[META] Mainnet 10x bloated state benchmarks

flowchart TB

%% -----------------------
%% PHASE 1 – PREPARATION
%% -----------------------

subgraph Preparation
A[Review previous Bloatnet work]
B[Select baseline mainnet snapshot]
C[Establish metrics for DB size and structure]
D[Collect data about detailed mainnet structure]
end

A --> C
B --> D
C --> D

%% -----------------------
%% PHASE 2 – BLOATING TOOLING
%% -----------------------

subgraph Bloating Tooling
E[Implement efficient bloating method]
F[Prepare a set of transactions for bloating]
G[Collect new payloads for bloating]
end

D --> F
E --> G
F --> G

%% -----------------------
%% PHASE 3 – STATE GENERATION PIPELINE
%% -----------------------

subgraph State Generation
H[Generate 1.5x mainnet bloated state]
I[Test snap sync on 1.5x state]

J[Generate 2x mainnet bloated state]
K[Test snap sync on 2x state]

L[Generate 3x mainnet bloated state]
M[Test snap sync on 3x state]

N[Generate 5x mainnet bloated state]
O[Test snap sync on 5x state]

P[Generate 7x mainnet bloated state]
Q[Test snap sync on 7x state]

R[Generate 10x mainnet bloated state]
S[Test snap sync on 10x state]
end

G --> H
H --> I
I --> J
J --> K
K --> L
L --> M
M --> N
N --> O
O --> P
P --> Q
Q --> R
R --> S

%% -----------------------
%% PHASE 4 – TESTING & REPORT
%% -----------------------

subgraph Testing
T[Write new stateful tests]
U[Run benchmarks on every state size]
V[Write final report]
end

A --> T
I --> U
K --> U
M --> U
O --> U
Q --> U
S --> U

T --> U
U --> V

No files, tests, or entry points are named. Start by reviewing previous Bloatnet work, selecting a baseline mainnet snapshot, and defining database-size and structure metrics. Done means generating 1.5x through 10x states, testing snap sync at each size, running the benchmarks, and writing the final report.