act/pkg/exprparser/interpreter_test.go

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package exprparser
import (
"math"
"testing"
"github.com/nektos/act/pkg/model"
"github.com/stretchr/testify/assert"
)
func TestLiterals(t *testing.T) {
table := []struct {
input string
expected interface{}
name string
}{
{"true", true, "true"},
{"false", false, "false"},
{"null", nil, "null"},
{"123", 123, "integer"},
{"-9.7", -9.7, "float"},
{"0xff", 255, "hex"},
{"-2.99e-2", -2.99e-2, "exponential"},
{"'foo'", "foo", "string"},
{"'it''s foo'", "it's foo", "string"},
}
env := &EvaluationEnvironment{}
for _, tt := range table {
t.Run(tt.name, func(t *testing.T) {
implement pre and post steps (#1089) * feat: add post step to actions and add state command This commit includes requried changes for running post steps for local and remote actions. This allows general cleanup work to be done after executing an action. Communication is allowed between this steps, by using the action state. * feat: collect pre and post steps for composite actions * refactor: move composite action logic into own file * refactor: restructure composite handling * feat: run composite post steps during post step lifecycle * refactor: remove duplicate log output * feat: run all composite post actions in a step Since composite actions could have multiple pre/post steps inside, we need to run all of them in a single top-level pre/post step. This PR includes a test case for this and the correct order of steps to be executed. * refactor: remove unused lines of code * refactor: simplify test expression * fix: use composite job logger * fix: make step output more readable * fix: enforce running all post executor To make sure every post executor/step is executed, it is chained with it's own Finally executor. * fix: do not run post step if no step result is available Having no step result means we do not run any step (neither pre nor main) and we do not need to run post. * fix: setup defaults If no pre-if or post-if is given, it should default to 'always()'. This could be set even if there is no pre or post step. In fact this is required for composite actions and included post steps to run. * fix: output step related if expression * test: update expectation * feat: run pre step from actions (#1110) This PR implements running pre steps for remote actions. This includes remote actions using inside local composite actions. * fix: set correct expr default status checks For post-if conditions the default status check should be always(), while for all other if expression the default status check is success() References: https://docs.github.com/en/actions/learn-github-actions/expressions#status-check-functions https://docs.github.com/en/actions/creating-actions/metadata-syntax-for-github-actions#runspost-if * fix: remove code added during rebase
2022-05-24 08:36:06 -05:00
output, err := NewInterpeter(env, Config{}).Evaluate(tt.input, DefaultStatusCheckNone)
assert.Nil(t, err)
assert.Equal(t, tt.expected, output)
})
}
}
func TestOperators(t *testing.T) {
table := []struct {
input string
expected interface{}
name string
error string
}{
{"(false || (false || true))", true, "logical-grouping", ""},
{"github.action", "push", "property-dereference", ""},
{"github['action']", "push", "property-index", ""},
{"github.action[0]", nil, "string-index", ""},
{"github.action['0']", nil, "string-index", ""},
{"fromJSON('[0,1]')[1]", 1.0, "array-index", ""},
{"fromJSON('[0,1]')[1.1]", nil, "array-index", ""},
// Disabled weird things are happening
// {"fromJSON('[0,1]')['1.1']", nil, "array-index", ""},
{"(github.event.commits.*.author.username)[0]", "someone", "array-index-0", ""},
{"fromJSON('[0,1]')[2]", nil, "array-index-out-of-bounds-0", ""},
{"fromJSON('[0,1]')[34553]", nil, "array-index-out-of-bounds-1", ""},
{"fromJSON('[0,1]')[-1]", nil, "array-index-out-of-bounds-2", ""},
{"fromJSON('[0,1]')[-34553]", nil, "array-index-out-of-bounds-3", ""},
