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fix: mcp

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This commit is contained in:
Shotaro Nakamura
2026-06-21 17:51:50 +09:00
parent 207f9c2164
commit 614ea8a992
1 changed files with 262 additions and 183 deletions
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apps/csbie-server/src/routes/mcp.ts
+262 -183
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@@ -194,14 +194,16 @@ const boardOptionsSchema = issueOptionsSchema.extend({
.optional(),
})
const stockOrderBaseSchema = z.object({
issueCode: issueCodeSchema,
market: marketCodeSchema,
side: tradeSideSchema,
accountType: accountTypeSchema.optional(),
quantity: z.number().positive().describe('Order quantity'),
depositType: depositTypeSchema.optional(),
})
const stockOrderBaseSchema = z
.object({
issueCode: issueCodeSchema,
market: marketCodeSchema,
side: tradeSideSchema,
accountType: accountTypeSchema.optional(),
quantity: z.number().positive().describe('Order quantity'),
depositType: depositTypeSchema.optional(),
})
.strict()
const cashOrderPriceConditionSchema = z.enum([
'limit',
@@ -218,9 +220,14 @@ const cashOrderPriceConditionSchema = z.enum([
const cashOrderSchema = stockOrderBaseSchema.extend({
preOrderMarket: marketCodeSchema
.optional()
.describe('APK pre-order market for S-kabu; live S-kabu orders still send STK'),
.describe(
'Original listed market for S-kabu checks, such as XTKS. For S-kabu live orders set kind: "s", market: "STK", and preOrderMarket to the listed market.',
),
price: z.number().positive().optional().describe('Order price for price-based orders'),
kind: z.enum(['market', 'limit', 'stop', 'oco', 'ifd', 'ifdo', 's', 'unknown']).optional(),
kind: z
.enum(['market', 'limit', 'stop', 'oco', 'ifd', 'ifdo', 's', 'unknown'])
.optional()
.describe('Use "s" for S-kabu fractional-share cash orders. Do not use sStock.'),
priceCondition: cashOrderPriceConditionSchema
.optional()
.describe('APK/MTS execution condition for cash orders'),
@@ -245,31 +252,42 @@ const cashOrderSchema = stockOrderBaseSchema.extend({
.describe('Previous market code sent with SOR orders; defaults to login profile'),
})
const cashOrderPreOrderSchema = z.object({
issueCode: issueCodeSchema,
market: marketCodeSchema,
side: tradeSideSchema,
accountType: accountTypeSchema.optional(),
depositType: depositTypeSchema.optional(),
kind: z.enum(['s']).optional().describe('Requests APK S-kabu pre-order constraints'),
preOrderMarket: marketCodeSchema.optional().describe('APK pre-order market for S-kabu checks'),
})
const cashOrderPreOrderSchema = z
.object({
issueCode: issueCodeSchema,
market: marketCodeSchema,
side: tradeSideSchema,
accountType: accountTypeSchema.optional(),
depositType: depositTypeSchema.optional(),
kind: z
.enum(['s'])
.optional()
.describe('Set to "s" to request APK S-kabu pre-order constraints. Do not use sStock.'),
preOrderMarket: marketCodeSchema
.optional()
.describe('Original listed market for S-kabu preflight, such as XTKS.'),
})
.strict()
const stockOrderMarginPositionSchema = z.object({
openTradeDate: z
.string()
.describe('Open trade date from the margin position record, in yyyyMMdd or yyyy-MM-dd format'),
openPrice: z
.union([z.number().positive(), z.string().min(1)])
.describe('Open price from the margin position record'),
quantity: z
.union([z.number().positive(), z.string().min(1)])
.describe('Selected quantity from the margin position record'),
orgNewTradeDate: z.string().describe('Original new-trade date from the margin position record'),
bargainMarketCode: marketCodeSchema.describe(
'Bargain market code from the margin position record',
),
})
const stockOrderMarginPositionSchema = z
.object({
openTradeDate: z
.string()
.describe(
'Open trade date from the margin position record, in yyyyMMdd or yyyy-MM-dd format',
),
openPrice: z
.union([z.number().positive(), z.string().min(1)])
.describe('Open price from the margin position record'),
quantity: z
.union([z.number().positive(), z.string().min(1)])
.describe('Selected quantity from the margin position record'),
orgNewTradeDate: z.string().describe('Original new-trade date from the margin position record'),
bargainMarketCode: marketCodeSchema.describe(
'Bargain market code from the margin position record',
),
})
.strict()
const placeCashOrderSchema = cashOrderSchema.extend({
confirmationId: z
@@ -283,48 +301,50 @@ const placeCashOrderSchema = cashOrderSchema.extend({
