Rename "second sale" to "reserve".
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nfnty
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4
SPEC.md
4
SPEC.md
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@ -2,14 +2,14 @@
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## Functional Specification
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### Distribution
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- 29% is for a Secondary contribution period (multisig)
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- 29% is for reserve (multisig)
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- 20% goes to the status team and founders (multisig, 2 Year Vesting Contract, 6 month cliffs)
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- Remaining 51% is divided between the initial contribution period itself and SGT, where SGT is <= 10% of total supply.
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### Whitelist
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Addresses can be whitelisted and have guaranteed participation up to a set maximum amount, ignores Dynamic Ceiling. Sending ETH to the smart contract address should be no different, whether whitelisted or not.
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Status Genesis Tokens
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SGT is a Minime Token that’s total supply of 500,000,000 maps to, and cannot exceed 10% of the total supply.
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SGT is a Minime Token that’s total supply of 500,000,000 maps to, and cannot exceed 10% of the total supply.
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ie. If 250,000,000 of SGT is allocated then SGT maps to 5% of the total supply.
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SGT can be redeemed for SNT after contribution period.
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@ -50,7 +50,7 @@ contract StatusContribution is Owned, TokenController {
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address public destEthDevs;
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address public destTokensDevs;
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address public destTokensSecondarySale;
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address public destTokensReserve;
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uint256 public maxSGTSupply;
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address public destTokensSgt;
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DynamicCeiling public dynamicCeiling;
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@ -90,8 +90,7 @@ contract StatusContribution is Owned, TokenController {
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/// @param _dynamicCeiling Address of the contract that controls the ceiling
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/// @param _destEthDevs Destination address where the contribution ether is sent
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/// @param _destTokensDevs Address where the tokens for the dev are sent
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/// @param _destTokensSecondarySale Address where the tokens for the secondary sell
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/// are going to be sent
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/// @param _destTokensReserve Address where the tokens for the reserve are sent
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/// @param _sgt Address of the SGT token contract
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/// @param _destTokensSgt Address of the exchanger SGT-SNT where the SNT are sent
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/// to be distributed to the SGT holders.
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@ -107,7 +106,7 @@ contract StatusContribution is Owned, TokenController {
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address _destEthDevs,
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address _destTokensDevs,
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address _destTokensSecondarySale,
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address _destTokensReserve,
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address _sgt,
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address _destTokensSgt,
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@ -137,8 +136,8 @@ contract StatusContribution is Owned, TokenController {
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require(_destTokensDevs != 0x0);
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destTokensDevs = _destTokensDevs;
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require(_destTokensSecondarySale != 0x0);
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destTokensSecondarySale = _destTokensSecondarySale;
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require(_destTokensReserve != 0x0);
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destTokensReserve = _destTokensReserve;
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require(_sgt != 0x0);
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require(MiniMeToken(_sgt).controller() == _destTokensSgt);
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@ -317,12 +316,12 @@ contract StatusContribution is Owned, TokenController {
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//
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uint256 percentageToContributors = percent(41).add(percent(10).sub(percentageToSgt));
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uint256 percentageToSecondary = percent(29);
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uint256 percentageToReserve = percent(29);
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// SNT.totalSupply() -> Tokens minted during the contribution
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// totalTokens -> Total tokens that should be after the allocation
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// of devTokens, sgtTokens and secondary
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// of devTokens, sgtTokens and reserve
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// percentageToContributors -> Which percentage should go to the
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// contribution participants
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// (x per 10**18 format)
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@ -343,13 +342,13 @@ contract StatusContribution is Owned, TokenController {
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// Generate tokens for SGT Holders.
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//
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// percentageToSecondary
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// secondContribTokens = ----------------------- * totalTokens
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// percentage(100)
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// percentageToReserve
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// reserveTokens = ----------------------- * totalTokens
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// percentage(100)
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//
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assert(SNT.generateTokens(
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destTokensSecondarySale,
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totalTokens.mul(percentageToSecondary).div(percent(100))));
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destTokensReserve,
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totalTokens.mul(percentageToReserve).div(percent(100))));
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//
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// percentageToSgt
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@ -18,7 +18,7 @@ const assertFail = require("./helpers/assertFail");
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contract("StatusContribution", (accounts) => {
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let multisigStatus;
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let multisigComunity;
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let multisigSecondarySell;
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let multisigReserve;
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let multisigDevs;
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let miniMeFactory;
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let sgt;
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@ -42,7 +42,7 @@ contract("StatusContribution", (accounts) => {
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it("Should deploy Contribution contracts", async () => {
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multisigStatus = await MultiSigWallet.new([accounts[0]], 1);
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multisigComunity = await MultiSigWallet.new([accounts[1]], 1);
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multisigSecondarySell = await MultiSigWallet.new([accounts[2]], 1);
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multisigReserve = await MultiSigWallet.new([accounts[2]], 1);
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multisigDevs = await MultiSigWallet.new([accounts[3]], 1);
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miniMeFactory = await MiniMeTokenFactory.new();
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sgt = await SGT.new(miniMeFactory.address);
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@ -82,7 +82,7 @@ contract("StatusContribution", (accounts) => {
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devTokensHolder.address,
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multisigSecondarySell.address,
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multisigReserve.address,
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sgt.address,
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sgtExchanger.address,
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@ -17,7 +17,7 @@ const assertFail = require("./helpers/assertFail");
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contract("StatusContribution", (accounts) => {
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let multisigStatus;
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let multisigComunity;
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let multisigSecondarySell;
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let multisigReserve;
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let multisigDevs;
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let miniMeFactory;
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let sgt;
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@ -43,7 +43,7 @@ contract("StatusContribution", (accounts) => {
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it("Should deploy Contribution contracts", async () => {
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multisigStatus = await MultiSigWallet.new([accounts[0]], 1);
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multisigComunity = await MultiSigWallet.new([accounts[1]], 1);
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multisigSecondarySell = await MultiSigWallet.new([accounts[2]], 1);
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multisigReserve = await MultiSigWallet.new([accounts[2]], 1);
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multisigDevs = await MultiSigWallet.new([accounts[3]], 1);
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miniMeFactory = await MiniMeTokenFactory.new();
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sgt = await SGT.new(miniMeFactory.address);
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@ -84,7 +84,7 @@ contract("StatusContribution", (accounts) => {
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devTokensHolder.address,
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multisigSecondarySell.address,
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multisigReserve.address,
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sgt.address,
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sgtExchanger.address,
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@ -277,7 +277,7 @@ contract("StatusContribution", (accounts) => {
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const balanceDevs = await snt.balanceOf(devTokensHolder.address);
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assert.equal(balanceDevs.toNumber(), totalSupply.mul(0.20).toNumber());
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const balanceSecondary = await snt.balanceOf(multisigSecondarySell.address);
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const balanceSecondary = await snt.balanceOf(multisigReserve.address);
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assert.equal(balanceSecondary.toNumber(), totalSupply.mul(0.29).toNumber());
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});
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