{"!true", false, "not", ""},
{"1 < 2", true, "less-than", ""},
{`'b' <= 'a'`, false, "less-than-or-equal", ""},
{"1 > 2", false, "greater-than", ""},
{`'b' >= 'a'`, true, "greater-than-or-equal", ""},
{`'a' == 'a'`, true, "equal", ""},
{`'a' != 'a'`, false, "not-equal", ""},
{`true && false`, false, "and", ""},
{`true || false`, true, "or", ""},
{`fromJSON('{}') && true`, true, "and-boolean-object", ""},
{`fromJSON('{}') || false`, make(map[string]interface{}), "or-boolean-object", ""},
}
env := &EvaluationEnvironment{
Github: &model.GithubContext{
Action: "push",
Event: map[string]interface{}{
"commits": []interface{}{
map[string]interface{}{
"author": map[string]interface{}{
"username": "someone",
},
},
map[string]interface{}{
"author": map[string]interface{}{
"username": "someone-else",
},
},
},
},
},
}
for _, tt := range table {
t.Run(tt.name, func(t *testing.T) {
implement pre and post steps (#1089) * feat: add post step to actions and add state command This commit includes requried changes for running post steps for local and remote actions. This allows general cleanup work to be done after executing an action. Communication is allowed between this steps, by using the action state. * feat: collect pre and post steps for composite actions * refactor: move composite action logic into own file * refactor: restructure composite handling * feat: run composite post steps during post step lifecycle * refactor: remove duplicate log output * feat: run all composite post actions in a step Since composite actions could have multiple pre/post steps inside, we need to run all of them in a single top-level pre/post step. This PR includes a test case for this and the correct order of steps to be executed. * refactor: remove unused lines of code * refactor: simplify test expression * fix: use composite job logger * fix: make step output more readable * fix: enforce running all post executor To make sure every post executor/step is executed, it is chained with it's own Finally executor. * fix: do not run post step if no step result is available Having no step result means we do not run any step (neither pre nor main) and we do not need to run post. * fix: setup defaults If no pre-if or post-if is given, it should default to 'always()'. This could be set even if there is no pre or post step. In fact this is required for composite actions and included post steps to run. * fix: output step related if expression * test: update expectation * feat: run pre step from actions (#1110) This PR implements running pre steps for remote actions. This includes remote actions using inside local composite actions. * fix: set correct expr default status checks For post-if conditions the default status check should be always(), while for all other if expression the default status check is success() References: https://docs.github.com/en/actions/learn-github-actions/expressions#status-check-functions https://docs.github.com/en/actions/creating-actions/metadata-syntax-for-github-actions#runspost-if * fix: remove code added during rebase
2022-05-24 08:36:06 -05:00
output, err := NewInterpeter(env, Config{}).Evaluate(tt.input, DefaultStatusCheckNone)
if tt.error != "" {
assert.NotNil(t, err)
assert.Equal(t, tt.error, err.Error())
} else {
assert.Nil(t, err)
}
assert.Equal(t, tt.expected, output)
})
}
}
func TestOperatorsCompare(t *testing.T) {
table := []struct {
input string
expected interface{}
name string
}{
{"!null", true, "not-null"},
{"!-10", false, "not-neg-num"},
{"!0", true, "not-zero"},
{"!3.14", false, "not-pos-float"},
{"!''", true, "not-empty-str"},
{"!'abc'", false, "not-str"},
{"!fromJSON('{}')", false, "not-obj"},
{"!fromJSON('[]')", false, "not-arr"},
{`null == 0 }}`, true, "null-coercion"},
{`true == 1 }}`, true, "boolean-coercion"},
{`'' == 0 }}`, true, "string-0-coercion"},
{`'3' == 3 }}`, true, "string-3-coercion"},
{`0 == null }}`, true, "null-coercion-alt"},
