本文整理汇总了TypeScript中lodash/fp/convert.default函数的典型用法代码示例。如果您正苦于以下问题：TypeScript default函数的具体用法？TypeScript default怎么用？TypeScript default使用的例子？那么, 这里精选的函数代码示例或许可以为您提供帮助。
在下文中一共展示了default函数的2个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的TypeScript代码示例。
示例1: processDefinitions
async function processDefinitions(filePaths: string[], commonTypes: string[]): Promise<string[]> {
const builder: { [name: string]: (...args: number[][]) => () => Interface[] } = {};
const unconvertedBuilder: { [name: string]: (...args: number[][]) => () => Interface[] } = {};
for (const filePath of filePaths) {
const definitions = await parseFile(filePath, commonTypes);
for (const definition of definitions) {
if (definition.overloads.every(o => o.params.length <= 1 && o.returnType === "typeof _")) {
// Our convert technique doesn't work well on "typeof _" functions (or at least runInContext)
// Plus, if there are 0-1 parameters, there's nothing to curry anyways.
unconvertedBuilder[definition.name] = (...args: number[][]) => {
return () => curryOverloads(definition.overloads, definition.name, args[0] || [], -1, false);
};
} else {
builder[definition.name] = (...args: Array<number | number[]>) => {
// args were originally passed in as [0], [1], [2], [3], [4]. If they changed order, that indicates how the functoin was re-arged
// Return a function because some definitons (like rearg) expect to have a function return value
// If any argument is a number instead of an array, then the argument at that index is being spread (e.g. assignAll, invokeArgs, partial, without)
const spreadIndex = args.findIndex(a => typeof a === "number");
let isFixed = true;
if (spreadIndex !== -1) {
// If there's a spread parameter, convert() won't cap the number of arguments, so we need to do it manually
const arity = Math.max(spreadIndex, args[spreadIndex] as number) + 1;
args = args.slice(0, arity);
} else if (args.length > 4 || definition.name === "flow" || definition.name === "flowRight") {
// Arity wasn't fixed by convert()
isFixed = false;
} else {
// For some reason, convert() doesn't seems to tell us which functions have unchanged argument order.
// So we have to hard-code it.
const unchangedOrders = ["add", "assign", "assignIn", "bind", "bindKey", "concat", "difference", "divide", "eq",
"gt", "gte", "isEqual", "lt", "lte", "matchesProperty", "merge", "multiply", "overArgs", "partial", "partialRight",
"propertyOf", "random", "range", "rangeRight", "subtract", "zip", "zipObject", "zipObjectDeep"];
if (unchangedOrders.includes(definition.name))
args = _.sortBy(args as number[][], (a: number[]) => a[0]);
}
return () => curryOverloads(definition.overloads, definition.name, _.flatten(args), spreadIndex, isFixed);
};
}
}
}
// Use convert() to tell us how functions will be rearged and aliased
const builderFp = convert(builder, { rearg: true, fixed: true, immutable: false, curry: false, cap: false });
_.defaults(builderFp, unconvertedBuilder);
const functionNames = Object.keys(builderFp).filter(key => key !== "convert" && typeof builderFp[key] === "function");
for (const functionName of functionNames) {
// Assuming the maximum arity is 4. Pass one more arg than the max arity so we can detect if arguments weren't fixed.