allowTrading: z.literal(true).optional().describe('Explicitly allows sending a live order'),
})
const orderCorrectionSchema = z.object({
orderNumber: z
.string()
.min(1)
.optional()
.describe('Order number shown in order inquiry; required by the mobile pre-correction route'),
orderId: orderIdSchema,
issueCode: issueCodeSchema.optional().describe('Issue code from the pre-correction response'),
market: marketCodeSchema.optional().describe('Market code from the pre-correction response'),
tradeId: z.string().min(1).optional().describe('Original trade id code'),
correctionType: z.string().min(1).optional().describe('Additional correction flag'),
status: z.string().min(1).optional().describe('Original order status code'),
rbeOrderStatus: z.string().min(1).optional().describe('Original RBE order status code'),
depositTypeText: z.string().min(1).optional().describe('Display deposit type text'),
orderMethod: z.enum(['normal', 'stop', 'oco']).optional().describe('Primary order method'),
priceCondition: cashOrderPriceConditionSchema
.optional()
.describe('Corrected primary execution condition'),
triggerZone: z.enum(['above', 'below']).optional().describe('Stop trigger direction'),
triggerPrice: z.number().positive().optional().describe('Stop trigger price'),
secondaryPriceCondition: cashOrderPriceConditionSchema
.optional()
.describe('Secondary/OCO execution condition'),
secondaryPrice: z.number().positive().optional().describe('Secondary/OCO price'),
ifdPriceCondition: cashOrderPriceConditionSchema
.optional()
.describe('IFD follow-up execution condition for IF/IFDOCO correction'),
ifdPrice: z.number().positive().optional().describe('IFD follow-up price'),
ifdOrderMethod: z
.enum(['normal', 'stop', 'oco'])
.optional()
.describe('IFD follow-up special order method'),
ifdTriggerZone: z.enum(['above', 'below']).optional().describe('IFD stop trigger direction'),
ifdTriggerPrice: z.number().positive().optional().describe('IFD stop trigger price'),
ifdSecondaryPriceCondition: cashOrderPriceConditionSchema
.optional()
.describe('IFD secondary/OCO execution condition'),
ifdSecondaryPrice: z.number().positive().optional().describe('IFD secondary/OCO price'),
correctionControlFlag: z.enum(['1', '2']).optional().describe('Mobile correction control flag'),
quantity: z.number().positive().optional().describe('Corrected order quantity'),
price: z.number().positive().optional().describe('Corrected order price'),
})
const orderCorrectionSchema = z
.object({
orderNumber: z
.string()
.min(1)
.optional()
.describe('Order number shown in order inquiry; required by the mobile pre-correction route'),
orderId: orderIdSchema,
issueCode: issueCodeSchema.optional().describe('Issue code from the pre-correction response'),
market: marketCodeSchema.optional().describe('Market code from the pre-correction response'),
tradeId: z.string().min(1).optional().describe('Original trade id code'),
correctionType: z.string().min(1).optional().describe('Additional correction flag'),
status: z.string().min(1).optional().describe('Original order status code'),
rbeOrderStatus: z.string().min(1).optional().describe('Original RBE order status code'),
depositTypeText: z.string().min(1).optional().describe('Display deposit type text'),
orderMethod: z.enum(['normal', 'stop', 'oco']).optional().describe('Primary order method'),
priceCondition: cashOrderPriceConditionSchema
.optional()
.describe('Corrected primary execution condition'),
triggerZone: z.enum(['above', 'below']).optional().describe('Stop trigger direction'),
triggerPrice: z.number().positive().optional().describe('Stop trigger price'),
secondaryPriceCondition: cashOrderPriceConditionSchema
.optional()
.describe('Secondary/OCO execution condition'),
secondaryPrice: z.number().positive().optional().describe('Secondary/OCO price'),
ifdPriceCondition: cashOrderPriceConditionSchema
.optional()
.describe('IFD follow-up execution condition for IF/IFDOCO correction'),
ifdPrice: z.number().positive().optional().describe('IFD follow-up price'),
ifdOrderMethod: z
.enum(['normal', 'stop', 'oco'])
.optional()
.describe('IFD follow-up special order method'),
ifdTriggerZone: z.enum(['above', 'below']).optional().describe('IFD stop trigger direction'),
ifdTriggerPrice: z.number().positive().optional().describe('IFD stop trigger price'),
ifdSecondaryPriceCondition: cashOrderPriceConditionSchema
.optional()
.describe('IFD secondary/OCO execution condition'),