{`1 == true }}`, true, "boolean-coercion-alt"},
{`0 == '' }}`, true, "string-0-coercion-alt"},
{`3 == '3' }}`, true, "string-3-coercion-alt"},
{`'TEST' == 'test' }}`, true, "string-casing"},
{"true > false }}", true, "bool-greater-than"},
{"true >= false }}", true, "bool-greater-than-eq"},
{"true >= true }}", true, "bool-greater-than-1"},
{"true != false }}", true, "bool-not-equal"},
{`fromJSON('{}') < 2 }}`, false, "object-with-less"},
{`fromJSON('{}') < fromJSON('[]') }}`, false, "object/arr-with-lt"},
{`fromJSON('{}') > fromJSON('[]') }}`, false, "object/arr-with-gt"},
}
env := &EvaluationEnvironment{
Github: &model.GithubContext{
Action: "push",
},
}
for _, tt := range table {
t.Run(tt.name, func(t *testing.T) {
implement pre and post steps (#1089) * feat: add post step to actions and add state command This commit includes requried changes for running post steps for local and remote actions. This allows general cleanup work to be done after executing an action. Communication is allowed between this steps, by using the action state. * feat: collect pre and post steps for composite actions * refactor: move composite action logic into own file * refactor: restructure composite handling * feat: run composite post steps during post step lifecycle * refactor: remove duplicate log output * feat: run all composite post actions in a step Since composite actions could have multiple pre/post steps inside, we need to run all of them in a single top-level pre/post step. This PR includes a test case for this and the correct order of steps to be executed. * refactor: remove unused lines of code * refactor: simplify test expression * fix: use composite job logger * fix: make step output more readable * fix: enforce running all post executor To make sure every post executor/step is executed, it is chained with it's own Finally executor. * fix: do not run post step if no step result is available Having no step result means we do not run any step (neither pre nor main) and we do not need to run post. * fix: setup defaults If no pre-if or post-if is given, it should default to 'always()'. This could be set even if there is no pre or post step. In fact this is required for composite actions and included post steps to run. * fix: output step related if expression * test: update expectation * feat: run pre step from actions (#1110) This PR implements running pre steps for remote actions. This includes remote actions using inside local composite actions. * fix: set correct expr default status checks For post-if conditions the default status check should be always(), while for all other if expression the default status check is success() References: https://docs.github.com/en/actions/learn-github-actions/expressions#status-check-functions https://docs.github.com/en/actions/creating-actions/metadata-syntax-for-github-actions#runspost-if * fix: remove code added during rebase
2022-05-24 08:36:06 -05:00
output, err := NewInterpeter(env, Config{}).Evaluate(tt.input, DefaultStatusCheckNone)
assert.Nil(t, err)
assert.Equal(t, tt.expected, output)
})
}
}
func TestOperatorsBooleanEvaluation(t *testing.T) {
table := []struct {
input string
expected interface{}
name string
}{
// true &&
{"true && true", true, "true-and"},
{"true && false", false, "true-and"},
{"true && null", nil, "true-and"},
{"true && -10", -10, "true-and"},
{"true && 0", 0, "true-and"},
{"true && 10", 10, "true-and"},
{"true && 3.14", 3.14, "true-and"},
{"true && 0.0", 0, "true-and"},
{"true && Infinity", math.Inf(1), "true-and"},
// {"true && -Infinity", math.Inf(-1), "true-and"},
{"true && NaN", math.NaN(), "true-and"},
{"true && ''", "", "true-and"},
{"true && 'abc'", "abc", "true-and"},
// false &&
{"false && true", false, "false-and"},
{"false && false", false, "false-and"},
{"false && null", false, "false-and"},
{"false && -10", false, "false-and"},
{"false && 0", false, "false-and"},
{"false && 10", false, "false-and"},
