.env.example

# Kaspa network configuration for local dev / static deploys
# Recommended for production/runtime switching: configure per-network endpoints
VITE_KAS_API_MAINNET=https://api.kaspa.org
VITE_KAS_API_TESTNET=https://api-tn10.kaspa.org
VITE_KAS_API_FALLBACKS_MAINNET=
VITE_KAS_API_FALLBACKS_TESTNET=
# Extension endpoint pools (comma-separated, used by extension/network/kaspaClient.ts)
VITE_KASPA_MAINNET_API_ENDPOINTS=https://api.kaspa.org
VITE_KASPA_TN10_API_ENDPOINTS=https://api-tn10.kaspa.org
VITE_KASPA_TN11_API_ENDPOINTS=https://api-tn11.kaspa.org
VITE_KASPA_TN12_API_ENDPOINTS=https://api-tn12.kaspa.org
# Optional provider preset pools (used by extension Security tab presets)
# Defaults map to verified Kaspa L1 API roots so all presets work out-of-box.
# Override these to route through provider-specific infrastructure.
VITE_KASPA_IGRA_MAINNET_API_ENDPOINTS=https://api.kaspa.org
VITE_KASPA_IGRA_TN10_API_ENDPOINTS=https://api-tn10.kaspa.org
VITE_KASPA_IGRA_TN11_API_ENDPOINTS=https://api-tn11.kaspa.org
VITE_KASPA_IGRA_TN12_API_ENDPOINTS=https://api-tn12.kaspa.org
VITE_KASPA_KASPLEX_MAINNET_API_ENDPOINTS=https://api.kaspa.org
VITE_KASPA_KASPLEX_TN10_API_ENDPOINTS=https://api-tn10.kaspa.org
VITE_KASPA_KASPLEX_TN11_API_ENDPOINTS=https://api-tn11.kaspa.org
VITE_KASPA_KASPLEX_TN12_API_ENDPOINTS=https://api-tn12.kaspa.org
# Extension pending request controls (connect/sign queue hardening)
VITE_EXT_PENDING_REQUEST_TTL_MS=120000
VITE_EXT_PENDING_PER_ORIGIN=4
VITE_EXT_PENDING_TOTAL_MAX=40
VITE_EXT_PENDING_STRICT_GLOBAL_ORDER=false
# If true, background can open extension popup as a standalone window when
# chrome.action.openPopup() is unavailable. Keep false to avoid extra popup windows.
VITE_EXT_POPUP_WINDOW_FALLBACK=false
# Forge-OS connect policy:
# - true  => require extension-auth connect (popup approval / vault state)
# - false => allow managed-wallet localStorage fallback when extension transport is unavailable
VITE_FORGEOS_STRICT_EXTENSION_AUTH_CONNECT=true
# Extension send fee policy
# Fee = estimateFee * VITE_EXT_TX_FEE_SAFETY_BPS / 10000, clamped to min/max.
VITE_EXT_TX_FEE_SAFETY_BPS=11500
VITE_EXT_TX_FEE_MIN_SOMPI=1000
VITE_EXT_TX_FEE_MAX_SOMPI=200000000
VITE_KAS_EXPLORER_MAINNET=https://explorer.kaspa.org
VITE_KAS_EXPLORER_TESTNET=https://explorer-tn10.kaspa.org
VITE_KAS_WS_URL_MAINNET=
VITE_KAS_WS_URL_TESTNET=

# Legacy single-endpoint vars (still supported; scoped vars above take precedence)
VITE_KAS_API=https://api.kaspa.org
VITE_KAS_API_FALLBACKS=
VITE_KAS_EXPLORER=https://explorer.kaspa.org
VITE_KAS_NETWORK=mainnet
VITE_KAS_NETWORK_LABEL=Kaspa Mainnet
VITE_KAS_WS_URL=
VITE_KASPIUM_DEEP_LINK_SCHEME=kaspium://
VITE_KAS_ENFORCE_WALLET_NETWORK=true
VITE_ACCUMULATE_ONLY=true

