === This response contains all available snippets from this library. No additional content exists. Do not make further requests.