{"false && 3.14", false, "false-and"},
{"false && 0.0", false, "false-and"},
{"false && Infinity", false, "false-and"},
// {"false && -Infinity", false, "false-and"},
{"false && NaN", false, "false-and"},
{"false && ''", false, "false-and"},
{"false && 'abc'", false, "false-and"},
// true ||
{"true || true", true, "true-or"},
{"true || false", true, "true-or"},
{"true || null", true, "true-or"},
{"true || -10", true, "true-or"},
{"true || 0", true, "true-or"},
{"true || 10", true, "true-or"},
{"true || 3.14", true, "true-or"},
{"true || 0.0", true, "true-or"},
{"true || Infinity", true, "true-or"},
// {"true || -Infinity", true, "true-or"},
{"true || NaN", true, "true-or"},
{"true || ''", true, "true-or"},
{"true || 'abc'", true, "true-or"},
// false ||
{"false || true", true, "false-or"},
{"false || false", false, "false-or"},
{"false || null", nil, "false-or"},
{"false || -10", -10, "false-or"},
{"false || 0", 0, "false-or"},
{"false || 10", 10, "false-or"},
{"false || 3.14", 3.14, "false-or"},
{"false || 0.0", 0, "false-or"},
{"false || Infinity", math.Inf(1), "false-or"},
// {"false || -Infinity", math.Inf(-1), "false-or"},
{"false || NaN", math.NaN(), "false-or"},
{"false || ''", "", "false-or"},
{"false || 'abc'", "abc", "false-or"},
// null &&
{"null && true", nil, "null-and"},
{"null && false", nil, "null-and"},
{"null && null", nil, "null-and"},
{"null && -10", nil, "null-and"},
{"null && 0", nil, "null-and"},
{"null && 10", nil, "null-and"},
{"null && 3.14", nil, "null-and"},
{"null && 0.0", nil, "null-and"},
{"null && Infinity", nil, "null-and"},
// {"null && -Infinity", nil, "null-and"},
{"null && NaN", nil, "null-and"},
{"null && ''", nil, "null-and"},
{"null && 'abc'", nil, "null-and"},
// null ||
{"null || true", true, "null-or"},
{"null || false", false, "null-or"},
{"null || null", nil, "null-or"},
{"null || -10", -10, "null-or"},
{"null || 0", 0, "null-or"},
{"null || 10", 10, "null-or"},
{"null || 3.14", 3.14, "null-or"},
{"null || 0.0", 0, "null-or"},
{"null || Infinity", math.Inf(1), "null-or"},
// {"null || -Infinity", math.Inf(-1), "null-or"},
{"null || NaN", math.NaN(), "null-or"},
{"null || ''", "", "null-or"},
{"null || 'abc'", "abc", "null-or"},
// -10 &&
{"-10 && true", true, "neg-num-and"},
{"-10 && false", false, "neg-num-and"},
{"-10 && null", nil, "neg-num-and"},
{"-10 && -10", -10, "neg-num-and"},
{"-10 && 0", 0, "neg-num-and"},
{"-10 && 10", 10, "neg-num-and"},
{"-10 && 3.14", 3.14, "neg-num-and"},
{"-10 && 0.0", 0, "neg-num-and"},
{"-10 && Infinity", math.Inf(1), "neg-num-and"},
// {"-10 && -Infinity", math.Inf(-1), "neg-num-and"},
{"-10 && NaN", math.NaN(), "neg-num-and"},
{"-10 && ''", "", "neg-num-and"},
{"-10 && 'abc'", "abc", "neg-num-and"},
// -10 ||
{"-10 || true", -10, "neg-num-or"},
{"-10 || false", -10, "neg-num-or"},
{"-10 || null", -10, "neg-num-or"},
{"-10 || -10", -10, "neg-num-or"},
{"-10 || 0", -10, "neg-num-or"},
{"-10 || 10", -10, "neg-num-or"},
{"-10 || 3.14", -10, "neg-num-or"},
{"-10 || 0.0", -10, "neg-num-or"},
{"-10 || Infinity", -10, "neg-num-or"},
// {"-10 || -Infinity", -10, "neg-num-or"},
{"-10 || NaN", -10, "neg-num-or"},
{"-10 || ''", -10, "neg-num-or"},
{"-10 || 'abc'", -10, "neg-num-or"},
// 0 &&
{"0 && true", 0, "zero-and"},
{"0 && false", 0, "zero-and"},
{"0 && null", 0, "zero-and"},
{"0 && -10", 0, "zero-and"},
{"0 && 0", 0, "zero-and"},
{"0 && 10", 0, "zero-and"},
{"0 && 3.14", 0, "zero-and"},
{"0 && 0.0", 0, "zero-and"},
{"0 && Infinity", 0, "zero-and"},
// {"0 && -Infinity", 0, "zero-and"},
{"0 && NaN", 0, "zero-and"},
{"0 && ''", 0, "zero-and"},
{"0 && 'abc'", 0, "zero-and"},
// 0 ||
{"0 || true", true, "zero-or"},
{"0 || false", false, "zero-or"},
{"0 || null", nil, "zero-or"},
{"0 || -10", -10, "zero-or"},
{"0 || 0", 0, "zero-or"},
{"0 || 10", 10, "zero-or"},
{"0 || 3.14", 3.14, "zero-or"},
{"0 || 0.0", 0, "zero-or"},
{"0 || Infinity", math.Inf(1), "zero-or"},