# Swap route source (live Kaspa-native default; can be overridden per deployment)
# route source: blocked | kaspa_native | evm_0x
VITE_SWAP_ENABLED=true
VITE_SWAP_ROUTE_SOURCE=kaspa_native
VITE_SWAP_DEX_ENDPOINT=
VITE_SWAP_KASPA_NATIVE_QUOTE_PATH=/quote
VITE_SWAP_KASPA_NATIVE_EXECUTE_PATH=/execute
VITE_SWAP_KASPA_NATIVE_STATUS_PATH=/status
VITE_SWAP_KASPA_NATIVE_TIMEOUT_MS=12000
VITE_SWAP_KRC_TOKEN_METADATA_ENDPOINTS=
VITE_SWAP_KRC_TOKEN_METADATA_CACHE_TTL_MS=20000
VITE_SWAP_KRC_TOKEN_METADATA_CACHE_MAX_ENTRIES=512
VITE_SWAP_KRC_TOKEN_METADATA_ENDPOINT_SUCCESS_REWARD=12
VITE_SWAP_KRC_TOKEN_METADATA_ENDPOINT_FAILURE_PENALTY=35
VITE_SWAP_KRC_TOKEN_METADATA_ENDPOINT_TIMEOUT_PENALTY=55
VITE_SWAP_KRC_TOKEN_METADATA_ENDPOINT_MISS_PENALTY=8
VITE_SWAP_KRC_TOKEN_METADATA_ENDPOINT_LATENCY_PENALTY_PER_100MS=2
VITE_SWAP_KRC_TOKEN_METADATA_ENDPOINT_DECAY_TAU_MS=120000
VITE_SWAP_KRC_TOKEN_METADATA_ENDPOINT_BACKOFF_BASE_MS=1500
VITE_SWAP_KRC_TOKEN_METADATA_ENDPOINT_BACKOFF_MAX_MS=30000
VITE_SWAP_MAX_SLIPPAGE_BPS=500
VITE_SWAP_DEFAULT_SLIPPAGE_BPS=50
VITE_SWAP_EVM_CHAIN_IDS=1
VITE_SWAP_REQUIRE_EXTERNAL_EVM_SIGNER=true
VITE_SWAP_ZEROX_QUOTE_ENDPOINT=https://api.0x.org/swap/allowance-holder/quote
VITE_SWAP_ZEROX_API_KEY=
VITE_SWAP_ZEROX_EXPECTED_SETTLER_TO=
VITE_SWAP_ZEROX_EXPECTED_ALLOWANCE_SPENDER=
VITE_SWAP_SETTLEMENT_CONFIRMATIONS=2
VITE_SWAP_SETTLEMENT_POLL_MS=4000
VITE_SWAP_SETTLEMENT_TIMEOUT_MS=240000

# Optional: network-specific treasury and accumulation vault addresses
VITE_TREASURY_ADDRESS_MAINNET=kaspa:qpv7fcvdlz6th4hqjtm9qkkms2dw0raem963x3hm8glu3kjgj7922vy69hv85
VITE_TREASURY_ADDRESS_TESTNET=kaspatest:qpqz2vxj23kvh0m73ta2jjn2u4cv4tlufqns2eap8mxyyt0rvrxy6ejkful67
VITE_ACCUMULATION_ADDRESS_MAINNET=kaspa:qpv7fcvdlz6th4hqjtm9qkkms2dw0raem963x3hm8glu3kjgj7922vy69hv85
VITE_ACCUMULATION_ADDRESS_TESTNET=kaspatest:qpqz2vxj23kvh0m73ta2jjn2u4cv4tlufqns2eap8mxyyt0rvrxy6ejkful67

# Optional demo wallet addresses for WalletGate demo mode
VITE_DEMO_ADDRESS_MAINNET=kaspa:qpv7fcvdlz6th4hqjtm9qkkms2dw0raem963x3hm8glu3kjgj7922vy69hv85
VITE_DEMO_ADDRESS_TESTNET=kaspatest:qpqz2vxj23kvh0m73ta2jjn2u4cv4tlufqns2eap8mxyyt0rvrxy6ejkful67

# Fee routing
VITE_FEE_RATE=0.20
VITE_TREASURY_SPLIT=0.30
# If true, ForgeOS attempts a separate on-chain micro-transfer of the treasury fee share after each executed action
VITE_TREASURY_FEE_ONCHAIN_ENABLED=true

