bal test myproject/ βββ Ballerina.toml # module metadata, dependencies βββ main.bal # entry point βββ modules/ β βββ auth/ # submodule β βββ Module.md β βββ auth.bal βββ tests/ # test files β βββ main_test.bal βββ target/ # build output Create a new project:
import ballerina/test; @Test function testAddition() int result = 2 + 2; test:assertEquals(result, 4);
int[] highSalaries = from var e in employees where e.salary > 5500 select e.salary; Generate Docker and Kubernetes artifacts using bal build . ballerina
Ballerina uses strands β lightweight threads managed by the runtime. Use start , wait , and isolated functions.
public function main() future<int> f1 = start task1(); future<string> f2 = start task2(); bal test myproject/ βββ Ballerina
string? maybeName = "Jane"; maybeName = (); // nil function divide(int a, int b) returns int|error if b == 0 return error("Division by zero");
import ballerina/http; import ballerina/io; public function main() returns error? http:Client client = check new ("https://jsonplaceholder.typicode.com"); json response = check client->get("/posts/1"); io:println(response); public function main() future<int> f1 = start task1();
type Employee record string name; int salary; ; Employee[] employees = [ name: "Alice", salary: 5000 , name: "Bob", salary: 6000 ];
bal test myproject/ βββ Ballerina.toml # module metadata, dependencies βββ main.bal # entry point βββ modules/ β βββ auth/ # submodule β βββ Module.md β βββ auth.bal βββ tests/ # test files β βββ main_test.bal βββ target/ # build output Create a new project:
import ballerina/test; @Test function testAddition() int result = 2 + 2; test:assertEquals(result, 4);
int[] highSalaries = from var e in employees where e.salary > 5500 select e.salary; Generate Docker and Kubernetes artifacts using bal build .
Ballerina uses strands β lightweight threads managed by the runtime. Use start , wait , and isolated functions.
public function main() future<int> f1 = start task1(); future<string> f2 = start task2();
string? maybeName = "Jane"; maybeName = (); // nil function divide(int a, int b) returns int|error if b == 0 return error("Division by zero");
import ballerina/http; import ballerina/io; public function main() returns error? http:Client client = check new ("https://jsonplaceholder.typicode.com"); json response = check client->get("/posts/1"); io:println(response);
type Employee record string name; int salary; ; Employee[] employees = [ name: "Alice", salary: 5000 , name: "Bob", salary: 6000 ];
You wonβt have to fiddle with terminal commands to manually mount partitions.
It can be convenient thus resides in the Mac status bar, which helps you quickly and easily mount or unmount the NTFS drives from Mac status bar.
EaseUS NTFS for Mac is a powerful yet easy-to-use utility. It helps you solve the problem that the Mac can't write NTFS drives. Write, edit, copy, move and delete files on Microsoft NTFS volumes. You can do everything with Windows drives on your Mac!
EaseUS NTFS for Mac supports reading and writing external hard drives previously formatted for Windows from other known hard drive manufacturers is an NTFS driver as well.
Microsoft NTFS for Mac by EaseUS is super fast. It means less time waiting for files to save or copy between your external drive and Mac.
Safe data transfer and seamless user experience
It is fully compatible with M1-based Mac devices.
Also, it is compatible
supports macOS Big Sur and older macOS See Specifications
Supported Operating Systems
macOS Big Sur 11 ~ macOS Sierra 10.12 running on Mac mini, MacBook, MacBook Air, Macbook Pro, iMac, iMac Pro and Mac Pro
Supported Files Systems
NTFS, HFS+, APFS, FAT, exFAT
Supported Devices
Hard Drive, External Hard Disk, SSD, USB Drive, Thunderbolt Drive, SD Card, CF Card, etc.
Disk Space
100 MB and above free space