kite-algo-worker 0.7.0

Thin Python SDK for external Kite Algo strategy workers

Kite Algo Worker Python SDK

Kite Algo is a self-hosted algorithmic trading platform for Zerodha/Kite workflows. The Python SDK is the official client for external strategy workers — it calls only public worker API endpoints under /api/algo-workers/worker/* and never touches broker internals, paper-runtime internals, market-runtime internals, or the database directly.

The contract: strategy code owns decisions. Kite Algo owns execution, attribution, grouped accounting, protection state, and journal-visible truth.

Package status and install

python3 -m pip install kite-algo-worker==0.7.0

Extras:

python3 -m pip install "kite-algo-worker[dataframe]==0.7.0"
python3 -m pip install "kite-algo-worker[indicators]==0.7.0"

• base SDK: HTTP/WebSocket clients, typed models, order helpers
• dataframe extra: adds pandas + numpy for candles_to_df(...) and ohlcv_arrays(...)
• indicators extra: adds dataframe dependencies plus the indicator stack and optional numba

Pin to an immutable version in production.

Quick reference

Family	Primary calls
Connection + liveness	AlgoWorkerConfig, KiteAlgoWorkerClient, health(), heartbeat(...)
Run lifecycle	create_run(...), get_run(...), RunConfig, client.run(...), ManagedRun, claim_session(...), release_session(...), run_heartbeat(...)
Funds + run state	get_funds(...), get_run_funds(...), get_run_health_snapshot(...)
Market data	resolve_ticker(...), search_tickers(...), get_quotes(...), stream_ticks(...), get_candles(...), stream_candles(...), get_historical_candles(...)
Order types	equity/option market, limit, SL, SL-M across regular, AMO, CO, iceberg, auction varieties
Order placement	preview_order(...), place_order(...), cancel_order(...), modify_order(...), order builders
Basket execution	preview_basket(...), place_basket(...)
Safety + protection	safety_check(...), BackendProtection, update_backend_protection(...), patch_risk(...)
Grouped P&L + monitoring	get_run_pnl(...), stream_run_pnl(...), list_timeline(...), log_decision_event(...), stream_timeline(...)
Options namespace	client.options.*, resolver helpers, options run lifecycle
GTT helpers	place_gtt(...), list_gtts(), get_gtt(...), modify_gtt(...), delete_gtt(...)
Exits + recovery	exit_run(...), wait_for_history(...), warmup_history(...), polling helpers

Connection and authentication

AlgoWorkerConfig

The connection settings for the Kite Algo worker API.

Field	Type	Required	Description
base_url	str	yes	Backend URL, e.g. http://localhost:18777
token	str	yes	Worker token, sent as Authorization: Bearer <token>
timeout	float	no	HTTP timeout in seconds (default 10.0)
api_prefix	str	no	API prefix (default /api/algo-workers)

Client initialization

from kite_algo_worker import AlgoWorkerConfig, KiteAlgoWorkerClient

client = KiteAlgoWorkerClient(AlgoWorkerConfig(
    base_url="http://localhost:18777",
    token="kwa_...",
))

Environment variables

Variable	Purpose	Default
KITE_ALGO_API_BASE	Backend base URL	http://localhost:18777
KITE_ALGO_WORKER_TOKEN	Worker token	required
KITE_ALGO_ACCOUNT_SCOPE	Account scope, e.g. kite:paper-a or kite:<broker_id>	kite:paper-a
KITE_ALGO_EXECUTION_MODE	dry_run, paper, or live	dry_run
KITE_ALGO_ENABLE_LIVE	Live-mode acknowledgement	unset (refuses live without it)
KITE_ALGO_TIMEOUT	HTTP timeout seconds	10

Live-mode gate: The worker refuses live execution unless KITE_ALGO_ENABLE_LIVE=1 is set. This is an intentional safety guard.

Health check

client.health()
# Returns: {"status": "healthy"}

Run lifecycle

Every worker strategy operates under one stable strategy_run_id per lifecycle. The backend owns run identity, execution mode, attribution, and exit state.