// {"0 || -Infinity", math.Inf(-1), "zero-or"},
{"0 || NaN", math.NaN(), "zero-or"},
{"0 || ''", "", "zero-or"},
{"0 || 'abc'", "abc", "zero-or"},
// 10 &&
{"10 && true", true, "pos-num-and"},
{"10 && false", false, "pos-num-and"},
{"10 && null", nil, "pos-num-and"},
{"10 && -10", -10, "pos-num-and"},
{"10 && 0", 0, "pos-num-and"},
{"10 && 10", 10, "pos-num-and"},
{"10 && 3.14", 3.14, "pos-num-and"},
{"10 && 0.0", 0, "pos-num-and"},
{"10 && Infinity", math.Inf(1), "pos-num-and"},
// {"10 && -Infinity", math.Inf(-1), "pos-num-and"},
{"10 && NaN", math.NaN(), "pos-num-and"},
{"10 && ''", "", "pos-num-and"},
{"10 && 'abc'", "abc", "pos-num-and"},
// 10 ||
{"10 || true", 10, "pos-num-or"},
{"10 || false", 10, "pos-num-or"},
{"10 || null", 10, "pos-num-or"},
{"10 || -10", 10, "pos-num-or"},
{"10 || 0", 10, "pos-num-or"},
{"10 || 10", 10, "pos-num-or"},
{"10 || 3.14", 10, "pos-num-or"},
{"10 || 0.0", 10, "pos-num-or"},
{"10 || Infinity", 10, "pos-num-or"},
// {"10 || -Infinity", 10, "pos-num-or"},
{"10 || NaN", 10, "pos-num-or"},
{"10 || ''", 10, "pos-num-or"},
{"10 || 'abc'", 10, "pos-num-or"},
// 3.14 &&
{"3.14 && true", true, "pos-float-and"},
{"3.14 && false", false, "pos-float-and"},
{"3.14 && null", nil, "pos-float-and"},
{"3.14 && -10", -10, "pos-float-and"},
{"3.14 && 0", 0, "pos-float-and"},
{"3.14 && 10", 10, "pos-float-and"},
{"3.14 && 3.14", 3.14, "pos-float-and"},
{"3.14 && 0.0", 0, "pos-float-and"},
{"3.14 && Infinity", math.Inf(1), "pos-float-and"},
// {"3.14 && -Infinity", math.Inf(-1), "pos-float-and"},
{"3.14 && NaN", math.NaN(), "pos-float-and"},
{"3.14 && ''", "", "pos-float-and"},
{"3.14 && 'abc'", "abc", "pos-float-and"},
// 3.14 ||
{"3.14 || true", 3.14, "pos-float-or"},
{"3.14 || false", 3.14, "pos-float-or"},
{"3.14 || null", 3.14, "pos-float-or"},
{"3.14 || -10", 3.14, "pos-float-or"},
{"3.14 || 0", 3.14, "pos-float-or"},
{"3.14 || 10", 3.14, "pos-float-or"},
{"3.14 || 3.14", 3.14, "pos-float-or"},
{"3.14 || 0.0", 3.14, "pos-float-or"},
{"3.14 || Infinity", 3.14, "pos-float-or"},
// {"3.14 || -Infinity", 3.14, "pos-float-or"},
{"3.14 || NaN", 3.14, "pos-float-or"},
{"3.14 || ''", 3.14, "pos-float-or"},
{"3.14 || 'abc'", 3.14, "pos-float-or"},
// Infinity &&
{"Infinity && true", true, "pos-inf-and"},
{"Infinity && false", false, "pos-inf-and"},
{"Infinity && null", nil, "pos-inf-and"},
{"Infinity && -10", -10, "pos-inf-and"},
{"Infinity && 0", 0, "pos-inf-and"},
{"Infinity && 10", 10, "pos-inf-and"},
{"Infinity && 3.14", 3.14, "pos-inf-and"},
{"Infinity && 0.0", 0, "pos-inf-and"},
{"Infinity && Infinity", math.Inf(1), "pos-inf-and"},
// {"Infinity && -Infinity", math.Inf(-1), "pos-inf-and"},
{"Infinity && NaN", math.NaN(), "pos-inf-and"},
{"Infinity && ''", "", "pos-inf-and"},
{"Infinity && 'abc'", "abc", "pos-inf-and"},
// Infinity ||
{"Infinity || true", math.Inf(1), "pos-inf-or"},
{"Infinity || false", math.Inf(1), "pos-inf-or"},
{"Infinity || null", math.Inf(1), "pos-inf-or"},
{"Infinity || -10", math.Inf(1), "pos-inf-or"},
{"Infinity || 0", math.Inf(1), "pos-inf-or"},
{"Infinity || 10", math.Inf(1), "pos-inf-or"},
{"Infinity || 3.14", math.Inf(1), "pos-inf-or"},
{"Infinity || 0.0", math.Inf(1), "pos-inf-or"},
{"Infinity || Infinity", math.Inf(1), "pos-inf-or"},
// {"Infinity || -Infinity", math.Inf(1), "pos-inf-or"},
{"Infinity || NaN", math.Inf(1), "pos-inf-or"},
{"Infinity || ''", math.Inf(1), "pos-inf-or"},
{"Infinity || 'abc'", math.Inf(1), "pos-inf-or"},
// -Infinity &&
// {"-Infinity && true", true, "neg-inf-and"},
// {"-Infinity && false", false, "neg-inf-and"},
// {"-Infinity && null", nil, "neg-inf-and"},
// {"-Infinity && -10", -10, "neg-inf-and"},
// {"-Infinity && 0", 0, "neg-inf-and"},
// {"-Infinity && 10", 10, "neg-inf-and"},
// {"-Infinity && 3.14", 3.14, "neg-inf-and"},
// {"-Infinity && 0.0", 0, "neg-inf-and"},
// {"-Infinity && Infinity", math.Inf(1), "neg-inf-and"},
// {"-Infinity && -Infinity", math.Inf(-1), "neg-inf-and"},