ifdSecondaryPrice: z.number().positive().optional().describe('IFD secondary/OCO price'),
correctionControlFlag: z.enum(['1', '2']).optional().describe('Mobile correction control flag'),
quantity: z.number().positive().optional().describe('Corrected order quantity'),
price: z.number().positive().optional().describe('Corrected order price'),
})
.strict()
const placeOrderCorrectionSchema = orderCorrectionSchema.extend({
allowTrading: z
@@ -333,14 +353,16 @@ const placeOrderCorrectionSchema = orderCorrectionSchema.extend({
.describe('Explicitly allows sending a live correction request'),
})
const orderCancelSchema = z.object({
orderNumber: z.string().min(1).describe('Order number shown in order inquiry'),
orderId: orderIdSchema.optional().describe('Original order id shown in order inquiry'),
issueCode: issueCodeSchema.optional().describe('Original issue code shown in order inquiry'),
market: marketCodeSchema.optional().describe('Original market code shown in order inquiry'),
tradeId: z.string().min(1).optional().describe('Original trade id code'),
cancelType: z.string().min(1).optional().describe('Additional cancel flag'),
})
const orderCancelSchema = z
.object({
orderNumber: z.string().min(1).describe('Order number shown in order inquiry'),
orderId: orderIdSchema.optional().describe('Original order id shown in order inquiry'),
issueCode: issueCodeSchema.optional().describe('Original issue code shown in order inquiry'),
market: marketCodeSchema.optional().describe('Original market code shown in order inquiry'),
tradeId: z.string().min(1).optional().describe('Original trade id code'),
cancelType: z.string().min(1).optional().describe('Additional cancel flag'),
})
.strict()
const placeOrderCancelSchema = orderCancelSchema.extend({
tradePassword: z.string().optional().describe('Trading password used by SBI'),
@@ -423,24 +445,26 @@ const placeMarginCloseOrderSchema = marginCloseOrderSchema.extend({
.describe('Explicitly allows sending a live margin close order'),
})
const actualDeliveryOrderSchema = z.object({
issueCode: issueCodeSchema,
market: marketCodeSchema,
accountType: accountTypeSchema.optional(),
quantity: z.number().positive().describe('Order quantity'),
depositType: depositTypeSchema.optional(),
price: z.number().positive().optional().describe('Order price for price-based requests'),
kind: z.enum(['genbiki', 'genwatashi']),
positionId: positionIdSchema.optional().describe('Position ID to deliver'),
marginPositions: z
.array(stockOrderMarginPositionSchema)
.optional()
.describe('Margin position records selected for genbiki/genwatashi delivery'),
ippanMarginPaymentLimit: z
.string()
.optional()
.describe('APK ippan margin payment-limit code from board/pre-order information'),
})
const actualDeliveryOrderSchema = z
.object({
issueCode: issueCodeSchema,
market: marketCodeSchema,
accountType: accountTypeSchema.optional(),
quantity: z.number().positive().describe('Order quantity'),
depositType: depositTypeSchema.optional(),
price: z.number().positive().optional().describe('Order price for price-based requests'),
kind: z.enum(['genbiki', 'genwatashi']),
positionId: positionIdSchema.optional().describe('Position ID to deliver'),
marginPositions: z
.array(stockOrderMarginPositionSchema)
.optional()
.describe('Margin position records selected for genbiki/genwatashi delivery'),
ippanMarginPaymentLimit: z
.string()
.optional()
.describe('APK ippan margin payment-limit code from board/pre-order information'),
})
.strict()
const actualDeliveryOrderPreOrderSchema = actualDeliveryOrderSchema.omit({
quantity: true,
@@ -517,50 +541,58 @@ const placeIfdOrderSchema = ifdOrderSchema.extend({
allowTrading: z.literal(true).optional().describe('Explicitly allows sending a live IFD order'),
})
const themeInvestmentOrderSchema = z.object({
themeId: z.string().min(1).describe('Theme ID for the theme investment order'),
themeSetYyyymm: z
.string()
.length(6)
.describe('Theme set year/month (`theme_set_yyyymm`) from the mobile APK handoff'),
themeCourse: z
.union([z.number().int().nonnegative(), z.string().min(1).max(2)])
.describe('Theme course (`theme_course`) from the mobile APK handoff'),
side: tradeSideSchema,
accountType: accountTypeSchema.optional().describe('Account/deposit type used for the order'),
depositType: accountTypeSchema.optional().describe('Deposit type used for the order'),
components: z
.array(
z.object({
issueCode: issueCodeSchema,
quantity: z.union([z.number().positive(), z.string().min(1)]),
}),
)
.min(1)
.max(10)