Two lifecycle styles

Style	When to use	Session handling
Raw client	Simple scripts, one-shot tasks, full manual control	You manage everything explicitly
Managed lifecycle	Long-running workers, session-aware flows	client.run(...) manages claim/heartbeat/release

Both styles are valid and fully supported. The managed lifecycle is recommended for longer-lived workers because it handles session plumbing, but it never hides trading decisions.

---

Raw-client lifecycle

from kite_algo_worker import AlgoWorkerConfig, KiteAlgoWorkerClient, equity_market_order

client = KiteAlgoWorkerClient(AlgoWorkerConfig(
    base_url="http://localhost:18777",
    token="kwa_...",
))

# 1. Verify connectivity
client.health()

# 2. Create or recover the run
run = client.create_run(
    strategy_run_id="run_basic_equity_001",
    template_id="basic-equity",
    account_scope="kite:paper-a",
    execution_mode="paper",
    metadata={"strategy_family": "indicator_strategy", "strategy_name": "Basic Equity"},
)

# 3. Place an order
order = equity_market_order("INFY", "BUY", 1)
result = client.place_order(
    run["strategy_run_id"], order,
    idempotency_key="run_basic_equity_001:entry:001",
)

# 4. Read grouped P&L
pnl = client.get_run_pnl("run_basic_equity_001")
print(pnl["totals"]["net_pnl"])

# 5. Exit when done
client.exit_run("run_basic_equity_001", reason="strategy complete", idempotency_key="run_basic_equity_001:exit:001")

create_run(...)

Creates a strategy run or recovers an existing one by strategy_run_id.

Field	Type	Required	Description
template_id	str	yes	Strategy template identifier
account_scope	str	yes	Account scope, e.g. kite:paper-a
execution_mode	str	yes	dry_run, paper, or live
strategy_run_id	str	no	Stable run ID; generated if omitted
summary_fields	list[dict]	no	Display fields for the frontend run card
risk_schema	list[dict]	no	Editable risk controls shown in the frontend
allowed_actions	list[str]	no	Allowed worker actions (default: ["edit_risk", "exit_strategy"])
runtime_state	dict	no	Initial runtime state, e.g. {"risk": {...}}
metadata	dict	no	Strategy metadata; live runs must include strategy_family, strategy_name, entry_surface
backend_protection	BackendProtection	no	Optional backend-owned protection object

Response shape:

{
  "strategy_run_id": "run_basic_equity_001",
  "status": "open",
  "execution_mode": "paper",
  "account_scope": "kite:paper-a",
  "runtime_state": {"risk": {...}},
  "metadata": {"strategy_family": "...", "strategy_name": "..."}
}

get_run(...)

Recover the backend-owned run state after restarts.

run = client.get_run("run_basic_equity_001")

Returns the full run payload including status, execution_mode, runtime_state, metadata, and health fields.

Managed lifecycle

For longer-lived workers, use RunConfig, client.run(...), and ManagedRun.

from kite_algo_worker import AlgoWorkerConfig, KiteAlgoWorkerClient, RunConfig, equity_market_order

client = KiteAlgoWorkerClient(AlgoWorkerConfig(
    base_url="http://localhost:18777",
    token="kwa_...",
))

config = RunConfig(
    strategy_run_id="run_managed_001",
    template_id="managed-demo",
    account_scope="kite:paper-a",
    execution_mode="paper",
)

with client.run(config) as run:
    safety = run.safety_check()
    if not safety.can_trade:
        raise SystemExit(f"Blocked: {', '.join(safety.blocking_reasons) or safety.run_status}")

    run.place_order(
        equity_market_order("INFY", "BUY", 1),
        idempotency_key=f"{run.run_id}:entry:001",
        safety_token=safety.safety_token,
    )

    run.heartbeat(metrics={"last_signal": "entry-001"})

What client.run(...) does:

• claims the worker session (if claim_session=True)
• optionally sends an initial heartbeat (if heartbeat_on_enter=True)
• yields a ManagedRun bound to the session
• releases the session on exit (if release_on_exit=True)

What ManagedRun does NOT do:

• it does NOT auto-exit your strategy
• it does NOT auto-call safety_check()
• it does NOT make trading decisions

Session management (raw client)

If you prefer full control, manage sessions explicitly:

claim = client.claim_session("run_basic_equity_001")
nonce = claim["worker_session_nonce"]

client.run_heartbeat("run_basic_equity_001", session_nonce=nonce)

client.release_session("run_basic_equity_001", session_nonce=nonce)

Funds and run state

get_funds(...)