# AI engine configuration
# Recommended for production: point to your backend proxy endpoint
VITE_AI_API_URL=https://api.anthropic.com/v1/messages
VITE_AI_MODEL=claude-sonnet-4-20250514
VITE_ANTHROPIC_API_KEY=
VITE_AI_FALLBACK_ENABLED=true
# For strict real-AI-only behavior, set:
# VITE_AI_OVERLAY_MODE=always
# VITE_AI_FALLBACK_ENABLED=false
# AI overlay policy for quant-core + AI hybrid engine:
# - always: call real AI every cycle
# - adaptive: call real AI on uncertain/sensitive regimes, reuse cache otherwise
# - off: quant-core only
VITE_AI_OVERLAY_MODE=always
# Minimum spacing between AI overlay calls for the same agent/state signature
VITE_AI_OVERLAY_MIN_INTERVAL_MS=15000
# Max age for cached AI overlay reuse (adaptive mode / transient AI failures)
VITE_AI_OVERLAY_CACHE_TTL_MS=45000
# Soft timeout for AI overlay requests (kept low for cycle latency)
VITE_AI_SOFT_TIMEOUT_MS=2200
# Retry attempts for transient AI transport/API failures (429/5xx/network)
VITE_AI_MAX_ATTEMPTS=2
# Run quant+AI engine in Web Worker (recommended for many agents/tabs)
VITE_QUANT_WORKER_ENABLED=true
# Worker request timeout before fallback to main-thread quant engine
VITE_QUANT_WORKER_SOFT_TIMEOUT_MS=8000
# Experimental: enable Kastle raw-tx path (signAndBroadcastTx) for multi-output / treasury-combined sends
VITE_KASTLE_RAW_TX_ENABLED=false
# Optional backend tx-builder service for automatic Kastle txJson generation
VITE_KASTLE_TX_BUILDER_URL=
VITE_KASTLE_TX_BUILDER_TOKEN=
VITE_KASTLE_TX_BUILDER_TIMEOUT_MS=12000
# If true, fail immediately on tx-builder errors instead of falling back to bridge/manual txJson input
VITE_KASTLE_TX_BUILDER_STRICT=false
# Allow manual txJson prompt fallback for Kastle raw multi-output path when no tx builder bridge is injected
VITE_KASTLE_RAW_TX_MANUAL_JSON_PROMPT_ENABLED=true
# Optional backend receipt import (callback-consumer or compatible service) to drive UI PnL with backend confirmations/fees/slippage
VITE_EXECUTION_RECEIPT_IMPORT_ENABLED=true
VITE_EXECUTION_RECEIPT_API_URL=
VITE_EXECUTION_RECEIPT_API_TOKEN=
VITE_EXECUTION_RECEIPT_API_TIMEOUT_MS=4000
VITE_EXECUTION_RECEIPT_SSE_ENABLED=true
VITE_EXECUTION_RECEIPT_SSE_URL=
VITE_EXECUTION_RECEIPT_SSE_REPLAY=true
VITE_EXECUTION_RECEIPT_SSE_REPLAY_LIMIT=100
VITE_PNL_REALIZED_MIN_CONFIRMATIONS=1
# Optional JSON policy to raise realized confirmation floors by action/risk/amount tier.
# Example: {"base":1,"byAction":{"REDUCE":2},"byRisk":{"HIGH":3},"amountTiersKas":[{"minAmountKas":25,"minConfirmations":4}]}
VITE_PNL_REALIZED_CONFIRMATION_POLICY_JSON=
# Degrade "realized" attribution to hybrid when backend-vs-chain receipt mismatch rate is too high
VITE_RECEIPT_CONSISTENCY_DEGRADE_MIN_CHECKS=6
VITE_RECEIPT_CONSISTENCY_DEGRADE_MISMATCH_RATE_PCT=20
VITE_RECEIPT_CONSISTENCY_BLOCK_AUTO_APPROVE_ON_DEGRADED=true
# Calibration guardrails: scale ACCUMULATE sizing first, then disable auto-approve if health falls too low
VITE_CALIBRATION_GUARDRAILS_ENABLED=true
VITE_CALIBRATION_MIN_SAMPLES=12
VITE_CALIBRATION_BRIER_WARN=0.24
VITE_CALIBRATION_BRIER_CRITICAL=0.34
VITE_CALIBRATION_EV_CAL_ERROR_WARN_PCT=2.0
VITE_CALIBRATION_EV_CAL_ERROR_CRITICAL_PCT=5.0
VITE_CALIBRATION_REGIME_HIT_MIN_PCT=55
VITE_CALIBRATION_REGIME_HIT_CRITICAL_PCT=46
VITE_CALIBRATION_SIZE_MULTIPLIER_WARN=0.85
VITE_CALIBRATION_SIZE_MULTIPLIER_DEGRADED=0.6
VITE_CALIBRATION_SIZE_MULTIPLIER_CRITICAL=0.35
VITE_CALIBRATION_AUTO_APPROVE_DISABLE_HEALTH_BELOW=0.4
# Require a minimum sizing reduction before calibration guardrails disable auto-approve.
VITE_CALIBRATION_AUTO_APPROVE_DISABLE_MIN_SIZE_REDUCTION_PCT=0.1