// {"-Infinity && NaN", math.NaN(), "neg-inf-and"},
// {"-Infinity && ''", "", "neg-inf-and"},
// {"-Infinity && 'abc'", "abc", "neg-inf-and"},
// -Infinity ||
// {"-Infinity || true", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || false", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || null", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || -10", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || 0", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || 10", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || 3.14", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || 0.0", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || Infinity", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || -Infinity", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || NaN", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || ''", math.Inf(-1), "neg-inf-or"},
// {"-Infinity || 'abc'", math.Inf(-1), "neg-inf-or"},
// NaN &&
{"NaN && true", math.NaN(), "nan-and"},
{"NaN && false", math.NaN(), "nan-and"},
{"NaN && null", math.NaN(), "nan-and"},
{"NaN && -10", math.NaN(), "nan-and"},
{"NaN && 0", math.NaN(), "nan-and"},
{"NaN && 10", math.NaN(), "nan-and"},
{"NaN && 3.14", math.NaN(), "nan-and"},
{"NaN && 0.0", math.NaN(), "nan-and"},
{"NaN && Infinity", math.NaN(), "nan-and"},
// {"NaN && -Infinity", math.NaN(), "nan-and"},
{"NaN && NaN", math.NaN(), "nan-and"},
{"NaN && ''", math.NaN(), "nan-and"},
{"NaN && 'abc'", math.NaN(), "nan-and"},
// NaN ||
{"NaN || true", true, "nan-or"},
{"NaN || false", false, "nan-or"},
{"NaN || null", nil, "nan-or"},
{"NaN || -10", -10, "nan-or"},
{"NaN || 0", 0, "nan-or"},
{"NaN || 10", 10, "nan-or"},
{"NaN || 3.14", 3.14, "nan-or"},
{"NaN || 0.0", 0, "nan-or"},
{"NaN || Infinity", math.Inf(1), "nan-or"},
// {"NaN || -Infinity", math.Inf(-1), "nan-or"},
{"NaN || NaN", math.NaN(), "nan-or"},
{"NaN || ''", "", "nan-or"},
{"NaN || 'abc'", "abc", "nan-or"},
// "" &&
{"'' && true", "", "empty-str-and"},
{"'' && false", "", "empty-str-and"},
{"'' && null", "", "empty-str-and"},
{"'' && -10", "", "empty-str-and"},
{"'' && 0", "", "empty-str-and"},
{"'' && 10", "", "empty-str-and"},
{"'' && 3.14", "", "empty-str-and"},
{"'' && 0.0", "", "empty-str-and"},
{"'' && Infinity", "", "empty-str-and"},
// {"'' && -Infinity", "", "empty-str-and"},
{"'' && NaN", "", "empty-str-and"},
{"'' && ''", "", "empty-str-and"},
{"'' && 'abc'", "", "empty-str-and"},
// "" ||
{"'' || true", true, "empty-str-or"},
{"'' || false", false, "empty-str-or"},
{"'' || null", nil, "empty-str-or"},
{"'' || -10", -10, "empty-str-or"},
{"'' || 0", 0, "empty-str-or"},
{"'' || 10", 10, "empty-str-or"},
{"'' || 3.14", 3.14, "empty-str-or"},
{"'' || 0.0", 0, "empty-str-or"},
{"'' || Infinity", math.Inf(1), "empty-str-or"},
// {"'' || -Infinity", math.Inf(-1), "empty-str-or"},
{"'' || NaN", math.NaN(), "empty-str-or"},
{"'' || ''", "", "empty-str-or"},
{"'' || 'abc'", "abc", "empty-str-or"},
// "abc" &&
{"'abc' && true", true, "str-and"},
{"'abc' && false", false, "str-and"},
{"'abc' && null", nil, "str-and"},
{"'abc' && -10", -10, "str-and"},
{"'abc' && 0", 0, "str-and"},
{"'abc' && 10", 10, "str-and"},
{"'abc' && 3.14", 3.14, "str-and"},
{"'abc' && 0.0", 0, "str-and"},
{"'abc' && Infinity", math.Inf(1), "str-and"},
// {"'abc' && -Infinity", math.Inf(-1), "str-and"},
{"'abc' && NaN", math.NaN(), "str-and"},
{"'abc' && ''", "", "str-and"},
{"'abc' && 'abc'", "abc", "str-and"},
// "abc" ||
{"'abc' || true", "abc", "str-or"},
{"'abc' || false", "abc", "str-or"},
{"'abc' || null", "abc", "str-or"},
{"'abc' || -10", "abc", "str-or"},
{"'abc' || 0", "abc", "str-or"},
{"'abc' || 10", "abc", "str-or"},
{"'abc' || 3.14", "abc", "str-or"},
{"'abc' || 0.0", "abc", "str-or"},
{"'abc' || Infinity", "abc", "str-or"},
// {"'abc' || -Infinity", "abc", "str-or"},
{"'abc' || NaN", "abc", "str-or"},
{"'abc' || ''", "abc", "str-or"},
{"'abc' || 'abc'", "abc", "str-or"},
// extra tests
