Press n or j to go to the next uncovered block, b, p or k for the previous block.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 | 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x | const {cx_root} = await import("./cx_root.clas.mjs"); // cl_abap_random.clas.abap class cl_abap_random { static INTERNAL_TYPE = 'CLAS'; static INTERNAL_NAME = 'CL_ABAP_RANDOM'; static IMPLEMENTED_INTERFACES = []; static ATTRIBUTES = {}; static METHODS = {"CREATE": {"visibility": "U", "parameters": {"RO_RANDOM": {"type": () => {return new abap.types.ABAPObject({qualifiedName: "CL_ABAP_RANDOM", RTTIName: "\\CLASS=CL_ABAP_RANDOM"});}, "is_optional": " "}, "SEED": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " "}}}, "INT": {"visibility": "U", "parameters": {"RV_INTEGER": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " "}}}, "INTINRANGE": {"visibility": "U", "parameters": {"RV_INTEGER": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " "}, "LOW": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " "}, "HIGH": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " "}}}, "SEED": {"visibility": "U", "parameters": {"RV_SEED": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " "}}}}; constructor() { this.me = new abap.types.ABAPObject(); this.me.set(this); this.INTERNAL_ID = abap.internalIdCounter++; this.FRIENDS_ACCESS_INSTANCE = { "int": this.int.bind(this), "intinrange": this.intinrange.bind(this), }; } async constructor_(INPUT) { if (super.constructor_) { await super.constructor_(INPUT); } return this; } async create(INPUT) { return cl_abap_random.create(INPUT); } static async create(INPUT) { let ro_random = new abap.types.ABAPObject({qualifiedName: "CL_ABAP_RANDOM", RTTIName: "\\CLASS=CL_ABAP_RANDOM"}); let seed = new abap.types.Integer({qualifiedName: "I"}); if (INPUT && INPUT.seed) {seed.set(INPUT.seed);} ro_random.set(await (new abap.Classes['CL_ABAP_RANDOM']()).constructor_()); return ro_random; } async int() { let rv_integer = new abap.types.Integer({qualifiedName: "I"}); rv_integer.set(Math.floor(Math.random() * 2147483647)); return rv_integer; } async seed() { return cl_abap_random.seed(); } static async seed() { let rv_seed = new abap.types.Integer({qualifiedName: "I"}); rv_seed.set(Math.floor(Math.random() * 2147483647)); return rv_seed; } async intinrange(INPUT) { let rv_integer = new abap.types.Integer({qualifiedName: "I"}); let low = INPUT?.low; if (low?.getQualifiedName === undefined || low.getQualifiedName() !== "I") { low = undefined; } if (low === undefined) { low = new abap.types.Integer({qualifiedName: "I"}).set(INPUT.low); } let high = INPUT?.high; if (high?.getQualifiedName === undefined || high.getQualifiedName() !== "I") { high = undefined; } if (high === undefined) { high = new abap.types.Integer({qualifiedName: "I"}).set(INPUT.high); } let lv_interval = new abap.types.Integer({qualifiedName: "I"}); abap.statements.assert(abap.compare.gt(high, low)); abap.statements.assert(abap.compare.ge(low, abap.IntegerFactory.get(0))); lv_interval.set(abap.operators.add(abap.operators.minus(high,low),abap.IntegerFactory.get(1))); rv_integer.set((abap.builtin.abs({val: (await this.int())}))); rv_integer.set(abap.operators.mod(rv_integer,lv_interval)); rv_integer.set(abap.operators.add(rv_integer,low)); return rv_integer; } } abap.Classes['CL_ABAP_RANDOM'] = cl_abap_random; export {cl_abap_random}; |