# Optional backend audit signer (server-side cryptographic signatures for decision audit records)
# Set to full sign endpoint, e.g. http://127.0.0.1:8797/v1/audit-sign
VITE_DECISION_AUDIT_SIGNER_URL=
VITE_DECISION_AUDIT_SIGNER_TOKEN=
VITE_DECISION_AUDIT_SIGNER_TIMEOUT_MS=1500
VITE_DECISION_AUDIT_SIGNER_REQUIRED=false
# Optional UI-side verification/pinning for cryptographic decision audit signatures
VITE_DECISION_AUDIT_SIGNER_PUBLIC_KEY_URL=
VITE_DECISION_AUDIT_SIGNER_PUBLIC_KEY_CACHE_TTL_MS=300000
VITE_DECISION_AUDIT_SIGNER_PINNED_FINGERPRINTS=
VITE_DECISION_AUDIT_SIGNER_REQUIRE_PINNED=false

# Monetization / usage quota
VITE_FREE_CYCLES_PER_DAY=30
VITE_BILLING_UPGRADE_URL=
VITE_BILLING_CONTACT=

# Runtime automation (seconds between automatic cycles while RUNNING)
VITE_AUTO_CYCLE_SECONDS=120
# Safety default for transaction execution (recommended false)
VITE_LIVE_EXECUTION_DEFAULT=false

# Backend starter: AI proxy (server/ai-proxy)
AI_PROXY_ALLOWED_ORIGINS=*
AI_PROXY_MAX_QUEUE=1000
AI_PROXY_CONCURRENCY=4
AI_PROXY_RATE_LIMIT_WINDOW_MS=60000
AI_PROXY_RATE_LIMIT_MAX=30
ANTHROPIC_API_KEY=