{"0.0 && true", 0, "float-evaluation-0-alt"},
{"-1.5 && true", true, "float-evaluation-neg-alt"},
}
env := &EvaluationEnvironment{
Github: &model.GithubContext{
Action: "push",
},
}
for _, tt := range table {
t.Run(tt.name, func(t *testing.T) {
implement pre and post steps (#1089) * feat: add post step to actions and add state command This commit includes requried changes for running post steps for local and remote actions. This allows general cleanup work to be done after executing an action. Communication is allowed between this steps, by using the action state. * feat: collect pre and post steps for composite actions * refactor: move composite action logic into own file * refactor: restructure composite handling * feat: run composite post steps during post step lifecycle * refactor: remove duplicate log output * feat: run all composite post actions in a step Since composite actions could have multiple pre/post steps inside, we need to run all of them in a single top-level pre/post step. This PR includes a test case for this and the correct order of steps to be executed. * refactor: remove unused lines of code * refactor: simplify test expression * fix: use composite job logger * fix: make step output more readable * fix: enforce running all post executor To make sure every post executor/step is executed, it is chained with it's own Finally executor. * fix: do not run post step if no step result is available Having no step result means we do not run any step (neither pre nor main) and we do not need to run post. * fix: setup defaults If no pre-if or post-if is given, it should default to 'always()'. This could be set even if there is no pre or post step. In fact this is required for composite actions and included post steps to run. * fix: output step related if expression * test: update expectation * feat: run pre step from actions (#1110) This PR implements running pre steps for remote actions. This includes remote actions using inside local composite actions. * fix: set correct expr default status checks For post-if conditions the default status check should be always(), while for all other if expression the default status check is success() References: https://docs.github.com/en/actions/learn-github-actions/expressions#status-check-functions https://docs.github.com/en/actions/creating-actions/metadata-syntax-for-github-actions#runspost-if * fix: remove code added during rebase
2022-05-24 08:36:06 -05:00
output, err := NewInterpeter(env, Config{}).Evaluate(tt.input, DefaultStatusCheckNone)
assert.Nil(t, err)
if expected, ok := tt.expected.(float64); ok && math.IsNaN(expected) {
assert.True(t, math.IsNaN(output.(float64)))
} else {
assert.Equal(t, tt.expected, output)
}
})
}
}
func TestContexts(t *testing.T) {
table := []struct {
input string
expected interface{}
name string
}{
{"github.action", "push", "github-context"},
{"github.event.commits[0].message", nil, "github-context-noexist-prop"},
{"fromjson('{\"commits\":[]}').commits[0].message", nil, "github-context-noexist-prop"},
{"github.event.pull_request.labels.*.name", nil, "github-context-noexist-prop"},
{"env.TEST", "value", "env-context"},
{"job.status", "success", "job-context"},
{"steps.step-id.outputs.name", "value", "steps-context"},
{"steps.step-id.conclusion", "success", "steps-context-conclusion"},
{"steps.step-id.conclusion && true", true, "steps-context-conclusion"},
{"steps.step-id2.conclusion", "skipped", "steps-context-conclusion"},
{"steps.step-id2.conclusion && true", true, "steps-context-conclusion"},
{"steps.step-id.outcome", "success", "steps-context-outcome"},
{"steps.step-id['outcome']", "success", "steps-context-outcome"},
{"steps.step-id.outcome == 'success'", true, "steps-context-outcome"},
{"steps.step-id['outcome'] == 'success'", true, "steps-context-outcome"},
{"steps.step-id.outcome && true", true, "steps-context-outcome"},
{"steps['step-id']['outcome'] && true", true, "steps-context-outcome"},