.describe('Component stock orders selected by the mobile theme investment flow'),
amount: z.number().positive().optional().describe('Order amount for the theme investment order'),
})
const themeInvestmentOrderSchema = z
.object({
themeId: z.string().min(1).describe('Theme ID for the theme investment order'),
themeSetYyyymm: z
.string()
.length(6)
.describe('Theme set year/month (`theme_set_yyyymm`) from the mobile APK handoff'),
themeCourse: z
.union([z.number().int().nonnegative(), z.string().min(1).max(2)])
.describe('Theme course (`theme_course`) from the mobile APK handoff'),
side: tradeSideSchema,
accountType: accountTypeSchema.optional().describe('Account/deposit type used for the order'),
depositType: accountTypeSchema.optional().describe('Deposit type used for the order'),
components: z
.array(
z.object({
issueCode: issueCodeSchema,
quantity: z.union([z.number().positive(), z.string().min(1)]),
}),
)
.min(1)
.max(10)
.describe('Component stock orders selected by the mobile theme investment flow'),
amount: z
.number()
.positive()
.optional()
.describe('Order amount for the theme investment order'),
})
.strict()
const themeInvestmentPreOrderSchema = z.object({
themeId: z.string().min(1).describe('Theme ID from the mobile theme investment handoff'),
themeName: z
.string()
.min(1)
.optional()
.describe('Theme name from the mobile theme investment handoff'),
exchangeCode: marketCodeSchema.describe('Exchange code used by the mobile pre-order call'),
components: z
.array(
z.object({
issueCode: issueCodeSchema,
quantity: z.union([z.number().positive(), z.string().min(1)]).optional(),
}),
)
.min(1)
.max(10)
.describe('Component stocks selected by the mobile theme investment flow'),
})
const themeInvestmentPreOrderSchema = z
.object({
themeId: z.string().min(1).describe('Theme ID from the mobile theme investment handoff'),
themeName: z
.string()
.min(1)
.optional()
.describe('Theme name from the mobile theme investment handoff'),
exchangeCode: marketCodeSchema.describe('Exchange code used by the mobile pre-order call'),
components: z
.array(
z.object({
issueCode: issueCodeSchema,
quantity: z.union([z.number().positive(), z.string().min(1)]).optional(),
}),
)
.min(1)
.max(10)
.describe('Component stocks selected by the mobile theme investment flow'),
})
.strict()
const placeThemeInvestmentOrderSchema = themeInvestmentOrderSchema.extend({
allowTrading: z
@@ -569,22 +601,24 @@ const placeThemeInvestmentOrderSchema = themeInvestmentOrderSchema.extend({
.describe('Explicitly allows sending a live theme investment order'),
})
const exchangeOrderSchema = z.object({
currencyCode: z.string().min(1).describe('Currency code, such as USD'),
side: z.enum(['buy', 'sell']).describe('Buy or sell the foreign currency'),
tradeQuantity: z.union([z.number().positive(), z.string().min(1)]).describe('Order quantity'),
specificMethod: z
.enum(['foreign', 'domestic'])
.optional()
.describe('foreign for foreign-currency quantity, domestic for yen amount'),
accountKind: z.enum(['GENERAL', 'JR_NISA']).optional().describe('SBI exchange account kind'),
sellMethod: z.enum(['SELL_PART', 'SELL_ALL']).optional().describe('Required for sell orders'),
orderAmount: z
.union([z.number().positive(), z.string().min(1)])
.optional()
.describe('Hidden order amount posted to SBI; required for domestic orders'),
tradePassword: z.string().optional().describe('Trading password used by SBI'),
})
const exchangeOrderSchema = z
.object({
currencyCode: z.string().min(1).describe('Currency code, such as USD'),
side: z.enum(['buy', 'sell']).describe('Buy or sell the foreign currency'),
tradeQuantity: z.union([z.number().positive(), z.string().min(1)]).describe('Order quantity'),
specificMethod: z
.enum(['foreign', 'domestic'])
.optional()
.describe('foreign for foreign-currency quantity, domestic for yen amount'),
accountKind: z.enum(['GENERAL', 'JR_NISA']).optional().describe('SBI exchange account kind'),
sellMethod: z.enum(['SELL_PART', 'SELL_ALL']).optional().describe('Required for sell orders'),
orderAmount: z
.union([z.number().positive(), z.string().min(1)])
.optional()
.describe('Hidden order amount posted to SBI; required for domestic orders'),
tradePassword: z.string().optional().describe('Trading password used by SBI'),
})
.strict()
const exchangeRateSchema = exchangeOrderSchema.pick({
currencyCode: true,
@@ -732,8 +766,57 @@ const getActions = Object.keys(getActionToMethod) as Array<keyof typeof getActio