# Backend starter: Scheduler (server/scheduler)
SCHEDULER_AUTH_TOKEN=
SCHEDULER_AUTH_TOKENS=
SCHEDULER_SERVICE_TOKENS_JSON=
SCHEDULER_JWT_HS256_SECRET=
SCHEDULER_JWT_ISSUER=
SCHEDULER_JWT_AUDIENCE=
# Optional OIDC discovery (RS256 JWT via issuer -> jwks_uri); direct SCHEDULER_JWKS_URL takes precedence if set
SCHEDULER_OIDC_ISSUER=
SCHEDULER_OIDC_DISCOVERY_TTL_MS=300000
SCHEDULER_JWKS_URL=
SCHEDULER_JWKS_CACHE_TTL_MS=300000
SCHEDULER_AUTH_HTTP_TIMEOUT_MS=5000
SCHEDULER_JWKS_ALLOWED_KIDS=
SCHEDULER_JWKS_REQUIRE_PINNED_KID=false
SCHEDULER_AUTH_READS=false
SCHEDULER_ALLOWED_ORIGINS=*
SCHEDULER_REDIS_URL=
SCHEDULER_REDIS_PREFIX=forgeos:scheduler
SCHEDULER_REDIS_CONNECT_TIMEOUT_MS=2000
SCHEDULER_REDIS_AUTHORITATIVE_QUEUE=true
SCHEDULER_REDIS_RESET_EXEC_QUEUE_ON_BOOT=false
SCHEDULER_INSTANCE_ID=
SCHEDULER_LEADER_LOCK_TTL_MS=5000
SCHEDULER_LEADER_LOCK_RENEW_MS=2500
SCHEDULER_LEADER_LOCK_RENEW_JITTER_MS=250
SCHEDULER_LEADER_ACQUIRE_BACKOFF_MIN_MS=150
SCHEDULER_LEADER_ACQUIRE_BACKOFF_MAX_MS=2000
SCHEDULER_JOB_LEASE_TTL_MS=15000
SCHEDULER_MAX_DUE_CLAIMS_PER_TICK=8
SCHEDULER_REDIS_EXEC_LEASE_TTL_MS=30000
SCHEDULER_REDIS_EXEC_REQUEUE_BATCH=16
SCHEDULER_CALLBACK_IDEMPOTENCY_TTL_MS=86400000
SCHEDULER_QUOTA_WINDOW_MS=60000
SCHEDULER_QUOTA_READ_MAX=600
SCHEDULER_QUOTA_WRITE_MAX=240
SCHEDULER_QUOTA_TICK_MAX=60

# Backend starter: Tx Builder (server/tx-builder) for automatic Kastle txJson generation
TX_BUILDER_AUTH_TOKEN=
TX_BUILDER_AUTH_TOKENS=
TX_BUILDER_AUTH_READS=false
TX_BUILDER_ALLOWED_ORIGINS=*
# Mode 1: command hook (preferred for local builder integration)
TX_BUILDER_COMMAND=
TX_BUILDER_COMMAND_TIMEOUT_MS=15000
# Mode 0: local kaspa-wasm constructor (automatic Kastle txJson generation from Kaspa UTXOs)
TX_BUILDER_LOCAL_WASM_ENABLED=true
TX_BUILDER_LOCAL_WASM_JSON_KIND=transaction
TX_BUILDER_LOCAL_WASM_COIN_SELECTION=auto
TX_BUILDER_LOCAL_WASM_MAX_INPUTS=48
TX_BUILDER_LOCAL_WASM_ESTIMATED_NETWORK_FEE_SOMPI=20000
TX_BUILDER_LOCAL_WASM_PER_INPUT_FEE_BUFFER_SOMPI=1500
TX_BUILDER_LOCAL_WASM_EXTRA_SAFETY_BUFFER_SOMPI=5000
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_MODE=request_or_fixed
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_SOMPI=0
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_OUTPUT_BPS=5
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_PER_OUTPUT_SOMPI=2000
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_MIN_SOMPI=0
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_MAX_SOMPI=2500000
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_ADAPTIVE_RECEIPT_LAG_HIGH_MS=12000
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_ADAPTIVE_RECEIPT_LAG_CRITICAL_MS=45000
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_ADAPTIVE_RECEIPT_LAG_BUMP_SOMPI=4000
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_ADAPTIVE_SCHEDULER_CALLBACK_HIGH_MS=500
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_ADAPTIVE_SCHEDULER_CALLBACK_CRITICAL_MS=2500
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_ADAPTIVE_SCHEDULER_CALLBACK_BUMP_SOMPI=2500
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_ADAPTIVE_STALE_HARD_SAFETY_BUMP_SOMPI=12000
TX_BUILDER_LOCAL_WASM_PRIORITY_FEE_ADAPTIVE_STALE_HARD_SAFETY_PER_INPUT_SOMPI=800
TX_BUILDER_LOCAL_WASM_PREFER_CONSOLIDATION=true
TX_BUILDER_KAS_API_BASE=
TX_BUILDER_KAS_API_MAINNET=https://api.kaspa.org
TX_BUILDER_KAS_API_TESTNET=https://api-tn10.kaspa.org
TX_BUILDER_KAS_API_TIMEOUT_MS=12000
# Bundled command adapter (server/tx-builder/commands/kastle-http-bridge-command.mjs) upstream config
KASTLE_TX_BUILDER_COMMAND_UPSTREAM_URL=
KASTLE_TX_BUILDER_COMMAND_UPSTREAM_TOKEN=
KASTLE_TX_BUILDER_COMMAND_TIMEOUT_MS=15000
# Mode 2: upstream proxy
TX_BUILDER_UPSTREAM_URL=
TX_BUILDER_UPSTREAM_TOKEN=
TX_BUILDER_REQUEST_TIMEOUT_MS=15000
# Optional live telemetry summaries (tx-builder adaptive fee mode auto-feed)
TX_BUILDER_CALLBACK_CONSUMER_SUMMARY_URL=
TX_BUILDER_CALLBACK_CONSUMER_SUMMARY_TOKEN=
TX_BUILDER_SCHEDULER_SUMMARY_URL=
TX_BUILDER_SCHEDULER_SUMMARY_TOKEN=
TX_BUILDER_TELEMETRY_SUMMARY_TIMEOUT_MS=3000
TX_BUILDER_TELEMETRY_SUMMARY_TTL_MS=5000
TX_BUILDER_TELEMETRY_SUMMARY_STALE_SOFT_MS=15000
TX_BUILDER_TELEMETRY_SUMMARY_STALE_HARD_MS=60000
TX_BUILDER_TELEMETRY_SUMMARY_REQUIRE_FRESH=false
TX_BUILDER_TELEMETRY_SAFETY_WINDOW_SIZE=48
TX_BUILDER_TELEMETRY_SAFETY_MIN_BUILDS=8
TX_BUILDER_TELEMETRY_SAFETY_FALLBACK_SPIKE_RATIO=0.12
TX_BUILDER_TELEMETRY_SAFETY_ESCALATE_ON_STALE_HARD=true
# Debug/manual mode only (allows caller-supplied txJson passthrough)
TX_BUILDER_ALLOW_MANUAL_TXJSON=false

