Ilia Denisov
eef90a152e
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Split the single Robokassa direct rail into one merchant shop per channel (web / android; ios later), chosen by the trusted X-Platform subtype, while every shop still credits the one `direct` wallet — merchant-account separation for accounting and receipts, not a new wallet. - config: a channel-keyed shops registry (web seeds from the legacy vars or _WEB_*, android from _ANDROID_*); an empty shop leaves the rail dormant; per-shop validation. - intake: the order picks its shop by subtype (unknown falls back to web); the per-shop Result callback is verified by that shop's own Password2 at /pay/robokassa/result/<channel> (the gateway extracts the channel; Caddy's /pay/* glob already forwards it — no Caddyfile change). - persistence: an additive `shop` column on the order (migration 00015), recorded from the payment context, surfaced per entry in the admin report. - standalone apps sign in by email only, so a direct purchase keeps its email anchor. - docs: PAYMENTS (+ru) topology, deploy env vars + compose mapping, the decisions log (D41 revised for the ИП / 54-ФЗ move; D42-D44), the plan. Contour-safe: dormant until shops are configured; the migration is additive (no wipe); no client wire change. Fiscalization (Receipt/Email) and the gateway `direct/android` subtype follow when the ИП / RuStore are live.
53 lines
2.1 KiB
Go
53 lines
2.1 KiB
Go
package robokassa
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import "testing"
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func TestShopsShopRouting(t *testing.T) {
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shops := Shops{
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ChannelWeb: {MerchantLogin: "webshop", Password1: "w1", Password2: "w2"},
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ChannelAndroid: {MerchantLogin: "androidshop", Password1: "a1", Password2: "a2"},
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}
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// Order side: the exact channel wins.
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if c, ok := shops.Shop(ChannelAndroid); !ok || c.MerchantLogin != "androidshop" {
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t.Errorf("Shop(android) = %q/%v, want androidshop/true", c.MerchantLogin, ok)
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}
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// Order side: an unknown or empty channel falls back to the web shop (safe — always credits direct).
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if c, ok := shops.Shop("ios"); !ok || c.MerchantLogin != "webshop" {
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t.Errorf("Shop(ios) = %q/%v, want webshop/true (web fallback)", c.MerchantLogin, ok)
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}
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if c, ok := shops.Shop(""); !ok || c.MerchantLogin != "webshop" {
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t.Errorf("Shop(empty) = %q/%v, want webshop/true (web fallback)", c.MerchantLogin, ok)
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}
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// No web shop and an unknown channel → unconfigured.
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if _, ok := (Shops{ChannelAndroid: {MerchantLogin: "androidshop", Password1: "a1", Password2: "a2"}}).Shop("ios"); ok {
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t.Error("Shop(ios) with no web shop returned ok, want false")
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}
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}
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func TestShopsVerifierIsStrict(t *testing.T) {
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shops := Shops{
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ChannelWeb: {MerchantLogin: "webshop", Password1: "w1", Password2: "w2"},
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ChannelAndroid: {MerchantLogin: "androidshop", Password1: "a1", Password2: "a2"},
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}
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// Callback side: the exact channel's own credentials, no web fallback (each callback is verified
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// only by its own shop's Password2).
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if c, ok := shops.Verifier(ChannelAndroid); !ok || c.MerchantLogin != "androidshop" {
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t.Errorf("Verifier(android) = %q/%v, want androidshop/true", c.MerchantLogin, ok)
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}
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if _, ok := shops.Verifier("ios"); ok {
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t.Error("Verifier(ios) returned ok, want false (no fallback)")
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}
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}
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func TestShopsConfigured(t *testing.T) {
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if (Shops{}).Configured() {
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t.Error("an empty set reported configured")
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}
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if (Shops{ChannelWeb: {}}).Configured() {
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t.Error("a shop with no merchant login reported configured")
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}
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if !(Shops{ChannelWeb: {MerchantLogin: "s", Password1: "1", Password2: "2"}}).Configured() {
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t.Error("a configured shop reported not configured")
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}
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}
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