Account-level funds for the token's account scope. For paper runs this comes from the paper runtime account. For live runs this comes from broker margins through the backend-controlled live Kite session.

Parameter	Type	Required	Description
mode	str	no	"paper" (default) or "live"
account_scope	str	no	Override the token's default account scope

Response shape:

{
  "available": {"cash": 100000.0, "collateral": 0.0, "intraday_payin": 0.0},
  "utilized": {"debits": 0.0, "exposure": 0.0, "m2m": 0.0, "option_premium": 0.0, "span": 0.0, "holding_sales": 0.0, "turnover": 0.0},
  "net": 100000.0
}

funds = client.get_funds(mode="paper")
print(funds["net"])

get_run_funds(strategy_run_id)

Run-level usage derived from backend-owned grouped P&L legs plus optional allocation caps.

run_funds = client.get_run_funds("run_basic_equity_001")
remaining = run_funds.get("strategy", {}).get("allocation", {}).get("remaining")

Response shape:

{
  "strategy": {
    "allocation": {
      "cap": null,
      "cap_inr": null,
      "usage_gross_exposure": 0.0,
      "remaining": null
    }
  }
}

If run metadata includes allocation_cap or allocation_cap_inr, remaining is computed using current gross exposure as the usage basis.

get_run_health_snapshot(strategy_run_id)

Operational health for a specific run.

snapshot = client.get_run_health_snapshot("run_basic_equity_001")
print(snapshot.health_status, snapshot.session_status, snapshot.recovery_action_required)

Response fields: strategy_run_id, status, execution_mode, account_scope, heartbeat_age_sec, health_status, session_status, recovery_status, recovery_action_required, worker_session_claimed_at, last_heartbeat_at.

Market data

All market data is backend-owned. Workers never open their own broker websocket connections.

resolve_ticker(...) / search_tickers(...)

instrument = client.resolve_ticker("NSE:INFY")
results = client.search_tickers("NIFTY", exchange="NFO", limit=20)

get_quotes(...)

Parameter	Type	Required	Description
instruments	list[str|int]	yes	Instrument tokens or EXCH:SYMBOL strings
mode	str	no	"quote" (full), "ltp" (last price only), "full" (all fields)

Response: a quotes dict keyed by instrument identifier, each containing last_price, ohlc, depth, volume, etc.

quotes = client.get_quotes(["NSE:INFY", "NSE:RELIANCE"], mode="quote")
print(quotes["quotes"]["NSE:INFY"]["last_price"])

get_candles(...)

Parameter	Type	Required	Description
symbol_or_token	str|int	yes	Instrument symbol or token
interval	str	no	Candle interval (default "5minute")
lookback	int	no	Number of recent candles (default 50)

Response: candles list, optional current in-progress candle, is_stale flag.

candles = client.get_candles("NSE:INFY", interval="5minute", lookback=20)
for c in candles["candles"]:
    print(c["open"], c["high"], c["low"], c["close"])

get_historical_candles(...)

Parameter	Type	Required	Description
symbol_or_token	str|int	yes	Instrument
timeframe	str	no	"day", "5minute", etc.
from_date	str	no	ISO 8601 start
to_date	str	no	ISO 8601 end
ingest	bool	no	Trigger background ingestion for missing DB ranges
passthrough	bool	no	Fetch directly from Kite via the controlled system session

Response: candles, source (e.g. "db", "kite_passthrough"), ingestion metadata.

history = client.get_historical_candles(
    "NSE:INFY", timeframe="day",
    from_date="2026-01-01T00:00:00+05:30",
    to_date="2026-05-01T00:00:00+05:30",
    ingest=True,
)

Streaming

# Real-time tick stream (SSE)
for event in client.stream_ticks(["NSE:INFY"], mode="quote"):
    for tick in event.get("ticks", []):
        print(tick["last_price"])

# Real-time candle stream (SSE)
for event in client.stream_candles("NSE:INFY", interval="5minute"):
    candle = event.get("current") or event
    if candle:
        print(candle["close"], candle["is_complete"])