{"steps.step-id2.outcome", "failure", "steps-context-outcome"},
{"steps.step-id2.outcome && true", true, "steps-context-outcome"},
// Disabled, since the interpreter is still too broken
// {"contains(steps.*.outcome, 'success')", true, "steps-context-array-outcome"},
// {"contains(steps.*.outcome, 'failure')", true, "steps-context-array-outcome"},
// {"contains(steps.*.outputs.name, 'value')", true, "steps-context-array-outputs"},
{"runner.os", "Linux", "runner-context"},
{"secrets.name", "value", "secrets-context"},
{"strategy.fail-fast", true, "strategy-context"},
{"matrix.os", "Linux", "matrix-context"},
{"needs.job-id.outputs.output-name", "value", "needs-context"},
{"inputs.name", "value", "inputs-context"},
}
env := &EvaluationEnvironment{
Github: &model.GithubContext{
Action: "push",
},
Env: map[string]string{
"TEST": "value",
},
Job: &model.JobContext{
Status: "success",
},
Steps: map[string]*model.StepResult{
"step-id": {
Outputs: map[string]string{
"name": "value",
},
},
"step-id2": {
Outcome: model.StepStatusFailure,
Conclusion: model.StepStatusSkipped,
},
},
Runner: map[string]interface{}{
"os": "Linux",
"temp": "/tmp",
"tool_cache": "/opt/hostedtoolcache",
},
Secrets: map[string]string{
"name": "value",
},
Strategy: map[string]interface{}{
"fail-fast": true,
},
Matrix: map[string]interface{}{
"os": "Linux",
},
Needs: map[string]map[string]map[string]string{
"job-id": {
"outputs": {
"output-name": "value",
},
},
},
Inputs: map[string]interface{}{
"name": "value",
},
}
for _, tt := range table {
t.Run(tt.name, func(t *testing.T) {
implement pre and post steps (#1089) * feat: add post step to actions and add state command This commit includes requried changes for running post steps for local and remote actions. This allows general cleanup work to be done after executing an action. Communication is allowed between this steps, by using the action state. * feat: collect pre and post steps for composite actions * refactor: move composite action logic into own file * refactor: restructure composite handling * feat: run composite post steps during post step lifecycle * refactor: remove duplicate log output * feat: run all composite post actions in a step Since composite actions could have multiple pre/post steps inside, we need to run all of them in a single top-level pre/post step. This PR includes a test case for this and the correct order of steps to be executed. * refactor: remove unused lines of code * refactor: simplify test expression * fix: use composite job logger * fix: make step output more readable * fix: enforce running all post executor To make sure every post executor/step is executed, it is chained with it's own Finally executor. * fix: do not run post step if no step result is available Having no step result means we do not run any step (neither pre nor main) and we do not need to run post. * fix: setup defaults If no pre-if or post-if is given, it should default to 'always()'. This could be set even if there is no pre or post step. In fact this is required for composite actions and included post steps to run. * fix: output step related if expression * test: update expectation * feat: run pre step from actions (#1110) This PR implements running pre steps for remote actions. This includes remote actions using inside local composite actions. * fix: set correct expr default status checks For post-if conditions the default status check should be always(), while for all other if expression the default status check is success() References: https://docs.github.com/en/actions/learn-github-actions/expressions#status-check-functions https://docs.github.com/en/actions/creating-actions/metadata-syntax-for-github-actions#runspost-if * fix: remove code added during rebase
2022-05-24 08:36:06 -05:00
output, err := NewInterpeter(env, Config{}).Evaluate(tt.input, DefaultStatusCheckNone)
assert.Nil(t, err)
assert.Equal(t, tt.expected, output)
})
}
}