# Backend starter: Callback Consumer (server/callback-consumer) with fence/idempotency enforcement + receipt ingestion
CALLBACK_CONSUMER_AUTH_TOKEN=
CALLBACK_CONSUMER_AUTH_TOKENS=
CALLBACK_CONSUMER_AUTH_READS=false
CALLBACK_CONSUMER_ALLOWED_ORIGINS=*
CALLBACK_CONSUMER_REDIS_URL=
CALLBACK_CONSUMER_REDIS_PREFIX=forgeos:callback-consumer
CALLBACK_CONSUMER_REDIS_CONNECT_TIMEOUT_MS=2000
CALLBACK_CONSUMER_IDEMPOTENCY_TTL_MS=86400000
CALLBACK_CONSUMER_MAX_EVENTS=500
CALLBACK_CONSUMER_MAX_RECEIPTS=2000
CALLBACK_CONSUMER_RECEIPT_SSE_HEARTBEAT_MS=15000
CALLBACK_CONSUMER_RECEIPT_SSE_MAX_CLIENTS=200
CALLBACK_CONSUMER_RECEIPT_SSE_REPLAY_DEFAULT_LIMIT=100

# Backend starter: Audit Signer (server/audit-signer) for server-side / HSM-ready decision audit signatures
AUDIT_SIGNER_AUTH_TOKEN=
AUDIT_SIGNER_AUTH_TOKENS=
AUDIT_SIGNER_AUTH_READS=false
AUDIT_SIGNER_ALLOWED_ORIGINS=*
# Mode 1: local private key (Ed25519 recommended)
AUDIT_SIGNER_PRIVATE_KEY_PEM=
AUDIT_SIGNER_PRIVATE_KEY_PATH=
AUDIT_SIGNER_KEY_ID=
AUDIT_SIGNER_INCLUDE_PUBLIC_KEY=true
# Mode 2: external command (HSM/KMS/remote signer adapter)
AUDIT_SIGNER_COMMAND=
AUDIT_SIGNER_COMMAND_TIMEOUT_MS=5000
# Optional append-only JSONL decision audit export (hash-chained JSONL for external verification / replay)
AUDIT_SIGNER_APPEND_LOG_PATH=
AUDIT_SIGNER_APPEND_LOG_MAX_EXPORT_LINES=2000