Order types

Order type reference

order_type	Required fields	Optional fields	Notes
MARKET	exchange, tradingsymbol, transaction_type, product, quantity	disclosed_quantity, market_protection	Default variety is regular
LIMIT	...plus price	disclosed_quantity
SL	...plus price, trigger_price	disclosed_quantity
SL-M	...plus trigger_price	disclosed_quantity, market_protection	price is 0 or omitted

Variety reference

variety	Behavior	Extra fields
regular	Standard day order	—
amo	After-market order, placed outside market hours	—
co	Cover order with mandatory stoploss	squareoff, stoploss, trailing_stoploss
iceberg	Sliced large order	iceberg_legs (2–10), iceberg_quantity
auction	Auction participation	auction_number

Product guide

product	Applicable to
CNC	Equity delivery
MIS	Intraday equity and F&O
NRML	F&O carry-forward
MTF	Margin trading facility (equity)

Validity guide

validity	Meaning	Extra field
DAY	Valid for the day (default)	—
IOC	Immediate or cancel	—
TTL	Time-to-live in minutes	validity_ttl (1–365)

Field constraints

• quantity must be a positive integer
• price is required for LIMIT and SL; omit or 0 for MARKET and SL-M
• trigger_price is required for SL and SL-M
• disclosed_quantity cannot exceed quantity
• market_protection allowed only for MARKET and SL-M; values: -1 or 0..100
• iceberg_legs: 2..10
• AMO cannot be combined with iceberg
• CO orders require squareoff and stoploss; trailing_stoploss is optional

Never send tag, tags, or attribution. The backend injects attribution metadata.

Order placement

preview_order(...)

Dry-run order validation without placing.

Field	Type	Required	Description
strategy_run_id	str	yes	Run identifier
order	dict	yes	Order payload dict
metadata	dict	no	Signal/context metadata

preview = client.preview_order(
    "run_basic_equity_001",
    {"exchange": "NSE", "tradingsymbol": "INFY", "transaction_type": "BUY",
     "variety": "regular", "product": "CNC", "order_type": "MARKET", "quantity": 1},
)

Response: margin estimate, charges breakdown, validation warnings.

place_order(...)

Field	Type	Required	Description
strategy_run_id	str	yes	Run identifier
order	dict	yes	Order payload
idempotency_key	str	yes	Deterministic key to prevent duplicates
metadata	dict	no	Signal/context metadata
safety_token	str	no	Token from safety_check() (managed lifecycle)
session_nonce	str	no	From claim_session() (raw-client managed session)

result = client.place_order(
    "run_basic_equity_001",
    {"exchange": "NSE", "tradingsymbol": "INFY", "transaction_type": "BUY",
     "variety": "regular", "product": "CNC", "order_type": "MARKET", "quantity": 1},
    idempotency_key="run_basic_equity_001:entry:001",
)

Response: order acceptance payload including order_id and status.

Idempotency: Use deterministic keys per intent (e.g. "run_id:entry:symbol:bar_index"). Replaying the same key returns the original result without placing a duplicate order.

cancel_order(...) / modify_order(...) / inspection

client.cancel_order("run_basic_equity_001", "250508000001")
client.modify_order("run_basic_equity_001", "250508000001", {"quantity": 2})
orders = client.list_orders("run_basic_equity_001")
trades = client.list_trades("run_basic_equity_001")

Basket execution

Place multiple orders as a single basket.

preview_basket(...)

Field	Type	Required	Description
strategy_run_id	str	yes	Run identifier
orders	list[dict]	yes	List of order payloads
metadata	dict	no	Context metadata
all_or_none	bool	no	If True, all legs must be valid (default False)

place_basket(...)

Field	Type	Required	Description
strategy_run_id	str	yes	Run identifier
orders	list[dict]	yes	List of order payloads
idempotency_key	str	yes	Deterministic basket key
metadata	dict	no	Context metadata
all_or_none	bool	no	Require all legs to succeed
dry_run	bool	no	Preview only, do not place
safety_token	str	no	From safety_check()
session_nonce	str	no	From claim_session()

from kite_algo_worker import equity_market_order

basket = client.place_basket(
    "run_basic_equity_001",
    [
        equity_market_order("INFY", "BUY", 1),
        equity_market_order("RELIANCE", "BUY", 1),
    ],
    idempotency_key="run_basic_equity_001:basket:001",
    all_or_none=True,
)

Response: basket acceptance with per-leg results.

