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const std = @import("std");
const pg = @import("pg");
pub const RangedWeaponType = struct {
Id: []const u8,
Name: []const u8,
WeaponType: []const u8,
Accuracy: i32,
Concealability: []const u8,
Avaliability: []const u8,
Damage: []const u8,
Ammunition: []const u8,
NumberOfShots: u31,
RateOfFire: u32,
Reliability: []const u8,
CreatedAt: i64,
UpdatedAt: i64,
pub fn GetCompactNotation(self: *RangedWeaponType, separator: u8) ![]const u8 {
var b: [64]u8 = undefined;
return try std.fmt.bufPrint(&b,
"{s}{c}{d}{c}{s}{c}{s}{c}{s}({s}){c}{d}{c}{d}{c}{s}",
.{
self.WeaponType, separator,
self.Accuracy, separator,
self.Concealability, separator,
self.Avaliability, separator,
self.Damage,
self.Ammunition, separator,
self.NumberOfShots, separator,
self.RateOfFire, separator,
self.Reliability,
});
}
// Parses the db row and returns the result. You are expected to use the
// actual DB schema and use * as a fields selector
pub fn Map(row: *const pg.Row) !RangedWeaponType {
return RangedWeaponType {
.Id = try row.get([]const u8, 0),
.Name = try row.get([]const u8, 1),
.WeaponType = try row.get([]const u8, 2),
.Accuracy = try row.get(i32, 3),
.Concealability = try row.get([]const u8, 4),
.Avaliability = try row.get([]const u8, 5),
.Damage = try row.get([]const u8, 6),
.Ammunition = try row.get([]const u8, 7),
.NumberOfShots = @intCast(try row.get(i32, 8)),
.RateOfFire = @intCast(try row.get(i32, 9)),
.Reliability = try row.get([]const u8, 10),
.CreatedAt = try row.get(i64, 11),
.UpdatedAt = try row.get(i64, 12),
};
}
};
// ==================== tests ====================
fn getTestType() RangedWeaponType {
return .{
.Id = "any",
.Name = "any",
.WeaponType = "P",
.Accuracy = -1,
.Concealability = "P",
.Avaliability = "E",
.Damage = "1D6",
.Ammunition = "5mm",
.NumberOfShots = 8,
.RateOfFire = 2,
.Reliability = "ST",
.CreatedAt = 0,
.UpdatedAt = 0,
};
}
test "CompactNotation" {
var testType = getTestType();
try std.testing.expectEqualStrings(
"P/-1/P/E/1D6(5mm)/8/2/ST",
try testType.GetCompactNotation('/'));
}
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