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import {NamingRuleConfig} from "./_naming_rule_config";
import {NameValidator} from "../utils/name_validator";
import {ABAPRule} from "./_abap_rule";
import {Identifier} from "../abap/4_file_information/_identifier";
import {InfoAttribute, AttributeLevel} from "../abap/4_file_information/_abap_file_information";
import {RuleTag} from "./_irule";
import {ABAPObject} from "../objects/_abap_object";
import {DDIC} from "../ddic";
import {ABAPFile} from "../abap/abap_file";
export class ClassAttributeNamesConf extends NamingRuleConfig {
/** Ignore global exception classes */
public ignoreExceptions: boolean = true;
/** Ignore local classes */
public ignoreLocal: boolean = true;
/** Ignore interfaces */
public ignoreInterfaces: boolean = false;
/** The pattern for static variable names */
public statics: string = "^G._.+$";
/** The pattern for instance variable names */
public instance: string = "^M._.+$";
/** The pattern for constant variable names */
public constants: string = "";
}
export class ClassAttributeNames extends ABAPRule {
private conf = new ClassAttributeNamesConf();
public getMetadata() {
return {
key: "class_attribute_names",
title: "Class attributes naming",
shortDescription: `Allows you to enforce a pattern, such as a prefix, for class variable names.`,
tags: [RuleTag.Naming, RuleTag.SingleFile],
};
}
private getDescription(actual: string, expected: string): string {
return this.conf.patternKind === "required" ?
"Class attribute name \"" + actual + "\" does not match pattern " + expected :
"Class attribute name \"" + actual + "\" must not match pattern " + expected;
}
public getConfig() {
return this.conf;
}
public setConfig(conf: ClassAttributeNamesConf) {
this.conf = conf;
}
public runParsed(file: ABAPFile, obj: ABAPObject): Issue[] {
let issues: Issue[] = [];
if (this.conf.patternKind === undefined) {
this.conf.patternKind = "required";
}
let attributes: InfoAttribute[] = [];
const ddic = new DDIC(this.reg);
for (const classDef of file.getInfo().listClassDefinitions()) {
if ((classDef.isLocal && this.conf.ignoreLocal)
|| (ddic.isException(classDef, obj) && this.conf.ignoreExceptions)) {
continue;
}
attributes = attributes.concat(classDef.attributes);
}
if (this.conf.ignoreInterfaces === false) {
for (const intfDef of file.getInfo().listInterfaceDefinitions()) {
if (intfDef.isLocal && this.conf.ignoreLocal) {
continue;
}
attributes = attributes.concat(intfDef.attributes);
}
}
issues = this.checkAttributes(attributes);
return issues;
}
private checkAttributes(attr: InfoAttribute[] | undefined): Issue[] {
if (attr === undefined) {
return [];
}
let ret: Issue[] = [];
for (const a of attr) {
switch (a.level) {
case AttributeLevel.Instance:
ret = ret.concat(this.checkName(a.identifier, this.conf.instance));
break;
case AttributeLevel.Static:
ret = ret.concat(this.checkName(a.identifier, this.conf.statics));
break;
case AttributeLevel.Constant:
ret = ret.concat(this.checkName(a.identifier, this.conf.constants));
break;
default:
break;
}
}
return ret;
}
private checkName(attr: Identifier, expected: string): Issue[] {
const ret: Issue[] = [];
const regex = new RegExp(expected, "i");
const name = attr.getName();
if (NameValidator.violatesRule(name, regex, this.conf)) {
const issue = Issue.atIdentifier(attr, this.getDescription(name, expected), this.getMetadata().key, this.conf.severity);
ret.push(issue);
}
return ret;
}
} |