Guardrails:

• all_or_none=True means the entire basket is rejected if any leg fails validation
• dry_run=True previews the basket without placing any orders — useful for live operations
• Basket keys should be as deterministic as single-order keys

Safety and protection

safety_check(strategy_run_id)

Gatekeeper for guarded trade actions. Must be called before placing orders in managed-lifecycle or session-aware flows.

Response fields:

Field	Type	Description
can_trade	bool	Whether the run is allowed to trade
safety_token	str|null	Opaque token; pass to the guarded action if present
token_expires_at	str|null	ISO 8601 expiry of the safety token
blocking_reasons	list[str]	Human-readable reasons why trading is blocked
run_status	str	Current run status
generic_protection	dict	Backend protection state
options_protection	dict	Options-specific protection state
evaluated_at	str	ISO 8601 timestamp

Safety flow

# Raw-client flow
claim = client.claim_session("run_managed_001")
safety = client.safety_check("run_managed_001")

if not safety.can_trade:
    raise SystemExit(f"Blocked: {safety.blocking_reasons}")

client.place_order(
    "run_managed_001",
    equity_market_order("INFY", "BUY", 1),
    idempotency_key="run_managed_001:entry:001",
    safety_token=safety.safety_token,
    session_nonce=claim["worker_session_nonce"],
)

Token expiry: If a safety_token is rejected (expired), reacquire it via a new safety_check() call. Do not retry with the stale token.

BackendProtection objects

from kite_algo_worker import BackendProtection, BasketProtection, OperationalProtection, ProtectedPosition

protection = BackendProtection(
    positions=[
        ProtectedPosition(
            symbol="NSE:INFY", product="CNC", side="BUY",
            quantity=1, entry_price=1500.0, stoploss_pct=2.0,
        )
    ],
    basket=BasketProtection(stoploss_pct=4.0),
    operations=OperationalProtection(exit_on_worker_stale=True, worker_stale_sec=300),
)

Protection constraints:

• product: CNC, MIS, or NRML
• side: BUY or SELL
• quantities and prices must be positive
• stale-worker limit: 30..86400 seconds
• MIS squareoff buffer: 0..3600 seconds

update_backend_protection(...) / patch_risk(...)

client.update_backend_protection("run_managed_001", protection, reason="rebalance")
client.patch_risk("run_managed_001", {"stop_loss_pct": 1.0}, reason="volatility adjustment")

Grouped P&L and monitoring

get_run_pnl(strategy_run_id)

Backend-owned grouped run P&L snapshot.

pnl = client.get_run_pnl("run_managed_001")
print(pnl["totals"]["net_pnl"])

Response fields:

Field	Description
totals	net_pnl, gross_pnl, charges, brokerage, taxes
legs	Per-leg breakdown (empty for dry_run)
is_stale	True if the backend cannot fully confirm live marks

dry_run returns zero totals and no legs. paper returns grouped paper run P&L. live returns grouped attributed live P&L with charges and live-leg breakdown.

stream_run_pnl(strategy_run_id, interval_seconds=1.0)

SSE stream of grouped run-level P&L updates.

for update in client.stream_run_pnl("run_managed_001", interval_seconds=1.0):
    print(update["totals"]["net_pnl"])

list_timeline(strategy_run_id, **params)

Worker-visible run event history.

Parameter	Type	Description
after_cursor	int	Paginate after this cursor
limit	int	Max events to return
event_kind	str	Filter: "execution", "decision", "protection"

timeline = client.list_timeline_snapshot("run_managed_001", limit=20)
for event in timeline.events:
    print(event.event_type, event.summary)

log_decision_event(strategy_run_id, **payload)

Record a worker decision to the backend-owned timeline.