const outputFn: (...args: any[]) => Interface[] = builderFp[functionName]([0], [1], [2], [3], [4]);
const commonTypeSearch = new RegExp(`\\b(${commonTypes.join("|")})\\b`, "g");
commonTypeSearch.lastIndex;
let importCommon = false;
let output = outputFn([0], [1], [2], [3], [4])
.map(interfaceToString)
.join(lineBreak)
.replace(commonTypeSearch, match => {
importCommon = true;
return `_.${match}`;
});
if (!importCommon && output.includes("typeof _"))
importCommon = true;
const interfaceNameMatch = output.match(/(?:interface|type) ([A-Za-z0-9]+)/);
const interfaceName = (interfaceNameMatch ? interfaceNameMatch[1] : undefined) || _.upperFirst(functionName);
output = [
"// AUTO-GENERATED: do not modify this file directly.",
"// If you need to make changes, modify generate-fp.ts (if necessary), then open a terminal in types/lodash/scripts, and do:",
"// npm run fp",
importCommon ? `${lineBreak}import _ = require("../index");${lineBreak}` : '',
output,
"",
`declare const ${functionName}: ${interfaceName};`,
`export = ${functionName};`,
"",
].join(lineBreak);
const targetFile = `../fp/${functionName}.d.ts`;
fs.writeFile(targetFile, output, (err) => {
if (err)
console.error(`failed to write file: ${targetFile}`, err);
});
}
return functionNames;
}示例2: processDefinitions
async function processDefinitions(filePaths: string[], commonTypes: string[]): Promise<InterfaceGroup[]> {
const builder: { [name: string]: (...args: number[][]) => () => Interface[] } = {};
const unconvertedBuilder: { [name: string]: (...args: number[][]) => () => Interface[] } = {};
for (const filePath of filePaths) {
const definitions = await parseFile(filePath, commonTypes);
for (const definition of definitions) {
if (definition.overloads.every(o => o.params.length <= 1 && (o.returnType === "typeof _" || o.returnType === "LoDashStatic"))) {
// Our convert technique doesn't work well on "typeof _" functions (or at least runInContext)
// Plus, if there are 0-1 parameters, there's nothing to curry anyways.
unconvertedBuilder[definition.name] = (...args: number[][]) => {
return () => curryDefinition(definition, args[0] || [], -1, false);
};
} else {
builder[definition.name] = (...args: Array<number | number[]>) => {
// args were originally passed in as [0], [1], [2], [3], [4]. If they changed order, that indicates how the functoin was re-arged
// Return a function because some definitons (like rearg) expect to have a function return value
// If any argument is a number instead of an array, then the argument at that index is being spread (e.g. assignAll, invokeArgs, partial, without)
const spreadIndex = args.findIndex(a => typeof a === "number");
let isFixed = true;
if (spreadIndex !== -1) {
// If there's a spread parameter, convert() won't cap the number of arguments, so we need to do it manually
const arity = Math.max(spreadIndex, args[spreadIndex] as number) + 1;
args = args.slice(0, arity);
} else if (args.length > 4 || definition.name === "flow" || definition.name === "flowRight") {
// Arity wasn't fixed by convert()
isFixed = false;
} else {
// For some reason, convert() doesn't seems to tell us which functions have unchanged argument order.
// So we have to hard-code it.
const unchangedOrders = ["add", "assign", "assignIn", "bind", "bindKey", "concat", "difference", "divide", "eq",
"gt", "gte", "isEqual", "lt", "lte", "matchesProperty", "merge", "multiply", "overArgs", "partial", "partialRight",
"propertyOf", "random", "range", "rangeRight", "subtract", "zip", "zipObject", "zipObjectDeep"];
if (unchangedOrders.includes(definition.name))
args = _.sortBy(args as number[][], (a: number[]) => a[0]);
}
return () => curryDefinition(definition, _.flatten(args), spreadIndex, isFixed);
};
}
}
}
// Use convert() to tell us how functions will be rearged and aliased
const builderFp = convert(builder, { rearg: true, fixed: true, immutable: false, curry: false, cap: false });
_.defaults(builderFp, unconvertedBuilder);
const functionNames = Object.keys(builderFp).filter(key => key !== "convert" && typeof builderFp[key] === "function");
const interfaceGroups: InterfaceGroup[] = functionNames.map((functionName): InterfaceGroup => ({
functionName,
// Assuming the maximum arity is 4. Pass one more arg than the max arity so we can detect if arguments weren't fixed.
interfaces: builderFp[functionName]([0], [1], [2], [3], [4])([0], [1], [2], [3], [4]),
}));
for (const functionName of functionNames) {
const output = [
`import { ${functionName} } from "../fp";`,
`export = ${functionName};`,
"",
].join(lineBreak);
const targetFile = `../fp/${functionName}.d.ts`;
fs.writeFile(targetFile, output, (err) => {
if (err)
console.error(`failed to write file: ${targetFile}`, err);
});
}
return interfaceGroups;
}