const changeActions = Object.keys(changeActionToEstimateMethod) as Array<
keyof typeof changeActionToEstimateMethod
>
const getActionSchema = z.enum(['capabilities', 'passkeys', ...getActions])
const changeActionSchema = z.enum(changeActions)
const getActionDescription = `Available actions: capabilities, passkeys, ${getActions
.map((action) => `${action}=${getActionToMethod[action]}`)
.join(
', ',
)}. S-kabu preflight uses cashOrderPreflight with input.kind: "s" and input.preOrderMarket, not sStock.`
const changeActionDescription = `Available actions: ${changeActions
.map((action) => `${action}=${changeActionToEstimateMethod[action]}`)
.join(
', ',
)}. S-kabu cash orders use cashOrder with input.kind: "s", input.market: "STK", and input.preOrderMarket set to the listed market such as XTKS; do not use sStock, orderType, or sor.`
const getToolInputSchema = z.discriminatedUnion('action', [
z.object({ action: z.literal('capabilities') }).strict(),
z.object({ action: z.literal('passkeys') }).strict(),
...getActions.map((action) => {
const method = getActionToMethod[action]
const paramsSchema = methodParamSchemas[method]
return z
.object({
action: z.literal(action),
passkeyId: z.string().describe('Saved SBI passkey id'),
...(paramsSchema ? { input: paramsSchema.describe(`${method} input`) } : {}),
})
.strict()
}),
] as any)
const changeToolInputSchema = z.discriminatedUnion(
'action',
changeActions.map((action) => {
const method = changeActionToEstimateMethod[action]
const paramsSchema = methodParamSchemas[method]
if (!paramsSchema) throw new Error(`${method} must have an input schema`)
return z
.object({
action: z.literal(action),
passkeyId: z.string().describe('Saved SBI passkey id'),
input: paramsSchema.describe(`${method} input`),
})
.strict()
}) as any,
)
type GetToolArgs =
| { action: 'capabilities' }
| { action: 'passkeys' }
| {
action: keyof typeof getActionToMethod
passkeyId: string
input?: unknown
}
const parseMethodParams = (method: RpcMethod, input: unknown) => {
const schema = methodParamSchemas[method]
@@ -863,18 +946,12 @@ const createMcpServer = (c: Context<AppBindings>) => {
'csbie-get',
{
title: 'Get SBI Data',
description:
'Read SBI data through a small abstract action API. This tool never places, corrects, cancels, or otherwise changes real orders.',
inputSchema: {
action: getActionSchema.describe('Read action to perform'),
passkeyId: z
.string()
.optional()
.describe('Saved SBI passkey id. Required for SBI-backed read actions.'),
input: z.unknown().optional().describe('Action input object'),
},
description: `Read SBI data through a small abstract action API. This tool never places, corrects, cancels, or otherwise changes real orders. ${getActionDescription}`,
inputSchema: getToolInputSchema,
},
async ({ action, passkeyId, input }) => {
async (args) => {
const parsedArgs = getToolInputSchema.parse(args) as GetToolArgs
const { action } = parsedArgs
requireAuthenticated(auth)
if (action === 'capabilities') {
@@ -890,6 +967,7 @@ const createMcpServer = (c: Context<AppBindings>) => {
const method = getActionToMethod[action]
if (!method) throw new Error(`unsupported get action: ${String(action)}`)
const { passkeyId, input } = parsedArgs
if (!passkeyId) throw new Error(`${action} requires passkeyId`)
const params = parseMethodParams(method, input)
@@ -901,16 +979,17 @@ const createMcpServer = (c: Context<AppBindings>) => {
'csbie-request-change',
{
title: 'Create SBI Change Request',
description:
'Prepare a real SBI change by running the corresponding estimate/preview and returning a UUID. This tool never submits the change; pass the UUID to confirm-request.',
inputSchema: {
action: changeActionSchema.describe('Change action to prepare'),
passkeyId: z.string().describe('Saved SBI passkey id'),
input: z.unknown().describe('Change action input object'),
},
description: `Prepare a real SBI change by running the corresponding estimate/preview and returning a UUID. This tool never submits the change; pass the UUID to confirm-request. ${changeActionDescription}`,
inputSchema: changeToolInputSchema,
},
async (args) => {
const { action, passkeyId, input } = changeToolInputSchema.parse(args) as {
action: keyof typeof changeActionToEstimateMethod
passkeyId: string
input: unknown
}
return textResult(await createChangeRequest(action, passkeyId, input))
},
async ({ action, passkeyId, input }) =>
textResult(await createChangeRequest(action, passkeyId, input)),
)
server.registerTool(