Field	Type	Required	Description
event_type	str	yes	e.g. "signal.generated", "risk.updated"
summary	str	yes	One-line description
details	dict	no	Structured context
related_resource_type	str	no	Linked resource type
related_resource_id	str	no	Linked resource ID

client.log_decision_event(
    "run_managed_001",
    event_type="signal.generated",
    summary="EMA crossover detected on INFY 5min",
    details={"symbol": "INFY", "fast_ema": 1450.1, "slow_ema": 1448.3},
)

stream_timeline(strategy_run_id, **params)

SSE stream of timeline events.

for event in client.stream_timeline("run_managed_001"):
    print(event["event_type"], event.get("summary"))

Options workflows

Worker options flows use the client.options namespace and resolver helpers. This keeps option selection backend-backed and avoids ad-hoc strike logic in every worker.

Options session and market data

client.options.ensure_session("NIFTY")
expiries = client.options.list_expiries("NIFTY")
chain = client.options.get_chain("NIFTY", expiry="current_week")
greeks = client.options.get_greeks("NIFTY", expiry="nearest")

Resolver helpers

Backend-backed helpers that resolve contracts into OptionExecutionLeg payloads.

from kite_algo_worker import (
    resolve_option_leg,
    resolve_offset_leg,
    resolve_delta_leg,
    resolve_spread,
    SpreadLegSelection,
    SpreadSpec,
)

# Single leg by explicit selection
leg = resolve_option_leg(
    client.options, underlying="NIFTY", product="MIS", expiry="current_week",
    selection={"option_type": "CE", "strike": 25000},
    transaction_type="BUY", lots=1,
)

# By offset from ATM
leg = resolve_offset_leg(
    client.options, underlying="NIFTY", product="MIS", expiry="current_week",
    option_type="CE", offset="ATM", transaction_type="BUY",
)

# By delta target
leg = resolve_delta_leg(
    client.options, underlying="NIFTY", product="MIS", expiry="current_week",
    option_type="CE", delta_target=0.30, transaction_type="SELL",
)

# Spread
spread = resolve_spread(
    client.options, underlying="NIFTY", product="MIS",
    spec=SpreadSpec(
        spread_type="vertical_call_spread", expiry="current_week",
        legs=[
            SpreadLegSelection(selection={"option_type": "CE", "moneyness": "ATM"}, transaction_type="SELL"),
            SpreadLegSelection(selection={"option_type": "CE", "moneyness": "+1_strike"}, transaction_type="BUY"),
        ],
    ),
)

Important: The resolver helpers construct payloads but do NOT auto-create runs or place trades. You still own the run creation and entry/exit decisions explicitly.

Options run lifecycle

# Create
option_run = client.options.create_run(
    strategy_name="Bull Call Spread",
    product="MIS",
    legs=[leg.model_dump(exclude_none=True) for leg in spread],
    protection={"stoploss_pct": 2.0},
)

# Preview entry
preview = client.options.preview_entry(option_run["strategy_run_id"])

# Enter (safety-checked)
enter_result = client.options.enter(
    option_run["strategy_run_id"],
    safety_token=safety.safety_token,
    session_nonce=run.session_nonce,
)

# Protection state
state = client.options.get_protection_state(option_run["strategy_run_id"])

# Exit
client.options.exit(option_run["strategy_run_id"])

GTT helpers

Account-scoped GTT (Good Till Triggered) helpers. These are worker-safe backend passthrough calls — they do not create local state or hidden automation.

place_gtt(...)

Field	Type	Required	Description
type	str	yes	"single" or "two-leg"
condition	dict	yes	Trigger condition (exchange, tradingsymbol, trigger_values, last_price)
orders	list[dict]	yes	Orders to place when triggered

Response: trigger_id (int).

result = client.place_gtt_snapshot({
    "type": "single",
    "condition": {
        "exchange": "NSE", "tradingsymbol": "INFY",
        "trigger_values": [1450.0], "last_price": 1448.0,
    },
    "orders": [{
        "exchange": "NSE", "tradingsymbol": "INFY",
        "transaction_type": "BUY", "quantity": 1,
        "order_type": "LIMIT", "product": "CNC", "price": 1450.0,
    }],
})

trigger = client.get_gtt_snapshot(result.trigger_id)
print(trigger.id, trigger.status)

list / get / modify / delete

triggers = client.list_gtts()
client.get_gtt(123)
client.modify_gtt(123, {"condition": {"trigger_values": [1460.0], "last_price": 1455.0}})
client.delete_gtt(123)

Exits and recovery

exit_run(...)

Field	Type	Required	Description
strategy_run_id	str	yes	Run identifier
reason	str	no	Human-readable reason
idempotency_key	str	no	Deterministic exit key
dry_run	bool	no	Preview exit without placing orders (safe for live)

client.exit_run(
    "run_basic_equity_001",
    reason="target reached",
    idempotency_key="run_basic_equity_001:exit:target",
)

For live runs: use dry_run=True first to preview the exit without sending live orders.

Recovery helpers

Small polling helpers for warmup and recovery flows.

from kite_algo_worker import wait_for_history, warmup_history, wait_for_terminal_order_state

# Poll until historical candles are available
history = wait_for_history(client, "NSE:INFY", timeframe="day", attempts=10)

# Poll until minimum candle count for indicator warmup
history = warmup_history(client, "NSE:INFY", timeframe="5minute", min_candles=50)

# Poll until an order reaches a terminal state
order = wait_for_terminal_order_state(client, "run_basic_equity_001", "250508000001")

Additional helpers: wait_for_fresh_candle(...), wait_for_quotes(...), preview_then_place_order(...).

Typical restart flow

1. get_run(strategy_run_id) — recover backend-owned run state
2. warmup_history(...) or get_historical_candles(...) — rebuild data context
3. rebuild local indicator state from historical candles
4. reconnect stream_ticks(...), stream_candles(...), or stream_run_pnl(...)

Order builder helpers

Thin convenience functions that produce standard order payloads. Use these instead of hand-writing full order dicts.

Equity

from kite_algo_worker import equity_market_order

equity_market_order("INFY", "BUY", 1)                         # CNC, NSE, regular
equity_market_order("INFY", "BUY", 1, product="MIS")           # intraday
equity_market_order("INFY", "BUY", 1, variety="amo")           # after-market

Generic builders

from kite_algo_worker import market_order, limit_order, sl_order, sl_m_order

market_order("NSE", "INFY", "BUY", "CNC", 1)
limit_order("NSE", "INFY", "BUY", "CNC", 1, price=1450.0)
sl_order("NSE", "INFY", "BUY", "CNC", 1, price=1450.0, trigger_price=1445.0)
sl_m_order("NSE", "INFY", "BUY", "CNC", 1, trigger_price=1445.0)

Options and AMO

from kite_algo_worker import option_market_order, amo_limit_order, amo_market_order

option_market_order("NIFTY26MAY25000CE", "BUY", 75, product="NRML")
amo_limit_order("NSE", "INFY", "BUY", "CNC", 1, price=1450.0)
amo_market_order("NSE", "INFY", "BUY", "CNC", 1)

Full control

from kite_algo_worker import OrderBuilder

OrderBuilder("NSE", "INFY", "BUY", "CNC", 1) \
    .market() \
    .regular() \
    .build()

All helpers accept optional fields: disclosed_quantity, market_protection, validity, validity_ttl, autoslice, and variety-specific fields.

Scenario-driven examples

Start with these canonical examples to understand the different worker patterns:

Example	Pattern	File
Basic equity	Raw-client baseline	examples/basic_equity_worker.py
Managed lifecycle	Session-aware worker	examples/managed_run_worker.py
Mean reversion	Indicator-driven strategy	examples/mean_reversion_worker.py
Options spread	Options workflow	examples/option_basket_worker.py
Live exit preview	Operational safety	examples/live_exit_preview.py
Signal-driven	External decision integration	examples/signal_driven_worker.py

All examples default to dry_run mode and require explicit live acknowledgement (KITE_ALGO_ENABLE_LIVE=1). They are runnable against a local or remote Kite Algo backend using environment variables.

Release conventions

• App/product tags: vX.Y.Z
• SDK package tags: kite-algo-worker-vX.Y.Z

The SDK has its own semantic version stream. Backend changes do not force SDK releases.

Publishing a new SDK release

1. Update sdk/python/pyproject.toml
2. Run python scripts/check_worker_sdk_version_refs.py
3. Run the SDK test suite
4. Build from sdk/python and run twine check
5. Create and push the matching kite-algo-worker-vX.Y.Z tag

The repo uses GitHub Actions trusted publishing for PyPI.